技术领域technical field
本发明涉及智能家居及智能家具的创新，尤其涉及的是，一种智能沙发。The present invention relates to smart home and innovation of smart furniture, in particular to a smart sofa.
背景技术Background technique
现有的坐具，例如沙发、座椅等，往往只是单纯地提供坐位，缺乏改进创新。Existing seats, such as sofas, seats, etc., often simply provide seats without improvement and innovation.
发明内容Contents of the invention
本发明所要解决的技术问题是提供一种新的智能沙发。The technical problem to be solved by the present invention is to provide a new intelligent sofa.
本发明的技术方案如下：一种智能沙发，其包括沙发座及设置于所述沙发座上的坐垫；所述沙发座内部设置安装腔，其中容置无线路由器；所述沙发座外部设置温度感应器。The technical solution of the present invention is as follows: an intelligent sofa, which includes a sofa seat and a cushion arranged on the sofa seat; an installation cavity is arranged inside the sofa seat, in which a wireless router is accommodated; a temperature sensor is arranged outside the sofa seat device.
优选的，还包括设置于所述沙发座上的靠垫。Preferably, it also includes a cushion arranged on the sofa seat.
优选的，设置多个所述靠垫。Preferably, multiple cushions are provided.
优选的，所述靠垫设置靠垫内芯体，其中容置靠垫电热结构。Preferably, the cushion is provided with a cushion inner core, in which the electric heating structure of the cushion is accommodated.
例如，至少一所述靠垫设置靠垫内芯体。优选的，所述靠垫还设置靠垫网格部及靠垫支撑部，所述靠垫内芯体固定于所述靠垫支撑部，所述靠垫网格部覆盖所述靠垫支撑部及所述靠垫内芯体；例如，所述靠垫网格部为绷紧于所述靠垫支撑部且覆盖其上的弹性网格，用于通风透气。For example, at least one of the cushions is provided with a cushion inner core. Preferably, the cushion is also provided with a cushion grid part and a cushion support part, the cushion inner core is fixed on the cushion support part, and the cushion grid part covers the cushion support part and the cushion inner core ; For example, the cushion mesh portion is an elastic mesh stretched tightly on the cushion support portion and covered thereon for ventilation.
优选的，所述靠垫电热结构设置有用于供电的靠垫蓄电池及与所述靠垫蓄电池连接的靠垫发热单元。Preferably, the cushion electric heating structure is provided with a cushion battery for power supply and a cushion heating unit connected to the cushion battery.
优选的，所述靠垫电热结构还设置有与所述靠垫蓄电池连接的靠垫线圈单元，用于通过无线充电方式为所述靠垫蓄电池充电。Preferably, the cushion electric heating structure is further provided with a cushion coil unit connected to the cushion battery for charging the cushion battery by wireless charging.
优选的，所述靠垫电热结构在所述靠垫蓄电池及所述靠垫线圈单元之间还设置有靠垫充电开关，用于控制所述靠垫蓄电池及所述靠垫线圈单元的通断状态。Preferably, the cushion electric heating structure is further provided with a cushion charging switch between the cushion battery and the cushion coil unit for controlling the on-off state of the cushion battery and the cushion coil unit.
优选的，所述靠垫充电开关为靠垫电控开关。Preferably, the cushion charging switch is a cushion electric control switch.
优选的，所述靠垫电热结构还设置有分别与所述靠垫蓄电池、所述靠垫发热单元连接的靠垫控制器，用于控制所述靠垫发热单元工作。Preferably, the back cushion electric heating structure is also provided with a back cushion controller respectively connected to the back cushion storage battery and the back cushion heating unit for controlling the operation of the back cushion heating unit.
优选的，所述靠垫控制器设置靠垫无线接收模块，用于接收对于所述靠垫的无线控制信号，控制所述靠垫发热单元工作。Preferably, the cushion controller is provided with a cushion wireless receiving module, which is used to receive wireless control signals for the cushion and control the heating unit of the cushion to work.
例如，所述坐垫无线接收模块无线连接所述无线路由器，用于接收所述无线路由器对于所述靠垫的无线控制信号，控制所述靠垫发热单元工作。For example, the cushion wireless receiving module is wirelessly connected to the wireless router, and is used to receive the wireless control signal from the wireless router to the cushion, and control the heating unit of the cushion to work.
采用上述方案，本发明通过在沙发座内部设置无线路由器，使得沙发具有无线路由通讯功能，并通过在沙发座外部设置温度感应器，从而能够感知环境温度，便于用户使用。By adopting the above solution, the present invention enables the sofa to have a wireless routing communication function by setting a wireless router inside the sofa seat, and by setting a temperature sensor outside the sofa seat, thereby being able to sense the ambient temperature, which is convenient for users to use.
附图说明Description of drawings
图1是本发明一实施例的智能沙发示意图。Fig. 1 is a schematic diagram of an intelligent sofa according to an embodiment of the present invention.
具体实施方式detailed description
为了便于理解本发明，下面结合附图和具体实施例，对本发明进行更详细的说明。本说明书及其附图中给出了本发明的较佳的实施例，但是，本发明可利用各种形式来实现，并不限于本说明书所描述的实施例。相反地，提供这些实施例的目的是使对本发明的公开内容的理解更加透彻全面。In order to facilitate the understanding of the present invention, the present invention will be described in more detail below in conjunction with the accompanying drawings and specific embodiments. The preferred embodiments of the present invention are shown in this specification and the accompanying drawings, however, the present invention can be implemented in various forms and is not limited to the embodiments described in this specification. On the contrary, these embodiments are provided to make the understanding of the disclosure of the present invention more thorough and comprehensive.
需要说明的是，当某一元件固定于另一个元件，包括将该元件直接固定于该另一个元件，或者将该元件通过至少一个居中的其它元件固定于该另一个元件。当一个元件连接另一个元件，包括将该元件直接连接到该另一个元件，或者将该元件通过至少一个居中的其它元件连接到该另一个元件。It should be noted that when a certain element is fixed to another element, it includes directly fixing the element to the other element, or fixing the element to the other element through at least one other element in the middle. When an element is connected to another element, it includes directly connecting the element to the other element, or connecting the element to the other element through at least one intervening other element.
本发明的一个例子是，一种智能沙发，其包括沙发座及设置于所述沙发座上的坐垫；所述沙发座内部设置安装腔，其中容置无线路由器；所述沙发座外部设置温度感应器。例如，如图1所示，一种智能沙发，其包括沙发座100及设置于所述沙发座上的坐垫200；所述沙发座内部设置安装腔110，其中容置无线路由器111；所述沙发座外部设置温度感应器120；例如，还包括设置于所述沙发座上的靠垫300。采用无线路由器的设计，一方面可以提供无线上网服务，另一方面可以对所述智能沙发及其中的电子设备进行无线控制；又如，所述温度感应器还连接所述无线路由器，用于通过所述无线路由器发送其所感应的温度，或者包含有温度的温度信息。An example of the present invention is an intelligent sofa, which includes a sofa seat and a cushion arranged on the sofa seat; an installation cavity is arranged inside the sofa seat, in which a wireless router is accommodated; a temperature sensor is arranged outside the sofa seat device. For example, as shown in Figure 1, a smart sofa includes a sofa seat 100 and a cushion 200 arranged on the sofa seat; A temperature sensor 120 is provided outside the seat; for example, a cushion 300 provided on the sofa seat is also included. With the design of a wireless router, on the one hand, it can provide wireless Internet access services, and on the other hand, it can wirelessly control the smart sofa and the electronic equipment in it; The wireless router sends the temperature it senses, or temperature information including the temperature.
例如，一种智能沙发，其包括沙发座及设置于所述沙发座上的坐垫，例如，所述沙发座为长条形或者方形或者圆形；又如，所述坐垫适配所述沙发座的形状；又如，设置多个所述坐垫，例如，多个所述坐垫整体适配所述沙发座的形状。For example, an intelligent sofa includes a sofa seat and a cushion arranged on the sofa seat, for example, the sofa seat is long or square or round; as another example, the seat cushion is adapted to the sofa seat In another example, a plurality of cushions are provided, for example, the plurality of cushions are integrally adapted to the shape of the sofa seat.
