CN201927130U - Multifunctional solar wireless doorbell - Google Patents

Multifunctional solar wireless doorbell Download PDF

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Publication number
CN201927130U
CN201927130U CN2010206561350U CN201020656135U CN201927130U CN 201927130 U CN201927130 U CN 201927130U CN 2010206561350 U CN2010206561350 U CN 2010206561350U CN 201020656135 U CN201020656135 U CN 201020656135U CN 201927130 U CN201927130 U CN 201927130U
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doorbell
receiving end
circuit module
transmitting terminal
transmitter
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田明阳
袁瀚
何长洋
余颖
陈正华
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Central China Normal University
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Central China Normal University
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Abstract

一种太阳能多功能无线门铃,包括门铃发射端和门铃接收端,门铃发射端和门铃接收端线信号联系;门铃发射端发射端太阳能电池板、呼叫按钮、发射端充电管理电路模块、发射端锂离子蓄电池、门铃发射端电路模块和发射端USB接口;门铃接收端包括时钟显示屏、接收端太阳能电池板、门铃扬声器、接收端充电管理电路模块、接收端锂离子蓄电池、开关、门铃接收端电路模块、时钟电路模块和接收端USB接口;在门铃发射端和接收端中,太阳能电池板、充电控制电路、锂蓄电池、门铃电路和时钟电路顺序电连接。将该门铃放置到一定光强下,就能正常工作;使用时按动发射端触发按钮,接收端就能迅速响应:伴随铃声有灯光闪烁。

Figure 201020656135

A solar multifunctional wireless doorbell, including a doorbell transmitter and a doorbell receiver, and a signal connection between the doorbell transmitter and the doorbell receiver; a solar panel at the transmitter of the doorbell transmitter, a call button, a charging management circuit module at the transmitter, and a lithium ion battery at the transmitter Battery, doorbell transmitter circuit module and transmitter USB interface; doorbell receiver includes clock display, receiver solar panel, doorbell speaker, receiver charging management circuit module, receiver lithium-ion battery, switch, doorbell receiver circuit module , a clock circuit module and a USB interface at the receiving end; in the doorbell transmitting end and receiving end, the solar battery panel, the charging control circuit, the lithium battery, the doorbell circuit and the clock circuit are electrically connected in sequence. Put the doorbell under a certain light intensity, and it can work normally; when using it, press the trigger button of the transmitter, and the receiver can respond quickly: the light will flash along with the bell.

Figure 201020656135

Description

太阳能多功能无线门铃Solar Multifunctional Wireless Doorbell

技术领域technical field

本实用新型涉及一种无线门铃,特别涉及一种利用太阳能提供能量的多功能无线门铃,包括无线门铃和电子时钟两个功能,适用于室内光线较好的一般家庭用户、机关单位、厂房、实验室等使用。The utility model relates to a wireless doorbell, in particular to a multifunctional wireless doorbell that uses solar energy to provide energy, including two functions of a wireless doorbell and an electronic clock, and is suitable for general household users, government agencies, factories, and laboratories with better indoor light. room etc.

背景技术Background technique

目前,公知的无线门铃都以碱性干电池或者交流电提供电能。以碱性干电池提供电能直接导致产生大量的废旧电池,不仅浪费电能,而且污染环境;以交流电供电则导致门铃不能随意摆放,而且带有一定的危险性。At present, known wireless doorbells all provide electric energy with alkaline dry batteries or alternating current. Providing electric energy with alkaline dry batteries directly leads to the generation of a large number of waste batteries, which not only wastes electric energy, but also pollutes the environment; power supply with alternating current leads to the fact that the doorbell cannot be placed arbitrarily, and has certain dangers.

太阳能充电器、太阳能手电筒等小型光伏电子产品已走进我们的生活,光伏转换技术愈见成熟,且在光能高效转换、电能储存控制方面性能稳定,目前仍需要发展推广应用。Small photovoltaic electronic products such as solar chargers and solar flashlights have entered our lives. Photovoltaic conversion technology is becoming more and more mature, and its performance is stable in terms of efficient conversion of light energy and electric energy storage control. At present, it still needs to be developed, promoted and applied.

