Volume : VIII, Issue : XII, December - 2019
AUTOMATIC TIRE INFLATION AND DEFLATION SYSTEM
Krishna Kumar Karothiya, Manish Kumar, Krishna Kumar, Mahesh Kumar, Md. Adil Ahmed
Abstract :
As the existing of tire, from that time it required enhancement continuously done for better performance. As we know a small change in pressure is directly noticeable on the effectiveness, performance, life of tire and performance of vehicle. On a long run of vehicle, due to friction of tire and road, temperature of tire increases so for that pressure of tire also increases. Therefore its cause a tire blowout. So for augmentation, we assemble a machine named "automatic tire inflation and deflation system”. The major focus of our project to inflate a tire during low pressure and deflate during high pressure. Other focus of that project is to be provided the limited pressure according to the load and tire wear. In this machine we introduced a laser technology that can be able to check the thickness of tire and according to condition of tire wear it can be able to maintain limited pressure in tire. Under inflated tires also overheat more rapidly than perfectly inflated tires, which cause major tire damage. Among the present environmental issues and fast devolution of natural resources our project will successfully improve the fuel economy of the vehicle along with the maximization tire life and improved Vehicle handling and vehicle performance.
Keywords :
Automatic tire inflation and deflation tire pressure tire life Compressor with Air Tank Laser triangulation.
Article:
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DOI : https://www.doi.org/10.36106/paripex
Cite This Article:
AUTOMATIC TIRE INFLATION AND DEFLATION SYSTEM, Krishna Kumar Karothiya, Manish Kumar, Krishna Kumar, Mahesh Kumar, Md. Adil Ahmed PARIPEX-INDIAN JOURNAL OF RESEARCH : Volume-8 | Issue-12 | December-2019
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References :
AUTOMATIC TIRE INFLATION AND DEFLATION SYSTEM, Krishna Kumar Karothiya, Manish Kumar, Krishna Kumar, Mahesh Kumar, Md. Adil Ahmed PARIPEX-INDIAN JOURNAL OF RESEARCH : Volume-8 | Issue-12 | December-2019