技术领域technical field
本发明属于遮阳伞结构，具体涉及一种太阳能风控电动遮阳伞。The invention belongs to a sunshade structure, and in particular relates to a solar wind control electric sunshade.
背景技术Background technique
目前市场上出现的遮阳吊伞普遍为传统式的遮阳伞，其技术含量不高，无法满足更多用户的需求，市场销售的遮阳伞种类繁多，随着科技的进步，人们主要将精力集中在遮阳伞结构的改进以期其更稳固、抗外力尤其是风力摧毁的能力更强，但是无论遮阳伞结构如何改进，其抗风力吹倒的能力都有上限值，如果在此基础上设计一种结构，提高遮阳伞防风能力，同时为遮阳伞使用者提供更多功能支持的遮阳伞，将大大增强用户体验。At present, the sunshade hanging umbrellas that appear on the market are generally traditional sunshade umbrellas, which are not high in technology and cannot meet the needs of more users. There are many kinds of sunshade umbrellas on the market. With the advancement of technology, people mainly focus on The improvement of the sunshade structure is expected to be more stable and more resistant to external forces, especially wind damage, but no matter how the sunshade structure is improved, its ability to resist wind blowing down has an upper limit. If a design is made on this basis The structure improves the windproof ability of the sunshade and at the same time provides the sunshade with more functional support for the sunshade user, which will greatly enhance the user experience.
发明内容Contents of the invention
本发明的目的在于提供一种防止遮阳伞被大风损坏同时包含太阳能自动供电、USB手机充电、多色彩LED灯照明的太阳能风控电动遮阳伞。The purpose of the present invention is to provide a solar wind-controlled electric sunshade that prevents the sunshade from being damaged by strong winds and includes solar automatic power supply, USB mobile phone charging, and multi-color LED lighting.
本发明的目的是这样实现的：The purpose of the present invention is achieved like this:
太阳能风控电动遮阳伞包括太阳能/风控部I、中央控制/LED部II和下伞柱锁紧连接部III，所述的太阳能/风控部I包括太阳能板101、太阳能座102、第一风控座103、第二风控座104、风控臂105、第三风控座106、轴承107、遮光套108、风控PCB板109、风力发电装置117、电力稳压PCB板118、第一上伞盘112、第二上伞盘113、电机114，其中太阳能板101安装固定在太阳能座102上，通过第一导线与中央控制/LED部II的USB电源PCB板210连接，太阳能座102通过底部的旋转卡扣与第一风控座103紧固连接；第一风控座103、第二风控座104以及第三风控座106通过第二自攻螺丝111连接为一个整体，第三风控座下端通过第三自攻螺丝与第一上伞盘112紧固连接；第二风控座104的上下两端各有一个轴承槽，轴承107安装于两个轴承槽内，轴承107的内孔配合固定在第三风控座106上端的凸轴上，使第二风控座104在第三风控座106的凸轴上转动；三根风控臂分别插入第二风控座 104的三个安装孔内固定；遮光罩108固定于风控PCB板109上，遮光罩108和风控PCB板109通过第一自攻螺丝110固定在第三风控座106上，风控PCB板109通过第二导线与中央控制/LED部II的中央控制PCB板207连接，风控PCB板109上的LED灯对射传感光束，在第二风控座104的下端圆柱上均匀分布四个缺口，第二风控件四个缺口均匀分割光束，电机114通过第一十字螺丝115固定于第一上伞盘及第二上伞盘113之间，电机通过第三导线与中央控制/LED部II的中央控制PCB板207连接。The solar wind control electric parasol includes a solar/wind control part I, a central control/LED part II and a lower umbrella post locking connection part III, and the solar/wind control part I includes a solar panel 101, a solar seat 102, a first Air control seat 103, second air control seat 104, air control arm 105, third air control seat 106, bearing 107, shading cover 108, air control PCB board 109, wind power generation device 117, electric power stabilizing PCB board 118, the first One upper umbrella plate 112, the second upper umbrella plate 113, motor 114, wherein the solar panel 101 is installed and fixed on the solar seat 102, connected with the USB power supply PCB board 210 of the central control/LED part II through the first wire, the solar seat 102 It is firmly connected with the first air control seat 103 through the rotating buckle at the bottom; the first air control seat 103, the second air control seat 104 and the third air control seat 106 are connected as a whole by the second self-tapping screw 111, and the second air control seat 103 is connected as a whole. The lower end of the three air control seats is fastened to the first upper umbrella plate 112 through the third self-tapping screw; the upper and lower ends of the second air control seat 104 respectively have a bearing groove, and the bearing 107 is installed in the two bearing grooves, and the bearing 107 The inner hole of the third air control seat 106 is fixed on the protruding shaft of the upper end, so that the second air control seat 104 rotates on the protruding shaft of the third air control seat 106; the three air control arms are respectively inserted into the second air control seat 104 fixed in the three mounting holes; the hood 108 is fixed on the wind control PCB 109, the light hood 108 and the wind control PCB 109 are fixed on the third wind control seat 106 by the first self-tapping screw 110, and the wind control PCB 109 Connect with the central control PCB board 207 of the central control/LED part II through the second wire, the LED light on the air control PCB board 109 shoots the sensing light beam, and four gaps are evenly distributed on the lower end cylinder of the second air control seat 104 , the four gaps of the second wind control divide the light beam evenly, the motor 114 is fixed between the first upper umbrella plate and the second upper umbrella plate 113 through the first Phillips screw 115, the motor is connected to the central control/LED part II through the third wire The central control PCB board 207 is connected.