随着社会的不断进步与发展,人们的时间观念也随之发生了一系列的变化,时钟进入人们生活的各个角落,起着不可替代的重要作用,因此人们通常会在室内摆放各式各样的时钟。但这些时钟的作用仅仅是指示时间,功能较单一,不符合产品功能多样化的发展要求。With the continuous progress and development of society, people's concept of time has also undergone a series of changes. Clocks have entered every corner of people's lives and play an irreplaceable important role. Therefore, people usually place various clocks indoors. kind of clock. But the function of these clocks is only to indicate the time, and the function is relatively single, which does not meet the development requirements of product function diversification.

发明内容Contents of the invention

为了克服现有的门铃产生废旧电池污染环境或者因为使用交流电而带有危险性的不足,本实用新型提供一种无线门铃。该门铃不仅使用太阳能清洁能源,而且还集成了电子闹钟。The utility model provides a wireless doorbell in order to overcome the disadvantages of existing doorbells that pollute the environment due to waste batteries or cause danger due to the use of alternating current. This doorbell not only uses solar clean energy, but also integrates an electronic alarm clock.

本实用新型解决其技术问题所采用的技术方案是:The technical scheme that the utility model solves its technical problem adopts is:

一种太阳能多功能无线门铃,它包括门铃发射端和门铃接收端,门铃发射端和门铃接收端无线信号联系;门铃发射端包括发射端太阳能电池板、呼叫按钮、发射端充电管理电路模块、发射端锂离子蓄电池、门铃发射端电路模块和发射端USB接口,其发射端太阳能电池板、发射端充电管理电路模块、发射端锂离子蓄电池、门铃发射端电路模块电路顺序电连接,发射端USB接口连接在发射端充电管理电路模块上;门铃接收端包括时钟显示屏、接收端太阳能电池板、门铃扬声器、接收端充电管理电路模块、接收端锂离子蓄电池、开关、门铃接收端电路模块、时钟电路模块和接收端USB接口,其接收端太阳能电池板、门铃扬声器、接收端充电管理电路模块、接收端锂离子蓄电池、开关、门铃接收端电路模块、时钟电路模块电路顺序电连接接,接收端USB接口连接在接收端充电管理电路模块上,时钟显示屏的电源线接到电池的相应极性上,门铃扬声器的电源线接到电路板或电池上。A solar multifunctional wireless doorbell, which includes a doorbell transmitter and a doorbell receiver, and the doorbell transmitter and the doorbell receiver are in wireless signal connection; the doorbell transmitter includes a solar battery panel at the transmitter, a call button, a charging management circuit module at the transmitter, and a transmitter Lithium-ion battery, doorbell transmitter circuit module and transmitter USB interface, the transmitter solar panel, transmitter charging management circuit module, transmitter lithium-ion battery, doorbell transmitter circuit module circuit sequence electrical connection, transmitter USB interface Connected to the charging management circuit module at the transmitting end; the receiving end of the doorbell includes a clock display, a solar panel at the receiving end, a doorbell speaker, a charging management circuit module at the receiving end, a lithium-ion battery at the receiving end, a switch, a circuit module at the receiving end of the doorbell, and a clock circuit The module and the receiving end USB interface, the receiving end solar panel, the doorbell speaker, the receiving end charging management circuit module, the receiving end lithium ion battery, the switch, the doorbell receiving end circuit module, the clock circuit module circuit are electrically connected in sequence, and the receiving end USB The interface is connected to the charging management circuit module at the receiving end, the power line of the clock display is connected to the corresponding polarity of the battery, and the power line of the doorbell speaker is connected to the circuit board or the battery.

本实用新型所述的发射端太阳能电池板选用85毫米*35毫米,功率为0.35瓦的非晶硅电池板;接收端太阳能电池板选用100毫米*70毫米,功率为0.4瓦的非晶硅太阳能电池板。The solar cell panel at the transmitting end described in the utility model is an amorphous silicon cell panel with a power of 85 mm * 35 mm and a power of 0.35 watts; solar panels.

