WO2016173415A1 - Smart watch charging base integrating clock function - Google Patents

Smart watch charging base integrating clock function Download PDF

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Publication number
WO2016173415A1
WO2016173415A1 PCT/CN2016/079512 CN2016079512W WO2016173415A1 WO 2016173415 A1 WO2016173415 A1 WO 2016173415A1 CN 2016079512 W CN2016079512 W CN 2016079512W WO 2016173415 A1 WO2016173415 A1 WO 2016173415A1
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Prior art keywords
module
charging
sub
current
input
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PCT/CN2016/079512
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French (fr)
Chinese (zh)
Inventor
杨鑫
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成都迈奥信息技术有限公司
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Priority to CN201510214706.2A priority Critical patent/CN104868528A/en
Priority to CN201510214706.2 priority
Application filed by 成都迈奥信息技术有限公司 filed Critical 成都迈奥信息技术有限公司
Publication of WO2016173415A1 publication Critical patent/WO2016173415A1/en

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    • HELECTRICITY
    • H02GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02JCIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J7/00Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
    • HELECTRICITY
    • H02GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02JCIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
    • H02J7/00Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
    • H02J7/02Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries for charging batteries from ac mains by converters
    • H02J7/04Regulation of charging current or voltage

Abstract

A smart watch charging base integrating a clock function, comprising a base body. A human-computer interaction screen, a loudspeaker, a wireless charger and a charging interface are disposed on the surface of the base body. A microcontroller, a charging module, an alarm clock music playing module, a human-computer interaction screen drive module and a rechargeable battery are disposed inside the base body. A current input end of the charging module is connected to the charging interface, and a current output end of the charging module is connected to a current input end of the wireless charger and positive and negative poles of the rechargeable battery separately. A current input end of the human-computer interaction screen is connected to the positive and negative poles of the rechargeable battery by means of the human-computer interaction screen drive module separately. The microcontroller is connected to the charging module and the human-computer interaction screen drive module separately. A first control signal output end of the microcontroller is connected to a control signal input end of the alarm clock music playing module. The alarm clock music playing module is connected to the loudspeaker. The charging base has clock and alarm clock functions, thereby expanding functions of the smart watch charging base.

Description

发明名称:一种集成时钟功能的智能手表充电底座  Title of Invention: A smart watch charging base with integrated clock function
技术领域  Technical field
[0001] 本发明涉及充电技术领域, 特别是涉及一种集成时钟功能的智能手表充电底座 背景技术  [0001] The present invention relates to the field of charging technologies, and in particular, to a smart watch charging base with integrated clock function.
[0002] 随着科技的发展, 各种智能设备进入人们的日常生活。 在智能手机普及之后, 各大公司又幵始研制智能手表, 智能手表, 是将手表内置智能化系统、 搭载智 能手机系统而连接于网络而实现多功能, 能同步手机中的电话、 短信、 邮件、 照片、 音乐等。 但是智能手表相对于传统的机械手表或者电子手表存在一个缺 点, 即智能手表需要经常充电, 例如苹果公司推出的智能手表 Apple Watch充满 电后最多运作 18个小时, 因此, 需要每天对其充电。 此外, Apple Watch只能通 过专用无线充电器对其进行充电, 然而将该专用无线充电器放于桌面并不美观 , 如能将该无线充电器设置在充电底座上, 则能与周围环境更加匹配。  [0002] With the development of technology, various smart devices have entered people's daily lives. After the popularity of smartphones, major companies have begun to develop smart watches. Smart watches are built with intelligent systems built into the watch and equipped with a smart phone system to connect to the network for multi-function. They can synchronize phones, text messages and emails in mobile phones. , photos, music, etc. However, there is a drawback in smart watches over traditional mechanical watches or electronic watches, that is, smart watches need to be recharged frequently. For example, Apple's smart watch Apple Watch can operate for up to 18 hours after being fully charged, so it needs to be charged every day. In addition, Apple Watch can only be charged by a dedicated wireless charger. However, it is not beautiful to put the dedicated wireless charger on the desktop. If the wireless charger is set on the charging base, it can better match the surrounding environment. .
