CN115264701A - Central humidifier - Google Patents

Abstract

Translated fromChinese

本发明提出一种中央加湿装置，包括外壳，外壳设置有进风口和出风口，进风口处设置有风压开关、第一温度传感器和湿度传感器；加湿模块，加湿模块包括水槽和湿膜组件，湿膜组件设置在水槽中；淋水模块，淋水模块配置有多个用于向下出水的淋水孔；电加热部件，电加热部件配置成对进风口引入的空气进行加热处理；控制器；其中，加湿模块、淋水模块和电加热部件分别位于外壳中，淋水器设置在加湿模块的上方，电加热部件设置在进风口和加湿模块之间，风压开关、第一温度传感器、湿度传感器分别与控制器电连接。实现提高中央加湿装置的加湿量，同时弥补加湿带来的冷负荷，使出风温度在人体舒适温度范围内。

The present invention provides a central humidification device, which includes a casing, the casing is provided with an air inlet and an air outlet, and an air pressure switch, a first temperature sensor and a humidity sensor are arranged at the air inlet; a humidification module includes a water tank and a wet film assembly, The wet film assembly is arranged in the water tank; the water spray module, the water spray module is configured with a plurality of water spray holes for downward water outlet; the electric heating part, the electric heating part is configured to heat the air introduced by the air inlet; the controller ; Wherein, the humidification module, the water spray module and the electric heating component are respectively located in the casing, the water shower is arranged above the humidification module, the electric heating component is arranged between the air inlet and the humidification module, the wind pressure switch, the first temperature sensor, The humidity sensors are respectively electrically connected with the controller. It can increase the humidification capacity of the central humidification device, and at the same time make up for the cooling load caused by the humidification, so that the outlet air temperature is within the comfortable temperature range of the human body.

Description

Translated fromChinese

中央加湿装置central humidifier

技术领域technical field

本发明涉及家用电器技术领域，尤其涉及一种中央加湿装置。The invention relates to the technical field of household appliances, in particular to a central humidifying device.

背景技术Background technique

中央加湿装置是人们日常生活中常用的家用电器，而采用吊顶悬挂安装的中央中央加湿装置因其加湿能力强，被广泛的推广使用。中央中央加湿装置通常方案为吊顶暗藏安装，通过自来水供水（部分厂商需要配备净水器或水质软化器），通过风管送风至房屋各个区域，一站式实现全屋加湿。The central humidifying device is a household appliance commonly used in people's daily life, and the central humidifying device installed by hanging from the ceiling is widely used because of its strong humidifying ability. The central central humidification device is usually installed hidden in the ceiling, supplied with tap water (some manufacturers need to be equipped with a water purifier or water softener), and sent air to all areas of the house through the air duct, so as to achieve one-stop humidification of the whole house.

中国专利公开号CN 113266905公开了一种中央加湿装置，其配置有加湿模块来对流经的空气进行加湿，另外，还配置有烘干模块来对加湿完的加湿模块进行烘干处理。而在使用过程中，由于受加湿影响会造成输出的气流温度降低进而造成用户使用体验性降低。Chinese Patent Publication No. CN 113266905 discloses a central humidifying device, which is equipped with a humidifying module to humidify the air flowing through it, and is also equipped with a drying module to dry the humidified humidifying module. In the process of use, the temperature of the output airflow will decrease due to the influence of humidification, which will result in a decrease in user experience.

鉴于此，如何设计一种提高用户使用体验性的技术是本发明所要解决的技术问题。In view of this, how to design a technology to improve user experience is the technical problem to be solved by the present invention.

发明内容Contents of the invention

本发明提出一种中央加湿装置，实现提高中央加湿装置的加湿量，同时弥补加湿带来的冷负荷，使出风温度在人体舒适温度范围内。The present invention proposes a central humidifying device, which realizes increasing the humidification capacity of the central humidifying device, and at the same time compensates for the cooling load brought by humidification, so that the temperature of the air outlet is within the comfortable temperature range of the human body.

在本申请的一些实施例中，中央加湿装置，包括：In some embodiments of the present application, the central humidification device includes:

外壳，所述外壳设置有进风口和出风口，所述进风口处设置有风压开关、第一温度传感器和湿度传感器；A casing, the casing is provided with an air inlet and an air outlet, and the air inlet is provided with a wind pressure switch, a first temperature sensor and a humidity sensor;

加湿模块，所述加湿模块包括水槽和湿膜组件，所述湿膜组件设置在所述水槽中；A humidification module, the humidification module includes a water tank and a wet film assembly, and the wet film assembly is arranged in the water tank;

淋水模块，所述淋水模块配置有多个用于向下出水的淋水孔；A water shower module, the water shower module is configured with a plurality of water shower holes for downward water discharge;

电加热部件，所述电加热部件配置成对所述进风口引入的空气进行加热处理；an electric heating component configured to heat the air introduced by the air inlet;

控制器；controller;

其中，所述加湿模块、所述淋水模块和所述电加热部件分别位于所述外壳中，所述淋水器设置在所述加湿模块的上方，所述电加热部件设置在所述进风口和所述加湿模块之间，所述风压开关、所述第一温度传感器、所述湿度传感器分别与所述控制器电连接。Wherein, the humidification module, the shower module and the electric heating component are respectively located in the housing, the water shower is arranged above the humidification module, and the electric heating component is arranged at the air inlet Between the humidifying module and the humidifying module, the wind pressure switch, the first temperature sensor, and the humidity sensor are respectively electrically connected to the controller.

通过在进风口处配置有风压开关、第一温度传感器和湿度传感器，在使用过程中，控制器根据风压以及进风的温湿度控制电加热部件运行，以使得电加热部件在加湿模式下来调节出风温度，并且，电加热部件加热过程中还有助于增加湿膜组件的蒸发量，进而实现提高加湿量，同时弥补加湿带来的冷负荷，使出风温度在人体舒适温度范围内。By configuring a wind pressure switch, a first temperature sensor and a humidity sensor at the air inlet, during use, the controller controls the operation of the electric heating component according to the wind pressure and the temperature and humidity of the incoming air, so that the electric heating component is in the humidification mode Adjust the temperature of the air outlet, and the heating process of the electric heating part also helps to increase the evaporation of the wet film module, thereby increasing the humidification capacity, and at the same time making up for the cooling load caused by humidification, so that the air outlet temperature is within the comfortable temperature range of the human body .

本申请一些实施例中，所述中央加湿装置启动加湿功能下，所述控制器配置成在满足条件一、条件二和条件三的情况下启动所述电加热部件；In some embodiments of the present application, when the central humidifying device activates the humidifying function, the controller is configured to activate the electric heating component whencondition 1,condition 2 and condition 3 are met;

所述条件一为所述风压开关检测到的风压大于设定风压；The first condition is that the wind pressure detected by the wind pressure switch is greater than the set wind pressure;

所述条件二为所述第一温度传感器检测到的温度值低于设定温度值；The second condition is that the temperature value detected by the first temperature sensor is lower than the set temperature value;

所述条件三为所述湿度传感器检测到的湿度值低于设定湿度值。The third condition is that the humidity value detected by the humidity sensor is lower than the set humidity value.

本申请一些实施例中，所述出风口处设置有第二温度传感器，所述第二温度传感器与所述控制器电连接；In some embodiments of the present application, a second temperature sensor is provided at the air outlet, and the second temperature sensor is electrically connected to the controller;

所述控制器还配置成根据所述第二温度传感器检测到的温度值控制所述电加热部件的加热功率。The controller is further configured to control the heating power of the electric heating component according to the temperature value detected by the second temperature sensor.

本申请一些实施例中，所述水槽中设置有所述水槽中设置有第一水位检测器和排水泵；所述淋水模块包括连接在一起的节流管、进水阀门和淋水器，所述淋水器中形成进水腔体，所述淋水器上配置有多个用于向下出水的所述淋水孔，所述淋水孔与所述进水腔体连通；所述进水阀门、所述第一水位检测器和所述排水泵分别与所述控制器电连接；In some embodiments of the present application, the water tank is provided with a first water level detector and a drainage pump; the water shower module includes a throttling pipe, a water inlet valve and a shower device connected together, A water inlet cavity is formed in the shower, and a plurality of water shower holes for downward water outlet are arranged on the shower, and the water shower holes communicate with the water inlet cavity; The water inlet valve, the first water level detector and the drainage pump are respectively electrically connected to the controller;

所述中央加湿装置启动加湿功能下，所述控制器配置成所述第一水位检测器检测到水位值小于第一水位值触发所述进水阀门打开，所述控制器还配置成所述第一水位检测器检测到水位值大于第二水位值触发所述进水阀门关闭。When the central humidifying device activates the humidifying function, the controller is configured such that the first water level detector detects that the water level value is less than the first water level value and triggers the opening of the water inlet valve, and the controller is also configured such that the first A water level detector detects that the water level value is greater than the second water level value and triggers the closing of the water inlet valve.

本申请一些实施例中，所述控制器还配置成在所述第一水位检测器检测到水位值持续小于第一水位值且持续时间超过第一时长值进行供水异常报警；In some embodiments of the present application, the controller is further configured to issue an alarm for abnormal water supply when the first water level detector detects that the water level value is continuously less than the first water level value and lasts longer than the first duration value;

和/或，所述控制器还配置成在所述第一水位检测器检测到水位值持续大于第二水位值且持续时间超过第二时长值启动所述排水泵；And/or, the controller is further configured to start the drainage pump when the first water level detector detects that the water level value is continuously greater than the second water level value and lasts longer than the second duration value;

和/或，所述控制器还配置成启动所述排水泵后在所述第一水位检测器检测到水位值持续大于第二水位值且持续时间超过第三时长值进行供水异常报警。And/or, the controller is further configured to issue an alarm for abnormal water supply when the first water level detector detects that the water level value is continuously greater than the second water level value and lasts longer than a third duration value after starting the drainage pump.

本申请一些实施例中，所述中央加湿装置关闭加湿功能下，所述控制器还配置成在所述第一水位检测器检测到水位值持续大于第二水位值且持续时间超过第四时长值启动所述排水泵将所述水槽中的水排到所述接水盘中、并启动所述电加热部件对所述湿膜进行烘干。In some embodiments of the present application, when the humidification function of the central humidifying device is turned off, the controller is further configured to detect that the water level value is continuously greater than the second water level value and lasts longer than the fourth duration value when the first water level detector detects Start the drainage pump to drain the water in the water tank into the water receiving tray, and start the electric heating component to dry the wet film.

本申请一些实施例中，所述中央加湿装置还包括接水盘，所述接水盘位于所述外壳中并设置在所述加湿模块的下方，所述接水盘中设置有第二水位检测器，所述第二水位检测器与所述控制器电连接；In some embodiments of the present application, the central humidifying device further includes a water receiving tray, the water receiving tray is located in the housing and arranged below the humidification module, and a second water level detection device is provided in the water receiving tray device, the second water level detector is electrically connected to the controller;

所述控制器配置成在所述第二水位检测器检测到水位值持续大于第三水位值且持续时间超过第五时长值触发排水泵停止工作并进行溢水报警。The controller is configured to trigger the drainage pump to stop working and perform an overflow alarm when the second water level detector detects that the water level value is continuously greater than the third water level value and lasts longer than the fifth duration value.

本申请一些实施例中，所述水槽包括主槽体和副槽体，所述主槽体和所述副槽体相互连通；所述主槽体沿所述加湿模块的长度方向延伸布置，沿所述加湿模块的宽度方向所述副槽体布置在所述主槽体的一侧，所述主槽体的两端部分别设置有第二连接卡槽；所述湿膜组件的两端部分别设置有第一连接卡爪，所述湿膜组件设置在所述主槽体中，所述第一连接卡爪卡在所述第二连接卡槽中，所述排水泵设置在所述副槽体的上方。In some embodiments of the present application, the water tank includes a main tank body and an auxiliary tank body, and the main tank body and the auxiliary tank body communicate with each other; the main tank body is arranged along the length direction of the humidification module, along the The auxiliary tank body in the width direction of the humidification module is arranged on one side of the main tank body, and the two ends of the main tank body are respectively provided with second connection slots; the two ends of the wet film module The first connecting claws are respectively provided, the wet film module is arranged in the main tank, the first connecting claws are stuck in the second connecting groove, and the drainage pump is arranged in the secondary above the tank.

本申请一些实施例中，所述加湿模块包括多个所述湿膜组件，多个所述湿膜组件沿所述主槽体长度方向依次并排布置；所述湿膜组件的两端部分别设置有所述第一连接卡爪和第一连接卡槽；相邻的两个所述湿膜组件，其中一所述湿膜组件上的所述第一连接卡爪卡在另一所述湿膜组件上的所述第一连接卡槽中；另外，位于最外端的所述湿膜组件的所述第一连接卡爪卡在对应端部的所述第二连接卡槽中。In some embodiments of the present application, the humidification module includes a plurality of wet film assemblies, and the plurality of wet film assemblies are arranged side by side in sequence along the length direction of the main tank body; the two ends of the wet film assemblies are respectively arranged There are the first connecting claw and the first connecting groove; two adjacent wet membrane modules, the first connecting claw on one of the wet membrane modules is stuck on the other wet membrane module In addition, the first connecting claw of the wet film module at the outermost end is stuck in the second connecting groove at the corresponding end.

本申请一些实施例中，所述外壳的侧壁上还设置有安装插口，所述加湿模块可抽插地安装在所述安装插口中；所述水槽的一端部设置有端盖，所述端盖上设置有拉手；其中，所述加湿模块将所述外壳内部分隔为进风腔体和出风腔体，所述进风口与所述进风腔体连通，所述出风口与所述出风腔体连通。In some embodiments of the present application, an installation socket is provided on the side wall of the housing, and the humidification module is removably installed in the installation socket; one end of the water tank is provided with an end cover, and the end A handle is provided on the cover; wherein, the humidification module divides the interior of the housing into an air inlet cavity and an air outlet cavity, the air inlet communicates with the air inlet cavity, and the air outlet communicates with the outlet The wind cavity is connected.

附图说明Description of drawings

图1是中央加湿装置一实施例的结构示意图之一；Fig. 1 is one of structural representations of an embodiment of the central humidifying device;

图2是中央加湿装置一实施例的结构示意图之二；Fig. 2 is the second structural diagram of an embodiment of the central humidifying device;

图3是中央加湿装置一实施例的爆炸图；Fig. 3 is an exploded view of an embodiment of the central humidifying device;

图4是中央加湿装置一实施例的局部结构示意图；Fig. 4 is a partial structural schematic diagram of an embodiment of the central humidifying device;

图5是中央加湿装置一实施例中外壳的结构示意图；Fig. 5 is a schematic structural view of the shell in an embodiment of the central humidifying device;

图6是中央加湿装置一实施例从底部拆卸的分解图；Fig. 6 is an exploded view of an embodiment of the central humidifying device disassembled from the bottom;

图7是中央加湿装置一实施例中上盖模组的结构示意图；Fig. 7 is a schematic structural view of the upper cover module in an embodiment of the central humidifying device;

图8是中央加湿装置一实施例中加湿模块的结构示意图之一；Fig. 8 is one of the structural schematic diagrams of the humidification module in an embodiment of the central humidification device;

图9是中央加湿装置一实施例中加湿模块的结构示意图之二；Fig. 9 is the second structural schematic diagram of the humidification module in an embodiment of the central humidification device;

图10是中央加湿装置一实施例中水槽与排水泵的组装图；Fig. 10 is an assembly diagram of a water tank and a drainage pump in an embodiment of the central humidifying device;

图11是图10中A区域的局部放大示意图；Fig. 11 is a partially enlarged schematic diagram of area A in Fig. 10;

图12是中央加湿装置一实施例中湿膜组件的结构示意图之一；Fig. 12 is one of the structural schematic diagrams of the wet film module in an embodiment of the central humidifying device;

图13是中央加湿装置一实施例中湿膜组件的结构示意图之二；Fig. 13 is the second structural schematic diagram of the wet film module in an embodiment of the central humidifying device;

图14是中央加湿装置一实施例中安装框架的爆炸图；Fig. 14 is an exploded view of the mounting frame in an embodiment of the central humidifying device;

图15是中央加湿装置一实施例中淋水模块的结构示意图；Fig. 15 is a schematic structural view of the shower module in an embodiment of the central humidifying device;

图16是中央加湿装置一实施例中淋水器的结构示意图；Fig. 16 is a schematic structural view of the sprinkler in an embodiment of the central humidifying device;

图17是图16中B-B向剖视图；Fig. 17 is a sectional view along B-B in Fig. 16;

图18是中央加湿装置一实施例中淋水器的爆炸图；Fig. 18 is an exploded view of the sprinkler in an embodiment of the central humidifying device;

图19是图18中C区域的局部放大示意图；Fig. 19 is a partially enlarged schematic diagram of area C in Fig. 18;

图20是中央加湿装置一实施例中电控模块的结构示意图；Fig. 20 is a schematic structural view of the electronic control module in an embodiment of the central humidifying device;

图21是中央加湿装置一实施例中接水盘的结构示意图；Fig. 21 is a schematic structural view of the water receiving tray in an embodiment of the central humidifying device;

图22是中央加湿装置一实施例中支撑部件的结构示意图；Fig. 22 is a schematic structural view of a supporting component in an embodiment of the central humidifying device;

图23是中央加湿装置一实施例中支撑部件的爆炸图；Fig. 23 is an exploded view of a supporting part in an embodiment of the central humidifying device;

图24是中央加湿装置一实施例中辅助加热组件的结构示意图之一；Fig. 24 is one of the structural schematic diagrams of the auxiliary heating assembly in an embodiment of the central humidifying device;

图25是中央加湿装置一实施例中辅助加热组件的结构示意图之二；Fig. 25 is the second structural schematic diagram of the auxiliary heating component in an embodiment of the central humidifying device;

图26是中央加湿装置一实施例中湿膜组件的局部剖视图；Fig. 26 is a partial cross-sectional view of the wet film assembly in an embodiment of the central humidifying device;

图27是中央加湿装置一实施例中接水盘、加湿模块与淋水模块的局部组装示意图；Fig. 27 is a partial assembly diagram of the water tray, humidification module and water shower module in an embodiment of the central humidification device;

图28是图27的原理图。FIG. 28 is a schematic diagram of FIG. 27 .

附图标记：Reference signs:

外壳1；上顶板11、下底板12、前面板13、后面板14、第一侧立板15、第二侧立板16、进风法兰17、出风法兰18、限位部件19；第一底板121、第二底板122、第一限位部191、第二限位部192、第一限位引导部193、第二限位引导部194；进风口101、出风口102、安装插口103、检修口104、电器盒盖105。Shell 1; uppertop plate 11,lower bottom plate 12,front panel 13,rear panel 14, first sidevertical plate 15, second sidevertical plate 16,air inlet flange 17,air outlet flange 18,stopper 19; Thefirst bottom plate 121, thesecond bottom plate 122, thefirst limiter 191, thesecond limiter 192, thefirst limiter guide 193, thesecond limiter guide 194; theair inlet 101, theair outlet 102, theinstallation socket 103,inspection port 104,electrical box cover 105.

加湿模块2；水槽21、湿膜组件22、排水泵23、端盖24、拉手25、第一水位检测器26、滑动部件27、安装支架28；主槽体211、第二连接卡槽2111、副槽体212、悬挂支架241、固定部2411、悬挂部2412、减震垫2413；安装框架221、湿膜222、凹陷结构223、第一进水孔224、环形挡筋225、第二进水孔226；底架2211、顶板2212、镂空架2213、立板2214；第一插槽22111、挡边22121、第二连接卡爪22122、插舌22123、第一插条22131、第二插条22132、第二插槽22141、第三连接卡槽22142、辅助插槽22143；第一连接卡爪2201、第一连接卡槽2202、波纹面2222。Humidification module 2;water tank 21,wet film assembly 22,drainage pump 23,end cover 24, handle 25, firstwater level detector 26, slidingpart 27, mountingbracket 28;main tank body 211, secondconnection card slot 2111,Auxiliary tank body 212,suspension bracket 241, fixedpart 2411,suspension part 2412,shock pad 2413;installation frame 221,wet film 222, recessedstructure 223, firstwater inlet hole 224,ring retaining rib 225, secondwater inlet Hole 226;bottom frame 2211,top plate 2212,hollow frame 2213,vertical plate 2214;first slot 22111,rib 22121, second connectingclaw 22122,tongue 22123,first insert 22131,second insert 22132 , thesecond slot 22141, the third connectingslot 22142, theauxiliary slot 22143; the first connectingclaw 2201, the first connectingslot 2202, thecorrugated surface 2222.

