Plate automatic pushing system

Abstract

A sheet material automatic pushing system comprises a frame and a transmission mechanism; the transmission mechanism comprises a drive motor and a transmission chain; the transmission chain is arranged on two sides of the frame, and connected with transmission drive chain wheels on two ends of the frame; the drive motor is connected with the transmission chain wheels for transmission; the system also comprises a sheet material stop rack and a push mechanism; the sheet material stop rack is arranged in the frame, and the sheet material is stacked in the sheet material stop rack; the push mechanism comprises mobile seats, a pressure plate and a push plate; two mobile seats are symmetrically arranged on two side transmission chain through connectors; a connecting shaft is arranged between the mobile seats, and sleeved by a swing sleeve; the front portion of an outer wall of the swing sleeve is fixedly connected with a swing arm; a free end of the swing arm is connected with the pressure plate; the push plate is fixedly connected on the bottom surface of a rear portion of the pressure plate. The system uses horizontal transmission to replace crown block hoist transfer, sues less space, is simple in structure and convenient in operation, and can accurately push the sheet material to an assigned position with high accuracy, thus saving mass labor and material resources; the system is low in cost and high in efficiency.

Description

technical field [0001] The invention relates to a sheet material pushing device, in particular to an automatic sheet material pushing system applicable to the production process of non-standard T-shaped and H-shaped steel. Background technique [0002] In the production process of non-standard steel, independent plates are welded together according to the specified format through production equipment to form finished products such as T-shaped steel and H-shaped steel. Plates are generally large in size, and their transfer is usually lifted by a crane. Therefore, a large crane is installed in the production workshop, which not only occupies a large area, but also is prone to dangerous situations such as bumping and falling off during the transfer process. The lives of staff are threatened. Some manufacturers use the push method to feed materials, but the structure of the push device is complicated, and the relative positional relationship between the plate and the web has lo...

AI Technical Summary

Problems solved by technology

Plates are generally large in size, and their transfer is usually lifted by a crane. Therefore, a large crane is installed in the production workshop, which not only occupies a large area, but also is prone to dangerous situations such as bumping and falling off during the transfer process. Threat to staff life

Some manufacturers use the push method to feed materials, but the structure of the push device is complex, and the relative positional relationship between the plate and the web has low accuracy, which cannot meet the production needs of non-standard steel, and the applicable area is small

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