技术问题  technical problem
[0003] 本发明的目的在于克服现有技术的不足, 提供一种集成时钟功能的智能手表充 电底座, 具有时钟和闹钟功能, 进一步拓展了智能手表充电底座的功能。  [0003] The object of the present invention is to overcome the deficiencies of the prior art, and provide a smart watch charging base with integrated clock function, which has a clock and an alarm clock function, and further expands the function of the smart watch charging base.
问题的解决方案  Problem solution
技术解决方案  Technical solution
[0004] 本发明的目的是通过以下技术方案来实现的: 一种集成吋钟功能的智能手表充 电底座, 包括底座本体, 底座本体表面设置有人机交互屏、 扬声器、 无线充电 器和充电接口, 底座本体内部设置有微控制器、 充电模块、 闹钟音乐播放模块 、 人机交互屏驱动模块和充电电池, 充电模块的电流输入端与充电接口连接, 充电模块的电流输出端分别与无线充电器的电流输入端和充电电池的正负极连 接, 人机交互屏驱动模块的电流输入端分别与充电电池的正负极连接, 人机交 互屏驱动模块的电流输出端与人机交互屏的电流输入端连接, 微控制器分别与 充电模块和人机交互屏驱动模块连接进行数据交换, 微控制器的第一控制信号 输出端与闹钟音乐播放模块的控制信号输入端连接, 闹钟音乐播放模块的音频 信号输出端与扬声器的音频信号输入端连接。 [0004] The object of the present invention is achieved by the following technical solutions: A smart watch charging base integrated with a cuckoo clock function, comprising a base body, the base body surface is provided with a man-machine interactive screen, a speaker, a wireless charger and a charging interface, The base body is internally provided with a microcontroller, a charging module, an alarm clock music playing module, a human-machine interactive screen driving module and a rechargeable battery. The current input end of the charging module is connected with the charging interface, and the current output end of the charging module is respectively connected with the wireless charger. The current input end is connected with the positive and negative poles of the rechargeable battery, and the current input end of the human-computer interaction screen driving module is respectively connected with the positive and negative poles of the rechargeable battery, and the current output end of the human-computer interaction screen driving module and the current input of the human-machine interaction screen The terminal is connected, and the microcontroller is respectively connected with the charging module and the human-machine interaction screen driving module for data exchange, and the first control signal of the microcontroller The output end is connected to the control signal input end of the alarm music playing module, and the audio signal output end of the alarm music playing module is connected with the audio signal input end of the speaker.
[0005] 所述充电模块包括线路切换子模块和滤波整流子模块, 滤波整流子模块的电流 输入端与充电接口连接, 滤波整流子模块的电流输出端与线路切换子模块的电 流输入端连接, 线路切换子模块的电流输出端分别与充电电池的正负极连接。  [0005] The charging module includes a line switching sub-module and a filter commutating sub-module, wherein a current input end of the filter rectifying sub-module is connected to a charging interface, and a current output end of the filter rectifying sub-module is connected to a current input end of the line switching sub-module, The current output terminals of the line switching sub-module are respectively connected to the positive and negative terminals of the rechargeable battery.
[0006] 所述充电模块还包括侦测子模块、 电流转换子模块和数字可变电阻, 侦测子模 块的检测输入端与滤波整流子模块的电流输出端连接, 侦测子模块的数据输出 端与微控制器的数据输入端连接, 微控制器的第二控制信号输出端通过数字可 变电阻与电流转换子模块的控制信号输入端连接, 滤波整流子模块的电流输出 端通过电流转换子模块与线路切换子模块的电流输入端连接。  [0006] The charging module further includes a detecting sub-module, a current converting sub-module and a digital variable resistor, wherein the detecting input end of the detecting sub-module is connected with the current output end of the filter rectifying sub-module, and detecting the data output of the sub-module The terminal is connected to the data input end of the microcontroller, and the second control signal output end of the microcontroller is connected to the control signal input end of the current conversion submodule through the digital variable resistor, and the current output end of the filter rectifier submodule passes the current converter The module is connected to the current input of the line switching submodule.