淋水模块3；进水阀门32、淋水器31、节流管33；下淋水板311、上盖板312、进水管313、环形凸台314、缓冲凹槽315、环形筋条316、环形插槽317、连接板318、淋水孔301。Water shower module 3;water inlet valve 32,water shower 31,throttle pipe 33; lowerwater shower plate 311,upper cover plate 312,water inlet pipe 313,annular boss 314,buffer groove 315,annular rib 316,Annular slot 317, connectingplate 318,water shower hole 301.

电控模块4；电控板41、罩壳42、安装板43、穿线孔44、走线挡板45、风压开关46、第一温度传感器47、湿度传感器48、辅助支架49、第二温度传感器40。Electric control module 4;electric control board 41,cover 42, mountingplate 43, threadinghole 44,wiring baffle 45,air pressure switch 46,first temperature sensor 47,humidity sensor 48,auxiliary bracket 49,second temperature sensor 40.

导风板5；折边结构51。Wind deflector 5 ; hemmingstructure 51 .

接水盘6；第二水位检测器61、排水管62、支撑部件63、密封部件64；安装部件631、导向部件632、引导板633、耐磨部件634；第一卡槽6321、第二卡槽6322、第一卡爪6341、第二卡爪6342。Drain tray 6; secondwater level detector 61,drain pipe 62,support member 63, sealingmember 64;installation member 631,guide member 632,guide plate 633, wear-resistant member 634;first card slot 6321, second card Theslot 6322, thefirst claw 6341, and thesecond claw 6342.

辅助加热组件7；固定支架71、电加热部件72、散热翅片73、安装座74、上导流板75、下导流板76。Auxiliary heating assembly 7 ; fixedbracket 71 ,electric heating component 72 , coolingfins 73 , mountingbase 74 ,upper deflector 75 , andlower deflector 76 .

保温组件8；第一保温件81、第二保温件82、第三保温件83；导流面821、导流槽822、延伸部823。Theheat preservation component 8 ; the firstheat preservation piece 81 , the secondheat preservation piece 82 , the thirdheat preservation piece 83 ; thediversion surface 821 , thediversion groove 822 , and theextension part 823 .

具体实施方式Detailed ways

下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅仅是本发明一部分实施例，而不是全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其他实施例，都属于本申请保护的范围。The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only some, not all, embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the protection scope of the present application.

在本申请的描述中，需要理解的是，术语“中心”、“上”、“下”、“前”、“后”、 “顶”、“底”、“内”、“外”等指示的方位或位置关系为基于附图所示的方位或位置关系，仅是为了便于描述本申请和简化描述，而不是指示或暗示所指的装置或元件必须具有特定的方位、以特定的方位构造和操作，因此不能理解为对本申请的限制。In the description of the present application, it is to be understood that the terms "centre", "upper", "lower", "front", "rear", "top", "bottom", "inner", "outer" etc. indicate The orientation or positional relationship is based on the orientation or positional relationship shown in the drawings, and is only for the convenience of describing the application and simplifying the description, rather than indicating or implying that the device or element referred to must have a specific orientation or be configured in a specific orientation. and operation, and therefore should not be construed as limiting the application.

在本申请的描述中，需要理解的是，术语“第一”、“第二”仅用于描述目的，而不能理解为指示或暗示相对重要性或者隐含指明所指示的技术特征的数量。由此，限定有“第一”、“第二”的特征可以明示或者隐含地包括一个或者更多个该特征。在本申请的描述中，除非另有说明，“多个”的含义是两个或两个以上。In the description of the present application, it should be understood that the terms "first" and "second" are used for description purposes only, and cannot be interpreted as indicating or implying relative importance or implicitly indicating the quantity of indicated technical features. Thus, a feature defined as "first" and "second" may explicitly or implicitly include one or more of these features. In the description of the present application, unless otherwise specified, "plurality" means two or more.

在本申请的描述中，需要说明的是，除非另有明确的规定和限定，术语“安装”、“相连”、“连接”应做广义理解，例如，可以是固定连接，也可以是可拆卸连接，或一体地连接；可以是机械连接，也可以是电连接；可以是直接相连，也可以通过中间媒介间接相连，可以是两个元件内部的连通。对于本领域的普通技术人员而言，可以具体情况理解上述术语在本申请中的具体含义。In the description of this application, it should be noted that unless otherwise specified and limited, the terms "installation", "connection" and "connection" should be understood in a broad sense, for example, it can be a fixed connection or a detachable connection. Connected, or integrally connected; it may be mechanically connected or electrically connected; it may be directly connected or indirectly connected through an intermediary, and it may be the internal communication of two components. Those of ordinary skill in the art can understand the specific meanings of the above terms in this application in specific situations.

中央加湿装置采用湿膜技术，通过将水输送至湿膜以使得湿膜整体湿润，空气进入到中央加湿装置中后，利用湿润的湿膜来对流经的空气进行加湿。The central humidifying device adopts wet film technology, which makes the wet film wet as a whole by sending water to the wet film. After the air enters the central humidifying device, the wet film is used to humidify the air flowing through it.

如图1-图3所示，本实施例提供的一种中央加湿装置，包括：As shown in Figures 1-3, a central humidifying device provided in this embodiment includes:

外壳1，外壳1设置有进风口101和出风口102，外壳1的侧壁上还设置有安装插口103；Thecasing 1, thecasing 1 is provided with anair inlet 101 and anair outlet 102, and the side wall of thecasing 1 is also provided with aninstallation socket 103;

加湿模块2，加湿模块2包括水槽21、湿膜组件22和排水泵23，湿膜组件22设置在水槽21中，排水泵设置在水槽21中并用于排出水槽21中的水；Thehumidification module 2, thehumidification module 2 includes awater tank 21, awet film assembly 22 and adrainage pump 23, thewet film assembly 22 is arranged in thewater tank 21, and the drainage pump is arranged in thewater tank 21 and is used to discharge the water in thewater tank 21;

淋水模块3，淋水模块3配置有多个用于向下出水的淋水孔301；A water shower module 3, the water shower module 3 is equipped with a plurality of water shower holes 301 for downward water discharge;

电控模块4，电控模块4中配置有电控板41。The electric control module 4 is equipped with anelectric control board 41 .

在组装时，则将加湿模块2从安装插口103插入到外壳1中，加湿模块2将外壳1内部分隔为进风腔体和出风腔体，进风口101与进风腔体连通，出风口102与出风腔体连通；淋水模块3则安装在外壳中并位于加湿模块2的上方，电控模块4同样的安装在外壳1上，并通过电控板41控制中央加湿装置内部的电器部件运行。如，电控板41与排水泵电连接来控制排水泵动作。When assembling, insert thehumidification module 2 into thehousing 1 from theinstallation socket 103, thehumidification module 2 divides the interior of thehousing 1 into an air inlet cavity and an air outlet cavity, theair inlet 101 communicates with the air inlet cavity, and theair outlet 102 communicates with the air outlet cavity; the water shower module 3 is installed in the casing and is located above thehumidification module 2, and the electric control module 4 is also installed on thecasing 1, and controls the electrical appliances inside the central humidification device through theelectric control board 41 The component runs. For example, theelectric control board 41 is electrically connected with the drainage pump to control the action of the drainage pump.

在使用过程中，淋水模块3通过淋水孔301向下方的加湿模块2中的加湿组件淋水，而从进水口进入到外壳1中的气流在经由加湿组件时，利用加湿组件来对流经的气流进行加湿处理，进而提高气流的湿度，最终气流从出风口102输出至室外，以调节室内的环境湿度。During use, the water shower module 3 sprays water to the humidification component in thehumidification module 2 below through thewater shower hole 301, and the airflow entering thecasing 1 from the water inlet uses the humidification component to convect the flow through the humidification component. Humidification treatment is performed on the airflow to increase the humidity of the airflow, and finally the airflow is output from theair outlet 102 to the outside to adjust the indoor ambient humidity.

实施例一，如图3-图4所示，为了满足整体设备结构紧凑化设计的要求，以有效的缩短整体设备的长度尺寸，方便方便拆卸维护以降低维护难度和成本。则针对外壳1内部各个模块的结构布局进行改进设计，具体为：湿膜组件22沿水槽21的长度方向延伸布置，电控模块4和排水泵沿水槽21的宽度方向与湿膜组件22并排布置。Embodiment 1, as shown in Figures 3-4, in order to meet the requirements of compact design of the overall equipment structure, effectively shorten the length of the overall equipment, facilitate disassembly and maintenance, and reduce maintenance difficulty and cost. The improved design is aimed at the structural layout of each module inside thehousing 1, specifically: thewet film assembly 22 is arranged along the length direction of thewater tank 21, and the electronic control module 4 and the drainage pump are arranged side by side with thewet film assembly 22 along the width direction of thewater tank 21 .

具体的，湿膜组件22、排水泵和电控模块4均设置在外壳1中，并且，电控模块4、湿膜组件22、排水泵三者沿外壳1的宽度方向布置，这样，便可以充分的利用外壳1的宽度方向来安装各个模块。Specifically, thewet film assembly 22, the drainage pump and the electric control module 4 are all arranged in thecasing 1, and the electric control module 4, thewet film assembly 22, and the drainage pump are arranged along the width direction of thecasing 1, so that Various modules are installed by making full use of the width direction of thecasing 1 .

一方面，电控模块4集成到外壳1的内部，以充分的利用外壳1的内部空间实现安装，另一方面排水泵沿宽度方向布置在湿膜组件22的一侧，减小加湿模块2的整体长度，整体上缩小了中央加湿装置的整体长度尺寸。On the one hand, the electronic control module 4 is integrated into theshell 1 to make full use of the internal space of theshell 1 to realize installation; The overall length reduces the overall length dimension of the central humidifying device as a whole.

这样，在用户家中安装时，则可以更好的解决因长度尺寸受限而导致安装困难以及后期维修难度增大的问题。In this way, when installed in the user's home, the problems of difficult installation and increased difficulty in later maintenance due to limited length and size can be better solved.

通过在将电控模块内置在外壳中，可以减少电控模块在外壳外部所额外产生的长度尺寸，另外，在外壳内部，电控模块、湿膜组件和排水泵沿外壳的宽度方向排布设置，可以充分的利用外壳的宽度方向在外壳的内部布置相关器件，进而最大限度的减小中央加湿装置整体的长度尺寸，进而方便中央加湿装置的现场安装。By building the electronic control module in the casing, the additional length dimension of the electronic control module outside the casing can be reduced. In addition, inside the casing, the electric control module, wet film assembly and drainage pump are arranged along the width direction of the casing , can make full use of the width direction of the shell to arrange related devices inside the shell, thereby reducing the overall length of the central humidifying device to the greatest extent, and facilitating the on-site installation of the central humidifying device.

在本申请的一些实施例中，湿膜组件22夹在电控模块4和排水泵之间，电控模块4位于进风口101的一侧，排水泵位于出风口102的一侧。In some embodiments of the present application, thewet film assembly 22 is sandwiched between the electronic control module 4 and the drainage pump, the electronic control module 4 is located on the side of theair inlet 101 , and the drainage pump is located on the side of theair outlet 102 .

具体的，为了更加合理的规划内部器件的布局方式 ，则沿外壳1的宽度方向上，电控模块4、湿膜组件22和排水泵依次布置，电控模块4整体外形较为规整布置在进风口101处以减少对进风侧造成干扰，提高气流流动的顺畅性。Specifically, in order to more reasonably plan the layout of internal devices, along the width direction of thehousing 1, the electronic control module 4, thewet film assembly 22 and the drainage pump are arranged in sequence, and the overall shape of the electronic control module 4 is relatively regular and arranged at the air inlet. 101 to reduce interference to the air intake side and improve the smoothness of air flow.

在本申请的另一个实施例中，对于加湿模块2而言，其从安装插口103中插入到外壳1中中，其外露的端部需要与外壳1进行连接固定锁止，为此，水槽21的一端部设置有端盖24，端盖24上设置有拉手25。In another embodiment of the present application, for thehumidification module 2, it is inserted into thecasing 1 from theinstallation socket 103, and its exposed end needs to be connected and fixedly locked with thecasing 1. For this reason, thewater tank 21 Anend cover 24 is provided at one end of the cover, and ahandle 25 is provided on theend cover 24 .

具体的，在将加湿模块2从安装插口103插入到外壳1中后，端盖24将贴靠在外壳1的外侧壁上并遮盖住安装插口103，然后，通过手拧螺栓将端盖24固定连接在外壳1上。Specifically, after thehumidification module 2 is inserted into thecasing 1 from theinstallation socket 103, theend cover 24 will be attached to the outer wall of thecasing 1 and cover theinstallation socket 103, and then theend cover 24 will be fixed by hand-tightening the bolts Connected toshell 1.

当需要拆卸加湿模块2时，则将手拧螺栓拆卸下，通过拉动拉手25将加湿模块2从外壳1中拉出。When thehumidification module 2 needs to be disassembled, the thumb bolts are disassembled, and thehumidification module 2 is pulled out from thecasing 1 by pulling thehandle 25 .

在另一个实施例中，由于电控模块4集成在外壳1的内部，占用了外壳1的内部空间进而容易影响进风量。而为了提升整机的进风量，进风腔体中还设置有导风板5，导风板5位于进风口101和加湿模块2之间，导风板5配置成引导从进风口101进入的气流流向湿膜组件22。In another embodiment, since the electronic control module 4 is integrated inside thehousing 1 , it occupies the inner space of thehousing 1 and easily affects the air intake. In order to increase the air intake of the whole machine, anair deflector 5 is also arranged in the air inlet cavity, and theair deflector 5 is located between theair inlet 101 and thehumidification module 2, and theair deflector 5 is configured to guide the air entering from theair inlet 101. The gas flow flows to thewet membrane module 22 .

具体的，电控模块4位于进风腔体中，排水泵位于出风腔体；导风板5布置在进风腔体中以对进风口101引入的气流进行导向。在导风板5的作用下，使得进风口101引入的气流导向流向湿膜组件22，导风板5引导气流流动能够减轻气流在外壳1中随意流动，进而减小外壳1内部其他部件对气流造成的风阻，最终实现提高整机的进风量。Specifically, the electronic control module 4 is located in the air inlet cavity, the drain pump is located in the air outlet cavity; thewind deflector 5 is arranged in the air inlet cavity to guide the airflow introduced by theair inlet 101 . Under the action of theair deflector 5, the airflow introduced by theair inlet 101 is guided to flow to thewet film module 22, and the airflow guided by theair deflector 5 can reduce the random flow of the airflow in thehousing 1, thereby reducing the impact of other components inside thehousing 1 on the airflow The wind resistance caused by this will eventually increase the air intake of the whole machine.

在一些实施例中，为了方便安装布置导风板5，则导风板5的一端部布置在进风口101的下方，导风板5由进风口101至湿膜组件22方向倾斜朝上延伸布置。In some embodiments, for the convenience of installation, thewind deflector 5 is arranged, and one end of thewind deflector 5 is arranged below theair inlet 101, and thewind deflector 5 extends obliquely upward from theair inlet 101 to thewet film module 22. .

具体的，导风板5的一端部布置在进风口101的下方，导风板5整体倾斜朝上向湿膜组件22方向延伸，够利用倾斜布置的导风板5更好的将从进风口101进入的气流引导流向湿膜组件22。Specifically, one end of thewind deflector 5 is arranged below theair inlet 101, and thewhole wind deflector 5 extends obliquely upward toward thewet film module 22, so that the obliquely arrangedwind deflector 5 can better guide the The incoming air flow at 101 is directed to thewet film module 22 .

一些实施例中，导风板5的两侧部分别设置有朝上弯折的折边结构51。In some embodiments, the two sides of thewind deflector 5 are respectively provided with upwardlybent hem structures 51 .

具体的，在通过导风板5对气流进行引导过程中，折边结构51分布在导风板5的两侧，进而可以通过折边结构51进一步的对气流进行导向，以阻挡气流流到导风板5的外侧，使得从进风口101引入的气流最大限度的流向加湿组件，以提高送风效率。Specifically, in the process of guiding the airflow through theair deflector 5, the hemmingstructures 51 are distributed on both sides of theair deflector 5, and the airflow can be further guided through the hemmingstructure 51 to prevent the airflow from flowing to the air deflector. The outside of thewind plate 5 allows the airflow introduced from theair inlet 101 to flow to the humidification assembly to the maximum extent, so as to improve the air supply efficiency.

实施例二，由于在气流穿过湿膜组件22的过程中，顶部的淋水模块3需要对下方的湿膜组件22淋水加湿，但是，由于淋水模块3与湿膜组件22之间会形成一定的间隔，气流能经由间隔吹到湿膜组件22的顶部，进而对湿膜组件22顶部的水量分配造成影响，尤其是落到湿膜组件22顶部的水会被吹到边角位置，进而造成水膜不能均匀的被加湿。In the second embodiment, since the water shower module 3 on the top needs to spray water and humidify thewet film module 22 below during the air flow passing through thewet film module 22, however, due to the gap between the water shower module 3 and the wet film module 22 A certain interval is formed, and the airflow can be blown to the top of thewet film assembly 22 through the interval, thereby affecting the water distribution at the top of thewet film assembly 22, especially the water falling on the top of thewet film assembly 22 will be blown to the corner position, In turn, the water film cannot be evenly humidified.

为了解决上述问题，如图8-图14所示，安装框架221的顶部设置有形成凹陷结构223，凹陷结构223中设置有多个第一进水孔224，第一进水孔224配置成从湿膜222的上方将水引流到湿膜222的中部区域，凹陷结构223中还设置有环形挡筋225，环形挡筋225围绕在第一进水的外部。In order to solve the above problems, as shown in Figures 8-14, the top of theinstallation frame 221 is provided with a recessedstructure 223, and a plurality of first water inlet holes 224 are arranged in the recessedstructure 223, and the first water inlet holes 224 are configured to be from The upper part of thewet film 222 drains water to the middle area of thewet film 222, and theconcave structure 223 is also provided with anannular rib 225, which surrounds the outside of the first water inlet.

具体的，凹陷结构223位于淋水模块3的下方，淋水模块3向下喷淋出的水将落入到凹陷结构223中，而凹陷结构223覆盖安装框架221的顶部，这样，在淋水过程中，即便下降的水流被气流吹动，也不会有过多的水吹出进入到出风腔体。Specifically, the recessedstructure 223 is located below the water shower module 3, and the water sprayed downward by the water shower module 3 will fall into the recessedstructure 223, and the recessedstructure 223 covers the top of theinstallation frame 221, so that the water sprayed During the process, even if the falling water flow is blown by the air flow, too much water will not be blown out into the air outlet cavity.

更重要的是，安装框架221的顶板2212上设置的多个第一进水孔224布置在中间区域，并且，多个第一进水孔224被环形挡筋225围挡住，这样，使得淋水模块3喷淋的水先积存在环形挡筋225围绕的空间中，利用环形挡筋225对气流进行遮挡，以确保环形挡筋225内积存的水能够有效的从第一进水孔224流道下方的湿膜222中。More importantly, the plurality of first water inlet holes 224 provided on thetop plate 2212 of theinstallation frame 221 are arranged in the middle area, and the plurality of first water inlet holes 224 are surrounded by theannular retaining rib 225, so that the shower water The water sprayed by the module 3 first accumulates in the space surrounded by theannular rib 225, and the airflow is blocked by theannular rib 225, so as to ensure that the water accumulated in theannular rib 225 can effectively flow from the firstwater inlet hole 224 below the flow channel. In thewet film 222.

