Ultrasonic water level indicator and controller using AVR microcontroller

Cjestop Jeswin, B. Marimuthu, K. Chithra
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引用次数: 20

Abstract

The consequence of level measurement cannot be overstated. Inaccurate or inappropriate measurements can cause levels in vessels to be excessively higher or lower than their measured values. Ultrasonic level measurement is one of the best technique used for continuous level measurement. In this project we are using HC-SR04 to measure the level in the water tank and AVR Microcontroller to control it from overflow. Ultrasonic sensor module “HC-SR04” uses a technique called “ECHO” which is something you get when sound reflects back after striking with a surface. The output signal of the sensor is proportional to the distance based on the echo. This output signal is then processed according to the high level programming language which is embedded into the microcontroller ATmega 16. Then the processed output is displayed in the LCD display. The motor is connected to the output port of the microcontroller through 5V relay switch. Here it has some benefits to use microcontroller for control actions than using the normal PLCs. Even though PLC itself has a microprocessor since PLCs are expensive, bulky and are not easily adapted to high speed I/O. Also compared to other non-contact type of level measurement ultrasonic sensor produces no radiations and no harmful effects to the environment. The main objective of our project is to attain accurate measurement of level and to make a safety control over it.
超声波水位指示器及控制器采用AVR单片机
液位测量的后果怎么强调也不为过。不准确或不适当的测量可导致血管中的水平过高或低于其测量值。超声液位计是连续测量液位计的最佳技术之一。在这个项目中,我们使用HC-SR04来测量水箱中的液位,并使用AVR单片机来控制其溢出。超声波传感器模块“HC-SR04”使用了一种叫做“ECHO”的技术,这种技术是当声音与物体表面接触后反射回来的。传感器的输出信号与基于回波的距离成正比。然后根据嵌入到微控制器atmega16中的高级编程语言处理该输出信号。然后将处理后的输出显示在LCD显示屏上。电机通过5V继电器开关连接到单片机输出口。在这里,使用微控制器进行控制动作比使用普通plc有一些好处。尽管PLC本身有一个微处理器,因为PLC是昂贵的,笨重的,不容易适应高速I/O。此外,与其他非接触式液位测量相比,超声波传感器不产生辐射,对环境没有有害影响。我们项目的主要目标是获得准确的液位测量并对其进行安全控制。
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