[0007] 所述线路切换子模块包括第一充电端、 第二充电端、 第一线路和第二线路, 第 一充电端分别与第一线路和第二线路连接, 第二充电端分别与第一线路和第二 线路连接, 当充电电池的正极接第一充电端, 负极接第二充电端时, 第一线路 导通, 第二线路截止; 当所述充电电池的正极接第二充电端, 负极接第一充电 端时, 第一线路截止, 第二线路导通。  [0007] The line switching submodule includes a first charging end, a second charging end, a first line, and a second line, where the first charging end is respectively connected to the first line and the second line, and the second charging end is respectively connected to the second line When the positive pole of the rechargeable battery is connected to the first charging end and the negative pole is connected to the second charging end, the first line is turned on, and the second line is turned off; when the positive pole of the rechargeable battery is connected to the second charging end When the negative pole is connected to the first charging end, the first line is cut off, and the second line is turned on.
[0008] 所述人机交互屏驱动模块包括列驱动子模块、 行驱动子模块、 变压子模块和整 流子模块, 列驱动子模块的控制信号输入端与微控制器的第三控制信号输出端 连接, 列驱动子模块的控制信号输出端与人机交互屏的列驱动信号输入端连接 , 行驱动子模块的控制信号输入端与微控制器的第四控制信号输出端连接, 行 驱动子模块的控制信号输出端与人机交互屏的行驱动信号输入端连接, 变压子 模块的电流输入端分别与充电电池的正负极连接, 变压子模块的电流输出端与 整流子模块的电流输入端连接, 整流子模块的电流输出端与人机交互屏的电流 输入端连接。  [0008] The human-machine interaction screen driving module comprises a column driving sub-module, a row driving sub-module, a transformer sub-module and a commutating sub-module, a control signal input end of the column driving sub-module and a third control signal output of the micro-controller The terminal connection, the control signal output end of the column drive submodule is connected to the column drive signal input end of the human-machine interaction screen, and the control signal input end of the row drive sub-module is connected with the fourth control signal output end of the microcontroller, the row driver The control signal output end of the module is connected to the row drive signal input end of the human-machine interaction screen, and the current input end of the transformer sub-module is respectively connected with the positive and negative poles of the rechargeable battery, and the current output end of the transformer sub-module and the commutator module The current input terminal is connected, and the current output end of the commutator module is connected to the current input end of the human-machine interaction screen.
[0009] 所述人机交互屏包括显示子模块、 闹钟设置子模块和时钟设置子模块, 显示子 模块的控制信号输入端与微控制器的第五控制信号输出端连接, 闹钟设置子模 块的数据输出端与微控制器的第一数据输入端连接, 时钟设置子模块的数据输 出端与微控制器的第二数据输入端连接。  [0009] the human-machine interaction screen includes a display sub-module, an alarm setting sub-module and a clock setting sub-module, wherein the control signal input end of the display sub-module is connected with the fifth control signal output end of the micro-controller, and the alarm setting sub-module The data output end is connected to the first data input end of the microcontroller, and the data output end of the clock setting sub-module is connected to the second data input end of the microcontroller.
发明的有益效果 有益效果 Advantageous effects of the invention Beneficial effect
[0010] 本发明的有益效果是: [0010] The beneficial effects of the present invention are:
[0011] (1) 本发明具有吋钟和闹钟功能, 进一步拓展了智能手表充电底座的功能; [0012] (2) 侦测子模块用于侦测变压子模块的输出电压, 微控制器根据变压子模块 的输出电压, 对数字可变电阻进行调节, 从而使得充电模块能适应不同规格的 外部电源; 并且该充电模块能根据不同规格的外部电源, 而动态调节该数字可 变电阻, 以使得外部电源的输出电压处于最小临界值, 此时, 充电电流处于最 大充电值, 即该充电模块能根据不同规格的外部电源而采用不同的最大充电电 流对充电电池进行充电或为无线充电器供电, 从而该充电模块以最大功率对充 电电池进行充电或为无线充电器供电;  [0011] (1) The present invention has a cuckoo clock and an alarm clock function, further expanding the function of the smart watch charging base; [0012] (2) detecting sub-module for detecting the output voltage of the transformer sub-module, the microcontroller The digital variable resistor is adjusted according to the output voltage of the transformer sub-module, so that the charging module can adapt to external power supplies of different specifications; and the charging module can dynamically adjust the digital variable resistor according to different external power sources. So that the output voltage of the external power source is at the minimum critical value, at this time, the charging current is at the maximum charging value, that is, the charging module can charge the rechargeable battery with different maximum charging current according to different external power sources of different specifications or is a wireless charger. Powering, so that the charging module charges the rechargeable battery at maximum power or supplies power to the wireless charger;
[0013] (3) 线路切换子模块能防止充电电池的极性接错导致充电模块或充电电池损 坏, 因此充电电池可以任意的正接或反接, 实现无极性充电, 提高了充电模块 及充电电池的安全性, 使用方便。 [0013] (3) The line switching sub-module can prevent the charging module from being connected to the charging module and causing damage to the charging module or the charging battery. Therefore, the rechargeable battery can be connected in any way, or reversely, to achieve non-polar charging, and the charging module and the rechargeable battery are improved. Safe and easy to use.