优选的，所述坐垫设置坐垫内芯体。例如，所述坐垫设有坐垫套件，其套置所述坐垫内芯体，这样，可以实现所述坐垫内芯体的保护或保洁。又如，所述坐垫设置所述坐垫内芯体，其中容置坐垫电热结构。这样，可以实现发热的坐垫。例如，至少一所述坐垫设置坐垫内芯体。这样，一个、多个或者全部坐垫具有坐垫电热结构，可以用于发热，使得座位舒适且暖和，适合冬天或者寒冷环境使用。例如，所述坐垫内芯体类似于一个方形软垫，又如，所述坐垫内芯体具有长方体结构，其边缘为弧形。又如，所述坐垫内芯体为扁平的边缘为弧形的长方体结构。为了简化设计和节约成本，所述坐垫内芯体可采用现有的小型家用电暖产品。例如，所述坐垫电热结构还与所述温度感应器连接，用于根据所述温度感应器的温度信息，自动开关所述坐垫电热结构，例如，当所述温度感应器的温度或其温度信息确定外界温度低于10摄氏度时，自动开启所述坐垫电热结构；当所述温度感应器的温度或其温度信息确定外界温度高于10摄氏度时，自动关闭所述坐垫电热结构；又如，当所述温度感应器的温度或其温度信息确定外界温度低于10摄氏度时，自动开启所述坐垫电热结构10-20分钟。优选的，所述温度感应器还连接所述坐垫或其所述坐垫内芯体，用于感应所述坐垫或其所述坐垫内芯体的温度，自动开关所述坐垫电热结构；例如，所述坐垫电热结构根据所述温度感应器的温度或其温度信息确定外界温度低于10摄氏度时，自动开启所述坐垫电热结构，根据所述温度感应器的温度或其温度信息确定所述坐垫或其所述坐垫内芯体温度高于20摄氏度、25摄氏度或30摄氏度时，自动关闭所述坐垫电热结构。优选的，所述坐垫电热结构根据所述温度感应器的温度或其温度信息，确定所述坐垫或其所述坐垫内芯体温度低于第一预设温度且外界温度低于第二预设温度时，自动开启，确定所述坐垫或其所述坐垫内芯体温度高于第一预设温度或外界温度高于第二预设温度时，自动关闭。例如，第一预设温度为20至30摄氏度，例如20摄氏度、25摄氏度或30摄氏度；又如，第二预设温度为5至10摄氏度，例如5摄氏度、8摄氏度或10摄氏度等。这样的设计，使得自动温控调节成为智能沙发的一项重要技术实现，便利了用户使用和体验。Preferably, the cushion is provided with a cushion inner core. For example, the cushion is provided with a cushion kit, which is sleeved on the inner core of the cushion, so that the protection or cleaning of the inner core of the cushion can be achieved. As another example, the seat cushion is provided with the cushion inner core, which accommodates the seat cushion electric heating structure. In this way, a heat-generating cushion can be realized. For example, at least one of the cushions is provided with a cushion inner core. In this way, one, more or all of the cushions have a cushion electric heating structure, which can be used for heating, so that the seat is comfortable and warm, and is suitable for use in winter or cold environments. For example, the inner core of the cushion is similar to a square cushion, and for another example, the inner core of the cushion has a rectangular parallelepiped structure with arc-shaped edges. As another example, the inner core of the cushion is a rectangular parallelepiped with flat edges and curved edges. In order to simplify the design and save the cost, the inner core body of the cushion can adopt the existing small household electric heating products. For example, the electric heating structure of the cushion is also connected with the temperature sensor, and is used to automatically switch the electric heating structure of the cushion according to the temperature information of the temperature sensor, for example, when the temperature of the temperature sensor or its temperature information When it is determined that the outside temperature is lower than 10 degrees Celsius, the electric heating structure of the cushion is automatically turned on; when the temperature of the temperature sensor or its temperature information determines that the outside temperature is higher than 10 degrees Celsius, the electric heating structure of the cushion is automatically turned off; When the temperature of the temperature sensor or its temperature information determines that the outside temperature is lower than 10 degrees Celsius, the electric heating structure of the cushion is automatically turned on for 10-20 minutes. Preferably, the temperature sensor is also connected to the cushion or the inner core of the cushion, and is used to sense the temperature of the cushion or the inner core of the cushion, and automatically switch the electric heating structure of the cushion; for example, the When the electric heating structure of the cushion determines that the outside temperature is lower than 10 degrees Celsius according to the temperature of the temperature sensor or its temperature information, the electric heating structure of the cushion is automatically turned on, and the cushion or the temperature information is determined according to the temperature of the temperature sensor or its temperature information. When the temperature of the inner core of the cushion is higher than 20 degrees Celsius, 25 degrees Celsius or 30 degrees Celsius, the electric heating structure of the cushion is automatically closed. Preferably, the electric heating structure of the cushion determines that the temperature of the cushion or the inner core of the cushion is lower than the first preset temperature and the external temperature is lower than the second preset temperature according to the temperature of the temperature sensor or its temperature information. temperature, it will be turned on automatically, and when it is determined that the temperature of the cushion or its inner core is higher than the first preset temperature or the outside temperature is higher than the second preset temperature, it will be turned off automatically. For example, the first preset temperature is 20 to 30 degrees Celsius, such as 20 degrees Celsius, 25 degrees Celsius or 30 degrees Celsius; as another example, the second preset temperature is 5 to 10 degrees Celsius, such as 5 degrees Celsius, 8 degrees Celsius or 10 degrees Celsius. Such a design makes automatic temperature control an important technical realization of the smart sofa, which facilitates the use and experience of users.
优选的，所述坐垫还设置坐垫网格部及坐垫支撑部，所述坐垫内芯体固定于所述坐垫支撑部，所述坐垫网格部覆盖所述坐垫支撑部及所述坐垫内芯体；例如，所述坐垫网格部为绷紧于所述坐垫支撑部且覆盖其上的弹性网格，用于通风透气。例如，所述坐垫支撑部为若干支架拼接组成的坐垫框体，所述坐垫网格部绷紧于所述坐垫框体外部，形成座位，以便用户坐于其上。优选的，所述坐垫框体具有坐垫内框架条和坐垫外框架条，所述坐垫外框架条外覆有软性材料，以避免对用户身体造成不适感，例如，软性材料包括海绵层与橡胶层，所述橡胶层包裹所述海绵层，所述海绵层包裹所述坐垫外框架条，以提升使用舒适度。这样，在用户坐在所述智能沙发上时，所述坐垫网格部发生形变，以轻微或部分适配用户的身体，弹性网格的设计，使得夏天通风透气，更为凉爽；所述坐垫内芯体固定于所述坐垫支撑部，其中的坐垫电热结构的设计，使得冬天发热，形成一个温暖的座位。Preferably, the cushion is also provided with a cushion grid part and a cushion support part, the cushion inner core is fixed on the cushion support part, and the cushion grid part covers the cushion support part and the cushion inner core ; For example, the cushion mesh portion is an elastic mesh stretched tightly on the cushion support portion and covered thereon for ventilation. For example, the cushion support part is a cushion frame composed of several brackets spliced together, and the cushion grid part is tightened outside the cushion frame to form a seat for the user to sit on. Preferably, the cushion frame has a cushion inner frame strip and a cushion outer frame strip, and the cushion outer frame strip is covered with a soft material to avoid discomfort to the user's body. For example, the soft material includes a sponge layer and a A rubber layer, the rubber layer wraps the sponge layer, and the sponge layer wraps the outer frame strip of the cushion, so as to improve the use comfort. In this way, when the user sits on the smart sofa, the cushion grid part is deformed to slightly or partially adapt to the user's body, and the design of the elastic grid makes summer ventilated and cooler; The inner core is fixed to the cushion support part, and the electric heating structure of the cushion is designed to generate heat in winter, forming a warm seat.