风力发电装置117包含定子及转子，其中定子安装固定在第三风控座106的内腔中，转子安装固定在第二风控座104的底部圆柱上，电力稳压PCB板118用第一自攻螺丝110固定在第三风控座106上，电力稳压PCB板118通过连接电线与风力发电装置117连接，其输出端通过第七导线与中央控制/LED部的USB电源PCB板210连接成通路。The wind power generation device 117 includes a stator and a rotor, wherein the stator is installed and fixed in the inner cavity of the third air control seat 106, the rotor is installed and fixed on the bottom column of the second air control seat 104, and the power stabilizing PCB board 118 uses the first automatic The tapping screw 110 is fixed on the third wind control seat 106, and the power stabilizing PCB board 118 is connected with the wind power generation device 117 through the connecting wire, and its output end is connected with the USB power supply PCB board 210 of the central control/LED part through the seventh wire. path.
所述的中央控制/LED部II包括第一下伞盘201、第二下伞盘202、第三下伞盘203、灯罩204、控制座外盖205、中央控制座206、中央控制座PCB板207、USB座外盖208、USB电池座209、USB电源PCB板210、电池组211、防尘塞212、电源指示标贴213、LED灯PCB板214、触摸式按键217、充电器218、USB输出线219；其中第一下伞盘201、第二下伞盘202、第三下伞盘203通过螺丝固定为整体，LED灯PCB板214通过第五自攻螺丝216固定安装在第三下伞盘203的底部，并通过第六导线与中央控制PCB板207连接，灯罩204与第三下伞盘203的底部通过螺纹连接固定；USB座外盖208、USB电池座209、USB电源PCB板210、电池组211通过第四自攻螺丝215连接固定为一个整体，固通过USB外盖208上的弹性卡扣与第三下伞盘203上的凹槽卡扣连接，其中电池组211的电源线端部与USB电源PCB板210连接，USB电源PCB板210通过第五导线与中央控制PCB板207连接，USB电源PCB板通过第一导线与太阳能/风控部I中的太阳能板101连接、通过第五导线与太阳能/风控部I中的电力稳压PCB板118连接；防尘塞212及电源指示标贴安装在USB座外盖上，充电器218的插头与USB电源PCB板210的输入插头连接，USB输出线与USB电源PCB板210的输出插头连接，控制座外盖205、中央控制座206及中央控制PCB板207通过第四自攻螺丝 215安装固定为一个整体，通过控制座外盖205上的弹性卡扣与第三下伞盘203上的凹槽卡扣连接，触摸式按键217与第四导线连接并固定在遮阳伞支撑伞骨的末端，其中中央控制PCB板207分别与前述的第一导线、第二导线、第三导线、第四导线、第五导线、第六导线和第七导线连接。The central control/LED part II includes the first lower umbrella tray 201, the second lower umbrella tray 202, the third lower umbrella tray 203, the lampshade 204, the control seat cover 205, the central control seat 206, and the central control seat PCB board 207, USB seat cover 208, USB battery holder 209, USB power supply PCB board 210, battery pack 211, dust plug 212, power indicator label 213, LED light PCB board 214, touch button 217, charger 218, USB Output line 219; wherein the first lower umbrella tray 201, the second lower umbrella tray 202, and the third lower umbrella tray 203 are fixed as a whole by screws, and the LED lamp PCB board 214 is fixedly installed on the third lower umbrella tray by fifth self-tapping screws 216 The bottom of the disc 203 is connected to the central control PCB board 207 through the sixth wire, and the bottom of the lampshade 204 and the third lower umbrella disc 203 is fixed by threaded connection; USB seat cover 208, USB battery holder 209, USB power supply PCB board 210 1. The battery pack 211 is connected and fixed as a whole through the fourth self-tapping screw 215, and is fixedly connected with the groove buckle on the third lower umbrella tray 203 through the elastic buckle on the USB outer cover 208, wherein the power cord of the battery pack 211 The end is connected with the USB power supply PCB board 210, and the USB power supply PCB board 210 is connected with the central control PCB board 207 by the fifth wire, and the USB power supply PCB board is connected with the