对附图的简要说明  Brief description of the drawing
附图说明  DRAWINGS
[0014] 图 1为本发明集成时钟功能的智能手表充电底座的结构框图。  1 is a structural block diagram of a smart watch charging base with integrated clock function according to the present invention.
发明实施例  Invention embodiment
本发明的实施方式  Embodiments of the invention
[0015] 下面结合附图进一步详细描述本发明的技术方案, 但本发明的保护范围不局限 于以下所述。  [0015] The technical solution of the present invention will be further described in detail below with reference to the accompanying drawings, but the scope of protection of the present invention is not limited to the following.
[0016] 如图 1所示, 一种集成时钟功能的智能手表充电底座, 包括底座本体, 底座本 体表面设置有人机交互屏、 扬声器、 无线充电器和充电接口, 底座本体内部设 置有微控制器、 充电模块、 闹钟音乐播放模块、 人机交互屏驱动模块和充电电 池, 充电模块的电流输入端与充电接口连接, 充电模块的电流输出端分别与无 线充电器的电流输入端和充电电池的正负极连接, 人机交互屏驱动模块的电流 输入端分别与充电电池的正负极连接, 人机交互屏驱动模块的电流输出端与人 机交互屏的电流输入端连接, 微控制器分别与充电模块和人机交互屏驱动模块 连接进行数据交换, 微控制器的第一控制信号输出端与闹钟音乐播放模块的控 制信号输入端连接, 闹钟音乐播放模块的音频信号输出端与扬声器的音频信号 输入端连接。 [0016] As shown in FIG. 1 , a smart watch charging base with integrated clock function includes a base body, and a surface of the base body is provided with a human-machine interaction screen, a speaker, a wireless charger and a charging interface, and a microcontroller is disposed inside the base body. The charging module, the alarm clock music playing module, the human-computer interaction screen driving module and the rechargeable battery, the current input end of the charging module is connected with the charging interface, and the current output end of the charging module is respectively connected with the current input end of the wireless charger and the rechargeable battery. The negative pole is connected, the current input end of the human-computer interaction screen driving module is respectively connected with the positive and negative poles of the rechargeable battery, and the current output end of the human-machine interactive screen driving module is connected with the current input end of the human-machine interaction screen, and the microcontroller respectively The charging module and the human-machine interactive screen driving module are connected for data exchange, and the first control signal output end of the microcontroller and the alarm music playing module are controlled. The signal input end is connected, and the audio signal output end of the alarm music playing module is connected to the audio signal input end of the speaker.
[0017] 所述无线充电器为 MagSafe式的无线充电器。  [0017] The wireless charger is a MagSafe-type wireless charger.
