Flat bed type automatic forming device for machining winding shaft sleeve

Abstract

The invention relates to a flat-bed type automatic forming equipment for processing rolled shaft sleeves. It solves the technical problems such as the unreasonable design of the prior art. The flat-bed type automatic forming equipment for processing rolled bushings includes a bed, a plane is arranged on the top of the bed, and a feeding mechanism, a bending and rounding mechanism, a shaping mechanism and a double bed are arranged on the plane in sequence. A head chamfering mechanism, the double-head chamfering mechanism includes a base fixed on a plane, and two cantilever sliding seats that can move in the horizontal direction are arranged on the rear surface of the base, and each cantilever sliding seat is respectively connected with the horizontal driving device Connected, a chamfering cutter head is provided at the opposite ends of the two cantilever sliding seats, and a waste chute located under the cantilever sliding seats and a waste conveying mechanism arranged in the waste chute are also provided on the bed, and the waste conveying mechanism Able to transport cutting waste from the waste chute to the outside of the waste chute. The advantages of the present invention lie in that the waste cleaning efficiency can be improved.

Description

technical field [0001] The invention belongs to the technical field of rolling shaft sleeve manufacturing, and in particular relates to a flat bed type automatic forming equipment for processing rolled shaft sleeves. Background technique [0002] Rolled sleeves need to be processed through multiple steps. [0003] The processing steps include, rolling - shaping - chamfering and so on. [0004] Existing processing equipments are respectively equipped with a special processing equipment for each step for processing. This kind of processing technology needs to be transported between two devices, which virtually reduces the production efficiency. Some inventors have improved it. By integrating the above-mentioned steps on one device, it not only improves the processing efficiency, but also improves the processing efficiency. It also reduces production costs. [0005] However, whether it is a single chamfering equipment or an integrated equipment, the design of the chamfering ...

AI Technical Summary

Problems solved by technology

[0005] However, whether it is a single chamfering equipment or an integrated equipment, the design of the chamfering mechanism is vertical. When processing, the waste will be scattered to every corner of the equipment under the action of its own weight, seriously affecting the Subsequent waste cleaning, secondly, the larger volume of the equipment

In addition, in the existing equipment, the waste material is discharged manually, and it takes a lot of time and energy to clean up the waste material, the cost is high, and the design is not humanized enough.

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