多功能早晨唤醒系统

Junhui Lai, Guorong Chen
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引用次数: 0

摘要

随着中国经济的快速发展,万物创新、万物互联被广泛提及,家庭智能化开始发展。然而,由于成本高昂,家庭智能化的推广受到了限制。考虑到传统闹钟功能单一,市场萧条的问题,本文提出设计一种多功能的清晨唤醒系统,可以使闹钟实现多功能和低成本。这样,普通家庭就可以体验到智能化的产品,有利于家庭智能化的提升。多功能唤醒系统通过手机APP设定唤醒时间,触发下位机闹钟开启,压力传感器采集压力值。当压力保持在一定范围内一段时间后,可以关闭闹钟。同时,还可以远程控制窗帘的启闭、灯光的启闭等,为人们的生活增添了更多的便利,也增加了家庭的“智能化”。系统分为软件模块和硬件模块。硬件模块主要包括压力传感器模块、步进电机模块和WiFi模块,用STM32开发板对各个硬件模块进行控制;软件模块是基于Android平台开发的手机APP,用户可以通过手机APP登录、连接服务器、向下位机发送指令、设置唤醒时间等功能。终端代码采用C语言编写,在Keil uVision平台上编译,移动终端采用Java语言在Eclipse平台上编译。系统测试满足系统要求,具有科学性和可行性。
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Multi-function Morning Wake-up System
With the rapid development of China’s economy, innovation and interconnection of all things are widely mentioned, and family intelligence has begun to develop. However, due to the high cost, the promotion of family intelligence is limited. Considering the single function of traditional alarm clock and the depressed market, this paper proposes to design a multi-function early morning wake-up system, which can make the alarm clock multi-functional and low-cost. In this way, ordinary families can experience intelligent products, which is conducive to the promotion of family intelligence. The multi-function wake-up system sets the wake-up time through the mobile phone APP, thus triggering the alarm clock of the lower Computer to open and the pressure sensor to collect the pressure value. When the pressure is kept within a certain range for a period of time, the alarm clock can be switched off. At the same time, it can also remotely control the opening and closing of curtains, the opening and closing of lights and so on, which is more convenient for people’s life, but also increases the family “intelligence”. The system is divided into software module and hardware module. The hardware module mainly includes pressure sensor module, stepper motor module and WiFi module, with STM32 development board to control each hardware module; the software module is based on the Android platform development of mobile APP, and users can login through the mobile APP, connect to the server, send instructions to the lower Computer, set the wake-up time, etc. The terminal code is written in C language, compiled on Keil uVision platform, and the mobile terminal is compiled on Eclipse platform in Java language. The system test meets the requirements of the system, which is scientific and feasible.
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