To design an automatic feeding syst

为了设计宠物自动喂食系统，需要将其细分为各种模块，以实现自动控制，定期正常显示，温度测试和警报提醒等功能。首先，我们应该有一个主控制系统来控制整个电路的正常运行，这可以由单片机完成。我们还应该有一个模块电路来显示时间。按下按钮以更改警报设置，然后电动机控制闸阀自动放入食物。电源电路模块为整个电路供电，并在供电过程中伴有照明。<br>经过分析设计，根据需求确定了系统的总体设计原理框图，如图2-1所示。它包括：SCM最小系统，显示电路，时钟电路，电源电路，电机控制阀，按钮电路，温度测试，照明和闹钟以及WiFi模块。

要设计宠物自动喂养系统，需要将其细分为多个模块，以实现自动控制、定期正常显示、温度测试和报警提醒等功能。首先，我们应该有一个主控制系统来控制整个电路的正常运行，这可以通过单芯片微机完成。我们也应该有一个模块电路来显示时间。按下按钮更改报警设置，电机控制门阀以自动放置食物。电源电路模块为整个电路供电，并在供电过程中伴有照明。<br>分析设计后，根据要求确定系统的整体设计原理块图，如图 2-1 所示。它包括：SCM最小系统、显示电路、时钟电路、电源电路、电机控制阀、按钮电路、温度测试、照明和闹钟以及 WiFi 模块。

To design an automatic feeding system for pets, it needs to be subdivided into various modules in order to realize functions such as automatic control, regular normal display, temperature test and alarm reminder. First of all, we should have a main control system to control the normal operation of the entire circuit, which can be completed by a single-chip microcomputer. We should also have a module circuit to display the time. Press the button to change the alarm setting, and the motor controls the gate valve to automatically put food. The power supply circuit module supplies power to the entire circuit and is accompanied by lighting during the power feeding process.After analyzing the design, the overall design principle block diagram of the system is determined according to the requirements, as shown in Figure 2-1. It includes: SCM minimum system, display circuit, clock circuit, power supply circuit, motor control valve, button circuit, temperature test, lighting and alarm clock, and WiFi module.<br>