Feeding mechanism of vertical multi-start hoop bending machine

Abstract

The invention relates to a feeding mechanism of a vertical multi-start hoop bending machine, which comprises a plurality of groups of hoop bending mechanisms, a transmission mechanism and a driving mechanism, wherein the hoop bending mechanisms comprise telescopic main shafts and hoop bending main shafts; the telescopic main shafts can stretch and retract front and back, and the hoop bending main shafts rotate by taking the telescopic main shafts as a center; the plurality of groups of hoop bending mechanisms are arranged linearly; an accommodating channel for accommodating reinforcing steel bars is formed between the telescopic main shafts and the hoop bending main shafts; and a magnet is arranged on the rear part of the accommodating channel. The feeding mechanism has the advantages of high speed, simple and convenient operation and low manufacturing cost of the machine.

Description

technical field [0001] The invention relates to a feeding mechanism of a vertical multi-head hoop bending machine. Background technique [0002] The construction industry needs to use a large number of hoops formed by bending hoops every day. At present, the bending hoops of steel bars are still realized by manual and automatic bending. For example, a hoop needs to be bent in five places to form a complete hoop. The current The method is to manually cooperate with the bending machine to remove the bends one by one. Each hoop needs to be operated five times before it can be formed. The speed is slow, the efficiency is low, and the defective rate is high; A mechanical transmission mechanism is used instead of manual operation, and a microcomputer is used to automatically control the delivery of steel bars, but each hoop needs to be transported five times. The bent hoops cannot be arranged neatly and need to be sorted manually. The bending hoops of this hoop bending machine Th...

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Problems solved by technology

[0002] The construction industry needs to use a large number of hoops formed by bending hoops every day. At present, the bending hoops of steel bars are still realized by manual and automatic bending. For example, a hoop needs to be bent in five places to form a complete hoop. The current The method is to manually cooperate with the bending machine to remove the bends one by one. Each hoop needs to be operated five times before it can be formed. The speed is slow, the efficiency is low, and the defective rate is high; The mechanical transmission mechanism is used instead of manual operation, and the microcomputer is used to automatically control the steel bar conveying, but each hoop needs to be transported five times. The bent hoops cannot be arranged neatly and need to be sorted manually. The bending hoops of this hoop bending machine The speed improvement is limited, and the production cost is high, so it cannot be widely used

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