所述的发射端充电管理电路模块和接收端充电管理电路模块均选用太阳能手机充电器充电管理电路。Both the charging management circuit module at the transmitting end and the charging management circuit module at the receiving end use solar mobile phone charger charging management circuits.

所述的发射端锂离子蓄电池选用4.8伏,1500毫安时的锂离子蓄电池;接收端锂离子 蓄电池选用3.7伏,1500毫安时的锂离子蓄电池。Described transmitter lithium-ion accumulator selects 4.8 volts for use, the lithium-ion accumulator of 1500 milliamperes; The receiving end lithium-ion accumulator selects 3.7 volts for use, the lithium-ion accumulator of 1500 milliamperes.

所述的门铃为市售普通直流电源无线门铃,其发射端输入电压为4.5伏,静态功率为0.00135瓦,响铃功率为0.21瓦;其接收端输入电压为3伏,其功率为0.0124瓦。The doorbell is a commercially available common DC power supply wireless doorbell, the input voltage of the transmitting end is 4.5 volts, the static power is 0.00135 watts, and the ringing power is 0.21 watts; the input voltage of the receiving end is 3 volts, and the power is 0.0124 watts.

所述的电子时钟为市售普通电子时钟,其输入电压为3伏,功率为0.00185瓦。The electronic clock is a commercially available common electronic clock with an input voltage of 3 volts and a power of 0.00185 watts.

本实用新型层次构成上是利用小型、可移动的太阳能电池给蓄电池充电,再利用蓄电池为用电器供电:采用小型非晶硅太阳能电池板(0.4w)连接到充电控制电路(功能是实现太阳能的有效储备和防止电池过充与短路保护)上,再将锂蓄电池焊接到充电控制电路上,这样就构成了能源储备装置,再把电子时钟的电源线接到电池的相应极性上、无线门铃的电源线接到电路板或电池上(按需要电压大小焊接位置);原理上主要涉及光伏效应的能量转换和蓄电控制电路的电学原理;使用时,在一定光光强放置无线门铃发射端和接收端,它就能稳定长久工作。The utility model is composed of small and movable solar cells to charge the accumulator, and then utilizes the accumulator to supply power for electrical appliances: a small amorphous silicon solar panel (0.4w) is used to connect to the charging control circuit (the function is to realize solar energy) Effectively store and prevent battery overcharge and short circuit protection), and then weld the lithium battery to the charging control circuit, thus forming an energy storage device, and then connect the power line of the electronic clock to the corresponding polarity of the battery, wireless doorbell Connect the power cord to the circuit board or battery (soldering position according to the required voltage); in principle, it mainly involves the energy conversion of the photovoltaic effect and the electrical principle of the storage control circuit; when in use, place the wireless doorbell transmitter at a certain light intensity And the receiving end, it can work stably for a long time.

本实用新型的有益效果是,绿色环保,节能高效,安全性能好,适用于家庭,具有普及型。The beneficial effect of the utility model is that the utility model is green and environment-friendly, energy-saving and high-efficiency, and has good safety performance, and is suitable for families and is popular.

附图说明Description of drawings

下面结合附图和实施例对本实用新型进一步说明。Below in conjunction with accompanying drawing and embodiment the utility model is further described.

图1是本实用新型太阳能门铃实施例的工作示意图。Fig. 1 is the working schematic diagram of the embodiment of the solar doorbell of the present invention.

图2是本实用新型太阳能门铃实施例的发射端示意图。Fig. 2 is a schematic diagram of the transmitting end of the embodiment of the solar doorbell of the present invention.

图3是本实用新型太阳能门铃实施例的接收端正面示意图。Fig. 3 is a schematic front view of the receiving end of the embodiment of the solar doorbell of the present invention.

图4是本实用新型太阳能门铃实施例的接收端反面示意图。Fig. 4 is a schematic diagram of the reverse side of the receiving end of the embodiment of the solar doorbell of the present invention.