第一进水孔224供给的水分布在湿膜222的中部，且水量充足，以使得湿膜222能够从中部向外扩散水分，进而使得水膜均匀的加湿。The water supplied by the firstwater inlet hole 224 is distributed in the middle of thewet film 222 , and the amount of water is sufficient, so that thewet film 222 can diffuse water from the middle to the outside, thereby making the water film evenly humidified.

通过在安装框架的顶部设置凹陷结构，凹陷结构可以收集淋水模块淋下的水，并且，凹陷结构中还设置有围绕第一进水孔布置的环形挡筋，环形挡筋能够形成一个独立的区域，使得落入其内的水能够经由第一进水孔流向下方的湿膜上，以使得湿膜的中部区域获得足够的供水，以更好的浸润整个湿膜，凹陷结构和环形挡筋相互配合能够有效的减少气流对水分布不均的影响，使得湿膜能够均匀的加湿，以优化加湿效果并提高加湿效率。By setting a recessed structure on the top of the installation frame, the recessed structure can collect the water from the shower module, and the recessed structure is also provided with an annular retaining rib arranged around the first water inlet hole, which can form an independent area, so that the water falling into it can flow to the wet film below through the first water inlet hole, so that the middle area of the wet film can obtain enough water supply to better wet the whole wet film, the concave structure and the ring rib The mutual cooperation can effectively reduce the influence of airflow on the uneven distribution of water, so that the wet film can be evenly humidified, so as to optimize the humidification effect and improve the humidification efficiency.

一些实施例中，凹陷结构223的两端部边缘分别设置有第二进水孔226，第二进水孔226配置成从湿膜222的上方将水引流到湿膜222的端部区域。In some embodiments, the two ends of theconcave structure 223 are respectively provided with second water inlet holes 226 , and the second water inlet holes 226 are configured to drain water from above thewet membrane 222 to the end regions of thewet membrane 222 .

具体的，为了更好的均匀加湿湿膜222，还在凹陷结构223中设置第二进水孔226，第二进水孔226布置在凹陷结构223的边缘位置，淋水模块3喷淋的水下落到凹陷结构223中，位于环形挡筋225外侧的水在气流的作用下将流向凹陷结构223端部位置处的第二进水孔226，第二进水孔226将水引流到湿膜222的端面，水将从湿膜222的端部向内浸润内部，配合第一进水孔224的供水，使得湿膜222内外获得充足且均匀的供水。Specifically, in order to better evenly humidify thewet film 222, a secondwater inlet hole 226 is also provided in theconcave structure 223, and the secondwater inlet hole 226 is arranged at the edge of theconcave structure 223, and the water sprayed by the water shower module 3 Falling into theconcave structure 223, the water located outside theannular rib 225 will flow to the secondwater inlet hole 226 at the end of theconcave structure 223 under the action of the airflow, and the secondwater inlet hole 226 will drain the water to thewet film 222 Water will infiltrate the inside from the end of thewet film 222 inward, and cooperate with the water supply of the firstwater inlet hole 224, so that the inside and outside of thewet film 222 can obtain sufficient and uniform water supply.

实施例三，如图8-图14所示，对于加湿模块2而言，其需要将湿膜组件22和排水泵安装到水槽21上，为了方便操作人员进行组装，水槽21包括主槽体211和副槽体212，主槽体211和副槽体212相互连通；主槽体211沿外壳1的长度方向延伸布置，沿外壳1的宽度方向副槽体212布置在主槽体211的一侧；其中，湿膜组件22设置在主槽体211中，排水泵设置在副槽体212的上方。Embodiment 3, as shown in Figures 8-14, for thehumidification module 2, it is necessary to install thewet film assembly 22 and the drainage pump on thewater tank 21. In order to facilitate the assembly of the operator, thewater tank 21 includes amain tank body 211 and theauxiliary tank 212, themain tank 211 and theauxiliary tank 212 communicate with each other; themain tank 211 is arranged along the length direction of thehousing 1, and theauxiliary tank 212 is arranged on one side of themain tank 211 along the width direction of thehousing 1 Wherein, thewet film module 22 is set in themain tank 211, and the drainage pump is set above theauxiliary tank 212.

具体的，对于加湿模块2，其配置的水槽21分为相互连通的主槽体211和副槽体212，其中，副槽体212布置在主槽体211的端部的侧方形成L性的槽体结构。Specifically, for thehumidification module 2, the configuredwater tank 21 is divided into amain tank body 211 and asecondary tank body 212 that communicate with each other, wherein thesecondary tank body 212 is arranged on the side of the end of themain tank body 211 to form an L-shaped Tank structure.

为了方便安装，则将湿膜组件22卡装到主槽体211中，而排水泵则安装布置在副槽体212的上方。这样，在组装湿膜组件22时，则可以减少排水泵安装位置对湿膜组件22组装时在空间上产生的影响。For the convenience of installation, thewet film module 22 is clipped into themain tank body 211 , and the drainage pump is installed above theauxiliary tank body 212 . In this way, when thewet membrane module 22 is assembled, the influence of the installation position of the drainage pump on the space during the assembly of thewet membrane module 22 can be reduced.

其中，为了方便完成卡装配置，湿膜组件22的两端部分别设置有第一连接卡爪2201，主槽体211的两端部分别设置有第二连接卡槽2111。Wherein, in order to complete the clamping configuration conveniently, the two ends of thewet film module 22 are respectively provided with first connectingclaws 2201 , and the two ends of themain tank body 211 are respectively provided with second connectinggrooves 2111 .

具体的，在将湿膜组件22装配到主槽体211时，则将湿膜组件22放入到主槽体211中，主槽体211的宽度方向和长度方向均匀湿膜组件22的长宽尺寸相匹配，以使得湿膜组件22能够匹配紧实的插入到主槽体211中。Specifically, when thewet film assembly 22 is assembled into themain tank body 211, thewet film assembly 22 is put into themain tank body 211, and the width direction and the length direction of themain tank body 211 are uniform in length and width of thewet film assembly 22. The dimensions are matched so that thewet membrane assembly 22 can be inserted into themain tank body 211 tightly.

而在将湿膜222组装完全压入到主槽体211中组装到位后，第一连接卡爪将卡在第二连接卡槽2111中，以实现将湿膜组件22与主槽体211卡装在一起。进而无需额外通过其他辅助连接部件进行连接，更有利于现场快速的组装。After the assembly of thewet film 222 is fully pressed into themain tank body 211 and assembled in place, the first connecting claw will be stuck in the second connectingslot 2111 to realize the clamping of thewet film assembly 22 and themain tank body 211 together. Furthermore, there is no need for additional connection through other auxiliary connection parts, which is more conducive to rapid assembly on site.

通过在湿膜组件的两端部配置连接卡爪，相对应的，水槽设计为两个槽体，主槽体中设置有与连接卡爪配合的连接卡槽，湿膜组件采用卡装的方式方便的安装在主槽体中，另外，排水泵则布置安装在副槽体上，以减少排水泵在空间上影响湿膜组件的安装，进而降低加湿模块的组装难度，提高组装效率。By configuring connecting claws at both ends of the wet film module, correspondingly, the water tank is designed as two tank bodies, and the main tank body is provided with a connecting card groove that cooperates with the connecting claws, and the wet film module is clamped. It is conveniently installed in the main tank. In addition, the drainage pump is arranged and installed on the auxiliary tank to reduce the influence of the drainage pump on the installation of the wet film module in space, thereby reducing the difficulty of assembling the humidification module and improving the assembly efficiency.

在一些实施例中，加湿模块2包括多个湿膜组件22，多个湿膜组件22沿主槽体211长度方向依次并排布置。In some embodiments, thehumidification module 2 includes a plurality ofwet film assemblies 22 , and the plurality ofwet film assemblies 22 are arranged side by side sequentially along the length direction of themain tank body 211 .

具体的，为了减小单个湿膜组件22的长度，则采用多个湿膜组件22卡入到主槽体211中，以满足气流加湿的要求。Specifically, in order to reduce the length of a singlewet film module 22, a plurality ofwet film modules 22 are used to snap into themain tank body 211 to meet the airflow humidification requirement.

其中，湿膜组件22包括安装框架221和湿膜222，湿膜222设置在安装框架221中，安装框架221的两端部分别设置有第一连接卡爪和第一连接卡槽2202；其中，相邻的两个湿膜组件22，其中一湿膜组件22上的第一连接卡爪卡在另一湿膜组件22上的第一连接卡槽中；另外，位于最外端的湿膜组件22的第一连接卡爪卡在对应端部的第二连接卡槽2111中。Wherein, thewet film assembly 22 includes aninstallation frame 221 and awet film 222, thewet film 222 is arranged in theinstallation frame 221, and the two ends of theinstallation frame 221 are respectively provided with a first connecting claw and a first connectingslot 2202; wherein, Two adjacentwet film assemblies 22, wherein the first connecting claw on onewet film assembly 22 is stuck in the first connecting slot on the otherwet film assembly 22; in addition, thewet film assembly 22 located at the outermost The first connecting claws are locked in the second connectinggrooves 2111 at the corresponding ends.

具体的，在组装过程中，多个湿膜组件22放入到主槽体211中，其中，相邻的两个湿膜组件22则通过第一连接卡爪与第一连接卡槽相互配合以实现两个相邻的湿膜222组装卡装在一起。同时，最外端的湿膜组件22则通过第一连接卡爪与第二连接卡槽2111进行卡接连接，最终，实现多个湿膜组件22之间牢靠的连接且多个湿膜组件22整体卡装在主槽体211中。Specifically, during the assembly process, a plurality ofwet film modules 22 are put into themain tank body 211, wherein two adjacentwet film modules 22 cooperate with each other through the first connecting claws and the first connecting slots to Realize that two adjacentwet films 222 are assembled and snapped together. At the same time, the outermostwet film assembly 22 is connected to thesecond connection slot 2111 through the first connecting claw, and finally, the reliable connection between the multiplewet film assemblies 22 is realized and the multiplewet film assemblies 22 are integrally connected to each other. It is clamped in themain groove body 211.

在另一个实施例中，为了方便的组装湿膜组件22，安装框架221包括底架2211、顶板2212、两个镂空架2213和两个立板2214，两个立板2214设置在底架2211的对应端部上，镂空架2213设置在底架2211的对应侧部，两个镂空架2213和两个立板2214连接形成侧部围挡，顶板2212设置在侧部围挡的顶部，立板2214上设置有第一连接卡爪和第一连接卡槽。In another embodiment, in order to assemble thewet membrane module 22 conveniently, theinstallation frame 221 includes abottom frame 2211, atop plate 2212, twohollow frames 2213 and twovertical plates 2214, and the twovertical plates 2214 are arranged on the top of thebottom frame 2211. On the corresponding end, thehollow frame 2213 is arranged on the corresponding side of thebottom frame 2211, the twohollow frames 2213 and the twovertical plates 2214 are connected to form a side enclosure, thetop plate 2212 is arranged on the top of the side enclosure, and the vertical plate 2214 A first connecting claw and a first connecting slot are arranged on the top.

具体的，安装框架221采用分体式设计，两个相对布置的镂空架2213一方面能够限制湿膜222在安装框架221中，另一方面镂空架2213还没有满足气流进出的要求。Specifically, theinstallation frame 221 adopts a split design. On the one hand, the two oppositely arrangedhollow frames 2213 can limit thewet film 222 in theinstallation frame 221. On the other hand, thehollow frames 2213 have not yet met the requirements for airflow in and out.

而为了便利组装，底架2211的两侧部设置有第一插槽22111，立板2214的两侧设置有第二插槽22141，镂空架2213的底部设置有第一插条22131，镂空架2213的端部设置有第二插条22132，第一插条插在第一插槽22111中，第二插条插在第二插槽中；顶板2212卡装在两个立板2214上。In order to facilitate assembly,first slots 22111 are provided on both sides of thebottom frame 2211,second slots 22141 are provided on both sides of thevertical plate 2214,first inserts 22131 are provided at the bottom of thehollow frame 2213, and thehollow frame 2213 There is a second insertingstrip 22132 at the end, the first inserting strip is inserted in thefirst slot 22111, the second inserting strip is inserted in the second slot; thetop plate 2212 is clamped on the twovertical plates 2214.

具体的，在安装安装框架组装过程中，镂空架2213的底部通过第一插条与第一插槽22111配合插接到底架2211上，然后，镂空架2213的两侧再通过第二插条与第二插槽配合以与立板2214连接在一起。再将湿膜222放置在两个镂空架2213之间，最终将顶板2212遮盖在立板2214和镂空架2213的顶部完成湿膜组件22的组装。Specifically, during the assembly process of the installation frame, the bottom of thehollow frame 2213 is plugged into thebottom frame 2211 through the first insertion strip and thefirst slot 22111, and then, the two sides of thehollow frame 2213 are connected to thebottom frame 2211 through the second insertion strip. The second slot mates to connect with theriser 2214 together. Then thewet film 222 is placed between the twohollow frames 2213 , and finally thetop plate 2212 is covered on the top of thevertical plate 2214 and thehollow frame 2213 to complete the assembly of thewet film module 22 .

其中，顶板2212的两端部分别设置有朝下延伸的第二连接卡爪22122，立板2214上设置有第三连接卡槽22142，第二连接卡爪位于对应侧的立板2214的外侧并卡在第三连接卡槽中。Wherein, the two ends of thetop plate 2212 are respectively provided with second connectingclaws 22122 extending downward, and thevertical plate 2214 is provided with a third connectinggroove 22142, and the second connecting claws are located on the outer side of thevertical plate 2214 on the corresponding side. snapped into the third connection card slot.

具体的，在最后安装顶板2212时，顶板2212的两端部通过第二连接卡爪与第三连接卡槽配合来实现锁紧固定，使得湿膜组件22整体组装无螺钉化设计，一方面减少螺钉组装导致组装难度和效率降低，另一方面节省使用螺钉以避免后期螺钉被水浸泡而生锈，提高使用可靠性。Specifically, when thetop plate 2212 is finally installed, the two ends of thetop plate 2212 are locked and fixed through the cooperation of the second connecting claw and the third connecting groove, so that the overall assembly of thewet film module 22 is designed without screwing, on the one hand reducing Screw assembly leads to lower assembly difficulty and lower efficiency. On the other hand, the use of screws is saved to avoid rusting of the screws after being soaked in water and improve the reliability of use.

另外，顶板2212的两侧部分别设置有朝下延伸的挡边22121，挡边22121位于对应侧的镂空架2213的外侧。In addition,ribs 22121 extending downward are respectively provided on both sides of thetop plate 2212 , and theribs 22121 are located outside thehollow frame 2213 on the corresponding side.

具体的，通过挡边22121能够对两侧的镂空架2213进行定位的限位，以使得两侧的镂空架2213限制在两个挡边22121之间，以提高组装可靠性。Specifically, theribs 22121 can limit the positioning of thehollow frames 2213 on both sides, so that thehollow frames 2213 on both sides are limited between the tworibs 22121 to improve assembly reliability.

而为了更加牢靠的组装顶板2212，第二连接卡爪的下端部还设置有插舌22123，立板2214上还设置有辅助插槽22143，辅助插槽位于第三连接卡槽的下方，插舌插在辅助插槽中。In order to assemble thetop plate 2212 more reliably, the lower end of the second connecting claw is also provided with atongue 22123, and thevertical plate 2214 is also provided with anauxiliary slot 22143, the auxiliary slot is located below the third connecting slot, and the tongue into the auxiliary slot.

具体的，在装配顶盖时，通过插舌与辅助插槽先插接配合，可以引导顶板2212向下移动，以使得第二连接卡爪能够更加准确的卡入到第三连接卡槽22142中。Specifically, when assembling the top cover, thetop plate 2212 can be guided to move downward by plugging the tongue and the auxiliary slot first, so that the second connecting claw can be more accurately snapped into the third connectingslot 22142 .

同时，另一个实施例中，为了提高通用性，底架2211的中部还设置有至少一条第一插槽22111，立板2214的中部还设置有至少一条第二插槽。Meanwhile, in another embodiment, in order to improve versatility, at least onefirst slot 22111 is provided in the middle of thebottom frame 2211 , and at least one second slot is provided in the middle of thevertical plate 2214 .

具体的，对于不同厚度尺寸的湿膜222而言，可以在安装框架221内额外放置镂空架2213，以满足不同厚度尺寸的湿膜222的安装要求，提高使用通用性。Specifically, forwet films 222 of different thicknesses and sizes, an additionalhollow frame 2213 can be placed in theinstallation frame 221 to meet the installation requirements ofwet films 222 of different thicknesses and sizes and improve the versatility of use.

在另一个实施例中，为了方便安装排水泵，端盖24上设置有悬挂支架241，排水泵设置在悬挂支架241上。In another embodiment, in order to facilitate the installation of the drainage pump, theend cover 24 is provided with asuspension bracket 241 , and the drainage pump is arranged on thesuspension bracket 241 .

具体的，排水泵悬空设置在副槽体212的上方，排水泵通过悬挂支架241固定安装。Specifically, the drainage pump is suspended above theauxiliary tank body 212 , and the drainage pump is fixedly installed through thesuspension bracket 241 .

其中，悬挂支架241包括固定部2411和悬挂部2412，固定部2411固定设置在端盖24上，悬挂部2412横向延伸，排水泵设置在悬挂部2412上。固定部2411可以通过螺钉的方式固定在端盖24上，而悬挂部2412横向延伸至副槽体212的上方，以使得排水泵悬空挂在副槽体212的上方。Wherein, thesuspension bracket 241 includes a fixingpart 2411 and a hangingpart 2412 , the fixingpart 2411 is fixedly arranged on theend cover 24 , the hangingpart 2412 extends laterally, and the drain pump is arranged on the hangingpart 2412 . The fixingpart 2411 can be fixed on theend cover 24 by means of screws, and the hangingpart 2412 extends laterally above theauxiliary tank body 212 , so that the drainage pump is suspended above theauxiliary tank body 212 .

对于悬挂支架241而言，其可以采用钣金弯折加工成固定部2411和悬挂部2412，而为了降低排水泵工作产生的振动噪音，排水泵与悬挂部2412之间设置减震垫2413。For thesuspension bracket 241 , it can be processed into afixed part 2411 and a hangingpart 2412 by bending sheet metal, and in order to reduce the vibration noise generated by the operation of the drainage pump, ashock absorber 2413 is provided between the drainage pump and the hangingpart 2412 .

实施例四，如图5、图8-图14所示，对于加湿模块2而言，由于水槽21中需要存水，并且在水槽21中的水达到一定水位高度后，需要通过排水泵向外排水，为此，在水槽21中设置有第一水位检测器26。但是，在实际使用过程中，容易因第一水位检测器26检测故障而未能及时启动排水泵，进而造成水槽21中的水溢流到外壳1中并最终溢流到室内。Embodiment 4, as shown in Fig. 5, Fig. 8- Fig. 14, for thehumidification module 2, since water needs to be stored in thewater tank 21, and after the water in thewater tank 21 reaches a certain water level, it needs to be pumped outward through the drain pump. Drainage, for which a firstwater level detector 26 is provided in thewater tank 21 . However, in actual use, it is easy to fail to start the drainage pump in time due to the failure detected by the firstwater level detector 26, and then cause the water in thewater tank 21 to overflow into thecasing 1 and eventually overflow into the room.

为了更好的提高中央加湿装置的使用可靠性，减少因水位监测失效而造成水槽21中的水溢流到外壳1内并从外壳1中溢出。的中央加湿装置还包括接水盘6；接水盘6设置在外壳1中并位于加湿模块2的下方，接水盘6中设置有第二水位检测器61，接水盘6上还设置有排水管62，排水管62伸出至外壳1的外部；其中，排水泵配置成将水槽21中的水排放到接水盘6中。In order to better improve the reliability of use of the central humidifying device, reduce the water in thewater tank 21 overflowing into theshell 1 and overflowing from theshell 1 due to failure of water level monitoring. The central humidifying device further includes awater receiving tray 6; thewater receiving tray 6 is arranged in thecasing 1 and is located below thehumidification module 2, the secondwater level detector 61 is arranged in thewater receiving tray 6, and awater level detector 61 is also arranged on thewater receiving tray 6 Thedrain pipe 62 , thedrain pipe 62 protrudes to the outside of thecasing 1 ; wherein, the drain pump is configured to drain the water in thewater tank 21 into thewater receiving tray 6 .

