A kind of h-shaped steel automatic cutting equipment

Abstract

The present invention relates to steel blanking equipment, in particular to a fully automatic H-shaped steel blanking equipment, comprising a support, a transmission driving device, a conveyor belt system, a pedestal, a sliding beam, a working slide, a lifting frame and a cutting gun. A conveyor belt system is installed on the seat, and H-shaped steel is placed on the conveyor belt system, and the conveyor belt system is driven and connected with the transmission drive device. There are pedestals on both sides of the support, and a horizontal span is erected on the upper part of the pedestal. The sliding beam above the conveyor belt system, the sliding beam is equipped with a working slide, and the working slide includes a lifting drive device, a rotating drive device, a rotating rod and a housing, and the lifting drive device is fixedly installed on the on the inner wall of the housing. The invention realizes the reliable fixing of the H-shaped steel by means of electromagnetic adsorption, solves the problem of inconvenient use and disassembly of the fixing fixture, and also avoids the phenomenon of wrong cutting of the positioning device.

Description

technical field [0001] The invention relates to steel blanking equipment, in particular to a fully automatic H-shaped steel blanking equipment. Background technique [0002] With the development of the steel industry, steel structures are widely used in all aspects of production and life. The types of steel structures are complex, and their processing techniques are becoming more and more complicated. The workload of steel structure processing is increasing. Through artificial The way of cutting and blanking is becoming more and more impractical. In order to obtain H-shaped steel processing raw materials in batches, it is necessary to automatically cut and blank H-shaped steel. The automatic blanking devices currently on the market generally use cutting The equipment is fixed on the H-shaped steel body. After a cutting is completed, it needs to be dismantled and then installed to the predetermined position. This method of positioning and cutting is inefficient and prone to m...

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Problems solved by technology

[0002] With the development of the steel industry, steel structures are widely used in all aspects of production and life. The types of steel structures are complex, and their processing techniques are becoming more and more complicated. The workload of steel structure processing is increasing. Through artificial The way of cutting and blanking is becoming more and more impractical. In order to obtain H-shaped steel processing raw materials in batches, it is necessary to automatically cut and blank H-shaped steel. Currently, the automatic blanking devices on the market generally use cutting The equipment is fixed on the H-shaped steel body. After a cutting is completed, it needs to be removed again and then installed to the predetermined position. This method of positioning and cutting is inefficient and easy to cause miscutting.

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