Equipment of automatic pressurizing mold of escalator handrail belt

Abstract

The invention provides equipment of an automatic pressurizing mold of an escalator handrail belt. The equipment is composed of a pressurizing supporting body, a mold device and a framework device; the pressurizing supporting body is composed of supporting legs, a concave body and an infrared sensor I; the mold device is composed of a rolling wheel I, a square mold, a rolling wheel II, matching pins, a rolling wheel III, a gear I, a motor I, a motor II, a gear II and a gear III; the framework device is composed of a framework supporting leg I, a framework supporting leg II, a rack I, a motor III, a gear IV, a transmission shaft, a framework body, an internal rack, a gear V, a rack II, an infrared sensor II, a start button and an infrared sensor III. Specifically, the invention provides a device for pressing the escalator handrail belt into the mold in a pressurizing process, and belongs to the field of machining of escalators. The equipment provided by the invention has the beneficial effects that injuries to human bodies by heat radiation are reduced, and dangers to scalding of the human bodies, caused by the pressurized mold, are reduced; injuries to workers by harmful gas are reduced.

Description

technical field [0001] The invention relates to a device for automatically pressurizing a mold for an elevator handrail, in particular to a device for pressing the elevator handrail into a mold when it is pressurized, and belongs to the field of elevator machining. Background technique [0002] Whether it's a high-end shopping mall, a busy airport, or a large bus terminal, escalators and moving walks have become an integral part of everyday life around the world to carry people around. The processing of most parts of the elevator has been automated, but the equipment for automatically putting the handrail of the elevator into the pressurized mold is still blank in the market. At present, the pressurization of elevator handrails is mostly manually pressed into the mold, which has low processing efficiency and high labor intensity. Moreover, due to the high temperature required for pressurization, it will cause accidental injury to processing personnel and cause safety acciden...

AI Technical Summary

Problems solved by technology

At present, the pressurization of elevator handrails is mostly manually pressed into the mold, which has low processing efficiency and high labor intensity. Moreover, due to the high temperature required for pressurization, it will cause accidental injury to processing personnel and cause safety accidents. The harmful gas produced after pressing is very harmful to the human body

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