Hand protecting fence for stamping apparatus

Abstract

The invention discloses a hand protecting fence for a stamping apparatus. The hand protecting fence for the stamping apparatus has the advantages of being reasonable and simple in structure, low in production cost, convenient to install and complete in function. According to the hand protecting fence for the stamping apparatus, transverse movement is generated by using the lengthways movement of astamping machine, and the hands can be forcibly removed out of the working range of a die within the distance of one third of the total travel according to the linkage principle of a mechanical structure, so that the personal safety of an operator is guaranteed. When the upper sliding seat of the stamping machine goes downwards, a bolt moves downwards to drive a rack to move downwards, the rack drives a gear to rotate, a telescopic arm is driven by the gear to unfold, a sliding block slides leftwards on a sliding rail so that a hand pushing plate pushes the hands of the operator away from theposition between the upper sliding seat of the stamping machine and a lower workbench surface of the stamping machine, the operator is protected, and occupational injury is avoided.

Description

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AI Technical Summary

Benefits of technology

This innovation makes it easier than traditional methods by creating an easy-to use machine with fewer parts while still providing its functionality at least three times longer. It uses a mechanism called a linking system where two rods connect together through a pivot joint. A pin extends between these rod ends when they reach their maximum length during each cycle or after being pressed into place. By moving back and forth along this line, there will also cause another part connected to both rods to shift up/down slightly within 33% of every other strokes. These movements help prevent injury if someone tries to touch them accidentally.

Problems solved by technology

This patented technical problem addressed in this patents relates to improving upon existing methods used during production processes where workers use tools while working near dangerous areas (such as when they shouldn't touch them). These conventional ways involve light curtains or starting up an alarm system before getting hurt from heavy machinery. However, none offer effective solutions due to their limitations - either too expensive or lacked durability over time.

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