图5是太阳能门铃一实施例的接收端电路结构示意图。Fig. 5 is a schematic structural diagram of a receiver circuit of an embodiment of the solar doorbell.

图6是太阳能门铃一实施例的发射端电路结构示意图。Fig. 6 is a schematic structural diagram of a transmitter circuit of an embodiment of the solar doorbell.

图中:1.门铃发射端,2.门铃接收端,3.发射端太阳能电池板,4.发射端充电指示灯,5.呼叫按钮,6.发射端后盖,7.时钟显示屏,8.时钟调节按钮,9.接收端后盖,10.门铃彩灯,11.接收端太阳能电池板,12.门铃扬声器,13.固定螺丝,14.接收端充电管理电路模块,15.接收端锂离子蓄电池,16.开关,17.门铃接收端电路模块,18时钟电路模块,19.接收端USB接口,20.接收端充电指示灯,21.发射端充电管理电路模块,22.发射端锂离子蓄电池,23.门铃发射端电路模块,24.发射端USB接口。In the figure: 1. Doorbell transmitter, 2. Doorbell receiver, 3. Transmitter solar panel, 4. Transmitter charging indicator, 5. Call button, 6. Transmitter back cover, 7. Clock display, 8 .Clock adjustment button, 9. Receiving end back cover, 10. Doorbell colored light, 11. Receiving end solar panel, 12. Doorbell speaker, 13. Fixing screw, 14. Receiving end charging management circuit module, 15. Receiving end lithium Ion battery, 16. Switch, 17. Doorbell receiver circuit module, 18 clock circuit module, 19. Receiver USB interface, 20. Receiver charging indicator, 21. Transmitter charge management circuit module, 22. Transmitter lithium ion Battery, 23. doorbell transmitter circuit module, 24. transmitter USB interface.

具体实施方式Detailed ways

本实用新型门铃的实施例如图1所示,包括门铃发射端1和门铃接收端2两部分,门铃发射端和门铃接收端无线信号联系。The embodiment example of the doorbell of the present invention is shown in Figure 1, comprises two parts of doorbell transmitting end 1 and doorbell receiving end 2, and doorbell transmitting end and doorbell receiving end wireless signal connection.

在本实施例中,门铃发射端(图2)安装于门外,可利用挂钩(未画出)挂于门上或者墙壁上。在有一定光强照射时,发射端太阳能电池板3将光能转化为电能并储存在发射端锂离子蓄电池22中。当呼叫按钮5被按下时,发射端可发射被编码的信号。In this embodiment, the doorbell transmitter ( FIG. 2 ) is installed outside the door, and can be hung on the door or the wall by using a hook (not shown). When irradiated by a certain light intensity, the solar panel 3 at the transmitting end converts light energy into electrical energy and stores it in the lithium-ion battery 22 at the transmitting end. When the call button 5 is pressed, the transmitter can transmit encoded signals.

门铃接收端(图3,图4)可任意摆放,在一定光强照射时,利用接收端太阳能电池板11将光能转化为电能并储存在接收端锂离子蓄电池15中。当接收到发射端的信号时,门 铃扬声器12响起音乐,门铃彩灯10闪烁。门铃接收端还集成了时钟,可在显示屏7上显示日期,时间和温度。通过时钟调节按钮8可对其进行调节。接收端利用固定螺丝13固定。The receiving end of the doorbell (FIG. 3, FIG. 4) can be placed arbitrarily. When a certain light intensity is irradiated, the solar panel 11 of the receiving end is used to convert light energy into electrical energy and store it in the lithium-ion battery 15 of the receiving end. When receiving the signal of the transmitter, the doorbell loudspeaker 12 sounds music, and the doorbell colored light 10 flickers. The doorbell receiving end also integrates a clock, which can display date, time and temperature on the display screen 7 . It can be adjusted by the clock adjustment button 8. The receiving end is fixed by fixing screws 13.