具体的，在组装过程中，接水盘6也安装在外壳1中并使得接水盘6位于加湿模块2的下方，其中，加湿模块2的下投影将全部位于接水盘6形成的接水区域中。Specifically, during the assembly process, thewater receiving tray 6 is also installed in thecasing 1 so that thewater receiving tray 6 is located under thehumidification module 2, wherein the lower projection of thehumidification module 2 will be all located in the water receiving tray formed by thewater receiving tray 6 in the area.

而在实际使用过程中，淋水模块3向下方的加湿模块2淋水，湿膜组件22上流下的多余的水则积攒在水槽21中。当水槽21中的水位达到设定的上限高度值时，第一水位检测器26将向电控板41发送信号，以通过电控板41控制排水泵启动进行排水。排水泵通电启动将水槽21中的水排入到下方的接水盘6中，直至第一水位检测器26检测到水位达到设定的下限高度值时，则由电控板41控制排水泵停止工作。In actual use, the water shower module 3 sprays water to thehumidification module 2 below, and the excess water flowing down from thewet film module 22 is accumulated in thewater tank 21 . When the water level in thewater tank 21 reaches the set upper limit height value, the firstwater level detector 26 will send a signal to theelectric control board 41 to control the drainage pump to start to discharge water through theelectric control board 41 . The drainage pump is energized to discharge the water in thewater tank 21 into thewater receiving tray 6 below, until the firstwater level detector 26 detects that the water level reaches the set lower limit height value, then theelectronic control board 41 controls the drainage pump to stop Work.

但是，当第一水位检测器26发生故障时或当排水泵发生故障时，水槽21中的水无法通过排水泵及时排除。此时，随着水槽21中的水位持续上升，水槽21中的水则会从边缘溢流出，由于水槽21位于接水盘6的上方，从水槽21中溢流出的水则进入到接水盘6中，以通过接水盘6来收集溢流的水并从排水管62排出。However, when the firstwater level detector 26 breaks down or when the drain pump breaks down, the water in thetank 21 cannot be removed in time by the drain pump. Now, as the water level in thewater tank 21 continues to rise, the water in thewater tank 21 will overflow from the edge. Since thewater tank 21 is located above thewater receiving tray 6, the overflowing water from thewater tank 21 will enter the water receiving tray. 6, to collect the overflowing water through thewater receiving tray 6 and discharge it from thedrain pipe 62.

通过在外壳中设置接水盘，接水盘布置在加湿模块的下方，在正常使用过程中，淋水模块淋下的水落到加湿模块的湿膜组件上以加湿流经的空气，而多余的水则积存在水槽中，水槽中的水在达到设定水位高度时，第一水位检测器将检测到水位高度以触发排水泵启动，通过排水泵将水槽中的水抽入到接水盘中，接水盘中的水最终从排水管排出，即便处第一水位检测器发生损坏的情况下，水槽中溢流出的水能够被下方的接水盘收集，而避免水槽溢水从外壳中泄露出，实现提高中央加湿装置的使用可靠性以减少发生漏水进而提高用户使用体验性。By setting the water tray in the shell, the water tray is arranged under the humidification module. During normal use, the water from the shower module falls on the wet film assembly of the humidification module to humidify the passing air, and the excess The water is stored in the water tank. When the water in the tank reaches the set water level, the first water level detector will detect the water level to trigger the start of the drainage pump, and the water in the tank will be pumped into the water receiving tray through the drainage pump. , the water in the water receiving tray is finally discharged from the drain pipe. Even if the first water level detector is damaged, the overflowing water in the sink can be collected by the water receiving tray below, so as to prevent the overflow of the sink from leaking out of the shell , to improve the reliability of the central humidifier to reduce water leakage and improve user experience.

在本申请的一个实施例中，由于加湿模块2底部配置有接水盘6，为了更好的对上方的加湿模块2进行支撑，则可以在接水盘6中还设置有支撑部件63，其中，水槽21抵靠在支撑部件63的顶部，排水泵配置成将水槽21中的水排放到接水盘6中。In one embodiment of the present application, since the bottom of thehumidifying module 2 is equipped with awater receiving tray 6, in order to better support theupper humidifying module 2, asupport member 63 may also be provided in thewater receiving tray 6, wherein , thewater tank 21 leans against the top of thesupport member 63 , and the drain pump is configured to discharge the water in thewater tank 21 into thewater receiving tray 6 .

具体的，通过在接水盘6中设置支撑部件63，利用支撑部件63来对上方的加湿模块2进行支撑导向。这样，在加湿模块2安装时，加湿模块2从安装插口103中插入到外壳1中，加湿模块2的底部将受支撑部件63支撑导向滑动。Specifically, by arranging thesupport member 63 in thewater receiving tray 6 , thesupport member 63 is used to support and guide theupper humidification module 2 . In this way, when thehumidifying module 2 is installed, thehumidifying module 2 is inserted into thecasing 1 from theinstallation socket 103 , and the bottom of thehumidifying module 2 supports and guides the supportedcomponent 63 to slide.

一些实施例中，接水盘6上设置有两个并行布置的支撑部件63，支撑部件63包括安装部件631和导向部件632，安装部件631设置在接水盘6中，导向部件632设置在安装部件631上，导向部件632沿接水盘6的长度方向延伸；水槽21可滑动地设置在导向部件632上并配置成沿导向部件632的长度方向往复滑动。In some embodiments, thewater receiving tray 6 is provided with two supportingparts 63 arranged in parallel, the supportingpart 63 includes a mountingpart 631 and a guidingpart 632, the installingpart 631 is arranged in thewater receiving tray 6, and the guidingpart 632 is arranged On thepart 631 , theguide part 632 extends along the length direction of thewater receiving tray 6 ;

具体的，支撑部件63通过安装部件631固定安装在接水盘6中，利用安装部件631将导向部件632支撑在接水盘6中。而支撑部件63则对插入到外壳1中的加湿模块2进行支撑和导向，以引导加湿模块2滑动插入到外壳1的内壁。Specifically, thesupport member 63 is fixedly installed in thewater receiving tray 6 through theinstallation member 631 , and theguide member 632 is supported in thewater receiving tray 6 by theinstallation member 631 . Thesupport member 63 supports and guides thehumidification module 2 inserted into thecasing 1 , so as to guide thehumidification module 2 to slide and insert into the inner wall of thecasing 1 .

在实际使用过程中，通过导向部件632进行导向，一方面能够使得加湿模块2顺畅且准确的装配到位，另一方面使得加湿模块2进一步的通过接水盘6进行支撑。In actual use, theguide member 632 can guide thehumidification module 2 to be smoothly and accurately assembled, and thehumidification module 2 can be further supported by thewater receiving tray 6 on the other hand.

另一个实施例中，对于加湿模块2而，其在水槽21的底部配置有滑动部件27，滑动部件27沿接水盘6的长度方向延伸，滑动部件27配置成抵靠在导向部件632上以支撑水槽21沿导向部件632往复滑动。In another embodiment, for thehumidification module 2, a slidingpart 27 is disposed at the bottom of thewater tank 21, the slidingpart 27 extends along the length direction of thewater receiving tray 6, and the slidingpart 27 is configured to abut against theguide part 632 to Thesupport tank 21 slides reciprocally along theguide member 632 .

具体的，为了方便对加湿模块2支撑和导向，则在水槽21的底部配置有滑动部件27来与接水盘6中的支撑部件63进行配合实现滑动导向和支撑安装。Specifically, in order to support and guide thehumidification module 2 conveniently, a slidingpart 27 is arranged at the bottom of thewater tank 21 to cooperate with the supportingpart 63 in thewater receiving tray 6 to realize sliding guiding and supporting installation.

某些实施例中，导向部件632的侧部设置有竖立布置的引导板633，两个引导板633之间形成滑动限位空间，滑动限位空间配置成限制水槽21在两个引导板633之间滑动。In some embodiments, the side of theguide member 632 is provided with anupright guide plate 633 , a sliding limit space is formed between the twoguide plates 633 , and the sliding limit space is configured to limit thewater tank 21 between the twoguide plates 633 . slide between.

具体的，加湿模块2从安装插口103插入到外壳1中后，在两侧的引导板633的作用下，使得水槽21底部的滑动部件27顺畅的滑到导向部件632上，并且，引导板633还可以进一步的限制滑动部件27左右两侧晃动，使得滑动部件27能够沿着导向部件632顺畅的滑动。Specifically, after thehumidification module 2 is inserted into thecasing 1 from theinstallation socket 103, under the action of theguide plates 633 on both sides, the slidingpart 27 at the bottom of thewater tank 21 slides smoothly onto theguide part 632, and theguide plate 633 It is also possible to further restrict the left and right sides of the slidingmember 27 from shaking, so that the slidingmember 27 can slide smoothly along theguide member 632 .

另外，在使用过程中，引导板633也能够对滑动部件27起到限位的作用，以防止加湿模块2受气流影响而发生晃动，以组装可靠性更高。In addition, during use, theguide plate 633 can also play a role of limiting the slidingpart 27, so as to prevent thehumidification module 2 from shaking due to the influence of the airflow, so as to improve assembly reliability.

而引导板633朝向安装插口103的端部形成外折边（未标记），导向部件632朝向安装插口103的端部朝下倾斜延伸。The end of theguide plate 633 facing theinstallation socket 103 forms an outer flange (not marked), and the end of theguide member 632 facing theinstallation socket 103 extends obliquely downward.

具体说，两个引导板633的外折边之间形成喇叭口结构，以使得加湿模块2能够更加容易的滑入到引导板633的内侧，以且准确在导向部件632上滑动。Specifically, a bell mouth structure is formed between the outer flanges of the twoguide plates 633 , so that thehumidification module 2 can slide into the inner side of theguide plates 633 more easily, and accurately slide on theguide member 632 .

另一个实施例中，为了提高使用寿命，支撑部件63还包括耐磨部件634，耐磨部件634设置在导向部件632所形成的导向面上，滑动部件27抵靠在耐磨部件634上。In another embodiment, in order to improve the service life, thesupport member 63 further includes a wear-resistant part 634 , the wear-resistant part 634 is arranged on the guide surface formed by theguide part 632 , and the slidingpart 27 abuts against the wear-resistant part 634 .

具体的，由于滑动部件27在拆装加湿模块2的过程中会相对于导向部件632相对滑动，滑动过程中一方面会造成两个部件之间产生摩擦，另一方面还会产生噪音。而通过在导向部件632上设置耐磨部件634，耐磨部件634可以采用耐磨材料制成，以保护导向部件632减轻其磨损，并且，耐磨材料具有低噪音的特性（如聚醚醚酮），进而降低滑动摩擦产生的噪音。Specifically, since the slidingpart 27 will slide relative to theguide part 632 during the process of disassembling and assembling thehumidifying module 2, friction between the two parts will be generated during the sliding process, and noise will also be generated on the other hand. And by setting the wear-resistant part 634 on theguide part 632, the wear-resistant part 634 can be made of wear-resistant material to protect theguide part 632 and reduce its wear, and the wear-resistant material has the characteristics of low noise (such as polyetheretherketone ), thereby reducing the noise generated by sliding friction.

其中，耐磨部件634整体呈板状结构，耐磨部件634可拆卸地设置在导向部件632上。Wherein, the wear-resistant part 634 has a plate-like structure as a whole, and the wear-resistant part 634 is detachably arranged on theguide part 632 .

具体的，板状结构的耐磨部件634遮盖在导向部件632的上部，耐磨部件634可以根据需要进行更换维修。例如：耐磨部件634上设置有卡爪，导向部件632上设置有与卡爪配合的卡槽，耐磨部件634通过卡爪卡在卡槽中配合以卡装在导向部件632上。Specifically, the wear-resistant part 634 of plate-shaped structure covers the upper part of theguide part 632, and the wear-resistant part 634 can be replaced and maintained as required. For example: the wear-resistant part 634 is provided with claws, and theguide part 632 is provided with a slot matching with the claws.

采用卡爪与卡槽配合的方式，使得耐磨部件634卡装到导向部件632上，在后期维修更换时，仅需要解除卡爪与卡槽之间的连接，便可以将耐磨部件634从导向部件632上拆卸下。The claw and the groove are matched so that the wear-resistant part 634 is snapped onto theguide part 632. During later maintenance and replacement, only the connection between the claw and the groove needs to be released to remove the wear-resistant part 634 from theguide part 632. Theguide part 632 is disassembled.

另外，为了牢靠的卡装固定，卡爪包括第一卡爪6341和第二卡爪6342，导向部件632的边缘设置有第一卡槽6321，导向部件632的侧壁设置有第二卡槽6322，第一卡爪横纵布置并卡在第一卡槽中，第二卡爪竖向布置并卡在第二卡槽中。In addition, in order to securely clamp and fix, the claws include afirst claw 6341 and asecond claw 6342, the edge of theguide part 632 is provided with afirst clip groove 6321, and the side wall of theguide part 632 is provided with asecond clip groove 6322 , the first claws are arranged vertically and locked in the first groove, and the second claws are arranged vertically and stuck in the second groove.

具体的，在组装过程中，第一卡爪卡在导向部件632边缘配置的第一卡槽中，以实现上部定位固定，而第二卡爪则卡在导向部件632侧壁设置的第二卡槽中，以实现定位固定分布在导向部件632侧部的耐磨部件634。Specifically, during the assembly process, the first claw is stuck in the first groove provided on the edge of theguide part 632 to realize the positioning and fixing of the upper part, while the second claw is stuck in the second clip provided on the side wall of theguide part 632. In the groove, the wear-resistant part 634 distributed on the side of theguide part 632 can be positioned and fixed.

在另一个实施例中，接水盘6中还设置有密封部件64，密封部件64沿接水盘6的长度方向延伸，密封部件64配置成在加湿模块2组装到外壳1中后密封部件64贴靠在滑动部件27的侧部。In another embodiment, a sealingmember 64 is also arranged in thewater receiving tray 6, and the sealingmember 64 extends along the length direction of thewater receiving tray 6, and the sealingmember 64 is configured to seal themember 64 after thehumidifying module 2 is assembled into theshell 1 It rests against the side of the slidingpart 27 .

具体的，由于加湿模块2插入到外壳1中后，将外壳1的内部分隔为进风腔体和出风腔体，为了减少进风腔体中的气流越过加湿模块2直接进入到出风腔体中，则可以通过接水盘6中配置的密封部件64对加湿模块2的迎风侧部位的滑动部件27进行密封处理，以阻挡进风腔体中的气流从加湿模块2底部空隙流入到出风腔体中，以提高加湿效率。Specifically, since thehumidification module 2 is inserted into thehousing 1, the interior of thehousing 1 is divided into an air inlet cavity and an air outlet cavity, in order to reduce the airflow in the air inlet cavity from passing over thehumidification module 2 directly into the air outlet cavity In the body, the slidingpart 27 on the windward side of thehumidification module 2 can be sealed through the sealingpart 64 arranged in thewater receiving tray 6, so as to prevent the airflow in the air inlet cavity from flowing from the bottom gap of thehumidification module 2 to the outlet. In the wind cavity to improve the humidification efficiency.

其中，对于水槽21的底部设置的两个平行布置的滑动部件27而言，密封部件64与邻近进风口101侧的滑动部件27贴靠在一起。Wherein, for the two parallel slidingparts 27 arranged at the bottom of thewater tank 21 , the sealingpart 64 abuts against the slidingpart 27 adjacent to the side of theair inlet 101 .

另外，密封部件64的纵截面为C型结构，密封部件64设置在接水盘6的内侧壁上，密封部件64形成上下两个条形密封接触部，至少一条形密封接触部与滑动部件27接触。In addition, the longitudinal section of the sealingmember 64 is a C-shaped structure, and the sealingmember 64 is arranged on the inner wall of thewater receiving tray 6. The sealingmember 64 forms two strip-shaped sealing contact portions up and down, and at least one strip-shaped sealing contact portion is in contact with the slidingmember 27. touch.

具体的，纵截面为C型结构的密封部件64能够通过其边缘形成的条形密封接触部与滑动部件27紧密接触实现密封。Specifically, the sealingmember 64 with a C-shaped longitudinal section can closely contact the slidingmember 27 through the strip-shaped sealing contact portion formed on its edge to achieve sealing.

一些实施例中，接水盘6的外壁还设置有保温层（未标记），保温层布置在接水盘6的底部以及外周侧壁上。In some embodiments, the outer wall of thewater receiving tray 6 is further provided with an insulating layer (not marked), and the insulating layer is arranged on the bottom of thewater receiving tray 6 and the peripheral side wall.

具体的，通过在接水盘6外包裹上保温层，利用保温层来实现接水盘6与外壳1之间的热隔离，进而减少因接水盘6中的水温过低造成外壳1的底部发生凝露。Specifically, by wrapping thewater tray 6 with an insulating layer, the heat insulation layer is used to realize the thermal isolation between thewater tray 6 and theshell 1, thereby reducing the temperature at the bottom of theshell 1 caused by the low water temperature in thewater tray 6. Condensation occurs.

实施例五，对于电控模块4而言，其内置在外壳1中，为了实现结构紧凑化的设计要求，针对电控模块4进行如下结构设计。In the fifth embodiment, for the electronic control module 4 , it is built in thecasing 1 . In order to meet the design requirement of compact structure, the following structural design is carried out for the electronic control module 4 .

如图3、图4和图20所示，电控模块4包括罩壳42和电控板41，罩壳42的两侧部分别设置有弯折的安装板43，安装板43设置在外壳1的内侧壁上，罩壳42和外壳1之间形成电器腔体，电控板41设置在罩壳42上并位于电器腔体中。As shown in Fig. 3, Fig. 4 and Fig. 20, the electric control module 4 includes acasing 42 and anelectric control board 41, and the two sides of thecasing 42 are respectively provided with bent mountingplates 43, and the mountingplates 43 are arranged on theshell 1 On the inner side wall of thehousing 42 , an electrical cavity is formed between thecasing 42 and thecasing 1 , and theelectric control board 41 is arranged on thecasing 42 and located in the electrical cavity.

具体的，电控模块4通过罩壳42与外壳1相互配合形成相对独立的电器腔体，并在电器腔体中安装电控板41。由于无需配置独立的电器盒，使得电控模块4与外壳1有效的集成在一起，实现结构紧凑化设计。Specifically, the electronic control module 4 cooperates with thehousing 1 through thecover 42 to form a relatively independent electrical cavity, and theelectronic control board 41 is installed in the electrical cavity. Since there is no need to configure an independent electrical box, the electronic control module 4 and thehousing 1 are effectively integrated together to achieve a compact design.

通过将电控模块的罩壳设置在外壳的内部，罩壳与外壳的内部之间形成电器腔体，进而使得电控板布置在电器腔体中以与外部器件隔离开，而由于电控模块整体内置在外壳中，一方面使得整体结构更加紧凑，更有利于缩小中央加湿器的整体体积，另一方电控板连接的线缆从外壳的内部布线与相关电器件进行连接，进而避免因线缆外露在外壳的外部而发生破损，通过将电控模块集成在外壳内部，以实现中央加湿器结构紧凑化设计并提高使用可靠性。By arranging the cover of the electronic control module inside the shell, an electrical cavity is formed between the cover and the inside of the shell, so that the electric control board is arranged in the cavity of the electrical appliance to isolate it from external devices, and because the electric control module The whole is built in the shell, on the one hand, it makes the overall structure more compact, and it is more conducive to reducing the overall volume of the central humidifier. The cable is exposed outside the shell and is damaged. By integrating the electronic control module inside the shell, the compact design of the central humidifier can be realized and the reliability of use can be improved.

在一些实施例中，为了方便走线，其中一安装板43上设置有穿线孔44，电控板41上连接的线缆经由穿线孔44伸出至电器腔体的外部。In some embodiments, for the convenience of wiring, one of theinstallation boards 43 is provided with athreading hole 44 , and the cables connected to theelectric control board 41 extend out of the electric appliance cavity through thethreading hole 44 .

