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Controlling of Water Temperature and Flow Rate

机译:控制水温和流量

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摘要

Nowadays, offices, restaurants, factories, etc. use liquid temperature control systems. Usually these systems are working according to a very simple logic. For example, water heaters are closed down after boiling water. There is no temperature control in those systems. Another water temperature system is electric water dispenser. In this system, water can be hot or cold without temperature controller. Therefore, water or liquid at the desired temperature can be obtained. There are hot and cold water tanks in the system. The temperatures of the tanks are kept constant. When users want water at a specific temperature, system calculate hot and cold water rates and mix them. In this way, the desired water temperature is obtained. This system can be use another liquid temperature control. The input values of temperature and flow rate of water is entered with the help of MATLAB GUI interface. The values are sent to STM32F4 controller card. The flow rate of the tank is controlled by the opening and closing of the solenoid valves. The flow rate of the water is measured by a flow meter and values sent to MATLAB in order to control flow rate of water.
机译:如今,办公室,饭店,工厂等使用液体温度控制系统。通常,这些系统按照非常简单的逻辑工作。例如,开水后将热水器关闭。在这些系统中没有温度控制。另一个水温系统是电动饮水机。在此系统中,没有温度控制器的水可以是热的或冷的。因此,可以获得所需温度的水或液体。系统中有冷热水箱。储罐的温度保持恒定。当用户想要特定温度的水时,系统会计算冷热水率并将其混合。这样,获得了所需的水温。该系统可以使用另一种液体温度控制。借助MATLAB GUI界面输入水的温度和流速的输入值。值将发送到STM32F4控制器卡。油箱的流量由电磁阀的打开和关闭控制。水的流量由流量计测量,并将值发送到MATLAB,以控制水的流量。

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