优选的，所述坐垫电热结构设置有用于供电的坐垫蓄电池及与所述坐垫蓄电池连接的坐垫发热单元。优选的，所述坐垫电热结构还设置有与所述坐垫蓄电池连接的坐垫线圈单元，用于通过无线充电方式为所述坐垫蓄电池充电。这样，无需电线，即可实现温暖的座位，使用方便，安全隐患低。优选的，所述坐垫电热结构在所述坐垫蓄电池及所述坐垫线圈单元之间还设置有坐垫充电开关，用于控制所述坐垫蓄电池及所述坐垫线圈单元的通断状态。这样，用户可以自行控制是否对所述坐垫蓄电池进行无线充电，例如夏季或者长期外出，则可以通过坐垫充电开关断开所述坐垫蓄电池及所述坐垫线圈单元的连接，以降低安全隐患；优选的，所述坐垫充电开关为坐垫电控开关，例如，所述坐垫充电开关与所述无线路由器连接，用于根据所述无线路由器的对于所述坐垫的坐垫无线控制信号，控制所述坐垫充电开关的开关，从而控制所述坐垫蓄电池及所述坐垫线圈单元的通断，方便实用而且智能。Preferably, the cushion electric heating structure is provided with a cushion storage battery for power supply and a cushion heating unit connected with the cushion storage battery. Preferably, the cushion electric heating structure is further provided with a cushion coil unit connected to the cushion battery, for charging the cushion battery by wireless charging. In this way, a warm seat can be realized without electric wires, which is convenient to use and has low potential safety hazards. Preferably, the cushion electric heating structure is further provided with a cushion charging switch between the cushion battery and the cushion coil unit, which is used to control the on-off state of the cushion battery and the cushion coil unit. In this way, the user can control whether to wirelessly charge the cushion storage battery. For example, in summer or when going out for a long time, the connection between the cushion storage battery and the cushion coil unit can be disconnected through the cushion charging switch to reduce potential safety hazards; preferred , the cushion charging switch is a cushion electric control switch, for example, the cushion charging switch is connected to the wireless router, and is used to control the cushion charging switch according to the cushion wireless control signal of the wireless router for the cushion switch, so as to control the on-off of the cushion battery and the cushion coil unit, which is convenient, practical and intelligent.
优选的，所述坐垫电热结构还设置有分别与所述坐垫蓄电池、所述坐垫发热单元连接的坐垫控制器，用于控制所述坐垫发热单元工作，例如，所述坐垫控制器与所述温度感应器连接，用于根据所述温度感应器的温度信息，自动控制所述坐垫发热单元工作，从而调整所述坐垫内芯体的温度，以控制所述坐垫的温度，即可以根据温度情况自行调节控制所述坐垫的温度，智能且人性化。例如，所述温度感应器的温度信息为5摄氏度，则控制所述坐垫发热单元工作，从而调整所述坐垫内芯体的温度为25摄氏度，以控制所述坐垫的温度为20至25摄氏度左右。优选的，所述坐垫控制器根据所述温度感应器的温度或其温度信息，确定所述坐垫或其所述坐垫内芯体温度低于第一预设温度且外界温度低于第二预设温度时，自动开启，确定所述坐垫或其所述坐垫内芯体温度高于第一预设温度或外界温度高于第二预设温度时，自动关闭。又如，设置多个所述温度感应器，部分用于感应外界温度，部分用于感应所述坐垫或其所述坐垫内芯体温度；优选的，每一所述坐垫或其所述坐垫内芯体对应设置一个所述温度感应器，以及，设置一个所述温度感应器用于感应外界温度。Preferably, the cushion electric heating structure is also provided with a cushion controller connected to the cushion battery and the cushion heating unit respectively, for controlling the operation of the cushion heating unit, for example, the cushion controller is connected with the temperature The sensor connection is used to automatically control the heating unit of the cushion according to the temperature information of the temperature sensor, thereby adjusting the temperature of the inner core of the cushion to control the temperature of the cushion, that is, it can automatically adjust the temperature according to the temperature situation. Adjust and control the temperature of the cushion, which is intelligent and humanized. For example, if the temperature information of the temperature sensor is 5 degrees Celsius, the heating unit of the cushion is controlled to work, thereby adjusting the temperature of the inner core of the cushion to 25 degrees Celsius, so as to control the temperature of the cushion to be about 20 to 25 degrees Celsius . Preferably, the cushion controller determines that the temperature of the cushion or the inner core of the cushion is lower than a first preset temperature and the outside temperature is lower than a second preset temperature according to the temperature of the temperature sensor or its temperature information. temperature, it will be turned on automatically, and when it is determined that the temperature of the cushion or its inner core is higher than the first preset temperature or the outside temperature is higher than the second preset temperature, it will be turned off automatically. As another example, a plurality of temperature sensors are set, partly used to sense the external temperature, and partly used to sense the temperature of the seat cushion or its inner core; preferably, each of the seat cushions or its inner core The core body is provided with one temperature sensor correspondingly, and one temperature sensor is provided for sensing the external temperature.
优选的，所述坐垫控制器设置坐垫无线接收模块，用于接收对于所述坐垫的坐垫无线控制信号，控制所述坐垫发热单元工作和/或设置所述坐垫发热单元。例如，远端的智能终端发送坐垫无线控制信号，控制所述坐垫发热单元工作和/或设置所述坐垫发热单元。优选的，所述坐垫无线接收模块无线连接所述无线路由器，用于接收所述无线路由器对于所述坐垫的无线控制信号。这样，用户可以通过所述无线路由器，控制所述坐垫控制器，例如，控制所述坐垫发热单元工作；又如，设置所述坐垫发热单元，例如设置其与所述温度感应器的温度信息的对应关系，例如，所述温度感应器的温度信息为0~5摄氏度，需要对应调整所述坐垫内芯体的温度为20~25摄氏度；以此类推。Preferably, the cushion controller is provided with a cushion wireless receiving module, which is used to receive the cushion wireless control signal for the cushion, control the operation of the cushion heating unit and/or set the cushion heating unit. For example, the remote smart terminal sends a cushion wireless control signal to control the cushion heating unit to work and/or set the cushion heating unit. Preferably, the cushion wireless receiving module is wirelessly connected to the wireless router for receiving wireless control signals from the wireless router to the cushion. In this way, the user can control the cushion controller through the wireless router, for example, control the heating unit of the cushion to work; as another example, set the heating unit for the cushion, for example, set the temperature information between it and the temperature sensor Corresponding relationship, for example, if the temperature information of the temperature sensor is 0-5 degrees Celsius, it is necessary to adjust the temperature of the inner core of the cushion to be 20-25 degrees Celsius; and so on.
例如，所述坐垫设置与所述温度感应器连接的温控变色体，这样，可以根据所述温度感应器的温度信息，自动改变颜色。优选的，所述温控变色体设置电控变色层及控制模块，所述控制模块分别与所述温度感应器、所述电控变色层连接，用于根据所述温度感应器的温度控制所述电控变色层颜色，即根据所述温度感应器的温度信息控制所述电控变色层颜色。例如，所述温度感应器定时或周期输出温度信息，控制模块或其他控制器接收该温度信息，控制模块根据所述温度感应器的温度信息控制所述电控变色层颜色。这样，可以根据环境温度，自动调整坐垫颜色，增强了智能沙发的智能化和人性化，能够适应天气变化。For example, the cushion is provided with a temperature-controlled discoloration body connected to the temperature sensor, so that the color can be changed automatically according to the temperature information of the temperature sensor. Preferably, the temperature-controlled color-changing body is provided with an electrically-controlled color-changing layer and a control module, and the control module is respectively connected to the temperature sensor and the electrically-controlled color-changing layer, and is used to control the temperature of the temperature sensor according to the temperature of the temperature sensor. The color of the electrically controlled color-changing layer, that is, the color of the electrically controlled color-changing layer is controlled according to the temperature information of the temperature sensor. For example, the temperature sensor outputs temperature information regularly or periodically, the control module or other controllers receive the temperature information, and the control module controls the color of the electrochromic layer according to the temperature information of the temperature sensor. In this way, the color of the cushion can be automatically adjusted according to the ambient temperature, which enhances the intelligence and humanization of the smart sofa, and can adapt to weather changes.
