08
Feb
Power Generating Shock Absorber Using Rack And Pinion. CONCLUSLION A rackpinion-based electromagnetic regenerative shock absorber is developed and tested which can generate electric power from the road-induced suspension vibration of vehicles. The output of free wheel is attached with flywheel which stores kinetic energy and transfer to dynamo which generate electricity. 3 Rack and pinion. Designed an electromagnetic shock absorber utilising a rack and pinion mechanism.
The damping coefficient of the shock absorber was only 30. Weight is used to generate electricity with the help of Rack Pinion Gears Chain drive Sprocket PMDC Generator Battery and inverter. CONCLUSLION A rackpinion-based electromagnetic regenerative shock absorber is developed and tested which can generate electric power from the road-induced suspension vibration of vehicles. 1 Chassis 2 Wheel mounting 3 Gear Box Because of reciprocating motion the pinion is rotating and suspension do work. The output of free wheel is attached with flywheel which stores kinetic energy and transfer to dynamo which generate electricity. Converted to a rotary motion by using a rack and pinion mechanism.
The proposed shock absorber design works on rack and pinion mechanism to generate power where the linear movement of the shock absorber is converted to rotary movement.
The proposed shock absorber design works on rack and pinion mechanism to generate power where the linear movement of the shock absorber is converted to rotary movement. CONCLUSLION A rackpinion-based electromagnetic regenerative shock absorber is developed and tested which can generate electric power from the road-induced suspension vibration of vehicles. In early prototype of regenerative shock absorber based on oscillatory rotation generator rack teeth were. Uses a pair of bevel gears to change the transmission by 90. It is a bio -friendly mechanism which. Capable of generating more power and getting larger.