solar panel 101 in the solar energy/wind control part 1 by the first wire, through The fifth lead is connected with the power stabilizing PCB board 118 in the solar energy/wind control part 1; the dustproof plug 212 and the power indicator label are installed on the USB seat outer cover, and the plug of the charger 218 is connected with the input of the USB power supply PCB board 210 Plug connection, the USB output line is connected with the output plug of the USB power supply PCB board 210, the control seat outer cover 205, the central control seat 206 and the central control PCB board 207 are installed and fixed as a whole by the fourth self-tapping screw 215, through the control seat outside The elastic buckle on the cover 205 is connected with the groove buckle on the third lower umbrella plate 203, and the touch button 217 is connected with the fourth wire and fixed on the end of the parasol support rib, wherein the central control PCB board 207 is connected with the The aforementioned first wire, second wire, third wire, fourth wire, fifth wire, sixth wire and seventh wire are connected.
所述的下伞柱锁紧连接部III包括上立柱301、下立柱302、上锁紧节套303、下锁紧节套304、锁紧螺丝305及锁紧螺母306；其中上锁紧节套303与上立柱301紧固，下锁紧节套304与下立柱302紧固，在上锁紧节套303的接触端面上有两个凸起的锥形圆柱，在下锁紧节套304的接触端面上有两个凹陷的锥形圆孔，通过锁紧螺丝305与锁紧螺母306安装固定上/下锁紧节套，在螺丝锁紧力的作用下上锁紧节套的两个锥形圆柱与下锁紧节套的两个锥形圆孔受力紧配，从而使遮阳伞的上立柱301与下立柱302牢固成一体。The lower umbrella column locking connection part III includes an upper column 301, a lower column 302, an upper locking joint sleeve 303, a lower locking joint sleeve 304, a locking screw 305 and a locking nut 306; wherein the upper locking joint sleeve 303 is fastened to the upper column 301, and the lower locking section sleeve 304 is fastened to the lower column 302. There are two raised conical cylinders on the contact end surface of the upper locking section sleeve 303, and the contact of the lower locking section sleeve 304 There are two concave tapered round holes on the end face, and the upper/lower locking joint sleeves are installed and fixed by the locking screw 305 and the locking nut 306. The two tapered round holes of the cylinder and the lower locking joint cover are tightly matched by force, so that the upper column 301 and the lower column 302 of the parasol are firmly integrated.
本发明的有益效果在于：The beneficial effects of the present invention are:
本发明能够根据风力变化适时控制遮阳伞开合，避免了风力过大时遮阳伞收伞不及时给伞体带来的破坏，同时本发明提供了多种功能的用户体验，安装有太阳能供电装置为伞体的工作提供环保电力，USB充电装置满足了为用户提供人工智能设备的充电需求，同时提升了遮阳伞在使用过程中的牢固程度与稳定性。The invention can timely control the opening and closing of the sunshade umbrella according to the change of wind force, avoiding the damage to the umbrella body caused by the untimely retraction of the sunshade umbrella when the wind force is too strong. At the same time, the invention provides a user experience with multiple functions, and is equipped with a solar power supply device To provide environmentally friendly electricity for the work of the umbrella body, the USB charging device meets the charging needs of providing artificial intelligence equipment for users, and at the same time improves the firmness and stability of the parasol during use.