[0018] 进一步的, 底座本体表面还设置有麦克风, 底座本体内部还设置有语音识别模 块, 语音识别模块的音频输入端与麦克风的音频输出端连接, 语音识别模块的 控制信号输出端与微控制器的控制信号输入端连接。 麦克风接收用户发出的语 音控制命令, 并将该语音控制命令转换为音频信号, 然后将该音频信号输入语 音识别模块, 语音识别模块识别接收到的音频信号, 然后根据该音频信号发出 控制信息到微控制器, 微控制器根据该控制信息进行相关操作。  [0018] Further, a microphone is further disposed on the surface of the base body, and a voice recognition module is further disposed inside the base body, and the audio input end of the voice recognition module is connected to the audio output end of the microphone, and the control signal output end and the micro control of the voice recognition module are The control signal input of the device is connected. The microphone receives the voice control command issued by the user, converts the voice control command into an audio signal, and then inputs the audio signal into the voice recognition module, the voice recognition module recognizes the received audio signal, and then sends the control information to the micro according to the audio signal. The controller, the microcontroller performs related operations according to the control information.
[0019] 所述充电模块包括线路切换子模块和滤波整流子模块, 滤波整流子模块的电流 输入端与充电接口连接, 滤波整流子模块的电流输出端与线路切换子模块的电 流输入端连接, 线路切换子模块的电流输出端分别与充电电池的正负极连接。 充电接口与外部电源连接, 滤波整流子模块对外部电源通过充电接口流入的电 流进行滤波和整流处理, 并将处理后的电流输入线路切换子模块。  [0019] The charging module includes a line switching sub-module and a filter rectifying sub-module, wherein a current input end of the filter rectifying sub-module is connected to a charging interface, and a current output end of the filter rectifying sub-module is connected to a current input end of the line switching sub-module, The current output terminals of the line switching sub-module are respectively connected to the positive and negative terminals of the rechargeable battery. The charging interface is connected to an external power source, and the filter rectifier sub-module filters and rectifies the current flowing from the external power source through the charging interface, and inputs the processed current into the line switching sub-module.
[0020] 所述滤波整流子模块与充电接口之间设置有防浪涌电路 , 防浪涌电路包括四个 电阻、 比较器、 三极管和场效应管, 第一电阻与第二电阻串联, 第二电阻的另 一端接地, 第一电阻的另一端与第三电阻连接, 第三电阻的另一端与三极管的 集电极连接, 三极管的基极与集电极连接, 三极管的发射极接地, 比较器的第 一输入端与三极管的集电极连接, 比较器的第二输入端连接在第一电阻和第二 电阻之间, 比较器的输出端与场效应管的栅极连接, 场效应管的漏极接地, 场 效应管的源极与第四电阻连接, 第四电阻的另一端连接在第一电阻和第三电阻 之间, 且分别与充电接口和滤波整流子模块的电流输入端连接。  [0020] an anti-surge circuit is disposed between the filter rectifier submodule and the charging interface, and the anti-surge circuit includes four resistors, a comparator, a triode, and a field effect transistor, and the first resistor and the second resistor are connected in series, and the second The other end of the resistor is grounded, the other end of the first resistor is connected to the third resistor, the other end of the third resistor is connected to the collector of the triode, the base of the triode is connected to the collector, the emitter of the triode is grounded, and the comparator is An input is connected to the collector of the transistor, a second input of the comparator is connected between the first resistor and the second resistor, an output of the comparator is connected to the gate of the FET, and a drain of the FET is grounded The source of the FET is connected to the fourth resistor, and the other end of the fourth resistor is connected between the first resistor and the third resistor, and is respectively connected to the charging interface and the current input terminal of the filter rectifier module.