本实施例中的门铃接收端电路结构示意图如图5所示。门铃接收端2包括时钟显示屏7、接收端太阳能电池板11、门铃扬声器12、接收端充电管理电路模块14、接收端锂离子蓄电池15、开关1)、门铃接收端电路模块17、时钟电路模块18和接收端USB接口19。接收端太阳能电池板11、门铃扬声器12、接收端充电管理电路模块14、接收端锂离子蓄电池15、开关16、门铃接收端电路模块17、时钟电路模块18电路顺序电连接接,接收端USB接口19连接在接收端充电管理电路模块14上,时钟显示屏7和门铃扬声器12安装壳体上。The circuit structure diagram of the doorbell receiving end in this embodiment is shown in FIG. 5 . The doorbell receiving end 2 includes a clock display screen 7, a receiving end solar panel 11, a doorbell speaker 12, a receiving end charging management circuit module 14, a receiving end lithium-ion battery 15, a switch 1), a doorbell receiving end circuit module 17, and a clock circuit module 18 and receiving end USB interface 19. Receiving end solar panel 11, doorbell speaker 12, receiving end charging management circuit module 14, receiving end lithium ion battery 15, switch 16, doorbell receiving end circuit module 17, clock circuit module 18 are sequentially electrically connected, receiving end USB interface 19 is connected to the charging management circuit module 14 at the receiving end, and the clock display screen 7 and the doorbell speaker 12 are installed on the housing.

当有一定光强照射接收端太阳能电池板11时,接收端太阳能电池板11可产生6到10伏的电压,并加载在接收端充电管理电路模块14上。接收端充电管理电路模块14选用的是市场上已有的太阳能充电器的充电管理电路,可稳定输出5伏电压,给接收端锂离子电池15充电,当接收端锂离子蓄电池15处于充电状态时,接收端充电指示灯20发光。接收端锂离子电池15可储存电能并给门铃接收端电路模块17和时钟电路模块18提供电能。其中门铃接收端电路模块17和时钟电路模块18均为市场上已有的直流电源型无线门铃和时钟电路。开关16为总电路控制开关,断开时门铃和时钟都不工作。此外,采用的接收端太阳能电池板11为非晶硅太阳能电池板,功率为0.4瓦,无线门铃(发射端和接收端)为普通市售门铃,门铃接收端电路模块17的响铃功率为0.21瓦,时钟电路模块18功率为0.05瓦,接收端锂离子蓄电池15为市售普通锂离子电池,开路电压为3.7伏,容量为1500毫安时。值得一提的是,当遇到长时间光线强度不够或者门铃工作过于频繁,导致电池电量不足时,可利用接收端USB接口19进行充电。When a certain light intensity irradiates the solar panel 11 at the receiving end, the solar panel 11 at the receiving end can generate a voltage of 6 to 10 volts, and load it on the charging management circuit module 14 at the receiving end. The charging management circuit module 14 at the receiving end is selected from the charging management circuit of an existing solar charger on the market, which can stably output 5 volts to charge the lithium-ion battery 15 at the receiving end. When the lithium-ion battery 15 at the receiving end is in a charging state , the charging indicator 20 at the receiving end emits light. The receiving end lithium ion battery 15 can store electric energy and provide electric energy to the doorbell receiving end circuit module 17 and the clock circuit module 18 . Wherein the doorbell receiver circuit module 17 and the clock circuit module 18 are existing DC power supply type wireless doorbell and clock circuits on the market. Switch 16 is a total circuit control switch, and doorbell and clock do not work when disconnected. In addition, the receiving end solar panel 11 is an amorphous silicon solar panel with a power of 0.4 watts, the wireless doorbell (transmitter and receiving end) is an ordinary commercially available doorbell, and the ringing power of the doorbell receiving end circuit module 17 is 0.21 watts. watts, the power of the clock circuit module 18 is 0.05 watts, and the lithium-ion storage battery 15 at the receiving end is a commercially available common lithium-ion battery with an open circuit voltage of 3.7 volts and a capacity of 1500 mAh. It is worth mentioning that when the light intensity is not enough for a long time or the doorbell works too frequently, resulting in insufficient battery power, the USB interface 19 at the receiving end can be used for charging.