说明书附图Instructions attached
图1为整体结构图；Fig. 1 is overall structural diagram;
图2为使用效果图；Figure 2 is the use effect diagram;
图3为线路连接示意图；Fig. 3 is a schematic diagram of line connection;
图4为太阳能/风控部纵向剖视图；Fig. 4 is a longitudinal sectional view of the solar/wind control unit;
图5为太阳能/风控部零件组成示意图；Figure 5 is a schematic diagram of the components of the solar/wind control unit;
图6为中央控制/LED部纵向剖视图；Figure 6 is a longitudinal sectional view of the central control/LED section;
图7为中央控制/LED部零件组成示意图；Figure 7 is a schematic diagram of the components of the central control/LED part;
图8为下伞柱锁紧连接部纵向剖视图；Fig. 8 is a longitudinal sectional view of the locking connection part of the lower umbrella post;
图9为下伞柱锁紧连接部AA的剖视图；Fig. 9 is a sectional view of the lower umbrella column locking connection part AA;
图10为下伞柱锁紧连接部零件组成示意图。Fig. 10 is a schematic diagram of components of the locking connection part of the lower umbrella post.
具体实施方式detailed description
下面结合附图对本发明做进一步描述。The present invention will be further described below in conjunction with the accompanying drawings.
本发明专利涉及于一种功能实用新颖的多功能遮阳伞，其功能包含太阳能自动供电、风力预警控制、风力发电、提供USB手机充电、可控多色彩LED灯、手机APP软件智能控制、下立柱锁紧节套连接。太阳能自动供电：使用太阳能板为电池供电，方便在户外环境下为系统提供电力，节能环保；风力预警控制：当外部坏境风力超过遮阳伞所承受的风力等级时，为防止遮阳伞被损坏，通过外部的传感器，系统会自动检测并关闭遮阳伞；风力发电其特征为：利用自然界的风力为电池供电，为系统提供持久的电力供应。风力发电利用自然界的风力为电池供电，为系统提供持久的电力供应。USB充电功能：当手机的在电量不足的情况下，可使用遮阳伞配置的USB插口方便快捷的为手机进行充电；可控多色彩LED灯其特征为：可通过系统控制遮阳伞LED灯光的颜色，用户可根据喜好选择变换任意颜色的LED灯光；手机APP软件智能控制：用户可通过手机在互联网上下载并安装指定的APP软件，通过软件设置来控制伞面的开合及对LED灯光的调节；下立柱锁紧节套连接：通过锁紧节套的方式连接上立柱和下立柱，使遮阳伞立柱安装方便牢固。The patent of the present invention relates to a multifunctional parasol with practical and novel functions. Its functions include solar automatic power supply, wind early warning control, wind power generation, USB mobile phone charging, controllable multi-color LED lights, mobile phone APP software intelligent control, and lower columns. Lock joint sleeve connection. Solar automatic power supply: use solar panels to power the battery, which is convenient to provide power for the system in an outdoor environment, energy saving and environmental protection; wind early warning control: when the wind force in the external environment exceeds the wind force level that the sunshade can bear, in order to prevent the sunshade from being damaged, Through the external sensor, the system will automatically detect and close the sunshade; the characteristic of wind power generation is: the use of natural wind power to power the battery to provide a long-lasting power supply for the system. Wind power uses natural wind power to power batteries, providing a long-lasting power supply to the system. USB charging function: When the battery of the mobile phone is insufficient, you can use the USB socket configured by the parasol to charge the mobile phone conveniently and quickly; the feature of the controllable multi-color LED light is: the color of the LED light of the parasol can be controlled through the system , users can choose to change any color of LED lights according to their preferences; mobile phone APP software intelligent control: users can download and install the specified APP software on the Internet through mobile phones, and control the opening and closing of the umbrella surface and the adjustment of LED lights through software settings ;Locking joint sleeve connection of the lower column: connect the upper column and the lower column by locking the joint sleeve, so that the parasol column can be installed conveniently and firmly.
本发明主要由太阳能/风控部I、中央控制/LED部II和下伞柱锁紧连接部III组成。The present invention is mainly composed of a solar/wind control part I, a central control/LED part II and a lower umbrella post locking connection part III.
