Design of Reciprocating Rack and Pinion Mechanism Dual Working
Evaluation of the mechanisms geometry leads to the conclusion that this mechanism is able to withstand in higher wear and tear condition Compared to existing bearing used for the rotational motion. Rack and pinion are most widely used mechanism in so many industries, but it is only used for back and forth motion. Innovative mechanism for the combination of reciprocating and rotary motion and vice versa is described. The research work is aimed to characterized the working of mechanism and investigate its potential application in different industries. The mechanism is applied in some industries where there is a usage of two different types of mechanism to reduce the current usage and to increase the efficiency. The mechanism significantly reduces unfavorable defects and increase the life time period of the system. Which subsequently result in a more efficient motion conversion. Also, evaluation of the mechanisms geometry leads to the conclusion that this mechanism is able to withstand in higher wear and tear condition Compared to existing bearing used for the rotational motion.
Figure 6 from Design of Reciprocating Rack and Pinion Mechanism Dual Working Mechanism
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Figure 6 from Design of Reciprocating Rack and Pinion Mechanism Dual Working Mechanism
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