[0021] 所述充电模块还包括侦测子模块、 电流转换子模块和数字可变电阻, 侦测子模 块的检测输入端与滤波整流子模块的电流输出端连接, 侦测子模块的数据输出 端与微控制器的数据输入端连接, 微控制器的第二控制信号输出端通过数字可 变电阻与电流转换子模块的控制信号输入端连接, 滤波整流子模块的电流输出 端通过电流转换子模块与线路切换子模块的电流输入端连接。 侦测子模块用于 侦测滤波整流子模块的输出电压, 电流转换子模块的输出电流随着滤波整流子 模块的输出电压的增大而减小, 当滤波整流子模块的输出电压处于最小临界值 吋, 电流转换子模块的输出电流最大; 微控制器根据侦测子模块侦测到的滤波 整流子模块的输出电压调节数字可变电阻, 使得滤波整流子模块的输出电压处 于最小临界值, 此吋, 电流转换子模块的输出电流处于最大值。 [0021] The charging module further includes a detection sub-module, a current conversion sub-module and a digital variable resistor, wherein the detection input end of the detection sub-module is connected with the current output end of the filter rectifier sub-module, and the data output of the sub-module is detected. The terminal is connected to the data input end of the microcontroller, and the second control signal output end of the microcontroller is connected to the control signal input end of the current conversion submodule through the digital variable resistor, and the current output end of the filter rectifier submodule passes the current converter The module is connected to the current input of the line switching submodule. The detection submodule is used for detecting the output voltage of the filter rectifier submodule, and the output current of the current conversion submodule follows the filter commutator The output voltage of the module is increased and decreased. When the output voltage of the filter rectifier submodule is at the minimum threshold, the output current of the current conversion submodule is the largest; the filter is based on the filter rectifier module detected by the detection submodule. The output voltage adjusts the digital variable resistor so that the output voltage of the filter rectifier submodule is at a minimum threshold. Therefore, the output current of the current conversion submodule is at a maximum.
[0022] 进一步的, 所述充电模块还包括至少一个用于为普通电子设备进行充电的 micr o USB接口, micro USB接口与线路切换子模块的电流输出端连接, 实现为多个 设备同时进行充电。 [0022] Further, the charging module further includes at least one micr o USB interface for charging a common electronic device, and the micro USB interface is connected to the current output end of the line switching sub-module, so as to simultaneously charge multiple devices. .
[0023] 所述线路切换子模块包括第一充电端、 第二充电端、 第一线路和第二线路, 第 一充电端分别与第一线路和第二线路连接, 第二充电端分别与第一线路和第二 线路连接, 当充电电池的正极接第一充电端, 负极接第二充电端时, 第一线路 导通, 第二线路截止; 当所述充电电池的正极接第二充电端, 负极接第一充电 端时, 第一线路截止, 第二线路导通。  [0023] The line switching sub-module includes a first charging end, a second charging end, a first line and a second line, wherein the first charging end is respectively connected to the first line and the second line, and the second charging end is respectively connected to the second line When the positive pole of the rechargeable battery is connected to the first charging end and the negative pole is connected to the second charging end, the first line is turned on, and the second line is turned off; when the positive pole of the rechargeable battery is connected to the second charging end When the negative pole is connected to the first charging end, the first line is cut off, and the second line is turned on.
[0024] 所述人机交互屏驱动模块包括列驱动子模块、 行驱动子模块、 变压子模块和整 流子模块, 列驱动子模块的控制信号输入端与微控制器的第三控制信号输出端 连接, 列驱动子模块的控制信号输出端与人机交互屏的列驱动信号输入端连接 , 行驱动子模块的控制信号输入端与微控制器的第四控制信号输出端连接, 行 驱动子模块的控制信号输出端与人机交互屏的行驱动信号输入端连接, 变压子 模块的电流输入端分别与充电电池的正负极连接, 变压子模块的电流输出端与 整流子模块的电流输入端连接, 整流子模块的电流输出端与人机交互屏的电流 输入端连接。  [0024] The human-machine interactive screen driving module includes a column driving sub-module, a row driving sub-module, a transformer sub-module and a commutating sub-module, and a control signal input end of the column driving sub-module and a third control signal output of the micro-controller The terminal connection, the control signal output end of the column drive submodule is connected to the column drive signal input end of the human-machine interaction screen, and the control signal input end of the row drive sub-module is connected with the fourth control signal output end of the microcontroller, the row driver The control signal output end of the module is connected to the row drive signal input end of the human-machine interaction screen, and the current input end of the transformer sub-module is respectively connected with the positive and negative poles of the rechargeable battery, and the current output end of the transformer sub-module and the commutator module The current input terminal is connected, and the current output end of the commutator module is connected to the current input end of the human-machine interaction screen.