所述的太阳能/风控部I主要由太阳能板101、太阳能座102、第一风控座103、第二风控座104、风控臂105、第三风控座106、轴承107、遮光套108、风控PCB板109、第一上伞盘112、第二上伞盘113、电机114及其他部件组成；其中太阳能板101做防水处理后安装固定在太阳能座102上为一体，通过第一导线与系统中II部的USB电源PCB板210连接，太阳能座102通过底部的旋转卡扣与第一风控座103紧固连接；第一风控座103、第二风控座104、及第三风控座106通过第二自攻螺丝111连接为一个整体，下端通过第三自攻螺丝116与第一上伞盘112紧固连接；第二风控座104的上下两端各有一个轴承槽，轴承107分别安装于两个轴承槽内，轴承107的内孔配合固定在第三风控件106上端的凸轴上，其作用是使第二风控座104可以在第三风控件106的凸轴上自然转动。三根风控臂105分别插入第二风控座 104的三个安装孔内固定，其作用是受风增加第二风控座 104的旋转扭力。遮光罩108固定于风控PCB板109上，通过第一自攻螺丝110一并固定在第三风控座 106上，风控PCB板109通过第二线与系统中II部的中央控制PCB板207连接，系统工作时风控PCB板109上的LED灯会对射传感光束，在第二风控座104的下端圆柱上均匀分布四个缺口，在外部风力作用下第二风控件转动时四个缺口均匀分割光束，当外界风力达到设定的等级时，分割的传感光束即产生信号，通过连接的第二导线向系统反馈信号。电机114通过第一十字螺丝115固定于第一上伞盘112及第二上伞盘113之间，并通过第三导线与系统中II部的中央控制PCB板207连接，当系统接收到风控系统反馈的信号时会同时把信号发送给电机114，控制电机114转动，即可实现本发明遮阳伞的自动保护关闭伞面的功能；风力发电装置117包含定子及转子，其中定子安装固定在第三风控座的内腔中，转子安装固定在第二风控座104的底部圆柱上，电力稳压PCB板118用第一自攻螺丝110固定在第三风控座106上，并通过连接电线与风力发电装置117连接为一体，其输出端通过第七导线与系统中II部的USB电源PCB板210连接成通路。在外部风力作用下第二风控件104产生转动，带动风力发电装置117中的转子一起转动，并切割定子中的电磁线进而产生感应电流，感应电流在电力稳压PCB板118的控制下通过第七导线输入系统中II部的电池组211，从而为整个系统提供电力辅助。本发明风控系统的特点在于其安装的位置位于遮阳伞整体的中轴线上，其上的风控臂105及太阳能座102均为可拆卸式，外形美观简洁，极大的缩小了产品的包装尺寸，降低了产品运输过程中的损坏几率。其安装的位置适用于任何遮阳伞，同类遮阳伞风控系统安装于遮阳伞中轴线处均属于本发明的保护权利。Described solar energy/wind control part 1 mainly consists of solar panel 101, solar seat 102, first wind control seat 103, second wind control seat 104, wind control arm 105, third wind control seat 106, bearing 107, shading cover 108. The wind control PCB board 109, the first upper umbrella plate 112, the second upper umbrella plate 113, the motor 114 and other components; wherein the solar panel 101 is installed and fixed on the solar seat 102 as a whole after being waterproofed, through the first The wire is connected to the USB power supply PCB board 210 in the II part of the system, and the solar seat 102 is firmly connected with the first wind control seat 103 through the rotating buckle at the bottom; the first wind control seat 103, the second wind control seat 104, and the The three air control seats 106 are connected as a whole by the second self-tapping screws 111, and the lower end is tightly connected with the first upper umbrella plate 112 by the third self-tapping screws 116; the upper and lower ends of the second air control seat 104 respectively have a bearing The bearings 107 are respectively installed in the two bearing grooves, and the inner holes of the bearings 107 are matched and fixed on the protruding shaft at the upper end of the third wind control 106. Natural rotation on the cam shaft. Three wind control arms 105 are respectively inserted into three mounting holes of the second wind control seat 104 and fixed, and its effect is to increase the rotational torque of the second wind control seat 104 by the wind. The hood 108 is fixed on the wind control PCB 109, and is fixed on the third wind control seat 106 by the first self-tapping screw 110. The wind control PCB 109 is connected to the central control PCB 207 of the II part of the system through the second line. When the system is working, the LED lights on the wind control PCB 109 will shoot the sensing beam, and four gaps are evenly distributed on the lower end cylinder of the second wind control seat 104. When the second wind control rotates under the action of external wind, four notches The notch divides the beam evenly, and when the external wind force reaches the set level, the divided sensing beam generates a signal, which is fed back to the system through the connected second wire. The motor 114 is fixed between the first upper umbrella plate 112 and the second upper umbrella plate 113 through the first Phillips screw 115, and is connected to the central control PCB board 207 of the II part of the system through the third wire. When the system receives the wind control When the signal fed back by the system, the signal will be sent to the motor 114 at the same time, and the rotation of the motor 114 can be controlled to realize the automatic protection of the sunshade umbrella of the present invention and the function of closing the umbrella surface; In the inner cavity of the third air control seat, the