Detecting mechanism for presence or absence of feeding running water of drawing part

Abstract

The invention provides a detecting mechanism for presence or absence of feeding running water of a drawing part. The detecting mechanism comprises a protective cover, wherein a charge hole and a discharge hole are separately formed in the two sides of the protective cover; an opposite photoelectric sensor is mounted on the protective cover at the charge hole; a workbench is arranged in the protective cover; a feeding device is arranged on a position, close to the charge hole, of the workbench; a pressing gas cylinder and a cutting gas cylinder are sequentially arranged on the top of the protective cover; a telescopic pole of the pressing gas cylinder is fixedly connected to a pressing plate; a telescopic pole of the cutting gas cylinder is fixedly connected to a cutter; a carrying device is arranged at the discharge hole; the carrying device comprises a mounting frame, a positive and negative rotation motor and a carrying gas cylinder; the positive and negative rotation motor is fixedly arranged on the bottom of the mounting frame; a carrying gas cylinder is fixedly arranged on the top of the mounting frame; a lower clamping plate is arranged at one side of the mounting frame; a first groove for accommodating the lower clamping plate is formed in the workbench; and an upper clamping plate is fixedly arranged on the top of the telescopic pole of the carrying gas cylinder. The detecting mechanism is convenient in use, can timely judge a feeding condition of steel wool, is better in cutting and carrying effect of the steel wool, and is high in degree of automation.

Description

technical field [0001] The invention belongs to the technical field of drawing part production, and in particular relates to a detection mechanism for the presence or absence of flowing water incoming materials of drawing parts. Background technique [0002] Steel wool, also known as steel wool, can also be called steel fiber and steel wool. It is composed of low-carbon steel made into filaments. It has good softness and wear resistance than cotton and other fibers. Steel wool is used in production and life. has a wide range of applications. Stretching process refers to the use of molds to punch flat blanks of a certain shape into various open hollow parts or reduce the diameter of open hollow blanks and increase the height. The steel shell is a mechanical processing technology that uses stretching During the production process of the steel shell, steel wool needs to be filled into the steel shell. The production process is to cut the steel wool sheet, and then transport th...

AI Technical Summary

Problems solved by technology

Stretching process refers to the use of molds to punch flat blanks of a certain shape into various open hollow parts or reduce the diameter of open hollow blanks and increase the height. The steel shell is a mechanical processing technology that uses stretching During the production process of the steel shell, steel wool needs to be filled into the steel shell. The production process is to cut the steel wool sheet, and then transport the steel wool sheet to the extrusion machine equipped with the steel shell. In the warehouse, the steel wool sheet is pressed into the steel shell, and then the steel shell filled with steel wool sheet is sent to the turntable to rotate and feed, but the steel wool cutting device and the steel wool sheet handling device are inconvenient use, the cutting quality is not good, and it is impossible to judge whether the steel wool has incoming materials or not.

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