Novel transverse bar blanking mechanism of reinforcing mesh welding production line

Abstract

The invention discloses a novel transverse bar blanking mechanism of a reinforcing mesh welding production line. The novel transverse bar blanking mechanism structurally comprises multiple transverse bar wire feeding devices and multiple transverse bar positioning devices, wherein the multiple transverse bar wire feeding devices and the multiple transverse bar positioning devices are arranged in a direction vertical to the transverse bar axis direction; the transverse bar positioning devices comprise bases and movable bases; transverse bars pass through a transverse bar channel; when the transverse bar wire feeding devices drive clamping heads at the end parts of the transverse bar wire feeding devices to extend out to clamp and transfer the transverse bar to welding positions, the transverse bar channel is closed by the movable bases; when the transverse bar wire feeding devices drive the clamping heads at the end parts to retract so as to clamp the transverse bars, the transverse bar channel is opened by the movable bases, and the transverse bar wire feeding devices push the transverse bars to the welding positions. The novel transverse bar blanking mechanism has the beneficial effects that the transverse bar wire feeding devices and the transverse bar positioning devices are used for sequentially conveying the transverse bars to the welding positions and positioning and restricting the new input transverse bars; the specification range of processed transverse bars is wide, and the novel transverse bar blanking mechanism is simple in structure and easy to operate; steel wire rods are used as raw materials for the transverse bars, and the sizing requirements of the transverse bars are met by virtue of a simple-structure straightening and sizing device, so that the novel transverse bar blanking mechanism has the advantages of low cost and wide raw material application range.

Description

technical field [0001] The invention relates to a steel mesh welding production line, in particular to a novel transverse bar blanking mechanism of the steel mesh welding production line. Background technique [0002] The prior art steel mesh welding production line is equipped with a cross-bar blanking mechanism, the function of the cross-bar blanking mechanism is to suck the pre-straightened and cut-off cross-bars through the rotary drum, and then turn the cross-bars through the rotation of the dial. It is transported under the electrode and welded with longitudinal bars to form a steel mesh. [0003] The horizontal rib blanking mechanism in the prior art includes: an inclined silo, in which the pre-straightened and cut-off fixed-length horizontal ribs are installed, and the horizontal ribs will slide down the slideway to the front of the drum equipped with magnets, and the magnets on the drum are used to Adsorb the transverse ribs, the transverse ribs rotate together wit...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned prior art horizontal bar blanking mechanism has the following defects: the horizontal bar must be straightened and cut to a fixed length in advance, so it must be equipped with straightening equipment and cutting equipment for its straightening

In view of the different length and diameter of the transverse ribs, the slots for holding the transverse ribs of the dial also change with the diameter of the transverse ribs. Therefore, the prior art transverse rib blanking mechanism has relatively large limitations, time-consuming, laborious and low efficiency.

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