rotor is installed and fixed on the bottom cylinder of the second air control seat 104, and the electric voltage stabilizing PCB board 118 is fixed on the third air control seat 106 with the first self-tapping screw 110, and connected by The wire is connected to the wind power generating device 117 as a whole, and its output end is connected to the USB power supply PCB board 210 of the II part of the system through the seventh wire to form a path. Under the action of external wind force, the second wind control 104 rotates, drives the rotor in the wind power generation device 117 to rotate together, and cuts the electromagnetic wire in the stator to generate an induced current. The seven wires are input to the battery pack 211 of Part II of the system, thereby providing power assistance for the entire system. The feature of the wind control system of the present invention is that its installation position is located on the central axis of the parasol, and the wind control arm 105 and solar seat 102 on it are detachable, with beautiful and simple appearance, which greatly reduces the packaging of the product The size reduces the chance of damage during product transportation. Its installation position is applicable to any sunshade, and the wind control system of the same kind of sunshade installed at the central axis of the sunshade belongs to the protection rights of the present invention.
所述的中央控制/LED部II主要由第一下伞盘 201、第二下伞盘202、第三下伞盘203、灯罩204、控制座外盖205、中央控制座206、中央控制座PCB板207、USB座外盖208、USB电池座209、USB电源PCB板210、电池组211、防尘塞212、电源指示标贴213、LED灯PCB板214、触摸式按键217、充电器218、USB输出线219等部件组成。其中第一下伞盘201、第二下伞盘202、第三下伞盘203通过螺丝固定为整体，LED灯PCB板214通过第五自攻螺丝216固定安装在第三下伞盘203的底部，并通过第六导线与中央控制PCB板207连接，灯罩204与第三下伞盘203的底部通过螺纹连接固定；USB座外盖208、USB电池座209、USB电源PCB板210、电池组211通过第四自攻螺丝215连接固定为一个整体，固定后可通过USB外盖208上的弹性卡扣与第三下伞盘203上的凹槽卡扣连接，其作用是电源与系统壳体相互独立，当元件有损坏时方便拆卸更换；其中电池组211的电源线端部与USB电源PCB板210连接提供电力，USB电源PCB板210通过第五导线与中央控制PCB板207连接，USB电源PCB板通过第一导线与太阳能/风控部I中的太阳能板101连接、通过第七导线与太阳能/风控部I中的电力稳压PCB板118连接；防尘塞212及电源指示标贴安装在USB座外盖上，其作用是美化外观并防止灰尘进入内部壳体而影响电器元件工作，充电器218的插头与USB电源PCB板210的输入插头连接，其作用是通过家用220V电压为系统提供电能，USB输出线分别与USB电源PCB板210的输出插头及手机连接，其作用是为手机提供电力支持；控制座外盖205、中央控制座206及中央控制PCB板207通过第四自攻螺丝215安装固定为一个整体，固定后可通过控制座外盖205上的弹性卡扣与下伞盘C203上的凹槽卡扣连接，其作用是使中央控制系统与外部壳体相互独立，当元件有损坏时方便拆卸更换；触摸式按键217与第四导线连接并固定在遮阳伞支撑伞骨的末端，其中中央控制PCB板207分别与前述的第一导线、第二导线、第三导线、第四导线、第五导线及第六导线连接，组成整个电路系统。The central control/LED part II is mainly composed of the first lower umbrella tray 201, the second lower umbrella tray 202, the third lower umbrella tray 203, the lampshade 204, the control seat cover 205, the central control seat 206, and the central control seat PCB. Board 207, USB seat cover 208, USB battery holder 209, USB power supply PCB board 210, battery pack 211, dust plug 212, power indicator label 213, LED light PCB board 214, touch button 217, charger 218, USB output line 219 and other components. Wherein the first lower umbrella plate 201, the second lower umbrella plate 202, and the third lower umbrella plate 203 are fixed as a whole by screws, and the LED lamp PCB board 214 is fixedly installed on the bottom of the third lower umbrella plate 203 by the fifth self-tapping screw 216 , and connected to the central control PCB board 207 through the sixth wire, the lampshade 204 and the bottom of the third lower umbrella plate 203 are fixed by threaded connection; USB seat cover 208, USB battery holder 209, USB power supply PCB board 210, battery pack 211 It is connected and fixed as a whole by the fourth self-tapping screw 215. After fixing, it can be connected with the groove buckle on the third lower umbrella plate 203 through the elastic buckle on the USB outer cover 208. Its function is to connect the power supply and the system shell Independent, convenient to disassemble and replace when the components are damaged; wherein the end of the power cord of the battery pack 211 is connected to the USB power supply PCB board 210 to provide power, and the USB power supply PCB board 210 is connected to the central control PCB board 207 through the fifth wire, and the USB power supply PCB board The plate is connected with the solar panel 