具体的，对于电控板41上连接的线缆则经由安装板43上设置的穿线孔44伸出至电器腔体的外部以与外部的电器部件进行连接。Specifically, the cables connected to theelectric control board 41 protrude to the outside of the electrical cavity through the threading holes 44 provided on the mountingboard 43 to connect with external electrical components.

其中，设置有穿线孔44的安装板43上还设置有走线挡板45，走线挡板45与安装板43之间形成布线通道，线缆沿布线通道朝向外壳1的下底板方向延伸布线。Wherein, the mountingplate 43 provided with the threadinghole 44 is also provided with awiring baffle 45, a wiring channel is formed between thewiring baffle 45 and the mountingplate 43, and the cables are extended and wired along the wiring channel toward the lower bottom plate of thehousing 1. .

具体的，对于从电器腔体引出的线缆通过走线挡板45进行遮挡并保护，使得线缆能够顺着走线挡板45延伸布线，避免线缆从穿线孔44中引出因自身应力影响而翘起。Specifically, the cables drawn out from the electrical cavity are shielded and protected by thewiring baffle 45, so that the cables can be extended and routed along thewiring baffle 45, and the cable is prevented from being drawn out from thewiring hole 44 due to the influence of its own stress. And cocked.

在某些实施例中，为了方便操作人员对电控板41进行维修，还可以在外壳1的侧壁上设置有检修口104，检修口104与电器腔体连通，检修口104上还设置有可拆卸地电器盒盖105。In some embodiments, in order to facilitate the operator to maintain theelectric control board 41, aninspection port 104 may also be provided on the side wall of thehousing 1, theinspection port 104 communicates with the electrical cavity, and theinspection port 104 is also provided with Theelectrical box cover 105 is detachable.

具体的，通过在外壳1的侧壁设置有检修口104，当需要维修的时候，则将电器盒盖105从检修口104上拆卸下，便可以对电器腔体中的电控板41进行维修操作。Specifically, by providing aninspection port 104 on the side wall of thehousing 1, when maintenance is required, theelectrical box cover 105 is disassembled from theinspection port 104, and theelectric control board 41 in the electrical cavity can be maintained. operate.

一实施例中，电控模块4还包括风压开关46，风压开关46设置在罩壳42上并位于电器腔体的外部，风压开关46布置在进风口101的一侧，风压开关46与电控板41电连接。In one embodiment, the electronic control module 4 further includes awind pressure switch 46, thewind pressure switch 46 is arranged on thecasing 42 and is located outside the electrical appliance cavity, thewind pressure switch 46 is arranged on one side of theair inlet 101, and thewind pressure switch 46 46 is electrically connected with theelectric control board 41.

具体的，利用罩壳42来安装风压开关46，进而节省在外壳1中额外配置独立的安装支撑件，使得内部结构更加紧凑。罩壳42布置在进风腔体中，并且，罩壳42布置在进风口101的一侧，罩壳42作为安装件来支撑风压开关46。Specifically, theair pressure switch 46 is installed by using thecasing 42 , thereby saving additional configuration of an independent installation support in thecasing 1 , so that the internal structure is more compact. Thecasing 42 is arranged in the air inlet cavity, and thecasing 42 is arranged on one side of theair inlet 101 , and thecasing 42 is used as a mounting part to support thewind pressure switch 46 .

在另一个实施例中，电控模块4还包括第一温度传感器47和湿度传感器48，温度传感器和湿度传感器分别与电控板41电连接，温度传感器和湿度传感器布置在进风口101的一侧。In another embodiment, the electronic control module 4 further includes afirst temperature sensor 47 and ahumidity sensor 48, the temperature sensor and the humidity sensor are respectively electrically connected to theelectric control board 41, and the temperature sensor and the humidity sensor are arranged on one side of theair inlet 101 .

具体的，通过在进风口101处配置第一温度传感器47和湿度传感器48来检测进风口101的气流温度和湿度，以方便控制进行加湿和调温。其中，外壳1上设置有辅助支架49，辅助支架位于进风口101的一侧，温度传感器和湿度传感器设置在辅助支架上。Specifically, thefirst temperature sensor 47 and thehumidity sensor 48 are arranged at theair inlet 101 to detect the airflow temperature and humidity of theair inlet 101, so as to facilitate the control of humidification and temperature adjustment. Wherein, thehousing 1 is provided with anauxiliary bracket 49, the auxiliary bracket is located at one side of theair inlet 101, and the temperature sensor and the humidity sensor are arranged on the auxiliary bracket.

实施例六，为了进一步的调节出风口的出风温度，如图3、图7、图24和图25所示，还可以配置有辅助加热组件7，辅助加热组件7设置在进风口101和加湿模块2之间，辅助加热组件7配置成对进风口101引入的空气进行加热处理。Embodiment 6, in order to further adjust the outlet air temperature of the air outlet, as shown in Figure 3, Figure 7, Figure 24 and Figure 25, anauxiliary heating assembly 7 can also be configured, and theauxiliary heating assembly 7 is arranged at theair inlet 101 and humidification Between themodules 2 , theauxiliary heating assembly 7 is configured to heat the air introduced by theair inlet 101 .

具体的，辅助加热组件7包括固定支架71、电加热部件72和散热翅片73，固定支架71围绕形成通风口（未标记），散热翅片73设置在固定支架71上并布置在通风口中，电加热部件72与散热翅片73导热连接，固定支架71设置在外壳1的上顶板上并位于进风口101和加湿模块2之间。Specifically, theauxiliary heating assembly 7 includes a fixedbracket 71, anelectric heating component 72 andcooling fins 73. The fixedbracket 71 surrounds and forms a vent (not marked), and the coolingfin 73 is arranged on the fixedbracket 71 and arranged in the vent. Theelectric heating component 72 is thermally connected to the coolingfins 73 , and the fixingbracket 71 is arranged on the upper top plate of thehousing 1 and located between theair inlet 101 and thehumidification module 2 .

在实际使用过程中，对于进风口101引入的气流将朝向通风口方向流动，由于通风口中设置有散热翅片73，散热翅片73对气流产生的风阻较小，能够满足气流顺畅流动的要求。During actual use, the airflow introduced by theair inlet 101 will flow toward the airflow opening. Since the airflow opening is provided withcooling fins 73, the coolingfins 73 will generate less wind resistance to the airflow, which can meet the requirements of smooth flow of airflow.

而当需要对气流进行加热时，电控板41控制电加热部件72通电加热，电加热部件72产生的热量传递给散热翅片73，以通过散热翅片73对流经的气流进行高效的加热。And when the airflow needs to be heated, theelectric control board 41 controls theelectric heating part 72 to energize and heat, and the heat generated by theelectric heating part 72 is transferred to the coolingfins 73, so that the passing airflow is efficiently heated through the coolingfins 73.

通过在固定支架上设置通风口，并在通风口中设置散热翅片，这样，电加热部件产生的热量传递到散热翅片上进行散热，而从进风口进入到外壳中的空气将经过通风口流向加湿模块，当需要对空气进行加热时，电加热部件通电产生热量，电加热部件产生的热量传递至散热翅片，以利用散热翅片与流经的空气进行热交换，散热翅片有效的增大了与空气之间的接触面积，进而实现提高加湿装置与空气的热交换面积以提高加热效率。By setting the vents on the fixed bracket and setting the heat dissipation fins in the vents, the heat generated by the electric heating component is transferred to the heat dissipation fins for heat dissipation, and the air entering the casing from the air inlet will flow to the humidifier through the vents. Module, when the air needs to be heated, the electric heating component is energized to generate heat, and the heat generated by the electric heating component is transferred to the heat dissipation fins, so that the heat dissipation fins can exchange heat with the passing air, and the heat dissipation fins are effectively enlarged The contact area with the air is increased, and the heat exchange area between the humidifier and the air is increased to improve the heating efficiency.

在一些实施例中，固定支架71的顶部固定设置在上顶板11上，固定支架71的两侧部分布设置有安装座74，散热翅片73设置在两个安装座74之间。In some embodiments, the top of the fixingbracket 71 is fixedly arranged on the uppertop plate 11 , the two sides of the fixingbracket 71 are provided with mountingseats 74 , and the coolingfins 73 are arranged between the two mountingseats 74 .

具体的，为了方便安装散热翅片73，则在固定支架71的两侧配置有安装座74，通风口位于两个安装座74之间，散热翅片73则通过安装座74横跨在通风口处。Specifically, in order to facilitate the installation of theheat dissipation fins 73, mountingseats 74 are arranged on both sides of the fixedbracket 71, the air vent is located between the two mountingseats 74, and theheat dissipation fins 73 straddle the air vents through the mountingseats 74. place.

其中，安装座74上设置有插槽（未标记），散热翅片73的端部插在对应侧的插槽中。Wherein, a slot (not marked) is provided on the mountingseat 74 , and the ends of the coolingfins 73 are inserted into the corresponding slots.

另外，对于电加热部件72而言，其可以采用电加热管、PTC加热杆等部件。而电加热部件72整体呈长条结构，电加热部件72的端部也插在对应侧的插槽中，一方面方便安装固定电加热部件72，另一方面使得电加热部件72能够与散热翅片73更加牢固的贴靠在一起，以确保良好的热传导。In addition, as for theelectric heating component 72, components such as electric heating tubes and PTC heating rods can be used. Theelectric heating element 72 is a strip structure as a whole, and the end of theelectric heating element 72 is also inserted in the slot on the corresponding side. On the one hand, it is convenient to install and fix theelectric heating element 72. Thesheets 73 are more firmly attached to each other to ensure good heat conduction.

在某些实施例中，为了通过固定支架71引导气流流动，则可以在固定支架71上设置有上导流板75，上导流板75朝向进风口101方向延伸，上导流板75设置在通风口的上部。In some embodiments, in order to guide the air flow through the fixedbracket 71, anupper deflector 75 may be provided on the fixedbracket 71, and theupper deflector 75 extends toward theair inlet 101, and theupper deflector 75 is arranged on The upper part of the vent.

具体的，上导流板75布置在通风口的上部，能够在上导流板75的作用下引导气流从下方的通风口穿行，以提高换热效率。Specifically, theupper deflector 75 is arranged on the upper part of the vent, and under the action of theupper deflector 75, the airflow can be guided to pass through the lower vent, so as to improve the heat exchange efficiency.

同样的，还可以在固定支架71上还设置有下导流板76，下导流板76朝向加湿模块2方向延伸，下导流板76设置在通风口的上部。Similarly, alower deflector 76 may also be provided on the fixingbracket 71 , thelower deflector 76 extends toward the direction of thehumidification module 2 , and thelower deflector 76 is arranged on the upper part of the air vent.

具体的，对于从通风口输出的气流，则利用下导流板76引导气流朝上吹向湿膜组件22，以提高送风效率。Specifically, for the airflow output from the air vent, thelower deflector 76 is used to guide the airflow upwards to thewet film module 22, so as to improve the air blowing efficiency.

实施例七，由于中央加湿装置由若干组件组成，为了方便工厂阶段模块化快速组装，则不以完整的外壳作为组装基础，而实现模块化分体设计，具体如下。Embodiment 7, since the central humidifying device is composed of several components, in order to facilitate the modular and rapid assembly at the factory stage, the complete shell is not used as the basis for assembly, and the modular split design is realized, as follows.

如图3-图7所示，外壳1包括上顶板11、下底板12和围板，围板设置在下底板12和上顶板11之间，而围板则包括前面板13、后面板14、第一侧立板15和第二侧立板16。前面板13、第二侧立板16、后面板14和第一侧立板15依次连接。As shown in Figures 3-7, thecasing 1 includes an uppertop plate 11, alower bottom plate 12 and a coaming plate, the coaming plate is arranged between thelower bottom plate 12 and the uppertop plate 11, and the coaming plate includes afront panel 13, arear panel 14, a One sidevertical plate 15 and the second sidevertical plate 16. Thefront panel 13, the second sidevertical panel 16, therear panel 14 and the first sidevertical panel 15 are connected in sequence.

为了满足模块化组装的要求，则进行如下模块化设计：In order to meet the requirements of modular assembly, the following modular design is carried out:

上顶板11和淋水模块3预先组装形成上盖模组，后面板14上设置有进风法兰17形成后盖模组，前面板13上设置有出风法兰18形成前盖模组，独立安装的下底板12、第一侧立板15、第二侧立板16、加湿模块2、电控模块4；其中，第一侧立板15设置有安装插口103。The uppertop plate 11 and the water spray module 3 are pre-assembled to form an upper cover module, therear panel 14 is provided with anair inlet flange 17 to form a rear cover module, and thefront panel 13 is provided with anair outlet flange 18 to form a front cover module. Thelower base plate 12 , the first sidevertical plate 15 , the second sidevertical plate 16 , thehumidification module 2 , and the electric control module 4 are independently installed; wherein, the first sidevertical plate 15 is provided with aninstallation socket 103 .

上顶板11布置在下底板12的上方，前面板13和后面板14相对布置并设置在上顶板11和下底板12之间，第一侧立板15设置在上顶板11、下底板12和前面板13之间，第一侧立板15与后面板14之间形成检修口104，第二侧立板16设置在上顶板11、下底板12、前面板13和后面板14之间，加湿模块2插在安装插口103中并位于淋水模块3的下方，罩壳42设置在第一侧立板15和后面板14之间。The uppertop plate 11 is arranged above thelower bottom plate 12, thefront panel 13 and therear panel 14 are arranged oppositely and arranged between the uppertop plate 11 and thelower bottom plate 12, and the first sidevertical plate 15 is arranged on the uppertop plate 11, thelower bottom plate 12 and thefront panel 13, aninspection opening 104 is formed between the first sidevertical plate 15 and therear panel 14; Inserted into theinstallation socket 103 and located below the shower module 3 , thecover 42 is disposed between the first sidevertical plate 15 and therear panel 14 .

具体的，在实际组装过程中，上盖模组、后盖模组、前盖模组、加湿模块2和电控模块4以模块化的方式进行预先的组装。在组装总线上，操作人员将后盖模组、前盖模组、第一侧立板15和第二侧立板16安装在下底板12，以完成主要支撑部件的安装，然后，再将上盖模组安装在顶部。Specifically, in the actual assembly process, the upper cover module, the rear cover module, the front cover module, thehumidification module 2 and the electric control module 4 are pre-assembled in a modular manner. On the assembly bus, the operator installs the rear cover module, the front cover module, the first sidevertical plate 15 and the second sidevertical plate 16 on thelower base plate 12 to complete the installation of the main support components, and then put the upper cover The modules are mounted on top.

后盖模组和前盖模组则主要通过前面板13和后面板14实现与下底板12的连接，整个组装过程方便简单，同样的，上盖模块则主要通过上顶板11与前面板13、后面板14和两个侧立板连接，进而有效的减少现场零部件装配到外壳1中的时间和工序。The rear cover module and the front cover module are mainly connected to thelower base plate 12 through thefront panel 13 and therear panel 14. The whole assembly process is convenient and simple. Similarly, the upper cover module is mainly connected to thefront panel 13, Therear panel 14 is connected to the two side risers, thereby effectively reducing the time and procedures for assembling components into theshell 1 on site.

通过将不同的功能部件和功能模式预先与形成外壳的板体进行预组装以形成模块化设计，在整个设备进行组装时，则仅需要将组成壳体的各个板体进行现场连接，这样，便可以无需在外壳内部进行现场组装，进而可以有效的降低组装难度，方便操作人员现场快速组装各个模块以形成中央加湿装置，进而提高组装效率。By pre-assembling different functional components and functional modes with the boards that form the shell to form a modular design, when the entire device is assembled, it is only necessary to connect the boards that make up the shell on site, so that it is convenient There is no need for on-site assembly inside the shell, which can effectively reduce the difficulty of assembly, and facilitate the operator to quickly assemble each module on site to form a central humidifying device, thereby improving assembly efficiency.

在另一个实施例中，对于上盖模组还可以进一步的将辅助加热组件7集成安装在上顶板11上，这样，使得上盖模组集成多个功能模块，更有利于减少现场工人逐一装入到外壳1中，降低了组装难度。In another embodiment, for the upper cover module, theauxiliary heating assembly 7 can be further integrated and installed on the uppertop plate 11, so that the upper cover module integrates multiple functional modules, which is more conducive to reducing the number of on-site workers to install one by one. into thehousing 1, reducing the difficulty of assembly.

实施例八，在用户使用过程中，需要定期对加湿模块2中的湿膜组件22进行维护，为此，便需要将加湿模块2从外壳1中拆卸出。在实际安装时，存在用户家中顶部侧向空间较小，这样，便会导致后期维护加湿模块2时，从安装插口103拉出加湿模块2的操作难度增大，为了解决维修便利性较差以及维修难度较大的问题，进行如下结构改进。Embodiment 8, during use by the user, thewet film assembly 22 in thehumidification module 2 needs to be regularly maintained, and for this reason, thehumidification module 2 needs to be disassembled from thecasing 1 . In actual installation, there is a small space on the top side of the user’s home, which will lead to an increase in the difficulty of pulling out thehumidification module 2 from theinstallation socket 103 when thehumidification module 2 is maintained later. In order to solve the problem of poor maintenance convenience and For problems that are more difficult to repair, the following structural improvements are made.

如图6所示，下底板12可拆卸地设置在围板的下部，接水盘6设置在下底板12上，水槽21可拆卸地设置在端盖24上。As shown in FIG. 6 , thelower bottom plate 12 is detachably arranged on the lower part of the enclosure, thewater receiving tray 6 is arranged on thelower bottom plate 12 , and thewater tank 21 is detachably arranged on theend cover 24 .

具体的，在实际使用过程中，当需要对加湿模块2进行维护时，除了通过安装插口103将加湿模块2从外壳1中拉出外，还可以从外壳1的底部将水槽21和湿膜组件22单独从外壳1中拆卸下。Specifically, in actual use, when thehumidification module 2 needs to be maintained, in addition to pulling thehumidification module 2 out of thecasing 1 through theinstallation socket 103, thewater tank 21 and the wet film assembly can also be pulled out from the bottom of thecasing 1. 22 is disassembled separately from thehousing 1.

当需要从外壳1的底部进行拆卸维护时，则将下底板12从围板上拆卸分离下，以露出外壳1内部的加湿模块2，然后，在将水槽21从盖板上单独拆卸下，此时，湿膜组件22将跟随水槽21独立的拆除，而排水泵则依然固定连接在外壳1上的端盖24上。When it is necessary to disassemble and maintain from the bottom of theshell 1, thelower base plate 12 is disassembled and separated from the enclosure to expose thehumidifying module 2 inside theshell 1, and then thewater tank 21 is separately disassembled from the cover plate. , thewet membrane assembly 22 will be removed independently following thewater tank 21, while the drain pump is still fixedly connected to theend cover 24 on thehousing 1.

通过在外壳的围板上设置安装插口，以满足将加湿模块整体从安装插口中拉出以满足更换维护湿膜组件的要求，与此同时，对于侧方操作空间受限的情况下，还可以将外壳的下底板从围板上拆卸下，然后，将水槽连通湿膜组件从端盖上单独拆卸下，以满足更换维护湿膜组件的要求，这样，便可以不受安装空间的限制，根据需要选择维修方式，实现提高加湿器的维修便利性并降低维修难度。By setting the installation socket on the enclosure of the shell, the whole humidification module can be pulled out from the installation socket to meet the requirements of replacing and maintaining the wet film module. Disassemble the lower bottom plate of the shell from the coaming plate, and then separately disassemble the water tank connected wet membrane assembly from the end cover to meet the requirements for replacement and maintenance of the wet membrane assembly. In this way, it is not limited by the installation space, according to It is necessary to choose a maintenance method to improve the maintenance convenience and reduce the maintenance difficulty of the humidifier.

在一些实施例中，为了方便拆装水槽21，端盖24上设置有安装支架28，安装支架28设置在端盖24的内表面，滑动部件27可拆卸地安装在安装支架28上。In some embodiments, in order to facilitate disassembly of thewater tank 21 , theend cover 24 is provided with a mountingbracket 28 , the mountingbracket 28 is disposed on the inner surface of theend cover 24 , and the slidingpart 27 is detachably mounted on the mountingbracket 28 .