优选的，所述电控变色层设置若干LED柔性灯带。例如，所述电控变色层间隔设置若干LED柔性灯带。又如，各所述LED柔性灯带并排设置，又如，各所述LED柔性灯带排列为断续的螺旋形。这样，在所述坐垫使用时，发生形变的时候，各所述LED柔性灯带不至于受到过大的力而断裂或破损。例如，各所述LED柔性灯带并联设置或者单独控制设置，以获取更长的独体使用寿命。Preferably, the electrochromic layer is provided with several LED flexible light strips. For example, several LED flexible light strips are arranged at intervals in the electrochromic layer. In another example, the LED flexible light strips are arranged side by side, and in another example, the LED flexible light strips are arranged in an intermittent spiral shape. In this way, when the seat cushion is deformed during use, each of the LED flexible light strips will not be broken or damaged due to excessive force. For example, each of the LED flexible light strips is set in parallel or individually controlled to obtain a longer individual service life.
优选的，所述控制模块还与所述无线路由器连接，用于通过所述无线路由器接收外部控制指令，设置所述电控变色层颜色变化模式。例如，所述控制模块设置无线收发单元，其与所述无线路由器连接，通过所述无线路由器接收外部控制指令，由所述控制模块设置所述电控变色层颜色变化模式。例如，颜色变化模式根据季节、温度或者用户喜好而设置，在出厂时设置有预设模式，在使用时可以由用户自行调节。例如，颜色变化模式为30摄氏度以上为红色，0摄氏度以下为蓝色，其间的颜色根据温度渐变，以此类推。Preferably, the control module is also connected to the wireless router, and is used to receive an external control instruction through the wireless router, and set the color change mode of the electronically controlled color-changing layer. For example, the control module is provided with a wireless transceiver unit, which is connected to the wireless router, receives external control instructions through the wireless router, and the control module sets the color change mode of the electronically controlled color-changing layer. For example, the color change mode is set according to the season, temperature or user's preference, and the preset mode is set at the factory, which can be adjusted by the user during use. For example, the color change mode is red above 30 degrees Celsius, blue below 0 degrees Celsius, and the colors in between change gradually according to the temperature, and so on.
优选的，所述温控变色体还设置分别与所述无线路由器、所述控制模块连接的温控接收模块，用于通过所述无线路由器接收外部控制指令，通过所述控制模块设置所述电控变色层颜色变化范围。例如，颜色变化范围为红色至橙色，又如，颜色变化范围为绿色至蓝色等，这样，用户可以自行设置或调节颜色变化范围，从而增强了智能沙发的智能化和人性化。Preferably, the temperature-controlled color-changing body is also provided with a temperature-controlled receiving module respectively connected to the wireless router and the control module, for receiving external control instructions through the wireless router, and setting the electronic control module through the control module. Control the color change range of the color change layer. For example, the range of color change is from red to orange, and for example, the range of color change is from green to blue. In this way, the user can set or adjust the range of color change by himself, thereby enhancing the intelligence and humanization of the smart sofa.
优选的，所述温控变色体还设置与所述控制模块连接的存储模块，用于存储所述电控变色层颜色变化模式及/或所述电控变色层颜色变化范围。这样，在下一次启动时，可以根据存储模块所存储的所述电控变色层颜色变化模式及/或所述电控变色层颜色变化范围而执行，无需额外设置。Preferably, the temperature-controlled color-changing body is further provided with a storage module connected to the control module for storing the color change mode of the electrochromic layer and/or the color changing range of the electrochromic layer. In this way, when starting up next time, it can be executed according to the color change mode of the electrochromic layer and/or the color change range of the electrochromic layer stored in the storage module, without additional settings.
为了避免安全隐患，优选的，所述沙发座外部设置烟雾传感器及与其连接的报警装置。例如，所述报警装置设置有喇叭和/或闪光灯等。这样，当烟雾传感器感应到烟雾存在时，自动通过喇叭和/或闪光灯进行报警。优选的，设置多个所述烟雾传感器，例如，所述沙发座的底部边缘和/或顶部边缘位置分别设置一个或多个所述烟雾传感器；又如，各所述烟雾传感器分别与所述报警装置连接。优选的，所述报警装置还与所述无线路由器连接，用于通过所述无线路由器发送报警信息；例如，通过所述无线路由器发送报警信息到目标终端，例如发送到用户的手机和/或消防部门的终端等。这样，可以方便地在影响用户家居消防安全的事故发生时，及时处理。In order to avoid potential safety hazards, preferably, a smoke sensor and an alarm device connected thereto are arranged outside the sofa seat. For example, the alarm device is provided with a horn and/or a flashing light and the like. In this way, when the smoke sensor senses the presence of smoke, an alarm is automatically issued through the horn and/or strobe lights. Preferably, a plurality of said smoke sensors are set, for example, one or more of said smoke sensors are respectively set on the bottom edge and/or top edge of said sofa seat; device connection. Preferably, the alarm device is also connected to the wireless router for sending alarm information through the wireless router; for example, sending the alarm information to the target terminal through the wireless router, such as sending to the user's mobile phone and/or firefighting Departmental terminals, etc. In this way, when an accident affecting the fire safety of the user's home occurs, it can be handled in time.
例如，所述坐垫设置坐垫透风口；所述智能沙发还包括制冷装置，设置有坐垫冷风输出口，所述坐垫冷风输出口连接所述坐垫透风口；通过制冷装置输出冷风到坐垫冷风输出口后通过坐垫透风口透出，使得所述智能沙发在夏天或者炎热环境下使用也是一种享受，坐着不易出汗，提高了用户使用的舒适性。例如，所述坐垫透风口为圆形或者矩形。For example, the cushion is provided with a cushion air vent; the smart sofa also includes a refrigeration device, which is provided with a cushion cold air outlet, and the cushion cold air outlet is connected to the cushion air outlet; Through the air vents of the seat cushion, the intelligent sofa is also a kind of enjoyment when used in summer or hot environment, and it is not easy to sweat when sitting, which improves the comfort of the user. For example, the air vent of the cushion is circular or rectangular.
优选的，所述制冷装置设置制冷器及与所述制冷器连接的冷风输出管，所述冷风输出管连接所述坐垫冷风输出口。例如，制冷器远离所述沙发座设置，通过所述冷风输出管连接所述坐垫冷风输出口。例如，类似于制冷空调，其制冷主机设置于室外，冷风输出口设置于室内。这样，制冷器可以远离所述沙发座设置，这种分离设计方式，能够分散热量，使得需要的位置更为舒适以适合用户及人体。Preferably, the refrigeration device is provided with a refrigerator and a cold air output pipe connected to the refrigerator, and the cold air output pipe is connected to the cold air output port of the seat cushion. For example, the refrigerator is arranged away from the sofa seat, and is connected to the cool air output port of the seat cushion through the cold air output pipe. For example, similar to a refrigeration air conditioner, the refrigeration main unit is installed outdoors, and the cold air outlet is installed indoors. In this way, the refrigerator can be arranged away from the sofa seat, and this separate design can disperse heat, making the required position more comfortable and suitable for users and human bodies.