101 in the solar energy/wind control part 1 through the first lead, and connected with the power stabilizing PCB board 118 in the solar energy/wind control part 1 through the seventh lead; the dustproof plug 212 and the power indicator label are installed On the outer cover of the USB seat, its function is to beautify the appearance and prevent dust from entering the inner shell and affecting the operation of electrical components. The plug of the charger 218 is connected to the input plug of the USB power supply PCB board 210, and its function is to provide power for the system through the household 220V voltage. Electric energy is provided, and the USB output line is connected with the output plug of the USB power supply PCB board 210 and the mobile phone respectively, and its effect is to provide power support for the mobile phone; The screw 215 is installed and fixed as a whole. After fixing, it can be connected with the groove buckle on the lower umbrella plate C203 through the elastic buckle on the control seat outer cover 205. Its function is to make the central control system and the outer shell independent of each other. When the component is damaged, it is convenient to disassemble and replace; the touch button 217 is connected to the fourth wire and fixed on the end of the parasol support rib, wherein the central control PCB board 207 is connected to the aforementioned first wire, second wire, third wire, The fourth wire, the fifth wire and the sixth wire are connected to form the whole circuit system.
综上所述，整个系统的工作原理为：1.太阳能板101转化太阳能为电能为电池组211供电，风力发电装置117转化风能为电能为电池组211供电，同时也可用充电器218通过220V电源为电池组211供电，为整个系统提供电力支持；风控系统检测外部风力，当外部风力等级达到系统设定等级值时会传送信号给中央控制PCB板207，中央控制PCB板在收到信号后指示电机114转动，进而关闭遮阳伞，以免遮阳伞损坏；2. 打开防尘塞212插上USB输出线系统即可为手机进行充电；3. 用户可通过手机在互联网上下载并安装指定的APP软件，通过软件设置来给中央控制PCB板207发射控制指令，接收指令后中央控制PCB板向电机114发送信号控制电机正转或反转，进而可实现控制遮阳伞伞面的开合，同理通过软件设置来给中央控制PCB板207发射控制指令，可控制LED灯光PCB板214, 用户可根据喜好选择打开或关闭LED灯及变换任意的LED灯光颜色；除上述手机APP软件控制外，用户还可根据需求选择使用触摸式按键217对遮阳伞伞面的开合及LED灯光开关的控制。需要着重指出的是本发明中所述的所有PCB板均为目前市场或文献中已出现或已记载的能实现本发明功能的电路结构。In summary, the working principle of the whole system is as follows: 1. The solar panel 101 converts solar energy into electric energy to supply power to the battery pack 211, and the wind power generation device 117 converts wind energy into electric energy to supply power to the battery pack 211. At the same time, the charger 218 can also be used to pass the 220V power supply Provide power for the battery pack 211 and provide power support for the entire system; the wind control system detects the external wind force, and when the external wind force level reaches the system set level value, it will send a signal to the central control PCB board 207, and the central control PCB board will receive the signal. Instruct the motor 114 to rotate, and then close the sunshade to avoid damage to the sunshade; 2. Open the dustproof plug 212 and plug in the USB output line system to charge the mobile phone; 3. The user can download and install the specified APP on the Internet through the mobile phone Software, through software settings to send control instructions to the central control PCB board 207, after receiving the instructions, the central control PCB board sends a signal to the motor 114 to control the forward or reverse rotation of the motor, so as to realize the control of opening and closing of the umbrella surface of the sunshade, similarly Send control commands to the central control PCB board 207 through software settings to control the LED lighting PCB board 214. Users can choose to turn on or off the LED lights and change any LED light color according to their preferences; in addition to the above mobile phone APP software control, users can also You can choose to use the touch button 217 to control the opening and closing of the umbrella surface and the LED light switch according to your needs. It should be pointed out that all PCB boards described in the present invention are circuit structures that have appeared or been recorded in the current market or literature and can realize the functions of the present invention.