具体的，通过在端盖24上设置有安装支架28，安装支架28突出于端盖24的内表面，进而方便从水槽21的底部通过滑动部件27与安装支架28进行连接。而连接方式，可以采用螺钉等可拆卸的方式。Specifically, aninstallation bracket 28 is provided on theend cover 24, and theinstallation bracket 28 protrudes from the inner surface of theend cover 24, thereby facilitating the connection from the bottom of thewater tank 21 to theinstallation bracket 28 through the slidingpart 27. As for the connection method, detachable methods such as screws can be used.

例如：安装支架28上设置有横向延伸的安装面，滑动部件27设置有安装孔，安装面上设置有连接孔，紧固螺钉从下方穿过安装孔并螺纹连接在连接孔中。For example: the mountingbracket 28 is provided with a laterally extending mounting surface, the slidingpart 27 is provided with mounting holes, and the mounting surface is provided with connecting holes, and fastening screws pass through the mounting holes from below and are screwed into the connecting holes.

在一些实施例中，由于加湿模块2的下方还设置有接水盘6，对于接水盘6而言，为了方便拆装，接水盘6的一边缘可以与前面板13进行连接，而接水盘6的另一个边缘则可以与辅助加热组件7中的固定支架71进行连接。In some embodiments, since thewater receiving tray 6 is also provided under thehumidifying module 2, for thewater receiving tray 6, in order to facilitate disassembly and assembly, one edge of thewater receiving tray 6 can be connected with thefront panel 13, and the connecting The other edge of thewater tray 6 can be connected with the fixingbracket 71 in theauxiliary heating assembly 7 .

具体的，在实际组装过程中，接水盘6通过螺钉分别固定连接在前面板13和固定支架71的下部。当需要维护加湿模块2时，则将下底板12、接水盘6先拆卸下，再将水槽21从端盖24上拆卸下。Specifically, in the actual assembly process, thewater receiving tray 6 is respectively fixedly connected to the lower part of thefront panel 13 and the fixingbracket 71 by screws. When thehumidification module 2 needs to be maintained, thelower bottom plate 12 and thewater receiving tray 6 are first disassembled, and then thewater tank 21 is disassembled from theend cover 24 .

其中，导风板5的一端部设置在围板的后面板上并位于进风口101的下方，导风板5的另一端部搭接在接水盘6的边缘并夹在导风板5和固定支架71之间。Wherein, one end of thewind deflector 5 is arranged on the rear panel of the enclosure and is located below theair inlet 101, and the other end of thewind deflector 5 overlaps the edge of thewater receiving tray 6 and is clamped between thewind deflector 5 and theair inlet 101. Between the fixedbrackets 71.

在另一个实施例中，为了方便拆卸下底板12，则将下底板12采用分体式设计，即下底板12包括第一底板121和第二底板122，第一底板121靠近进风口101并位于电控模块4的下方，第二底板122靠近出风口102并位于接水盘6的下方，第一底板121和第二底板122分别可拆卸地设置在围板的下部，第二底板122搭接在第一底板121的下方。In another embodiment, in order to facilitate the disassembly of thelower bottom plate 12, thelower bottom plate 12 adopts a split design, that is, thelower bottom plate 12 includes afirst bottom plate 121 and asecond bottom plate 122, and thefirst bottom plate 121 is close to theair inlet 101 and located control module 4, thesecond bottom plate 122 is close to theair outlet 102 and is located under thewater receiving tray 6, thefirst bottom plate 121 and thesecond bottom plate 122 are respectively detachably arranged at the lower part of the enclosure, and thesecond bottom plate 122 overlaps the below thefirst bottom plate 121 .

具体的，当需要维护加湿模块2时，仅需要将第二底板122从外壳1上拆卸下，便可以依次拆卸接水盘6和水槽21，进而无需将整个下底板12拆卸下，更有利于降低拆卸维修的难度。Specifically, when thehumidification module 2 needs to be maintained, only thesecond bottom plate 122 needs to be disassembled from thecasing 1, and then thewater receiving tray 6 and thewater tank 21 can be disassembled sequentially, so that the entirelower bottom plate 12 does not need to be disassembled, which is more beneficial Reduce the difficulty of disassembly and maintenance.

实施例九，在使用过程中，外壳内外容易因温差而产生凝露，而凝露在外壳上集聚一定程度后便会产生凝露水滴落到用户家中，进而导致用户使用体验性较差。为了解决上述技术问题，则针对外壳1进行如下改进。In Embodiment 9, during use, condensation is likely to occur inside and outside the casing due to temperature differences, and after the condensation accumulates on the casing to a certain extent, condensation water will drop to the user's home, resulting in poor user experience. In order to solve the above technical problems, the following improvements are made to thecasing 1 .

如图3图5和图7所示，中央加湿装置还包括保温组件8，保温组件8包括第一保温件81和第二保温件812，第一保温件81呈板装结构，第二保温件82呈条状结构，上顶板11和/或下底板12上设置有第一保温件81，围板上位于出风口102的下方设置有第二保温件82。As shown in Fig. 3, Fig. 5 and Fig. 7, the central humidifying device also includes athermal insulation assembly 8, thethermal insulation assembly 8 includes a firstthermal insulation component 81 and a second thermal insulation component 812, the firstthermal insulation component 81 is a board-mounted structure, and the secondthermal insulation component 82 is a strip structure, the uppertop plate 11 and/or thelower bottom plate 12 are provided with a firstthermal insulation member 81 , and the surrounding plate is located below theair outlet 102 and is provided with a secondthermal insulation member 82 .

具体的，第一保温件81呈保温板结构并平铺在下底板12上和上顶板11上，进而在外壳1的上下表面进行保温处理，以减少在外壳1的外表面形成凝露。Specifically, the firstthermal insulation member 81 is in the form of a thermal insulation board and is tiled on thelower bottom plate 12 and the uppertop plate 11 , and then performs thermal insulation treatment on the upper and lower surfaces of theshell 1 to reduce condensation on the outer surface of theshell 1 .

而对于第二保温件82则设置在出风口102的下方并遮盖住围板和下底板12之间的连接部位，As for the secondthermal insulation member 82, it is arranged below theair outlet 102 and covers the connecting portion between the enclosure plate and thelower bottom plate 12,

通过在外壳中设置保温组件，第一保温件能够对外壳的上顶板和下底板进行保温处理，进而减少外壳内部的气流对上顶板和下底板造成的冷凝影响，以减少冷凝水的产生，另外，第二保温件将对出风口的下部进行进一步的保温处理，第二保温件一方面可以减少出风口处的围板区域产生的凝露，还可以进一步的对下底板与出风口处围板连接部位进行密封处理，以减少出现漏风的情况发生，实现减少中央中央加湿装置的外壳表面产生凝露，以提高用户使用体验性。By arranging the thermal insulation component in the housing, the first thermal insulation member can insulate the upper top plate and the lower bottom plate of the housing, thereby reducing the condensation effect caused by the air flow inside the housing on the upper top plate and the lower bottom plate, so as to reduce the generation of condensed water. , the second thermal insulation part will further insulate the lower part of the air outlet. On the one hand, the second thermal insulation part can reduce the condensation generated in the coaming area of the air outlet, and can further protect the lower bottom plate and the coaming panel at the air outlet. The connection parts are sealed to reduce the occurrence of air leakage and reduce condensation on the shell surface of the central central humidification device to improve user experience.

在一些实施例中，第二保温件82遮盖住围板与下底板12之间所形成的连接部位，第二保温件82的上表面形成导流面821，导流面沿进风口101至出风口102方向倾斜朝下延伸，导流面配置成引导水流流入到接水盘中。In some embodiments, the secondheat preservation member 82 covers the connection portion formed between the enclosure plate and thelower bottom plate 12, and the upper surface of the secondheat preservation member 82 forms aflow guide surface 821, and the flow guide surface runs along theair inlet 101 to the air outlet. Thetuyere 102 extends obliquely downward, and the guide surface is configured to guide the water flow into the water receiving tray.

具体的，对于第二保温件82而言，其上表面形成的导流面能够引导出风口102处形成的冷凝水经由导流面导向流到下方的接水盘6中。经由倾斜的导流面对冷凝水进行有效的导向，以减少冷凝水流淌至外壳1的外部。Specifically, for the secondheat preservation member 82 , the guide surface formed on its upper surface can guide the condensed water formed at theair outlet 102 to flow into thewater receiving tray 6 below through the guide surface. The condensed water is effectively guided through the inclined diversion surface, so as to reduce the condensed water flowing to the outside of thecasing 1 .

其中，导流面上还设置有多条导流槽822，导流槽沿进风口101至出风口102方向倾斜朝下延伸。倾斜布置的导流槽能够更好的汇集冷凝水，并使得冷凝水在导流槽822的导向作用下快速的排到接水盘6中。Wherein, a plurality ofdiversion grooves 822 are arranged on the diversion surface, and the diversion grooves extend obliquely and downward along the direction from theair inlet 101 to theair outlet 102 . The slanted diversion grooves can better collect the condensed water, and allow the condensed water to be quickly discharged into thewater receiving tray 6 under the guidance of thediversion grooves 822 .

在一些实施例中，对于第二保温件82而言，其上部设置有延伸部823，延伸部的自由端部延伸至接水盘6的上方，延伸部上形成导流面。In some embodiments, for the secondthermal insulation member 82 , anextension part 823 is provided on its upper part, the free end of the extension part extends to the top of thewater receiving tray 6 , and a flow guiding surface is formed on the extension part.

具体的，第二保温件82通过在上部形成延伸部823，使得延伸部的边缘能够伸入到接水盘6的上方，进而使得从导流面导向流动的冷凝水能够可靠的流入到接水盘6中。Specifically, theextension part 823 is formed on the upper part of the secondthermal insulation member 82, so that the edge of the extension part can extend above thewater receiving tray 6, so that the condensed water flowing from the deflector surface can reliably flow into the water receiving tray.Plate 6.

某些实施例中，上顶板11上设置的第一保温件81还设置有沟槽，沟槽配置成用于容纳淋水模块3的输水管。In some embodiments, the firstthermal insulation member 81 provided on the uppertop plate 11 is further provided with a groove, and the groove is configured to accommodate the water delivery pipe of the shower module 3 .

具体的，第一保温件81形成的沟槽可以容纳淋水模块3的输水管，进而方便进行水路的布置和定位。Specifically, the groove formed by the firstthermal insulation member 81 can accommodate the water delivery pipe of the water shower module 3, thereby facilitating the arrangement and positioning of the water channel.

本申请的一个实施例中，保温组件8包括第三保温件83，第三保温件83呈板装结构并设置在围板的侧部，第三保温件83的表面结构与加湿模块2的对应端部的外轮廓匹配。In one embodiment of the present application, thethermal insulation component 8 includes a thirdthermal insulation component 83, the thirdthermal insulation component 83 is a board-mounted structure and is arranged on the side of the enclosure, and the surface structure of the thirdthermal insulation component 83 corresponds to that of thehumidification module 2. The outer contours of the ends match.

具体的，对于围板而言，其配置有第三保温件83以实现侧壁的保温处理，以减少在外壳1的侧壁区域形成冷凝水。Specifically, for the enclosure, it is configured with a thirdthermal insulation member 83 to realize thermal insulation treatment of the side wall, so as to reduce the formation of condensed water in the side wall area of theshell 1 .

与此同时，第三保温件83的表面则形成与加湿模块2对应端部外轮廓相匹配的表面结构，这样，在加湿模块2装配到位后，使得加湿模块2的端面能够与第三保温件83更加紧密的贴靠在一起，以减小两者之间的间隙大小，进而减少气流经由两者之间的间隙流经，更有利于提高加湿效率。At the same time, the surface of the thirdthermal insulation member 83 forms a surface structure that matches the outer contour of the corresponding end of thehumidification module 2. In this way, after thehumidification module 2 is assembled in place, the end surface of thehumidification module 2 can be aligned with the third thermal insulation member. 83 are closer together to reduce the size of the gap between the two, thereby reducing the flow of airflow through the gap between the two, which is more conducive to improving the humidification efficiency.

实施例十，受加湿模块2安装方式的影响，加湿模块2的一端部通过端盖24固定在外壳1的侧壁，而另一端部处于悬空的状态。而在实际使用过程中，一方面加湿模块2受气流的作用，容易在外壳1内部产生振动出现噪音，另一方面在运输过程中加湿模块2容易在外壳1中晃动而造成损坏。为解决上述技术问题，对加湿模块2的安装结构进行如下改进设计。Embodiment 10: Affected by the installation method of thehumidifying module 2, one end of thehumidifying module 2 is fixed to the side wall of thecasing 1 through theend cover 24, while the other end is suspended. However, during actual use, on the one hand, thehumidification module 2 is affected by the air flow, which tends to generate vibrations and noises inside thecasing 1 , and on the other hand, thehumidification module 2 is easily shaken in thecasing 1 during transportation and causes damage. In order to solve the above technical problems, the installation structure of thehumidification module 2 is improved as follows.

如图3-图5所示，围板上还设置有限位空间，限位空间与安装插口103相对布置；限位空间配置成对经由安装插口103插入的加湿模块2的端部进行限位。As shown in FIGS. 3-5 , a limited space is provided on the enclosure, and the limited space is arranged opposite to theinstallation socket 103 ; the limited space is configured to limit the end of thehumidification module 2 inserted through theinstallation socket 103 .

具体的，在将加湿模块2组装到位后，加湿模块2的端部将位于限位空间中，以通过限位空间为对加湿模块2的端部进行限位，以使得加湿模块2组装好后，两端部均获得有效的限制，以减轻其发生晃动。Specifically, after thehumidifying module 2 is assembled in place, the end of thehumidifying module 2 will be located in the limiting space, so as to limit the end of thehumidifying module 2 through the limiting space, so that after thehumidifying module 2 is assembled , both ends are effectively restricted to reduce its shaking.

其中，限位空间配置成限制加湿模块2沿外壳1的宽度和高度方向移动。具体的，通过限位空间来限制加湿模块2在宽度和高度方向上的位置移动，使得加湿模块2不会上下和前后发生晃动。Wherein, the limiting space is configured to limit the movement of thehumidifying module 2 along the width and height directions of thecasing 1 . Specifically, the positional movement of thehumidifying module 2 in the width and height directions is restricted by the limiting space, so that thehumidifying module 2 will not shake up and down and back and forth.

对于限位空间而言，其表现实体可以为形成在围板上的限位凹槽，加湿模块2的端部位于限位凹槽形成限位空间。As for the limiting space, its entity may be a limiting groove formed on the shroud, and the end of thehumidifying module 2 is located in the limiting groove to form a limiting space.

或者，在某些实施例中，围板上设置有两个限位部件19，两个限位部件19之间形成限位空间，滑动部件27的端部与对应的支撑部件63配合限位。Alternatively, in some embodiments, two limitingcomponents 19 are provided on the enclosure, a limiting space is formed between the two limitingcomponents 19 , and the end of the slidingcomponent 27 cooperates with the corresponding supportingcomponent 63 for limiting.

具体的，在将加湿模块2插入到外壳1中后，滑动部件27的对应端部将位于两个限位部件19之间，以通过限位部件19进行限位。Specifically, after thehumidifying module 2 is inserted into thehousing 1 , the corresponding end of the slidingcomponent 27 will be located between the two limitingcomponents 19 so as to be limited by the limitingcomponents 19 .

其中，限位部件19具有第一限位部191和第二限位部192，第一限位部191竖向布置，第二限位部192横向布置，第一限位部191位于滑动部件27的外侧，第二限位部192位于滑动部件27的上方。两个相对布置的第一限位部191将限制两个滑动部件27前后移动，同时，第二限位部192将限制滑动部件27朝上晃动。Wherein, the limitingpart 19 has a first limitingpart 191 and a second limitingpart 192, the first limitingpart 191 is arranged vertically, the second limitingpart 192 is arranged horizontally, and the first limitingpart 191 is located on the slidingpart 27. On the outer side, the second limitingportion 192 is located above the slidingcomponent 27 . The two oppositely arranged first limitingparts 191 limit the forward and backward movement of the two slidingparts 27 , and at the same time, the second limitingparts 192 limit the slidingparts 27 from swaying upward.

另外，为了使得滑动部件27能够准确的插入到第一限位部191和第二限位部192形成的半包围结构中，第一限位部191的自由端部设置有朝外侧弯折的第一限位引导部193，第二限位部192的自由端部设置有朝上弯折的第二限位引导部194。In addition, in order to enable the slidingmember 27 to be accurately inserted into the semi-enclosed structure formed by the first limitingportion 191 and the second limitingportion 192, the free end of the first limitingportion 191 is provided with a curved outer portion. The free ends of the first limitingguide portion 193 and the second limitingportion 192 are provided with an upwardly bent second limiting guidingportion 194 .

另一个实施例中，第三保温件83上设置有与限位部件19匹配的避让孔（未标记），限位部件19穿过避让孔。In another embodiment, an avoidance hole (unmarked) matching the limitingcomponent 19 is provided on the thirdheat preservation member 83, and the limitingcomponent 19 passes through the avoiding hole.

实施例十一，由于不同淋水孔距离淋水模块3的进水口的位置不同，导致不同位置处的淋水孔的出水量不同，导致加湿效果较差。为解决上述技术问题，则针对淋水模块3进行如下改进设计。In the eleventh embodiment, due to the different positions of the water shower holes from the water inlet of the water shower module 3 , the water output of the water shower holes at different positions is different, resulting in poor humidification effect. In order to solve the above-mentioned technical problems, the following improvement design is carried out for the water shower module 3 .

如图15-图19所示，淋水模块3包括进水阀门32和淋水器，淋水器31包括下淋水板311、上盖板312和进水管313，下淋水板311上沿长度方向设置有多个淋水孔301，上盖板312设置在下淋水板311上，上盖板312和下淋水板311之间形成进水腔体，淋水孔301与进水腔体连通，进水管313也与进水腔体连通；其中，下淋水板311上设置有与淋水孔301对应配置的环形凸台314，环形凸台314围绕在淋水孔301的外围，进水管313与进水阀门32连接。As shown in Figures 15-19, the shower module 3 includes awater inlet valve 32 and a shower, theshower 31 includes alower shower plate 311, anupper cover plate 312 and awater inlet pipe 313, and the upper edge of the lower shower plate 311 A plurality of water spray holes 301 are arranged in the length direction, and theupper cover plate 312 is arranged on the lowerwater spray plate 311. A water inlet cavity is formed between theupper cover plate 312 and the lowerwater shower plate 311. The water shower holes 301 and the water inlet cavity Thewater inlet pipe 313 is also connected with the water inlet cavity; wherein, thelower shower plate 311 is provided with anannular boss 314 corresponding to theshower hole 301, and theannular boss 314 surrounds the periphery of theshower hole 301, Thewater pipe 313 is connected with thewater inlet valve 32 .

具体的，在下淋水板311上围绕各个淋水孔301设置环形凸台314，这样，在进水管313向进水腔体注入水后，进水腔体内的水位超过环形凸台314后，水流入到环形凸台314围绕的区域才会从淋水孔301输出。这样，便可以有效的减少因淋水孔301距离进水管313的距离不同而造成不同位置淋水孔301的出水量不同，通过在下淋水板311上围绕淋水孔设置环形凸台314，以使得水均匀分配至各个位置处的淋水孔301，提高淋水模块3的淋水分布均匀性，以优化加湿效果并提高加湿效率。Concretely, theannular boss 314 is set around eachshower hole 301 on thelower shower plate 311, like this, after thewater inlet pipe 313 injects water into the water inlet chamber, after the water level in the water inlet chamber exceeds theannular boss 314, the water Only when the water flows into the area surrounded by theannular boss 314 will it be output from thewater shower hole 301 . In this way, it is possible to effectively reduce the difference in the water output of the water spray holes 301 at different positions due to the different distances between the water spray holes 301 and thewater inlet pipe 313. By setting theannular boss 314 around the water spray holes on the lowerwater spray plate 311, to The water is evenly distributed to the water spray holes 301 at various positions, and the water spray distribution uniformity of the water spray module 3 is improved, so as to optimize the humidification effect and increase the humidification efficiency.