优选的，所述制冷装置设置多个所述坐垫冷风输出口，各所述坐垫冷风输出口分别连接所述冷风输出管。例如，所述坐垫设置多个所述坐垫透风口；又如，多个所述坐垫冷风输出口分别一一对应多个所述坐垫；又如，多个所述坐垫冷风输出口分别一一对应多个所述坐垫透风口，以提升所述智能沙发的舒适性。优选的，所述冷风输出管具有若干坐垫冷风输出端，每一所述坐垫冷风输出端对应连接一所述坐垫冷风输出口，例如，多个所述坐垫冷风输出口分别一一对应多个所述坐垫；又如，每一所述坐垫冷风输出口对应连接一所述坐垫透风口。又如，每一所述坐垫冷风输出口与其所对应的一所述坐垫透风口一体设置。为了增强冷风输出，优选的，所述坐垫冷风输出端设置有微型抽风扇。优选的，所述微型抽风扇嵌入安装于所述坐垫冷风输出端。这样，可以使得制冷器的冷风更有效地通过所述冷风输出管到达所述坐垫冷风输出口。优选的，所述冷风输出管至少部分位于所述坐垫内部，例如，所述冷风输出管具有至少一坐垫插入部，用于插入所述坐垫内部，所述坐垫冷风输出端位于所述坐垫插入部远离所述制冷器的端部；为提高对于所述坐垫的整体的制冷效果，所述坐垫插入部设置若干微通孔，以从多方位释出冷气，使得所述坐垫整体更凉快，冷风输出更均匀。Preferably, the refrigeration device is provided with a plurality of the cushion cold air outlets, and each of the seat cushion cold air outlets is respectively connected to the cold air output pipe. For example, the cushion is provided with a plurality of cushion air vents; as another example, the plurality of cushion cold air outlets correspond to a plurality of cushions respectively; in another example, the plurality of cushion cold air outlets correspond to each other Multiple air vents for the cushion are provided to improve the comfort of the smart sofa. Preferably, the cold air output pipe has several cushion cold air output ends, and each of the cushion cold air output ends is connected to a corresponding cushion cold air output port. the seat cushion; as another example, each of the seat cushion cold air outlets is correspondingly connected to one of the seat cushion air vents. As another example, each of the cushion cold air outlets is integrally provided with a corresponding cushion air outlet. In order to enhance the output of cold air, preferably, the output end of the cushion cold air is provided with a miniature exhaust fan. Preferably, the miniature exhaust fan is embedded and installed at the cooling air output end of the cushion. In this way, the cold air of the refrigerator can be more effectively passed through the cold air output pipe to reach the cold air output port of the seat cushion. Preferably, the cold air output pipe is at least partly located inside the cushion, for example, the cold air output pipe has at least one cushion insertion portion for inserting into the cushion, and the cold air output end of the cushion is located at the cushion insertion portion The end far away from the refrigerator; in order to improve the overall cooling effect of the cushion, the cushion insertion part is provided with a number of micro-through holes to release cold air from multiple directions, so that the cushion as a whole is cooler and the cold air output more evenly.
优选的，所述坐垫透风口为坐垫网格。所述坐垫冷风输出口的冷风从坐垫网格中输出，例如，一个所述坐垫冷风输出口对应一个坐垫，冷风输出管的冷风从所述坐垫冷风输出口输出到所述坐垫，并经其坐垫网格释出冷气。优选的，所述坐垫网格为多个。例如，所述坐垫还设置坐垫网格部及坐垫支撑部，所述坐垫内芯体固定于所述坐垫支撑部，所述坐垫网格部覆盖所述坐垫支撑部，所述坐垫网格部设置有所述坐垫网格；具体如前面实施例所述，类推即可。Preferably, the cushion vents are cushion grids. The cold air of the cushion cold air outlet is output from the cushion grid. For example, one of the cushion cold air outlets corresponds to a cushion, and the cold air of the cold air output pipe is output from the cushion cold air outlet to the cushion, and passes through the cushion. The grid releases cool air. Preferably, there are multiple cushion grids. For example, the cushion is also provided with a cushion grid part and a cushion support part, the inner core of the cushion is fixed on the cushion support part, the cushion grid part covers the cushion support part, and the cushion grid part is set There is the cushion grid; the details are as described in the previous embodiment, and analogy can be made.
例如，还包括设置于所述沙发座上的靠垫。例如，所述沙发座为长条形或者方形或者圆形；又如，所述靠垫适配所述沙发座的形状；又如，设置多个所述靠垫，例如，多个所述靠垫整体适配所述沙发座的形状。For example, it also includes a cushion provided on the sofa seat. For example, the sofa seat is strip-shaped or square or round; as another example, the cushion is adapted to the shape of the sofa seat; Match the shape of the sofa seat.
优选的，所述靠垫设置靠垫内芯体。例如，所述靠垫设有靠垫套件，其套置所述靠垫内芯体，这样，可以实现所述靠垫内芯体的保护或保洁。又如，所述靠垫设置所述靠垫内芯体，其中容置靠垫电热结构。这样，可以实现发热的靠垫。例如，至少一所述靠垫设置靠垫内芯体。这样，一个、多个或者全部靠垫具有靠垫电热结构，可以用于发热，使得座位舒适且暖和，适合冬天或者寒冷环境使用。例如，所述靠垫内芯体类似于一个方形软垫，又如，所述靠垫内芯体具有长方体结构，其边缘为弧形。又如，所述靠垫内芯体为扁平的边缘为弧形的长方体结构。为了简化设计和节约成本，所述靠垫内芯体可采用现有的小型家用电暖产品。例如，所述靠垫电热结构还与所述温度感应器连接，用于根据所述温度感应器的温度信息，自动开关所述靠垫电热结构，例如，当所述温度感应器的温度或其温度信息确定外界温度低于10摄氏度时，自动开启所述靠垫电热结构；当所述温度感应器的温度或其温度信息确定外界温度高于10摄氏度时，自动关闭所述靠垫电热结构；又如，当所述温度感应器的温度或其温度信息确定外界温度低于10摄氏度时，自动开启所述靠垫电热结构10-20分钟。优选的，所述温度感应器还连接所述靠垫或其所述靠垫内芯体，用于感应所述靠垫或其所述靠垫内芯体的温度，自动开关所述靠垫电热结构；例如，所述靠垫电热结构根据所述温度感应器的温度或其温度信息确定外界温度低于10摄氏度时，自动开启所述靠垫电热结构，根据所述温度感应器的温度或其温度信息确定所述靠垫或其所述靠垫内芯体温度高于20摄氏度、25摄氏度或30摄氏度时，自动关闭所述靠垫电热结构。优选的，所述靠垫电热结构根据所述温度感应器的温度或其温度信息，确定所述靠垫或其所述靠垫内芯体温度低于第一预设温度且外界温度低于第二预设温度时，自动开启，确定所述靠垫或其所述靠垫内芯体温度高于第一预设温度或外界温度高于第二预设温度时，自动关闭。例如，第一预设温度为20至30摄氏度，例如20摄氏度、25摄氏度或30摄氏度；又如，第二预设温度为5至10摄氏度，例如5摄氏度、8摄氏度或10摄氏度等。这样的设计，使得自动温控调节成为智能沙发的一项重要技术实现，便利了用户使用和体验。Preferably, the cushion is provided with a cushion inner core. For example, the cushion is provided with a cushion set, which is sleeved on the inner core of the cushion, so that the protection or cleaning of the inner core of the cushion can be realized. As another example, the cushion is provided with the cushion inner core, in which the electric heating structure of the cushion is accommodated. In this way, a heat generating cushion can be realized. For example, at least one of the cushions is provided with a cushion inner core. In this way, one, more or all of the back cushions have a back cushion electric heating structure, which can be used for heating, so that the seat is comfortable and warm, and is suitable for use in winter or cold environments. For example, the inner core of the cushion is similar to a square soft cushion, and for another example, the inner core of the cushion has a rectangular parallelepiped structure with arc-shaped edges. As another example, the inner core of the cushion is a rectangular parallelepiped with flat edges and curved edges. In order to simplify the design and save the cost, the inner core body of the cushion can adopt the existing small household electric heating products. For example, the cushion electric heating structure is also connected with the temperature sensor, and is used to automatically switch the cushion electric heating structure according to the temperature information of the temperature sensor, for example, when the temperature of the temperature sensor or its temperature information When it is determined that the outside temperature is lower than 10 degrees Celsius, automatically turn on the cushion electric heating structure; when the temperature of the temperature sensor or its temperature information determines that the outside temperature is higher than 10 degrees Celsius, automatically close the cushion electric heating structure; When the temperature of the temperature sensor or its temperature information determines that the outside temperature is lower than 10 degrees Celsius, the electric heating structure of the cushion is automatically turned on for 10-20 minutes. Preferably, the temperature sensor is also connected to the back cushion or the inner core of the back cushion, and is used to sense the temperature of the back cushion or the inner core of the back cushion, and automatically switch the electric heating structure of the back cushion; for example, the According to the temperature of the temperature sensor or its temperature information, the cushion electric heating structure determines that when the outside temperature is lower than 10 degrees Celsius, the cushion electric heating structure is automatically turned on, and the cushion or cushion is determined according to the temperature of the temperature sensor or its temperature information. When the inner core body temperature of the cushion is higher than 20 degrees Celsius, 25 degrees Celsius or 30 degrees Celsius, the electric heating structure of the cushion is automatically closed. Preferably, according to the temperature of the temperature sensor or its temperature information, the electrothermal structure of the cushion determines that the temperature of the cushion or the inner core of the cushion is lower than the first preset temperature and the external temperature is lower than the second preset temperature. temperature, it will be turned on automatically, and when it is determined that the temperature of the back cushion or the inner core of the back cushion is higher than the first preset temperature or the outside temperature is higher than the second preset temperature, it will be turned off automatically. For example, the first preset temperature is 20 to 30 degrees Celsius, such as 20 degrees Celsius, 25 degrees Celsius or 30 degrees Celsius; as another example, the second preset temperature is 5 to 10 degrees Celsius, such as 5 degrees Celsius, 8 degrees Celsius or 10 degrees Celsius. Such a design makes automatic temperature control an important technical realization of the smart sofa, which facilitates the use and experience of users.