所述的下伞柱锁紧连接部III主要由上立柱301、下立柱302、上锁紧节套303、下锁紧节套304、锁紧螺丝305及锁紧螺母306等部件组成；其中上锁紧节套303与上立柱301紧固，下锁紧节套304与下立柱302紧固，在上锁紧节套303的接触端面上有两个凸起的锥形圆柱，在下锁紧节套304的接触端面上有两个凹陷的锥形圆孔，通过锁紧螺丝305与锁紧螺母306安装固定上/下锁紧节套，在螺丝锁紧力的作用下上锁紧节套的两个锥形圆柱与下锁紧节套的两个锥形圆孔受力紧配，从而使遮阳伞的上立柱301与下立柱302牢固成一体，提升了遮阳伞在使用过程中的牢固程度与稳定性，相比传统遮阳伞在连接上立柱与下立柱时使用的缩管结构，解决了连接不牢固，稳定性差的诟病。其安装结构适用于任何遮阳伞及其相关衍生产品的安装均属于本发明的保护权利。The lower umbrella column locking connection part III is mainly composed of upper column 301, lower column 302, upper locking joint sleeve 303, lower locking joint sleeve 304, locking screw 305 and locking nut 306; among them, the upper The locking joint sleeve 303 is fastened to the upper column 301, and the lower locking joint sleeve 304 is fastened to the lower column 302. On the contact end surface of the upper locking joint sleeve 303, there are two raised conical cylinders. There are two concave tapered round holes on the contact end surface of the sleeve 304, and the upper/lower locking joint sleeves are installed and fixed by the locking screws 305 and the locking nuts 306, and the upper locking joint sleeves are fixed under the action of the screw locking force. The two tapered cylinders are tightly matched with the two tapered round holes of the lower locking joint sleeve, so that the upper column 301 and the lower column 302 of the parasol are firmly integrated, which improves the firmness of the parasol during use In terms of stability, compared with the shrink tube structure used by traditional parasols when connecting the upper and lower columns, it solves the problem of weak connection and poor stability. Its installation structure is applicable to the installation of any parasol and its related derivative products, which belongs to the protection right of the present invention.
与市场现有产品相比，本发明与涉及的多功能太阳能电动遮阳伞设计合理巧妙、功能新颖实用、外观简洁美观，极大的提高了产品的市场竞争力，将是遮阳伞行业里的一块里程碑。Compared with the existing products in the market, the present invention and the related multifunctional solar electric sunshade have reasonable and ingenious design, novel and practical functions, simple and beautiful appearance, greatly improve the market competitiveness of the product, and will be a leader in the sunshade industry. milestone.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610309687.6ACN105795636B (en) | 2016-05-11 | 2016-05-11 | Solar energy air control electric sun umbrella |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610309687.6ACN105795636B (en) | 2016-05-11 | 2016-05-11 | Solar energy air control electric sun umbrella |
| Publication Number | Publication Date |
|---|---|
| CN105795636A CN105795636A (en) | 2016-07-27 |
| CN105795636Btrue CN105795636B (en) | 2017-11-03 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201610309687.6AActiveCN105795636B (en) | 2016-05-11 | 2016-05-11 | Solar energy air control electric sun umbrella |
| Country | Link |
|---|---|
| CN (1) | CN105795636B (en) |
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| Date | Code | Title | Description |
|---|---|---|---|
| C06 | Publication | ||
| PB01 | Publication | ||
| C10 | Entry into substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right | Denomination of invention:Solar powered wind control electric sunshade Granted publication date:20171103 Pledgee:Zhejiang Linhai Rural Commercial Bank Co.,Ltd. Datian sub branch Pledgor:LINHAI MEIYANG PARASOL INDUSTRY CO.,LTD. Registration number:Y2025980018218 |