A device for pressing an elevator handrail into a mold

Abstract

A device for pressing an elevator handrail belt into a die is composed of a pressing die frame, a die device, a die supporting frame and a pneumatic device. The pressing die frame is composed of four pressing die supporting legs, a pressing die groove and a photoelectric sensor. The die device is composed of four rolling wheels, five fastening nails, the steel die, a transverse rod and a semicircular connector. The die supporting frame is composed of two die supporting legs and a guiding groove body. The pneumatic device is composed of a push rod, a loop bar, a pneumatic cylinder, an atomized lubricator, a filling valve, a front air inlet valve, a start button and a rear air inlet valve. Specifically, the pneumatic device is used for conducting specific pushing actions on the die, and the device provided by the invention belongs to the field of elevator machining. The device for pressing the elevator handrail belt into the die has the beneficial effects that the pneumatic device is used for pushing the steel die, and the purposes that noise is low, the actions are continuous, and pollution is avoided are achieved; and oil mist lubrication is conducted on the push rod and the loop bar in the pneumatic cylinder through the atomized lubricator, and the service life of the pneumatic device is prolonged.

Description

technical field [0001] The invention relates to a device for pressing an elevator handrail into a mould, specifically a device for pushing a mold body by using a pneumatic device to realize feeding the mold into an elevator handrail, and belongs to the field of elevator processing. 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 cau...

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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