通过在下淋水板上围绕各个淋水孔分别设置环形凸台，进水腔体中的水水位在高于环形凸台后才会流入到对应的淋水孔中并最终对下方的加湿模块进行淋水处理，这样，便可以使得下淋水板上分布在不同位置处的淋水孔均匀的分配水量，进而实现对下方的加湿模块均匀淋水，提高淋水模块的淋水分布均匀性，以优化加湿效果并提高加湿效率。By setting ring bosses around each shower hole on the lower shower plate, the water level in the water inlet chamber will not flow into the corresponding shower holes until the water level in the water inlet chamber is higher than the ring boss, and finally the humidification module below Water spraying treatment, in this way, can make the water spray holes distributed in different positions on the lower water spray plate evenly distribute water, and then realize uniform water spraying on the humidification module below, improve the uniformity of water spray distribution of the water spray module, To optimize the humidification effect and increase the humidification efficiency.

在一些实施例中，上盖板312上还设置有与环形凸台314配合的缓冲凹槽315，缓冲凹槽315设置在对应位置处的环形凸台314的上方，缓冲凹槽315与环形凸台314之间形成间隔。In some embodiments, theupper cover plate 312 is also provided with abuffer groove 315 that cooperates with theannular boss 314. Thebuffer groove 315 is arranged above theannular boss 314 at the corresponding position. Spaces are formed between thestages 314 .

具体的，缓冲凹槽315一方面形成凹陷空间来满足环形凸台314向上突起的要求，另一方面缓冲凹槽315还可以起到缓冲水流冲击的作用，以使得各个淋水孔301均匀的出水。Specifically, on the one hand, thebuffer groove 315 forms a concave space to meet the requirement of the upward protrusion of theannular boss 314; .

在另一个实施例中，上盖板312和下淋水板311之间形成截面为U型的储水腔。In another embodiment, a water storage cavity with a U-shaped cross section is formed between theupper cover plate 312 and thelower shower plate 311 .

具体的，淋水板上设置有条形凹槽（未标记），淋水孔301布置在条形凹槽的槽底部，上盖板312形成下凸结构（未标记），下凸结构设置在条形凹槽中，下凸结构和条形凹槽之间形成储水腔。U型的储水腔能够减少其储水量，进而使得进水管313进入的水能够快速填充U型的储水腔，进而实现快速向外通过淋水孔301出水。Specifically, a strip-shaped groove (unmarked) is provided on the water shower plate, thewater shower hole 301 is arranged at the bottom of the strip-shaped groove, and theupper cover plate 312 forms a downward convex structure (unmarked), and the downward convex structure is arranged on the bottom of the strip-shaped groove. In the bar-shaped groove, a water storage cavity is formed between the downward convex structure and the bar-shaped groove. The U-shaped water storage cavity can reduce its water storage capacity, so that the water entering thewater inlet pipe 313 can quickly fill the U-shaped water storage cavity, and then realize the water outlet through thewater shower hole 301 quickly.

其中，为了方便组装淋水器31，下淋水板311上围绕条形凹槽设置有环形筋条316，上盖板312围绕下凸结构设置有环形插槽317，环形筋条316插在环形插槽317中。环形筋条316插入到环形插槽317以实现将下淋水板311和上盖板312组装在一起，而环形筋条316可以粘结在环形插槽317中，以提高密封性。Among them, in order to facilitate the assembly of thesprinkler 31, thelower shower plate 311 is provided with anannular rib 316 around the strip groove, and theupper cover plate 312 is provided with anannular slot 317 around the convex structure, and theannular rib 316 is inserted in the annular groove.slot 317. Theannular rib 316 is inserted into theannular slot 317 to assemble thelower shower plate 311 and theupper cover plate 312 together, and theannular rib 316 can be bonded in theannular slot 317 to improve sealing.

另外，进水管313与下淋水板311为一体式结构，进而方便注塑一体成型。并且，为了方便安装固定，下淋水板311的两端还设置有连接板318，连接板318可以通过螺钉固定设置在外壳1的上顶板11上。In addition, thewater inlet pipe 313 and thelower shower plate 311 are of an integral structure, which is convenient for integral molding by injection molding. Moreover, for the convenience of installation and fixing, the two ends of thelower shower plate 311 are also provided with connectingplates 318, and the connectingplates 318 can be fixed on the uppertop plate 11 of thehousing 1 by screws.

基于上述技术方案，可选的，如图26-图28所示，所述湿膜的顶面形成波纹面2222，所述淋水模块还包括节流管333，节流管333、进水阀门32和淋水器31依次连接。Based on the above technical solution, optionally, as shown in Figures 26-28, the top surface of the wet film forms acorrugated surface 2222, and the water shower module also includes a throttle tube 333, a throttle tube 333, and awater inlet valve 32 andshower 31 are connected successively.

具体的，在使用过程中，进水由进水阀门32控制供水通断，供水时进水流经节流管33后将管内总流量控制在一定范围内（例如生活用水水压下300±50mL），再由通过淋水孔301将水流按需分至下方的湿膜组件22上。而水在凹陷结构223中并经由第一进水孔224和第二进水孔225向下流动。Specifically, in the process of use, the water supply is controlled by thewater supply valve 32. When the water is supplied, the water flows through the throttlingtube 33 to control the total flow in the tube within a certain range (for example, the water pressure of domestic water is 300±50mL) , and then distribute the water flow to thewet membrane module 22 below through thewater shower hole 301 as required. The water flows downward in theconcave structure 223 through the firstwater inlet hole 224 and the secondwater inlet hole 225 .

其中，从第一进水孔224流下的水经由波纹面2222进行均匀的分布，从而均匀浸润、冲洗加湿湿膜，在达到较好的供水均匀性的同时避免加湿湿膜因冲水量过大导致的寿命减短。而由于第一进水孔224布置在中部，对于波纹面2222形成的凸起和凹槽则沿湿膜222的长度方向延伸，以使得水能够均匀的分布。Among them, the water flowing down from the firstwater inlet hole 224 is evenly distributed through thecorrugated surface 2222, so as to evenly infiltrate and flush the humidifying wet membrane, while achieving better water supply uniformity and avoiding the excessive flushing of the humidifying wet membrane. shortened lifespan. Since the firstwater inlet hole 224 is arranged in the middle, the protrusions and grooves formed on thecorrugated surface 2222 extend along the length direction of thewet film 222, so that the water can be evenly distributed.

更重要的是，由于中央加湿装置采用吊顶悬挂安装，在安装过程中，则会出现前后倾斜的情况，而通过配置波纹面2222可以较好的解决因安装误差导致水流分布不均，利用波纹面2222对水流进行导向，使得水能够沿湿膜222的长度方向均匀分布。More importantly, since the central humidifying device is installed by hanging from the ceiling, during the installation process, there will be a situation of tilting forward and backward, and the configuration of thecorrugated surface 2222 can better solve the uneven distribution of water flow caused by installation errors. Using thecorrugated surface 2222 guides the water flow so that the water can be evenly distributed along the length direction of thewet film 222 .

另外，被分流导入的水也会被存储在水槽21中用于加湿，从而达到在限制供给湿膜222冲水量的同时保证水槽21补水速度的效果。In addition, the diverted water will also be stored in thewater tank 21 for humidification, so as to achieve the effect of limiting the amount of flushing water supplied to thewet film 222 while ensuring the water replenishment speed of thewater tank 21 .

而对于节流管33的表现实体可以采用常规技术中具有节流功能的水管结构，在此不做限制和赘述。As for the representation entity of the throttlingpipe 33, a water pipe structure with throttling function in the conventional technology may be adopted, and no limitation or description is made here.

通过在淋水模块中增加节流管，利用节流管来对输入的水流量进行节流处理，这样，在供水过程中，便可以有效的减少因水压波动造成水流量的急剧变化，同时，配合淋水孔和第一进水孔的分流处理，可以更好的将水均匀分布供给，另外，通过将湿膜的顶面形成波纹面，利用波纹面为引导水流方向，进而可以确保均匀浸润、冲洗加湿湿膜，在达到较好的供水均匀性的同时避免加湿湿膜因冲水量过大导致的寿命减短，实现方便控制中央加湿装置的供水流量并提高湿膜润湿均匀性，以提高加湿效果。By adding a throttling tube to the sprinkler module, the throttling tube is used to throttle the input water flow. In this way, during the water supply process, it can effectively reduce the sharp change of the water flow caused by the fluctuation of the water pressure, and at the same time , with the diversion treatment of the water spray hole and the first water inlet hole, the water can be better evenly distributed and supplied. In addition, by forming the corrugated surface on the top surface of the wet film, the corrugated surface can be used to guide the direction of water flow, thereby ensuring uniformity. Soaking and flushing the humidifying wet membrane, while achieving good water supply uniformity, avoiding the shortening of the life of the humidifying wet membrane due to excessive flushing, realizing convenient control of the water supply flow of the central humidifying device and improving the uniformity of wet membrane wetting. To improve the humidification effect.

而为了满足自动控制，电控板中集成有控制器（如单片机等）。具体控制方法为，中央加湿装置启动加湿功能下，所述控制器配置成第一水位检测器26检测到水位值小于第一水位值触发进水阀门32打开，所述控制器还配置成第一水位检测器26检测到水位值大于第二水位值触发进水阀门32关闭。In order to satisfy automatic control, a controller (such as a single-chip microcomputer, etc.) is integrated in the electric control board. The specific control method is that when the central humidifying device starts the humidifying function, the controller is configured such that the firstwater level detector 26 detects that the water level value is less than the first water level value and triggers thewater inlet valve 32 to open, and the controller is also configured as the first Thewater level detector 26 detects that the water level value is greater than the second water level value and triggers thewater inlet valve 32 to close.

具体的，在中央加湿装置执行加湿模式下，根据水槽21中的水位来控制供水的通断。第一水位检测器26向控制器发送水位值信号，由控制器对应的控制进水阀门32打开供水或关闭断水，进而使得湿膜222一方面能够获得良好均匀的浸湿，另一方面也避免水槽21中的水过多。Specifically, in the humidification mode executed by the central humidifier, the on-off of the water supply is controlled according to the water level in thewater tank 21 . The firstwater level detector 26 sends a water level value signal to the controller, and the controller correspondingly controls thewater inlet valve 32 to open the water supply or close the water cutoff, so that thewet film 222 can obtain good and uniform wetting on the one hand, and on the other hand avoid There is too much water in thesink 21.

在另一个实施例中，在使用过程中，存在电器部件发生故障的情况下，进而出现无法进水或无法关水的情况。In another embodiment, in the process of use, there is a situation that electrical components fail, and then there is a situation that water cannot be entered or water cannot be turned off.

为此，控制方法还包括：控制器还配置成在第一水位检测器26检测到水位值持续小于第一水位值且持续时间超过第一时长值进行供水异常报警。Therefore, the control method further includes: the controller is further configured to issue an alarm for abnormal water supply when the firstwater level detector 26 detects that the water level value is continuously lower than the first water level value and lasts longer than the first duration value.

具体的，在加湿模式下，控制器控制进水阀门32打开供水后，如果第一水位检测器26检测到水位值持续小于第一水位值，则说明没有水供给给加湿模块2，此时，则进行供水异常报警。而报警的方式可以采用声光电等常规报警方式，在此不做限制和赘述。Specifically, in the humidification mode, after the controller controls thewater inlet valve 32 to open the water supply, if the firstwater level detector 26 detects that the water level value is continuously lower than the first water level value, it means that no water is supplied to thehumidification module 2. At this time, Then, an abnormal water supply alarm will be carried out. And the way of alarming can adopt conventional alarming methods such as sound and light, etc., do not limit here and go into details.

另一个实施例中，所述控制器还配置成在第一水位检测器26检测到水位值持续大于第二水位值且持续时间超过第二时长值启动所述排水泵。In another embodiment, the controller is further configured to start the drain pump when the firstwater level detector 26 detects that the water level is continuously greater than the second water level and lasts longer than the second duration.

具体的，在加湿模式下，控制器控制进水阀门32打开供水后，如果超过水槽21的第二水位值时，应该关闭进水阀门32。当进水阀门32出现故障的情况下，因水槽21中的水位持续超过第二水位值且持续时间超过第二时长值的情况下，则启动所述排水泵进行排水。而此情况下，也可以启动供水异常报警。Specifically, in the humidification mode, after the controller controls thewater inlet valve 32 to open for water supply, if the second water level value of thewater tank 21 is exceeded, thewater inlet valve 32 should be closed. When thewater inlet valve 32 fails, because the water level in thewater tank 21 continues to exceed the second water level value and the duration exceeds the second time length value, the drainage pump is started to drain water. In this case, the water supply abnormality alarm can also be started.

进一步的，所述控制器还配置成启动所述排水泵后在第一水位检测器26检测到水位值持续大于第二水位值且持续时间超过第三时长值进行供水异常报警。Further, the controller is also configured to issue an alarm for abnormal water supply when the firstwater level detector 26 detects that the water level value is continuously greater than the second water level value and lasts longer than the third duration value after starting the drainage pump.

具体的，在加湿模式下，在启动所述排水泵排水的情况下，若第二水位值且持续时间超过第三时长值进行，则说明所述排水泵出现故障，则需要及时的进行供水异常报警。Specifically, in the humidification mode, when the drainage pump is started to discharge water, if the second water level value and the duration exceeds the third duration value, it means that the drainage pump is faulty, and it is necessary to timely perform abnormal water supply. Call the police.

在另一个实施例中，当中央加湿装置关闭加湿功能后，由于水槽21中依然存有一定量的水，为了避免湿膜222长时间浸泡在水中而发生霉变，则需要及时的将水槽21中的水排出。In another embodiment, when the central humidifying device turns off the humidification function, since there is still a certain amount of water in thewater tank 21, in order to prevent thewet film 222 from being mildewed due to being soaked in water for a long time, it is necessary to timely remove the water in thewater tank 21. of water discharge.

为此，控制方法还包括控制器还配置成在启动所述排水泵将所述水槽中的水排到所述接水盘中并在第一水位检测器检测到水位值持续低于第一水位值且持续时间超过第四时长值后启动所述电加热部件对所述湿膜进行烘干。To this end, the control method further includes that the controller is further configured to drain the water in the water tank into the water receiving tray after starting the drainage pump and when the first water level detector detects that the water level value is continuously lower than the first water level value and the duration exceeds the fourth duration value, the electric heating component is started to dry the wet film.

具体的，在中央加湿装置关闭加湿功能后，控制器将启动所述排水泵将水槽21中的水排到下方的接水盘6中。水槽21中的水位下降将低于第一水位值，并且，在第一水位检测器检测到水位值持续低于第一水位值且持续时间超过第四时长值后，说明水槽21中的水已经完全排空，此时，便可以启动电加热部件72对湿膜222进行烘干处理。Specifically, after the central humidifying device turns off the humidifying function, the controller will start the drain pump to drain the water in thewater tank 21 to thewater receiving tray 6 below. The water level drop in thewater tank 21 will be lower than the first water level value, and after the first water level detector detects that the water level value is continuously lower than the first water level value and lasts longer than the fourth time length value, it means that the water in thewater tank 21 has been Completely empty, at this moment, just can startelectric heating component 72 to carry out drying treatment towet film 222.

与此同时，在第一水位检测器检测到水位值持续低于第一水位值且持续时间超过第四时长值后，控制器将同时关闭排水泵23。At the same time, after the first water level detector detects that the water level is continuously lower than the first water level and lasts longer than the fourth duration, the controller will simultaneously turn off thedrain pump 23 .

在某些实施例中，第一水位检测器26包括下液位开关261和上液位开关262，所述下液位开关的高度低于所述上液位开关的高度，所述下液位开关和所述上液位开关分别与所述控制器电连接。In some embodiments, the firstwater level detector 26 includes a lowerliquid level switch 261 and an upperliquid level switch 262, the height of the lower liquid level switch is lower than the height of the upper liquid level switch, and the lower liquid level switch The switch and the upper liquid level switch are respectively electrically connected to the controller.

具体的，为了准确的检测水槽21中的水位，则采用上下布置的两个液位开关来进行水位的检测。下液位开关261在检测过程中用于匹配第一水位值，上液位开关262在检测过程中用于匹配第二水位值。Specifically, in order to accurately detect the water level in thewater tank 21, two liquid level switches arranged up and down are used to detect the water level. The lowerliquid level switch 261 is used to match the first water level value during the detection process, and the upperliquid level switch 262 is used to match the second water level value during the detection process.

在一些实施例中，为了方便统一组装，所述水槽中设置有支撑杆（未图示），所述下液位开关和所述上液位开关均设置在所述支撑杆上。In some embodiments, for the convenience of unified assembly, a support rod (not shown) is arranged in the water tank, and the lower liquid level switch and the upper liquid level switch are both arranged on the support rod.

具体的，在组装过程中，将所述下液位开关和所述上液位开关均安装在支撑杆上，然后支撑杆上还设置有浮球，浮球根据水槽21中的液位漂浮进而触发所述下液位开关和所述上液位开关导通动作。当水槽21内的水位较低浮球将下降至下液位开关位置处，进而通过浮球触发下液位开关导通，下液位开关就会开启ON的工作状态，供水水路就会开始供水。当水槽内部的水位升高，浮球对应的上升至上液位开关位置处，通过浮球触发上液位开关导通，上液位开关就会开启ON的工作状态，供水水路就停止供水。Specifically, in the assembly process, both the lower liquid level switch and the upper liquid level switch are installed on the support rod, and then the support rod is also provided with a floating ball, which floats according to the liquid level in thewater tank 21 and then Triggering the conducting action of the lower liquid level switch and the upper liquid level switch. When the water level in thewater tank 21 is low, the floating ball will drop to the position of the lower liquid level switch, and then the lower liquid level switch will be turned on through the floating ball, and the lower liquid level switch will be turned ON, and the water supply channel will start to supply water . When the water level inside the tank rises, the floating ball rises to the position of the upper liquid level switch, and the upper liquid level switch is triggered to conduct through the floating ball, the upper liquid level switch will be turned ON, and the water supply channel will stop water supply.

通过利用一体的高低位浮球，来实现水槽内部的水量需求，当加湿系统停止加湿时，储水槽内的水泵就会开启排水，将储水槽内部多余水量排到接水盘内。By using the integrated high and low floats, the water demand inside the tank is realized. When the humidification system stops humidifying, the water pump in the water storage tank will turn on the drainage, and the excess water in the water storage tank will be drained into the water receiving tray.

另一个实施例中，为了在使用过程中，保持水槽21中的水保持洁净的状态，以提高加湿效果。则加湿模式下，当设备连续运行设定运行时长后，设备将进行冲洗换水操作，具体为：控制器配置成在设备连续运行设定运行时长后触发排水泵将水槽21中的水全部排出，并在排水过程中，由于水槽21中的水位低于第一水位值，进而自动触发打开进水阀门32持续对水膜222进行淋水清洗。控制器在执行上述操作过程达到设定维护时长后，关闭排水泵并依靠第一水位检测器控制水槽21中的水位在第一水位值和第二水位值之间，以使得水膜222继续加湿。In another embodiment, in order to keep the water in thewater tank 21 clean during use, so as to improve the humidification effect. Then in the humidification mode, when the equipment runs continuously for a set duration, the equipment will perform flushing and water exchange operations, specifically: the controller is configured to trigger the drain pump to discharge all the water in thewater tank 21 after the equipment runs continuously for a set duration , and during the draining process, since the water level in thewater tank 21 is lower than the first water level value, it is automatically triggered to open thewater inlet valve 32 to continuously clean thewater film 222 with water. After the controller executes the above-mentioned operation process and reaches the set maintenance period, the drain pump is turned off and the water level in thetank 21 is controlled by the first water level detector to be between the first water level value and the second water level value, so that thewater film 222 continues to humidify .