优选的，所述靠垫还设置靠垫网格部及靠垫支撑部，所述靠垫内芯体固定于所述靠垫支撑部，所述靠垫网格部覆盖所述靠垫支撑部及所述靠垫内芯体；例如，所述靠垫网格部为绷紧于所述靠垫支撑部且覆盖其上的弹性网格，用于通风透气。例如，所述靠垫支撑部为若干支架拼接组成的靠垫框体，所述靠垫网格部绷紧于所述靠垫框体外部，形成座位，以便用户坐于其上。优选的，所述靠垫框体具有靠垫内框架条和靠垫外框架条，所述靠垫外框架条外覆有软性材料，以避免对用户身体造成不适感，例如，软性材料包括海绵层与橡胶层，所述橡胶层包裹所述海绵层，所述海绵层包裹所述靠垫外框架条，以提升使用舒适度。这样，在用户坐在所述智能沙发上时，所述靠垫网格部发生形变，以轻微或部分适配用户的身体，弹性网格的设计，使得夏天通风透气，更为凉爽；所述靠垫内芯体固定于所述靠垫支撑部，其中的靠垫电热结构的设计，使得冬天发热，形成一个温暖的座位。Preferably, the cushion is also provided with a cushion grid part and a cushion support part, the cushion inner core is fixed on the cushion support part, and the cushion grid part covers the cushion support part and the cushion inner core ; For example, the cushion mesh portion is an elastic mesh stretched tightly on the cushion support portion and covered thereon for ventilation. For example, the cushion support part is a cushion frame formed by splicing several brackets, and the cushion grid part is tightened outside the cushion frame to form a seat for the user to sit on. Preferably, the cushion frame has an inner frame bar and an outer frame bar of the cushion, and the outer frame bar of the back cushion is covered with a soft material to avoid discomfort to the user's body. For example, the soft material includes a sponge layer and a A rubber layer, the rubber layer wraps the sponge layer, and the sponge layer wraps the outer frame strip of the back cushion, so as to improve the use comfort. In this way, when the user sits on the smart sofa, the mesh part of the back cushion deforms to slightly or partially adapt to the user's body, and the design of the elastic mesh makes it ventilated and cooler in summer; The inner core is fixed to the cushion support part, and the electric heating structure of the cushion is designed to generate heat in winter, forming a warm seat.
优选的，所述靠垫电热结构设置有用于供电的靠垫蓄电池及与所述靠垫蓄电池连接的靠垫发热单元。优选的，所述靠垫电热结构还设置有与所述靠垫蓄电池连接的靠垫线圈单元，用于通过无线充电方式为所述靠垫蓄电池充电。这样，无需电线，即可实现温暖的座位，使用方便，安全隐患低。优选的，所述靠垫电热结构在所述靠垫蓄电池及所述靠垫线圈单元之间还设置有靠垫充电开关，用于控制所述靠垫蓄电池及所述靠垫线圈单元的通断状态。这样，用户可以自行控制是否对所述靠垫蓄电池进行无线充电，例如夏季或者长期外出，则可以通过靠垫充电开关断开所述靠垫蓄电池及所述靠垫线圈单元的连接，以降低安全隐患；优选的，所述靠垫充电开关为靠垫电控开关，例如，所述靠垫充电开关与所述无线路由器连接，用于根据所述无线路由器的对于所述靠垫的靠垫无线控制信号，控制所述靠垫充电开关的开关，从而控制所述靠垫蓄电池及所述靠垫线圈单元的通断，方便实用而且智能。Preferably, the cushion electric heating structure is provided with a cushion battery for power supply and a cushion heating unit connected to the cushion battery. Preferably, the cushion electric heating structure is further provided with a cushion coil unit connected to the cushion battery for charging the cushion battery by wireless charging. In this way, a warm seat can be realized without electric wires, which is convenient to use and has low potential safety hazards. Preferably, the cushion electric heating structure is further provided with a cushion charging switch between the cushion battery and the cushion coil unit for controlling the on-off state of the cushion battery and the cushion coil unit. In this way, the user can control whether to wirelessly charge the cushion storage battery. For example, in summer or when going out for a long time, the connection of the cushion storage battery and the cushion coil unit can be disconnected through the cushion charging switch to reduce potential safety hazards; preferred , the cushion charging switch is a cushion electric control switch, for example, the cushion charging switch is connected to the wireless router, and is used to control the cushion charging switch according to the cushion wireless control signal of the wireless router for the cushion switch, so as to control the on-off of the cushion battery and the cushion coil unit, which is convenient, practical and intelligent.
优选的，所述靠垫电热结构还设置有分别与所述靠垫蓄电池、所述靠垫发热单元连接的靠垫控制器，用于控制所述靠垫发热单元工作，例如，所述靠垫控制器与所述温度感应器连接，用于根据所述温度感应器的温度信息，自动控制所述靠垫发热单元工作，从而调整所述靠垫内芯体的温度，以控制所述靠垫的温度，即可以根据温度情况自行调节控制所述靠垫的温度，智能且人性化。例如，所述温度感应器的温度信息为5摄氏度，则控制所述靠垫发热单元工作，从而调整所述靠垫内芯体的温度为25摄氏度，以控制所述靠垫的温度为20至25摄氏度左右。优选的，所述靠垫控制器根据所述温度感应器的温度或其温度信息，确定所述靠垫或其所述靠垫内芯体温度低于第一预设温度且外界温度低于第二预设温度时，自动开启，确定所述靠垫或其所述靠垫内芯体温度高于第一预设温度或外界温度高于第二预设温度时，自动关闭。又如，设置多个所述温度感应器，部分用于感应外界温度，部分用于感应所述靠垫或其所述靠垫内芯体温度；优选的，每一所述靠垫或其所述靠垫内芯体对应设置一个所述温度感应器，以及，设置一个所述温度感应器用于感应外界温度。Preferably, the back cushion electric heating structure is also provided with a back cushion controller connected to the back cushion storage battery and the back cushion heating unit respectively, for controlling the operation of the back cushion heating unit, for example, the back cushion controller and the temperature The sensor connection is used to automatically control the heating unit of the back cushion to work according to the temperature information of the temperature sensor, thereby adjusting the temperature of the inner core of the back cushion to control the temperature of the back cushion, that is, it can automatically adjust the temperature according to the temperature situation. Adjust and control the temperature of the cushion, which is intelligent and humanized. For example, if the temperature information of the temperature sensor is 5 degrees Celsius, the heating unit of the back cushion is controlled to work, thereby adjusting the temperature of the inner core of the back cushion to be 25 degrees Celsius, so as to control the temperature of the back cushion to be about 20 to 25 degrees Celsius . Preferably, the back cushion controller determines that the temperature of the back cushion or the inner core of the back cushion is lower than a first preset temperature and the outside temperature is lower than a second preset temperature according to the temperature of the temperature sensor or its temperature information. temperature, it will be turned on automatically, and when it is determined that the temperature of the back cushion or the inner core of the back cushion is higher than the first preset temperature or the outside temperature is higher than the second preset temperature, it will be turned off automatically. As another example, a plurality of temperature sensors are set, partly used to sense the external temperature, and partly used to sense the temperature of the back cushion or the inner core of the back cushion; preferably, each of the back cushions or the inner core of the back cushion The core body is provided with one temperature sensor correspondingly, and one temperature sensor is provided for sensing the external temperature.
