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首页> 外文期刊>Advances in Biological Chemistry >A Design of Remote-Controlled Chalkboard Eraser
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A Design of Remote-Controlled Chalkboard Eraser

机译:遥控黑板橡皮擦设计

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Chalkboard erasers that are commonly used in many schools and education organizations have the poor ability in removing the dust off the chalkboard and collect them. The dust that is not collected will be taken into human bodies via inhalation, which will lead to respiratory diseases. Therefore, it is crucial to design a chalkboard eraser that can collect the dust effectively. If the eraser can be controlled both remotely and manually by people, it can further reduce the amount of dust taken in by human bodies. To achieve remote control, a micro-controller is needed to transfer the infrared radiation (IR) into signals that can control electric motors to move around on the chalkboard. Furthermore, the microfiber is also used as the cleaning material to improve the performance of dust cleaning and collecting. A vacuum pump is needed to create negative pressure between the eraser and the chalkboard so that the eraser can stick to it. The result shows a stronger ability in removing and collecting dust. With the help of the Arduino UNO board, the remote control is successfully achieved, and the eraser can move on the chalkboard freely according to the order.
机译:在许多学校和教育组织中常用的黑板橡皮擦具有较差的能力,可以从黑板上移除灰尘并收集它们。未收集的灰尘将通过吸入进入人体,这将导致呼吸系统疾病。因此,设计一个可以有效地收集灰尘的黑板橡皮擦至关重要。如果橡皮擦可以通过人远程和手动控制,它可以进一步减少人体所采取的灰尘量。为了实现遥控器,需要微控制器来将红外辐射(IR)转移到能够控制电动机在黑板上移动的信号。此外,微纤维也用作清洁材料,以改善灰尘清洁和收集的性能。需要真空泵来产生橡皮板和黑板之间的负压,使得橡皮擦可以坚持下去。结果表明了去除和收集灰尘的更强能力。在Arduino Uno板的帮助下,成功实现了遥控器,并且橡皮擦可以根据订单自由地在黑板上移动。

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