通过对水槽21中的水进行彻底有效的更换，并配合淋水模块对湿膜进行淋水清洗，以解决设备长时间连续运行后水槽21中的水质变差而造成加湿效果降低。执行上述操作后，可以使得水槽21更换新的水，并对湿膜222进行清洗，以获得良好的加湿效果。By thoroughly and effectively replacing the water in thewater tank 21, and cooperating with the water spray module to spray and clean the wet film, the humidification effect will be reduced due to the deterioration of the water quality in thewater tank 21 after the equipment has been continuously operated for a long time. After the above operations are performed, thewater tank 21 can be replaced with new water, and thewet film 222 can be cleaned to obtain a good humidification effect.

一实施例中，所述接水盘中设置有第二水位检测器61，所述第二水位检测器与所述控制器电连接，所述控制器配置成在所述第二水位检测器检测到水位值持续大于第三水位值且持续时间超过第五时长值触发排水泵停止工作并进行溢水报警。In one embodiment, the water receiving tray is provided with a secondwater level detector 61, the second water level detector is electrically connected to the controller, and the controller is configured to detect when the second water level detector When the water level value is continuously greater than the third water level value and the duration exceeds the fifth duration value, the drain pump is triggered to stop working and an overflow alarm is issued.

具体的，第二水位检测器61设置在接水盘6中，以通过第二水位检测器61来检测接水盘6中的水位高低。在排水管顺畅排水的情况下，从排水泵23排入到接水盘6中的水经由排水管62自动排到外部。Specifically, the secondwater level detector 61 is arranged in thewater receiving tray 6 to detect the water level in thewater receiving tray 6 through the secondwater level detector 61 . When the drain pipe drains smoothly, the water discharged from thedrain pump 23 into thewater receiving tray 6 is automatically discharged to the outside through thedrain pipe 62 .

而当排水管62发生堵塞导致排水不畅时，接水盘6中的水位将逐渐上升。当第二水位检测器61检测到水位高于大于第三水位值且持续时间超过第五时长值时，说明接水盘6的排水管62出现堵塞导致接水盘6无法排水或者水槽21内的上液位开关262发生故障导致水路一直供水而从水槽21产生溢水。此时，则触发排水泵23停止工作并进行溢水报警。And when thedrain pipe 62 is blocked and causes the drainage to be unsmooth, the water level in thewater receiving tray 6 will gradually rise. When the secondwater level detector 61 detects that the water level is higher than the third water level value and the duration exceeds the fifth time length value, it means that thedrain pipe 62 of thewater receiving tray 6 is blocked, causing thewater receiving tray 6 to fail to drain or the water in thetank 21 is blocked. The failure of the upperliquid level switch 262 causes the water circuit to supply water all the time and overflows from thewater tank 21 . At this point, thedrain pump 23 is triggered to stop working and an overflow alarm is performed.

某个实施例中，第二水位检测器61可以采用溢水浮球，溢水浮球安装在接水盘6内。溢水浮球的工作原理为，水槽21内的排水泵23往接水盘6内排水时，溢水浮球受接水盘6中水的浮力上升触发后，控制器将让水槽21内的排水泵23停止排水，从而起到保护加湿系统防止发生溢水风险。In a certain embodiment, the secondwater level detector 61 may use an overflow float, which is installed in thewater receiving tray 6 . The working principle of the overflow float is that when thedrain pump 23 in thewater tank 21 drains water into thewater receiving tray 6, after the overflow float is triggered by the buoyancy of the water in thewater receiving tray 6, the controller will let the drain pump in thewater tank 21 23 Stop draining, thereby protecting the humidification system from the risk of water overflow.

通过利用高低位浮球和溢水浮球的结合，既能实现系统按加湿量所需进行水量水位的控制，又能实现排水溢水风险报警，实用性强，且安全性高。By using the combination of high and low level floats and overflow floats, the system can not only control the water volume and level according to the humidification amount required by the system, but also realize the alarm of drainage and overflow risks, which is highly practical and safe.

在另一个实施例中，所述外壳中设置有风压开关46、第一温度传感器47、第二温度传感器40和湿度传感器48，所述风压开关、所述第一温度传感器和所述湿度传感器布置在所述进风口处并分别与所述控制器电连接，所述第二温度传感器布置在所述出风口处并与所述控制器电连接。In another embodiment, the housing is provided with awind pressure switch 46, afirst temperature sensor 47, asecond temperature sensor 40 and ahumidity sensor 48, and the wind pressure switch, the first temperature sensor and the humidity The sensors are arranged at the air inlet and are respectively electrically connected to the controller, and the second temperature sensor is arranged at the air outlet and are electrically connected to the controller.

具体的，在中央加湿装置启动加湿功能后，控制器将根据风压开关46、第一温度传感器47和湿度传感器48来检测相关的启动参数，以确定启动条件是否满足，再启动进水阀门32打开进行加湿操作。Specifically, after the central humidifying device starts the humidification function, the controller will detect relevant starting parameters according to thewind pressure switch 46, thefirst temperature sensor 47 and thehumidity sensor 48, to determine whether the starting conditions are met, and then start thewater inlet valve 32 Open for humidification operation.

其中，控制方法还包括在所述中央加湿装置启动加湿功能下，所述控制器配置成在满足条件一、条件二和条件三的情况下启动所述电加热部件；其中，所述条件一为所述风压开关检测到的风压大于设定风压；所述条件二为所述第一温度传感器检测到的温度值低于设定温度值；所述条件三为所述湿度传感器检测到的湿度值低于设定湿度值。Wherein, the control method further includes that when the central humidifying device activates the humidification function, the controller is configured to start the electric heating component whenCondition 1,Condition 2, and Condition 3 are met; wherein,Condition 1 is The wind pressure detected by the wind pressure switch is greater than the set wind pressure; the second condition is that the temperature value detected by the first temperature sensor is lower than the set temperature value; the third condition is that the humidity sensor detects The humidity value is lower than the set humidity value.

具体的，加湿器开始加湿，系统检测风压开关是否满足设定条件一，防止风量低或者无风量时，电加热部件72干烧，保证电加热可靠性；当满足条件一时，所述第一温度传感器检测进风干球温度是否满足设定条件二，进风温度过高时候，为了保护电加热部件72以及周围塑料件温度不至于过高，影响产品可靠性，禁止开启电加热部件72；当满足条件二时，湿度传感器48检测进风湿球温度是否满足设定条件三，在较高湿度时，开启电加热部件72提升加湿量，当高温高湿的空气经过常温风道有可能造成凝露的情况，影响产品可靠性，禁止开启电加热部件72。Specifically, the humidifier starts to humidify, and the system detects whether the wind pressure switch meets thesetting condition 1, so as to prevent theelectric heating component 72 from burning dry when the air volume is low or no air volume, so as to ensure the reliability of electric heating; when the first condition is met, the first The temperature sensor detects whether the temperature of the dry bulb of the inlet air meets thesetting condition 2. When the temperature of the inlet air is too high, in order to protect the temperature of theelectric heating part 72 and the surrounding plastic parts from being too high and affecting the reliability of the product, it is forbidden to turn on theelectric heating part 72; When the second condition is met, thehumidity sensor 48 detects whether the temperature of the rheumatism bulb meets the set condition three. When the humidity is relatively high, theelectric heating component 72 is turned on to increase the humidification capacity. When the high-temperature and high-humidity air passes through the normal-temperature air duct, it may cause condensation If the product reliability is affected, it is forbidden to turn on theelectric heating component 72 .

当满足条件三时，所述控制器还配置成根据所述第二温度传感器检测到的温度值控制所述电加热部件的加热功率。系统检测出风温度，根据出风温度与进风温度差值，分档位开启电加热部件72，保证出风温度在人体舒适温度范围内。以上条件不满足时均会返回初始条件重新检测，直到满足条件为止。When condition three is met, the controller is further configured to control the heating power of the electric heating component according to the temperature value detected by the second temperature sensor. The system detects the temperature of the outlet air, and according to the difference between the outlet air temperature and the inlet air temperature, theelectric heating element 72 is turned on in stages to ensure that the outlet air temperature is within the comfortable temperature range of the human body. When the above conditions are not met, it will return to the initial condition and retest until the condition is met.

另一个实施例中，由于水槽21中在使用过程中存有一定量的水，在低温环境下运行时，通过检测第一温度传感器检测到的温度值来判断室外环境温度的高低，并且，在第一温度传感器检测到的温度值低于防冻温度值时，控制器将触发排水泵启动并关闭进水阀门，以将水槽21中的水排出，进而避免水槽21中的水解冻而造成湿膜的损坏，以使得设备具有较强的防冻能力，提高使用可靠性。In another embodiment, since there is a certain amount of water in thewater tank 21 during use, when running in a low-temperature environment, the outdoor ambient temperature is judged by detecting the temperature value detected by the first temperature sensor, and, at the When the temperature value detected by a temperature sensor is lower than the antifreeze temperature value, the controller will trigger the drainage pump to start and close the water inlet valve to discharge the water in thewater tank 21, thereby preventing the water in thewater tank 21 from thawing and causing the wet film. damage, so that the equipment has a strong antifreeze ability and improves the reliability of use.

以上，仅是本发明的较佳实施例而已，并非是对本发明作其它形式的限制，任何熟悉本专业的技术人员可能利用上述揭示的技术内容加以变更或改型为等同变化的等效实施例。但是凡是未脱离本发明技术方案内容，依据本发明的技术实质对以上实施例所作的任何简单修改、等同变化与改型，仍属于本发明技术方案的保护范围。The above are only preferred embodiments of the present invention, and are not intended to limit the present invention to other forms. Any skilled person who is familiar with this field may use the technical content disclosed above to change or remodel it into an equivalent embodiment with equivalent changes. . However, any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present invention without departing from the content of the technical solution of the present invention still belong to the protection scope of the technical solution of the present invention.

以上，仅是本发明的较佳实施例而已，并非是对本发明作其它形式的限制，任何熟悉本专业的技术人员可能利用上述揭示的技术内容加以变更或改型为等同变化的等效实施例。但是凡是未脱离本发明技术方案内容，依据本发明的技术实质对以上实施例所作的任何简单修改、等同变化与改型，仍属于本发明技术方案的保护范围。The above are only preferred embodiments of the present invention, and are not intended to limit the present invention to other forms. Any skilled person who is familiar with this field may use the technical content disclosed above to change or remodel it into an equivalent embodiment with equivalent changes. . However, any simple modifications, equivalent changes and modifications made to the above embodiments according to the technical essence of the present invention without departing from the content of the technical solution of the present invention still belong to the protection scope of the technical solution of the present invention.

Claims (10)

Translated fromChinese

1.一种中央加湿装置，其特征在于，包括：1. A central humidifying device, characterized in that, comprising:外壳，所述外壳设置有进风口和出风口，所述进风口处设置有风压开关、第一温度传感器和湿度传感器；A casing, the casing is provided with an air inlet and an air outlet, and the air inlet is provided with a wind pressure switch, a first temperature sensor and a humidity sensor;加湿模块，所述加湿模块包括水槽和湿膜组件，所述湿膜组件设置在所述水槽中；A humidification module, the humidification module includes a water tank and a wet film assembly, and the wet film assembly is arranged in the water tank;淋水模块，所述淋水模块配置有多个用于向下出水的淋水孔；A water shower module, the water shower module is configured with a plurality of water shower holes for downward water discharge;电加热部件，所述电加热部件配置成对所述进风口引入的空气进行加热处理；an electric heating component configured to heat the air introduced by the air inlet;控制器；controller;其中，所述加湿模块、所述淋水模块和所述电加热部件分别位于所述外壳中，所述淋水器设置在所述加湿模块的上方，所述电加热部件设置在所述进风口和所述加湿模块之间，所述风压开关、所述第一温度传感器、所述湿度传感器分别与所述控制器电连接。Wherein, the humidification module, the shower module and the electric heating component are respectively located in the housing, the water shower is arranged above the humidification module, and the electric heating component is arranged at the air inlet Between the humidifying module and the humidifying module, the wind pressure switch, the first temperature sensor, and the humidity sensor are respectively electrically connected to the controller.2.根据权利要求1所述的中央加湿装置，其特征在于，所述中央加湿装置启动加湿功能下，所述控制器配置成在满足条件一、条件二和条件三的情况下启动所述电加热部件；2. The central humidifying device according to claim 1, characterized in that, when the central humidifying device activates the humidification function, the controller is configured to start the electric humidifier when condition 1, condition 2 and condition 3 are met. heating element;所述条件一为所述风压开关检测到的风压大于设定风压；The first condition is that the wind pressure detected by the wind pressure switch is greater than the set wind pressure;所述条件二为所述第一温度传感器检测到的温度值低于设定温度值；The second condition is that the temperature value detected by the first temperature sensor is lower than the set temperature value;所述条件三为所述湿度传感器检测到的湿度值低于设定湿度值。The third condition is that the humidity value detected by the humidity sensor is lower than the set humidity value.3.根据权利要求2所述的中央加湿装置，其特征在于，所述出风口处设置有第二温度传感器，所述第二温度传感器与所述控制器电连接；3. The central humidifying device according to claim 2, wherein a second temperature sensor is provided at the air outlet, and the second temperature sensor is electrically connected to the controller;所述控制器还配置成根据所述第二温度传感器检测到的温度值控制所述电加热部件的加热功率。The controller is further configured to control the heating power of the electric heating component according to the temperature value detected by the second temperature sensor.4.根据权利要求2所述的中央加湿装置，其特征在于，所述水槽中设置有所述水槽中设置有第一水位检测器和排水泵；所述淋水模块包括连接在一起的节流管、进水阀门和淋水器，所述淋水器中形成进水腔体，所述淋水器上配置有多个用于向下出水的所述淋水孔，所述淋水孔与所述进水腔体连通；所述进水阀门、所述第一水位检测器和所述排水泵分别与所述控制器电连接；4. The central humidifying device according to claim 2, characterized in that, the water tank is provided with a first water level detector and a drain pump; the water shower module includes a throttle valve connected together Pipe, water inlet valve and water shower, the water inlet cavity is formed in the water shower, and a plurality of the water shower holes for downward water outlet are arranged on the water shower, and the water shower holes and The water inlet cavity is connected; the water inlet valve, the first water level detector and the drainage pump are respectively electrically connected to the controller;所述中央加湿装置启动加湿功能下，所述控制器配置成所述第一水位检测器检测到水位值小于第一水位值触发所述进水阀门打开，所述控制器还配置成所述第一水位检测器检测到水位值大于第二水位值触发所述进水阀门关闭。When the central humidifying device activates the humidifying function, the controller is configured such that the first water level detector detects that the water level value is less than the first water level value and triggers the opening of the water inlet valve, and the controller is also configured such that the first A water level detector detects that the water level value is greater than the second water level value and triggers the closing of the water inlet valve.5.根据权利要求4所述的中央加湿装置，其特征在于，所述控制器还配置成在所述第一水位检测器检测到水位值持续小于第一水位值且持续时间超过第一时长值进行供水异常报警；5. The central humidifying device according to claim 4, characterized in that, the controller is further configured to detect that the water level value is continuously lower than the first water level value and lasts longer than the first duration value when the first water level detector detects Alarm for abnormal water supply;和/或，所述控制器还配置成在所述第一水位检测器检测到水位值持续大于第二水位值且持续时间超过第二时长值启动所述排水泵；And/or, the controller is further configured to start the drainage pump when the first water level detector detects that the water level value is continuously greater than the second water level value and lasts longer than the second duration value;和/或，所述控制器还配置成启动所述排水泵后在所述第一水位检测器检测到水位值持续大于第二水位值且持续时间超过第三时长值进行供水异常报警。And/or, the controller is further configured to issue an alarm for abnormal water supply when the first water level detector detects that the water level value is continuously greater than the second water level value and lasts longer than a third duration value after starting the drainage pump.6.根据权利要求4所述的中央加湿装置，其特征在于，所述中央加湿装置关闭加湿功能下，所述控制器还配置成在所述第一水位检测器检测到水位值持续大于第二水位值且持续时间超过第四时长值启动所述排水泵将所述水槽中的水排到所述接水盘中、并启动所述电加热部件对所述湿膜进行烘干。6. The central humidifying device according to claim 4, characterized in that, when the humidifying function of the central humidifying device is turned off, the controller is further configured to detect that the water level value is continuously greater than the second water level detected by the first water level detector. When the water level exceeds the fourth duration, the drainage pump is started to drain the water in the water tank into the water receiving tray, and the electric heating component is started to dry the wet film.7.根据权利要求2所述的中央加湿装置，其特征在于，所述中央加湿装置还包括接水盘，所述接水盘位于所述外壳中并设置在所述加湿模块的下方，所述接水盘中设置有第二水位检测器，所述第二水位检测器与所述控制器电连接；7. The central humidifying device according to claim 2, characterized in that, the central humidifying device further comprises a water receiving tray, the water receiving tray is located in the housing and arranged below the humidifying module, the A second water level detector is arranged in the water receiving tray, and the second water level detector is electrically connected to the controller;所述控制器配置成在所述第二水位检测器检测到水位值持续大于第三水位值且持续时间超过第五时长值触发排水泵停止工作并进行溢水报警。The controller is configured to trigger the drainage pump to stop working and perform an overflow alarm when the second water level detector detects that the water level value is continuously greater than the third water level value and lasts longer than the fifth duration value.8.根据权利要求1所述的中央加湿装置，其特征在于，所述水槽包括主槽体和副槽体，所述主槽体和所述副槽体相互连通；所述主槽体沿所述加湿模块的长度方向延伸布置，沿所述加湿模块的宽度方向所述副槽体布置在所述主槽体的一侧，所述主槽体的两端部分别设置有第二连接卡槽；所述湿膜组件的两端部分别设置有第一连接卡爪，所述湿膜组件设置在所述主槽体中，所述第一连接卡爪卡在所述第二连接卡槽中，所述排水泵设置在所述副槽体的上方。8. The central humidifying device according to claim 1, wherein the water tank includes a main tank body and an auxiliary tank body, and the main tank body and the auxiliary tank body communicate with each other; The length direction of the humidification module is extended and arranged, the auxiliary tank body is arranged on one side of the main tank body along the width direction of the humidification module, and the two ends of the main tank body are respectively provided with second connecting slots The two ends of the wet film module are respectively provided with first connecting claws, the wet film module is arranged in the main groove, and the first connecting claws are stuck in the second connecting groove , the drainage pump is arranged above the auxiliary tank.9.根据权利要求8所述的中央加湿装置，其特征在于，所述加湿模块包括多个所述湿膜组件，多个所述湿膜组件沿所述主槽体长度方向依次并排布置；所述湿膜组件的两端部分别设置有所述第一连接卡爪和第一连接卡槽；相邻的两个所述湿膜组件，其中一所述湿膜组件上的所述第一连接卡爪卡在另一所述湿膜组件上的所述第一连接卡槽中；另外，位于最外端的所述湿膜组件的所述第一连接卡爪卡在对应端部的所述第二连接卡槽中。9. The central humidifying device according to claim 8, wherein the humidifying module comprises a plurality of wet film assemblies arranged side by side in sequence along the length direction of the main tank body; The two ends of the wet film module are respectively provided with the first connecting claw and the first connecting groove; two adjacent wet film modules, the first connection on one of the wet film modules The claws are stuck in the first connecting groove on another wet film module; in addition, the first connecting claws of the wet film module at the outermost end are stuck in the first connecting groove at the corresponding end. Two connection card slots.10.根据权利要求1所述的中央加湿装置，其特征在于，所述外壳的侧壁上还设置有安装插口，所述加湿模块可抽插地安装在所述安装插口中；所述水槽的一端部设置有端盖，所述端盖上设置有拉手；其中，所述加湿模块将所述外壳内部分隔为进风腔体和出风腔体，所述进风口与所述进风腔体连通，所述出风口与所述出风腔体连通。10. The central humidifying device according to claim 1, characterized in that, an installation socket is provided on the side wall of the housing, and the humidification module is removably installed in the installation socket; One end is provided with an end cover, and a handle is provided on the end cover; wherein, the humidification module divides the inside of the housing into an air inlet cavity and an air outlet cavity, and the air inlet and the air inlet cavity In communication, the air outlet communicates with the air outlet cavity.

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