优选的，所述靠垫控制器设置靠垫无线接收模块，用于接收对于所述靠垫的靠垫无线控制信号，控制所述靠垫发热单元工作和/或设置所述靠垫发热单元。例如，远端的智能终端发送靠垫无线控制信号，控制所述靠垫发热单元工作和/或设置所述靠垫发热单元。优选的，所述靠垫无线接收模块无线连接所述无线路由器，用于接收所述无线路由器对于所述靠垫的无线控制信号。这样，用户可以通过所述无线路由器，控制所述靠垫控制器，例如，控制所述靠垫发热单元工作；又如，设置所述靠垫发热单元，例如设置其与所述温度感应器的温度信息的对应关系，例如，所述温度感应器的温度信息为0~5摄氏度，需要对应调整所述靠垫内芯体的温度为20~25摄氏度；以此类推。Preferably, the cushion controller is provided with a cushion wireless receiving module, which is used to receive the cushion wireless control signal for the cushion, control the operation of the cushion heating unit and/or set the cushion heating unit. For example, the remote smart terminal sends a cushion wireless control signal to control the cushion heating unit to work and/or set the cushion heating unit. Preferably, the cushion wireless receiving module is wirelessly connected to the wireless router for receiving wireless control signals from the wireless router to the cushion. In this way, the user can control the cushion controller through the wireless router, for example, control the work of the cushion heating unit; another example, set the cushion heating unit, for example, set the temperature information between it and the temperature sensor Corresponding relationship, for example, the temperature information of the temperature sensor is 0-5 degrees Celsius, and the temperature of the inner core of the cushion needs to be adjusted to 20-25 degrees Celsius; and so on.
例如，所述沙发座还设置有抽屉件，其可拆卸设置于所述安装腔，所述无线路由器容置于所述抽屉件中。例如，所述沙发座在对应所述安装腔的位置设置开口，所述抽屉件从所述开口置入所述安装腔中，优选的，所述抽屉件设置有封门，其封闭所述开口，以保洁及防虫；优选的，所述封门还设置拉环，用于受力拉出所述抽屉件；这样，可以方便地拉开抽屉件，取放所述无线路由器。又如，所述安装腔中容置无线路由器及与所述无线路由器连接的无线充电线圈，所述无线路由器及所述无线充电线圈容置于所述抽屉件中，所述无线充电线圈用于接收外部无线充电供能，为所述无线路由器供电，例如，所述无线充电线圈用于接收外部无线充电供能，为所述无线路由器内置的电池进行充电。优选的，所述抽屉件具有框架结构。例如，所述框架结构为竹制件或者铝合金框架。优选的，所述框架结构设置有滑轨，其滑动设置于所述安装腔上的滑槽中。优选的，所述框架结构设置有一对所述滑轨，其分别一一对应地滑动设置于所述安装腔上的一对所述滑槽中。优选的，一对所述滑轨平行设置。这样，易于抽拉所述抽屉件，从而便于取放所述无线路由器。For example, the sofa seat is further provided with a drawer, which is detachably arranged in the installation cavity, and the wireless router is accommodated in the drawer. For example, the sofa seat is provided with an opening corresponding to the installation cavity, and the drawer is inserted into the installation cavity through the opening. Preferably, the drawer is provided with a sealing door, which closes the opening, To keep clean and prevent insects; preferably, the sealed door is also provided with a pull ring, which is used to pull out the drawer under force; in this way, the drawer can be opened conveniently to take and place the wireless router. As another example, a wireless router and a wireless charging coil connected to the wireless router are accommodated in the installation cavity, the wireless router and the wireless charging coil are accommodated in the drawer, and the wireless charging coil is used for Receive external wireless charging energy to supply power to the wireless router, for example, the wireless charging coil is used to receive external wireless charging energy to charge the built-in battery of the wireless router. Preferably, the drawer has a frame structure. For example, the frame structure is made of bamboo or an aluminum alloy frame. Preferably, the frame structure is provided with slide rails, which are slidably arranged in slide grooves on the installation cavity. Preferably, the frame structure is provided with a pair of slide rails, which are respectively slidably arranged in a pair of slide grooves on the installation cavity in a one-to-one correspondence. Preferably, a pair of slide rails are arranged in parallel. In this way, it is easy to pull the drawer, so that the wireless router is convenient to take and place.
优选的，所述沙发座底部还设置无线充电装置，用于外接电源，产生无线充电电能，用于通过所述无线充电线圈为所述无线路由器进行无线充电。例如，所述无线充电装置为所述无线充电线圈、所述坐垫线圈单元和/或所述靠垫线圈单元进行无线充电。例如，所述无线充电装置分别通过所述无线充电线圈、所述坐垫线圈单元和/或所述靠垫线圈单元为对应的用电设备进行无线充电。优选的，所述无线充电装置可拆卸安装于所述沙发座底部。这样，便于安装和拆卸所述无线充电装置，也便于为所述无线充电装置外接电源，例如，通过插头插入到外部的插座中。优选的，所述无线充电装置可拆卸安装于所述沙发座底部对应所述抽屉件的位置。这样，可以更近地与所述无线充电线圈相邻，从而提供更高的无线充电效率，更好的无线充电效果。Preferably, a wireless charging device is also provided at the bottom of the sofa seat for connecting an external power source to generate wireless charging power for wirelessly charging the wireless router through the wireless charging coil. For example, the wireless charging device performs wireless charging for the wireless charging coil, the seat cushion coil unit and/or the back cushion coil unit. For example, the wireless charging device wirelessly charges the corresponding electrical equipment through the wireless charging coil, the seat cushion coil unit and/or the back cushion coil unit respectively. Preferably, the wireless charging device is detachably mounted on the bottom of the sofa seat. In this way, it is convenient to install and disassemble the wireless charging device, and it is also convenient to connect an external power source to the wireless charging device, for example, inserting a plug into an external socket. Preferably, the wireless charging device is detachably mounted on the bottom of the sofa seat at a position corresponding to the drawer. In this way, it can be closer to the wireless charging coil, thereby providing higher wireless charging efficiency and better wireless charging effect.
例如，所述智能沙发包括沙发座及设置于所述沙发座上的坐垫及靠垫；所述靠垫设置靠垫透风口；还包括制冷装置，其设置有靠垫冷风输出口，所述靠垫冷风输出口连接所述靠垫透风口；通过制冷装置输出冷风到靠垫冷风输出口后通过靠垫透风口透出，使得所述智能沙发在夏天或者炎热环境下使用也是一种享受，坐着不易出汗，提高了用户使用的舒适性。例如，所述靠垫透风口为圆形或者矩形。For example, the smart sofa includes a sofa seat and a cushion and a back cushion arranged on the sofa seat; the back cushion is provided with a back cushion air vent; The air vent of the back cushion; the cold air is output through the cooling device to the cold air output port of the back cushion, and then leaks out through the air vent of the back cushion, so that it is also a kind of enjoyment to use the smart sofa in summer or in a hot environment, and it is not easy to sweat when sitting, which improves the comfort of the user. Comfort of use. For example, the air vent of the cushion is circular or rectangular.
优选的，所述制冷装置设置制冷器及与所述制冷器连接的冷风输出管，所述冷风输出管连接所述靠垫冷风输出口和/或所述坐垫冷风输出口。例如，制冷器远离所述沙发座设置，通过所述冷风输出管连接所述靠垫冷风输出口和/或所述坐垫冷风输出口。例如，类似于制冷空调，其制冷主机设置于室外，冷风输出口设置于室内。这样，制冷器可以远离所述沙发座设置，这种分离设计方式，能够分散热量，使得需要的位置更为舒适以适合用户及人体。Preferably, the refrigerating device is provided with a refrigerator and a cold air output pipe connected to the refrigerator, and the cold air output pipe is connected to the back cushion cold air output port and/or the seat cushion cold air output port. For example, the refrigerator is arranged away from the sofa seat, and is connected to the cold air output port of the back cushion and/or the cold air output port of the seat cushion through the cold air output pipe. For example, similar to a refrigeration air conditioner, the refrigeration main unit is installed outdoors, and the cold air outlet is installed indoors. In this way, the refrigerator can be arranged away from the sofa seat, and this separate design can disperse heat, making the required position more comfortable and suitable for users and human bodies.
