Oct 5, 2014
Project on Electromagnetic Car
In Electromagnetic Car project, the concept of electromagnetic piston is taken from the research paper of Sir Jhon Thomas Harty & Sir William Thomas Harty. An electromagnetic piston which is made of solenoid coil reciprocating including magnetic element with one electromagnet connected with the cylinder and another electromagnet connected with the piston, so that when a polarity of magnet elements is changed, a magnetic interaction of the electromagnet with one another causes the reciprocating movement of the piston, which is being converted in rotary motion by means of crankshaft made of Al rod. The motion power from the crankshaft is being transmitted from the crankshaft to rear axle with the help of a gear drive. You can also Subscribe to FINAL YEAR PROJECT'S by Email for more such projects and seminar.
The electromagnet can be one among a form of magnet in which the over unity magnetic discipline can be that is generated by the actual stream of household current. This over unity magnetic discipline disappears when the existing can be deterred.
Electromagnets usually are trusted as different parts of various other electrical gadgets, for example engines, generators, relays, audio speakers, hard disks, MRI models, scientific instruments, and also over unity magnetic separation products, together with working as professional weightlifting electromagnets for buying and also moving large metal physical objects such as refuse metal.
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The electromagnetic car according to the present invention in one aspect comprises a cylinder and a piston, each made of a magnetic material, a cylinder electromagnet having an inner wall of the cylinder magnetisable to a one magnetic pole, and a piston magnetization unit for magnetizing a portion of the piston engage able with the cylinder to a single magnetic pole in a fixed manner, in which the piston is transferred in a one direction by creating a magnetic attraction force between the cylinder and the piston by exciting the cylinder electromagnet; and the piston is then transferred in the opposite direction by creating a magnetic repellent force there between, followed by repeating this series of the actions of alternately creating the magnetic attraction force and the magnetic repellent force to allow the piston to perform a reciprocal movement.
The electromagnetic car according to the present invention in a still further aspect is constructed by arranging a combination of the cylinder with the piston in the aspects described above as a one assembly, arranging the one assembly in plural numbers and operating the plural assemblies in a parallel way, and converting a reciprocal movement of the piston in each of the plural assemblies into a rotary movement of a single crank shaft by a crank mechanism so that more can be produce for propelling any heavy vehicle.
Author:- Ankit Singh Bhandari, Bhuwan Chandra Fulara, Chandramohan Singh Mewari, Deeksha Lohani, Deepak Bailwal, Devendra Singh Bisht
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