Automatic machining device for reinforcement cage main reinforcement

Abstract

The invention discloses an automatic machining device for a reinforcement cage main reinforcement. The automatic machining device comprises a base frame and a transmission device arranged on the baseframe, wherein the transmission device comprises a transverse transmission device and a longitudinal transmission device, the transverse transmission device comprises a plurality of transmission rollers which are parallel to one another, the transmission rollers are rotated by a motor, a plurality of V-shaped supporting guide rails which are perpendicular to the transmission rollers and arranged in a matrix are arranged on the base frame, a transmission outlet of the transverse transmission device is sequentially provided with a sawing device, a thread lathing device and an end head grinding device, the longitudinal transmission device comprises a turnover shaft arranged on the base frame and perpendicular to the transmission rollers, at least two turnover mechanisms are hinged to the turnover shaft, and the turnover mechanisms are used for overturning the reinforcement from one section of V-shaped support guide rail to the other section of V-shaped support guide rail which are longitudinally adjacent. According to the automatic machining device, the reinforcements are automatically transported to the stations for machining treatment according to the production process through thetransmission device, so that a lot of manpower resources are saved, the production efficiency is improved, and meanwhile, the machining precision is improved.

Description

technical field [0001] The invention relates to an automatic processing device, in particular to an automatic processing device for the main reinforcement of a steel cage. Background technique [0002] Reinforcement cage usually refers to the steel skeleton of the pile foundation, which is used for foundation engineering and mainly plays a role of tensile resistance. The cylindrical steel skeleton is evenly distributed, and the ring stirrups are evenly wound around the skeleton, and there are reinforced main bars in the middle. There are usually three steps in the production of main bars: sawing, threading, and grinding. In the existing main bar production process, it is generally operated manually. The efficiency of manual operation is low, the cost of labor input is large, the processing accuracy is poor, and there are various common quality problems. Resulting in a low qualified rate of mechanical connection of steel bars. Contents of the invention [0003] The object ...

AI Technical Summary

Problems solved by technology

There are usually three steps in the production of main bars: sawing, threading, and grinding. In the existing main bar production process, it is generally operated manually. The efficiency of manual operation is low, the cost of labor input is large, the processing accuracy is poor, and there are various common quality problems. Leading to a low qualified rate of mechanical connection of steel bars

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