优选的，所述制冷装置设置多个所述靠垫冷风输出口和/或所述坐垫冷风输出口，各所述靠垫冷风输出口分别连接所述冷风输出管。例如，所述靠垫设置多个所述靠垫透风口；又如，多个所述靠垫冷风输出口分别一一对应多个所述靠垫；又如，多个所述靠垫冷风输出口分别一一对应多个所述靠垫透风口，以提升所述智能沙发的舒适性。优选的，所述冷风输出管具有若干靠垫冷风输出端，每一所述靠垫冷风输出端对应连接一所述靠垫冷风输出口，例如，多个所述靠垫冷风输出口分别一一对应多个所述靠垫；又如，每一所述靠垫冷风输出口对应连接一所述靠垫透风口。又如，每一所述靠垫冷风输出口与其所对应的一所述靠垫透风口一体设置。为了增强冷风输出，优选的，所述靠垫冷风输出端设置有微型抽风扇。优选的，所述微型抽风扇嵌入安装于所述靠垫冷风输出端。这样，可以使得制冷器的冷风更有效地通过所述冷风输出管到达所述靠垫冷风输出口。优选的，所述冷风输出管至少部分位于所述靠垫内部，例如，所述冷风输出管具有至少一靠垫插入部，用于插入所述靠垫内部，所述靠垫冷风输出端位于所述靠垫插入部远离所述制冷器的端部；为提高对于所述靠垫的整体的制冷效果，所述靠垫插入部设置若干微通孔，以从多方位释出冷气，使得所述靠垫整体更凉快，冷风输出更均匀。Preferably, the refrigerating device is provided with a plurality of the back cushion cold air outlets and/or the seat cushion cold air outlets, each of the back cushion cold air outlets is respectively connected to the cold air output pipe. For example, the cushion is provided with a plurality of air vents for the cushion; as another example, the cold air outlets of the cushion correspond to the cushions one by one; A plurality of cushion air vents are provided to improve the comfort of the smart sofa. Preferably, the cold air output pipe has several cushion cold air output ends, each of the cushion cold air output ends is connected to a corresponding cushion cold air output port, for example, a plurality of the cushion cold air output ports correspond to a plurality of cushion cold air output ports respectively. the back cushion; as another example, each of the back cushion cold air outlets is correspondingly connected to one of the back cushion air vents. As another example, each of the back cushion cold air outlets is integrally provided with a corresponding back cushion ventilation opening. In order to enhance the output of cold air, preferably, the cooling air output end of the back cushion is provided with a miniature exhaust fan. Preferably, the miniature exhaust fan is embedded and installed at the cold air output end of the back cushion. In this way, the cold air of the refrigerator can be more effectively passed through the cold air output pipe to reach the cold air output port of the cushion. Preferably, the cold air output pipe is at least partly located inside the back cushion, for example, the cold air output pipe has at least one cushion insertion part for inserting into the back cushion, and the cold air output end of the back cushion is located at the cushion insertion part The end far away from the refrigerator; in order to improve the overall cooling effect of the back cushion, the insertion part of the back cushion is provided with a number of micro-through holes to release cold air from multiple directions, so that the whole back cushion is cooler and the cold air output more evenly.
优选的，所述靠垫透风口为靠垫网格。所述靠垫冷风输出口的冷风从靠垫网格中输出，例如，一个所述靠垫冷风输出口对应一个靠垫，冷风输出管的冷风从所述靠垫冷风输出口输出到所述靠垫，并经其靠垫网格释出冷气。优选的，所述靠垫网格为多个。例如，所述靠垫还设置靠垫网格部及靠垫支撑部，所述靠垫内芯体固定于所述靠垫支撑部，所述靠垫网格部覆盖所述靠垫支撑部，所述靠垫网格部设置有所述靠垫网格；具体如前面实施例所述，类推即可。Preferably, the cushion vents are cushion grids. The cold air of the back cushion cold air outlet is output from the back cushion grid, for example, one said back cushion cold air outlet corresponds to a back cushion, and the cold air of the cold air output pipe is output to the back cushion from the back cushion cold air outlet, and passes through the back cushion. The grid releases cool air. Preferably, there are multiple cushion grids. For example, the cushion is also provided with a cushion grid part and a cushion support part, the inner core of the cushion is fixed on the cushion support part, the cushion grid part covers the cushion support part, and the cushion grid part is set There is the cushion grid; the details are as described in the previous embodiment, and analogy can be made.
又如，一种交通工具，其包括上述任一实施例所述智能沙发，例如，所述智能沙发固定设置于所述交通工具内部。例如，所述交通工具为车，所述智能沙发固定设置于所述车的车厢。又如，所述交通工具为飞行器，所述智能沙发固定设置于所述飞行器的机舱。例如，所述交通工具为高铁、火车、火车车厢、地铁、飞机或小汽车等。As another example, a vehicle includes the smart sofa described in any one of the above embodiments, for example, the smart sofa is fixedly arranged inside the vehicle. For example, the means of transportation is a car, and the smart sofa is fixedly arranged in a compartment of the car. In another example, the vehicle is an aircraft, and the smart sofa is fixedly arranged in a cabin of the aircraft. For example, the vehicle is a high-speed rail, a train, a train carriage, a subway, an airplane, or a car.
进一步地，本发明的实施例还包括，上述各实施例的各技术特征，相互组合形成的智能沙发及具有所述智能沙发的交通工具。Furthermore, the embodiments of the present invention also include the technical features of the above-mentioned embodiments, a smart sofa formed by combining with each other, and a vehicle with the smart sofa.
需要说明的是，上述各技术特征继续相互组合，形成未在上面列举的各种实施例，均视为本发明说明书记载的范围；并且，对本领域普通技术人员来说，可以根据上述说明加以改进或变换，而所有这些改进和变换都应属于本发明所附权利要求的保护范围。It should be noted that the above-mentioned technical features continue to be combined with each other to form various embodiments not listed above, which are all regarded as the scope of the description of the present invention; and, for those of ordinary skill in the art, improvements can be made according to the above description Or transformation, and all these improvements and transformations should belong to the protection scope of the appended claims of the present invention.
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510966106.1ACN105476323B (en) | 2015-12-22 | 2015-12-22 | A kind of intelligence sofa |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510966106.1ACN105476323B (en) | 2015-12-22 | 2015-12-22 | A kind of intelligence sofa |
| Publication Number | Publication Date |
|---|---|
| CN105476323Atrue CN105476323A (en) | 2016-04-13 |
| CN105476323B CN105476323B (en) | 2018-08-17 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510966106.1AActiveCN105476323B (en) | 2015-12-22 | 2015-12-22 | A kind of intelligence sofa |
| Country | Link |
|---|---|
| CN (1) | CN105476323B (en) |
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| TA01 | Transfer of patent application right | Effective date of registration:20180706 Address after:528000 6, floor 1, block B, Li Kang Chong Exhibition Centre, 7, Xian Tang Industrial Road, Longjiang Town, Shunde District, Foshan, Guangdong. Applicant after:FOSHAN LIANDU FURNITURE Co.,Ltd. Address before:518000 Guangdong, Shenzhen, Nanshan District, Guangdong Province, Hainan Hainan street, one of the new high road 2, Changyuan new material port 8, 5 floor 505 Applicant before:SHENZHEN AIYIRUI TECHNOLOGY Co.,Ltd. | |
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| PE01 | Entry into force of the registration of the contract for pledge of patent right | Denomination of invention:A smart sofa Granted publication date:20180817 Pledgee:Bank of Communications Co.,Ltd. Shunde Branch Pledgor:FOSHAN LIANDU FURNITURE Co.,Ltd. Registration number:Y2024980056932 |