[0025] 所述人机交互屏包括显示子模块、 闹钟设置子模块和时钟设置子模块, 显示子 模块的控制信号输入端与微控制器的第五控制信号输出端连接, 用于显示吋间 , 闹钟设置子模块的数据输出端与微控制器的第一数据输入端连接, 用于设置 闹钟, 时钟设置子模块的数据输出端与微控制器的第二数据输入端连接。 微控 制器接收来自闹钟设置模块的数据, 当到达闹钟设定时间时, 微控制器控制闹 钟音乐播放模块播放音乐。  [0025] the human-machine interaction screen includes a display sub-module, an alarm setting sub-module and a clock setting sub-module, and the control signal input end of the display sub-module is connected with the fifth control signal output end of the micro-controller for displaying the diurnal The data output end of the alarm setting sub-module is connected to the first data input end of the microcontroller for setting an alarm, and the data output end of the clock setting sub-module is connected to the second data input end of the microcontroller. The micro controller receives data from the alarm setting module, and when the alarm setting time is reached, the microcontroller controls the alarm music playing module to play music.

Claims

[权利要求 1] 一种集成吋钟功能的智能手表充电底座, 其特征在于: 包括底座本体 [Claim 1] A smart watch charging base integrated with a cuckoo clock function, comprising: a base body
, 底座本体表面设置有人机交互屏、 扬声器、 无线充电器和充电接口 , 底座本体内部设置有微控制器、 充电模块、 闹钟音乐播放模块、 人 机交互屏驱动模块和充电电池, 充电模块的电流输入端与充电接口连 接, 充电模块的电流输出端分别与无线充电器的电流输入端和充电电 池的正负极连接, 人机交互屏驱动模块的电流输入端分别与充电电池 的正负极连接, 人机交互屏驱动模块的电流输出端与人机交互屏的电 流输入端连接, 微控制器分别与充电模块和人机交互屏驱动模块连接 进行数据交换, 微控制器的第一控制信号输出端与闹钟音乐播放模块 的控制信号输入端连接, 闹钟音乐播放模块的音频信号输出端与扬声 器的音频信号输入端连接。 The base body surface is provided with a man-machine interactive screen, a speaker, a wireless charger and a charging interface. The base body is internally provided with a microcontroller, a charging module, an alarm clock music playing module, a human-computer interaction screen driving module and a rechargeable battery, and a current of the charging module. The input end is connected to the charging interface, and the current output end of the charging module is respectively connected with the current input end of the wireless charger and the positive and negative terminals of the rechargeable battery, and the current input end of the human-computer interaction screen driving module is respectively connected with the positive and negative terminals of the rechargeable battery. The current output end of the human-computer interaction screen driving module is connected with the current input end of the human-machine interaction screen, and the micro-controller is respectively connected with the charging module and the human-machine interaction screen driving module for data exchange, and the first control signal output of the micro controller The end is connected with the control signal input end of the alarm music playing module, and the audio signal output end of the alarm music playing module is connected with the audio signal input end of the speaker.
[权利要求 2] 根据权利要求 1所述的一种集成时钟功能的智能手表充电底座, 其特 征在于: 所述充电模块包括线路切换子模块和滤波整流子模块, 滤波 整流子模块的电流输入端与充电接口连接, 滤波整流子模块的电流输 出端与线路切换子模块的电流输入端连接, 线路切换子模块的电流输 出端分别与充电电池的正负极连接。  [Claim 2] The smart watch charging base with integrated clock function according to claim 1, wherein: the charging module comprises a line switching sub-module and a filter rectifying sub-module, and a current input end of the filter rectifying sub-module Connected to the charging interface, the current output end of the filter rectifier submodule is connected to the current input end of the line switching submodule, and the current output end of the line switching submodule is respectively connected to the positive and negative terminals of the rechargeable battery.
[权利要求 3] 根据权利要求 2所述的一种集成时钟功能的智能手表充电底座, 其特 征在于: 所述充电模块还包括侦测子模块、 电流转换子模块和数字可 变电阻, 侦测子模块的检测输入端与滤波整流子模块的电流输出端连 接, 侦测子模块的数据输出端与微控制器的数据输入端连接, 微控制 器的第二控制信号输出端通过数字可变电阻与电流转换子模块的控制 信号输入端连接, 滤波整流子模块的电流输出端通过电流转换子模块 与线路切换子模块的电流输入端连接。  [Claim 3] The smart watch charging base with integrated clock function according to claim 2, wherein: the charging module further comprises a detecting submodule, a current converting submodule and a digital variable resistor, and detecting The detection input end of the submodule is connected to the current output end of the filter rectifier submodule, the data output end of the detection submodule is connected to the data input end of the microcontroller, and the second control signal output end of the micrometer passes the digital variable resistor Connected to the control signal input end of the current conversion sub-module, the current output end of the filter rectifier sub-module is connected to the current input end of the line switching sub-module through the current conversion sub-module.
