Tr**re 上传586.32 KB 文件格式 zip arduino-uno 自动水泵控制系统 描述 该项目旨在用于具有一组光伏太阳能电池板和电池的系统中。 该系统根据以下传感器的读数来控制水泵: 电池电量(电压)。 阳光水平。 水箱最大水位检测器。 该代码是专门为Arduino开发板中的Atmega328P芯片设计的。 整个代码用C / C ++编写,...
The Atmega328P-PU (IC1) chip in this circuit is infact an Arduino UNO chip, that is to say IC1 holds a small code prepared & processed using Arduino IDE. Switch S1 is the traditional reset switch as found in the Arduino board. Here, ports PD2, PD4 and PD7 of IC1 (D2, D4, D...
This paper aims in providing a user friendly, reliable and automated water pumping system using arduino. The paper aims in designing a system which is capable of detecting moisture level in the soil and capable of taking the decision of switching ON/OFF water pump. The system also uses ...
A modular 3D-printable hydroponic tower garden with Arduino based water pump controller. - laszlodaniel/ModularHydroponicTowerGarden
Order information : Range :0-5m , Output :4-20mA , Power supply:12-30VDC ,Process connection: Filter cover ,Electronic Connector:Directly cable Applications : Lift station monitoring,Tank liquid level,Landfill leachate monitoringConstruction by-pass pumping,Dewatering...
The connection between Arduino and GSM module as follows: Arduino TX to RX GSM module Arduino RX to TX GSM module Arduino GND to GND GSM module Never try to power the GSM module from Arduino’s 5V output pin to 5V input of GSM module. ...
We can see here that the MUX is a connection between the Arduino Nano and the tool on our robot. If we go back to my fourth blog where I covered the quick tool change mechanism, the idea was for the robot to have multiple different tools which can...
ArduinoCloud.begin(ArduinoIoTPreferredConnection); /* The following function allows you to obtain more information related to the state of network and IoT Cloud connection and errors the higher number the more granular information you'll get. The default is 0 (only errors). Maximum is 4 */ se...
pins required for the connection of the RC522 RFID scanner. The Arduino Uno board is connected to the following components: three HC-Sr04 Ultrasonic Sensors, one RC522 RFID Scanner, one 16 × 2 LCD Screen with I2C module, one 20 × 4 LCD Screen with module, and some pins of Arduino ...
These collected data are transferred to a centralized server using Arduino and Raspberry Pi to be analyzed, then visualized through a Web interface. The proposed solution allows the detection of the water level in a tank. When the level goes below a threshold, an alert will be sent to the ...