Automatic Sidestand Mover for Two Wheelers |
Author(s): |
Venkatesh. R , SAVEETHA SCHOOL OF ENGINEERING,SAVEETHA UNIVERSITY; Mainikandan.H, SAVEETHA SCHOOL OF ENGINEERING,SAVEETHA UNIVERSITY; Azariah Pravin Kumar. S, SAVEETHA SCHOOL OF ENGINEERING,SAVEETHA UNIVERSITY; Sundar. D, SAVEETHA SCHOOL OF ENGINEERING,SAVEETHA UNIVERSITY |
Keywords: |
motor, driver circuit, micro-controller, polarity, and limit switch |
Abstract |
The side stand of a motor bike can be retracted automatically by using a motor and shaft circuit controlled by a driver circuit. The power supply can be given either by an external source like batteries or by internal power sources. The side stand of a motor bike is connected with the motor using a shaft. This motor is driven and controlled by a driver circuit and a micro controller. The rotation of the side stand and motion of the motor is controlled by the driver circuit which was internally connected with the motor. The motion of the side stand is monitored by a limiting switch . When the starter button is pressed the motor rotates in a direction to lift the side stand up. When the side stand reaches its limit, the power supply is cut off which can be identified using a limit switch. Micro controller and driver circuit are responsible for the direction of rotation of the motor. When the push button is pressed, the polarity of the motor along with the driver circuit gets reversed. Hence the motor rotates in the opposite direction. There will also be a limit switch at the original position of side stand before retraction. The power supply will be stopped as soon as the side stand reach the limiting switch. This technology can be regarded as the lifesaving one. About 80% of the accidents takes place due to the carelessness of this sort. Safety is the first and foremost motivation behind this system. Reduction of human work can also be achieved by this system. The cost and maintenance of the system is also economical. |
Other Details |
Paper ID: IJSRDV3I1028 Published in: Volume : 3, Issue : 1 Publication Date: 01/04/2015 Page(s): 25-26 |
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