International Journal of Recent Trends in Engineering & Research

online ISSN

Elimination of Idle Time in Choking Machine for Nut Module

Publication Date : 27/03/2019

DOI : 10.23883/IJRTER.CONF.20190322.041.9C54L

Author(s) :

Mr.A.Arun senthil kumar , Mr.A.Arun senthil kumar , M.Karthick raja , R.Thamarai selvan , R.Thamarai selvan.

Conference Name :
1st International Conference on New Scientific Creations in Engineering and Technology - 2019

Abstract :

The production rate of a machine in an industry is expected to be high as much as possible. Deviations in the rate of production due to any miscellaneous factors can be avoided. Obviously, human errors are unavoidable. At the same time necessary actions should be taken to minimise the deviations to the negligible level. Nyloc nut, a solid component is a special type of fastener. Nyloc nut production is essential in order to reduce the vibration during motion. The vibratory feeder in choking machine (SSNA 14) can be replaced with the help of appropriate mechanism to reduce the power loss due to vibration. To overcome this, a suggestion as design of a prototype has been made, which is simple in construction and produces less vibration and noise compared to the existing one. It also reduces the idle time of choking machine (SSNA 14), due to the misalignment of the components from the track. The section which combines both the nyloc and nut in the existing machine is fine. But a disturbance arises because of vibration in vibratory feeder. In this project, the replacement for the feeder is provided as a suggestion through a design.

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