[权利要求 4] 根据权利要求 2所述的一种集成时钟功能的智能手表充电底座, 其特 征在于: 所述线路切换子模块包括第一充电端、 第二充电端、 第一线 路和第二线路, 第一充电端分别与第一线路和第二线路连接, 第二充 电端分别与第一线路和第二线路连接, 当充电电池的正极接第一充电 端, 负极接第二充电端时, 第一线路导通, 第二线路截止; 当所述充 电电池的正极接第二充电端, 负极接第一充电端时, 第一线路截止, 第二线路导通。 [Claim 4] The smart watch charging base with integrated clock function according to claim 2, wherein: the line switching sub-module comprises a first charging end, a second charging end, a first line and a second a first charging end is connected to the first line and the second line, and the second charging end is respectively connected to the first line and the second line, and when the positive pole of the rechargeable battery is connected to the first charging When the second terminal is connected to the second charging terminal, the first line is turned on, and the second line is turned off; when the positive pole of the rechargeable battery is connected to the second charging end, and the negative pole is connected to the first charging end, the first line is cut off, and the second line is cut off. Turn on.
[权利要求 5] 根据权利要求 1所述的一种集成时钟功能的智能手表充电底座, 其特 征在于: 所述人机交互屏驱动模块包括列驱动子模块、 行驱动子模块 、 变压子模块和整流子模块, 列驱动子模块的控制信号输入端与微控 制器的第三控制信号输出端连接, 列驱动子模块的控制信号输出端与 人机交互屏的列驱动信号输入端连接, 行驱动子模块的控制信号输入 端与微控制器的第四控制信号输出端连接, 行驱动子模块的控制信号 输出端与人机交互屏的行驱动信号输入端连接, 变压子模块的电流输 入端分别与充电电池的正负极连接, 变压子模块的电流输出端与整流 子模块的电流输入端连接, 整流子模块的电流输出端与人机交互屏的 电流输入端连接。  [Claim 5] The smart watch charging base with integrated clock function according to claim 1, wherein: the human-machine interactive screen driving module comprises a column driving sub-module, a row driving sub-module, and a transformer sub-module And the commutator module, the control signal input end of the column drive submodule is connected with the third control signal output end of the micro controller, and the control signal output end of the column drive submodule is connected with the column drive signal input end of the human machine interaction screen, The control signal input end of the driving submodule is connected with the fourth control signal output end of the microcontroller, and the control signal output end of the row driving submodule is connected with the row driving signal input end of the human-machine interaction screen, and the current input of the variable voltage sub-module The terminals are respectively connected to the positive and negative terminals of the rechargeable battery, and the current output end of the transformer sub-module is connected to the current input end of the commutator module, and the current output end of the commutator module is connected to the current input end of the human-machine interaction screen.
[权利要求 6] 根据权利要求 1所述的一种集成吋钟功能的智能手表充电底座, 其特 征在于: 所述人机交互屏包括显示子模块、 闹钟设置子模块和吋钟设 置子模块, 显示子模块的控制信号输入端与微控制器的第五控制信号 输出端连接, 闹钟设置子模块的数据输出端与微控制器的第一数据输 入端连接, 吋钟设置子模块的数据输出端与微控制器的第二数据输入 端连接。  [Claim 6] The smart watch charging base with integrated cuckoo clock function according to claim 1, wherein: the human-machine interaction screen comprises a display sub-module, an alarm setting sub-module and a cuckoo setting sub-module. The control signal input end of the display sub-module is connected to the fifth control signal output end of the microcontroller, the data output end of the alarm setting sub-module is connected with the first data input end of the microcontroller, and the data output end of the sub-module of the cuckoo clock is set. Connected to the second data input of the microcontroller.
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