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首页> 外文期刊>Elektron Jurnal Ilmiah >Prototype Pintu Air Berbasis Android dan Mikrokontroller Menggunakan Bluetooth
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Prototype Pintu Air Berbasis Android dan Mikrokontroller Menggunakan Bluetooth

机译:自动的水门原型和微控制器使用蓝牙

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Generally, in existing dams facilitated by sluice are used to control the amount of water on that dam. This sluice is controlled by a human that has a duty to maintain the stability of the water on that dams or not to be more than existing limitation. Therefore the doorman clerk must be ready at all times and it is impossible for him to do it over time. The water gate drain human energy when open and then close it again. This tool is using as a replacement for human power. By the statement improved advanced technology development taht combines Android with Bluetooth-based Atmega 328 microcontroller instruments. This remote sluice control works automatically. The Ping sensor measures the level of the water and sluice, after that the recorded data will be processed by microcontroller and send it into the Android through Bluetooth. Besides that, the Android data that consist of water level and sluice will be captured on the LCD screen. On the other hand, the Beeb voice that getting from a buzzer will active when the level of the water sign exceeds 3 cm. In this research, Android is used as a monitoring tool and control system remotely. Furthermore, this tool also uses a DC motor in order to open and close sluice, so it makes the water gate capable to be closed and opened based on expected distance. This system hopefully can automatically open the water gate if the water level higher than a limit position by using an android control system based on operator expectation. That way there is no human power needed to open the water gate. In other words, effectiveness and efficiency will occur.
机译:通常,在闸门促进的现有水坝中用于控制该坝上的水量。这种水闸由人类控制,该人具有义务,以保持水坝上的水的稳定性或不超过现有限制。因此,门卫职员必须随时准备好,他不可能随着时间的推移而做。打开时水门排出人力能量,然后再次关闭它。该工具用作人类电力的替代品。通过宣言改进的先进技术开发TAHT将Android与基于蓝牙的Atmega 328微控制器仪器相结合。此远程闸门控制自动工作。 Ping传感器测量水和闸门的水平,之后记录的数据将由微控制器处理,并通过蓝牙将其发送到Android。除此之外,将在LCD屏幕上捕获由水位和闸门组成的Android数据。另一方面,从蜂鸣器中获得的Beeb的声音将激活,当水符号超过3厘米时。在本研究中,Android被用作远程监控工具和控制系统。此外,该工具还使用直流电动机以打开和关闭闸门,因此它使水门能够基于预期距离关闭和打开。该系统希望如果使用基于操作员期望的Android控制系统,如果水位高于限制位置,则可以自动打开水闸。这种方式没有人类的力量来打开水门。换句话说,将发生有效性和效率。

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