本实施例中的门铃发射端电路结构示意图如图6所示,其原理与接收端电路(图5)相同。门铃发射端1包括发射端太阳能电池板3、呼叫按钮5、发射端充电管理电路模块21、发射端锂离子蓄电池22、门铃发射端电路模块23和发射端USB接口24,其发射端太阳能电池板3、发射端充电管理电路模块21、发射端锂离子蓄电池22、门铃发射端电路模块23电路顺序电连接,发射端USB接口24连接在发射端充电管理电路模块21上。The structural diagram of the doorbell transmitter circuit in this embodiment is shown in FIG. 6 , and its principle is the same as that of the receiver circuit ( FIG. 5 ). The doorbell transmitter 1 includes a transmitter solar panel 3, a call button 5, a transmitter charging management circuit module 21, a transmitter lithium-ion battery 22, a doorbell transmitter circuit module 23 and a transmitter USB interface 24, and the transmitter solar panel 3. The charging management circuit module 21 of the transmitting end, the lithium-ion battery 22 of the transmitting end, and the circuit module 23 of the doorbell transmitting end are electrically connected in sequence, and the USB interface 24 of the transmitting end is connected to the charging management circuit module 21 of the transmitting end.

当有一定光强照射发射端太阳能电池板3时,发射端太阳能电池板3产生6到10伏的电压,并加载在发射端充电管理电路模块21上。发射端充电管理电路模块21与接收端充电管理电路模块14相同,可稳定输出5伏电压,给发射端锂离子电池22充电,当发射端锂离子电池22处于充电状态时,发射端充电指示灯4发光。发射端锂离子蓄电池22可储存电能并给门铃发射端电路模块23提供电能。采用的发射端太阳能电池板3为非晶硅太阳能电池板,功率为0.4瓦,其无线门铃(发射端和接收端)为普通市售门铃,门铃发射端功率为0.014瓦,发射端锂离子蓄电池22为市售普通锂离子电池,开路电压为4.8伏,容量为1500毫安时。When a certain light intensity irradiates the solar panel 3 at the transmitting end, the solar panel 3 at the transmitting end generates a voltage of 6 to 10 volts, and loads it on the charging management circuit module 21 at the transmitting end. The transmitter charging management circuit module 21 is the same as the receiver charging management circuit module 14, which can stably output 5 volts to charge the transmitter lithium-ion battery 22. When the transmitter lithium-ion battery 22 is in a charging state, the transmitter charging indicator light 4 glow. The lithium-ion battery 22 at the transmitting end can store electrical energy and provide electrical energy to the circuit module 23 at the transmitting end of the doorbell. The transmitter solar cell panel 3 adopted is an amorphous silicon solar panel with a power of 0.4 watts. 22 is a commercially available common lithium-ion battery with an open circuit voltage of 4.8 volts and a capacity of 1500 mA.

Claims (6)

1. solar energy multifunctional wireless doorbell, it is characterized in that: it comprises doorbell transmitting terminal (1) and doorbell receiving end (2), doorbell transmitting terminal (1) and the contact of doorbell receiving end (2) wireless signal; Doorbell transmitting terminal (1) comprises transmitting terminal solar panel (3), call button (5), transmitting terminal charge management circuit module (21), transmitting terminal lithium-ions battery (22), doorbell transmitting terminal circuit module (23) and transmitting terminal USB interface (24), its transmitting terminal solar panel (3), transmitting terminal charge management circuit module (21), transmitting terminal lithium-ions battery (22), doorbell transmitting terminal circuit module (23) circuit are electrically connected in proper order, and transmitting terminal USB interface (24) is connected on the transmitting terminal charge management circuit module (21); Doorbell receiving end (2) comprises clock display screen (7), receiving end solar panel (11), doorbell loudspeaker (12), receiving end charge management circuit module (14), receiving end lithium-ions battery (15), switch (16), doorbell receiving terminal circuit module (17), clock circuit module (18) and receiving end USB interface (19), its receiving end solar panel (11), doorbell loudspeaker (12), receiving end charge management circuit module (14), receiving end lithium-ions battery (15), switch (16), doorbell receiving terminal circuit module (17), clock circuit module (18) circuit is electrically connected in proper order and connects, receiving end USB interface (19) is connected on the receiving end charge management circuit module (14), the power lead of clock display screen (7) is received on the corresponding polarity of battery, and the power lead of doorbell loudspeaker (12) is received on circuit board or the battery.
2. solar energy multifunctional wireless doorbell according to claim 1 is characterized in that: described transmitting terminal solar panel (3) is selected 35 millimeters of 85 millimeters * for use, and power is 0.35 watt amorphous silicon battery plate; Receiving end solar panel (11) is selected 70 millimeters of 100 millimeters * for use, and power is 0.4 watt non-crystal silicon solar cell plate.
3. solar energy multifunctional wireless doorbell according to claim 1 is characterized in that: described transmitting terminal charge management circuit module (21) and receiving end charge management circuit module (14) are all selected solar mobile phone charging device charge management circuit for use.
4. solar energy multifunctional wireless doorbell according to claim 1 is characterized in that: described transmitting terminal lithium-ions battery (22) is selected 4.8 volts for use, the lithium-ions battery of 1500 MAHs; Receiving end lithium-ions battery (15) is selected 3.7 volts for use, the lithium-ions battery of 1500 MAHs.
5. solar energy multifunctional wireless doorbell according to claim 1 is characterized in that: described doorbell is commercially available conventional DC power supply wireless doorbell, and its transmitting terminal input voltage is 4.5 volts, and static power is 0.00135 watt, and jingle bell power is 0.21 watt; Its receiving end input voltage is 3 volts, and its power is 0.0124 watt.
6. solar energy multifunctional wireless doorbell according to claim 1 is characterized in that: described electronic clock is commercially available ordinary electronic clock, and its input voltage is 3 volts, and power is 0.00185 watt.
CN2010206561350U 2010-12-14 2010-12-14 Multifunctional solar wireless doorbell Expired - Fee Related CN201927130U (en)

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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103021106A (en) * 2011-09-22 2013-04-03 吉富新能源科技(上海)有限公司 Doorbell with thin film solar battery
CN103810799A (en) * 2012-11-14 2014-05-21 杜若平 Solar energy wireless doorbell
CN103826088A (en) * 2012-11-16 2014-05-28 移康智能科技(上海)有限公司 Electronic door viewer based on solar charging, charging method and solar battery device
CN105160607A (en) * 2015-08-31 2015-12-16 江西正能量能源技术有限公司 Novel restaurant solar order calling table stand
CN107094246A (en) * 2017-06-27 2017-08-25 李正 A kind of solar powered wireless video doorbell all-in-one

Cited By (9)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103021106A (en) * 2011-09-22 2013-04-03 吉富新能源科技(上海)有限公司 Doorbell with thin film solar battery
CN103810799A (en) * 2012-11-14 2014-05-21 杜若平 Solar energy wireless doorbell
WO2014075605A1 (en) * 2012-11-14 2014-05-22 Du Ruoping Low-power consumption solar-powered wireless door bell
CN103810799B (en) * 2012-11-14 2016-06-29 杜若平 Solar energy radio doorbell
CN103826088A (en) * 2012-11-16 2014-05-28 移康智能科技(上海)有限公司 Electronic door viewer based on solar charging, charging method and solar battery device
CN103826088B (en) * 2012-11-16 2018-08-14 移康智能科技(上海)股份有限公司 Video doorbell, charging method based on solar recharging and solar battery apparatus
CN105160607A (en) * 2015-08-31 2015-12-16 江西正能量能源技术有限公司 Novel restaurant solar order calling table stand
CN107094246A (en) * 2017-06-27 2017-08-25 李正 A kind of solar powered wireless video doorbell all-in-one
WO2019001336A1 (en) * 2017-06-27 2019-01-03 李正 Wireless video doorbell all-in-one machine powered by solar energy

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