Straight rebar collecting and bundling system

Abstract

A straight rebar collecting and bundling system comprises a rebar collecting device, a rebar transition conveying device and a rebar bundling device. The rebar collecting device comprises a straight tilter and further comprises a reciprocating collection device arranged on the side wall of the tilter, the reciprocating collection device comprises multiple collection grooves in longitudinal arrangement, a collecting and conveying driving roller is mounted at the bottom of a U-shaped port of each of part or all of the collection grooves, and a collecting and conveying driving roller driving device is mounted on the side portion of each collection groove mounted with the corresponding collecting and conveying driving roller; a temporary supporting device is mounted on each of at least two collection grooves, the rebar transition conveying device comprises a transition conveying trolley arranged on the rear portion of the rebar collecting device, a reciprocating linear driving device is connected on the transition conveying trolley, the rebar bundling device is a bundler, and a bundled rebar conveying section is arranged behind the bundler. The system can realize full automation of rebar collecting and bundling.

Description

technical field [0001] The invention relates to rear-stage equipment in the production of straight steel bars, in particular to a collection and bundling system for straight steel bars, which belongs to the technical field of wire rod production equipment. Background technique [0002] The main method in the current collection and packaging section of straight steel bars is to use the steel turning machine to collect the wire rods cut to length in the side collection tank, and then use manual operations to carry out follow-up work. When the steel turning machine turns over the steel bars , the steel bars fall into the collection tank along a fixed curve, and the steel bars turn over into the collection tank and "pile up like a mountain". It is necessary to manually spread out the steel bars to fill the collection tank; Bundling requires manual operation of a baler to bale, so the labor intensity of the workers in the current collection and packaging section of straight steel...

AI Technical Summary

Problems solved by technology

[0002] The main method in the current collection and packaging section of straight steel bars is to use the steel turning machine to collect the wire rods cut to length in the side collection tank, and then use manual operations to carry out follow-up work. When the steel turning machine turns over the steel bars , the steel bars fall into the collection tank along a fixed curve, and the steel bars turn over into the collection tank and "pile up like a mountain". It is necessary to manually spread out the steel bars to fill the collection tank; Bundling requires manual operation of a baler to bale, so the labor intensity of the workers in the current collection and packaging section of straight steel bars is very high, requiring manual cooperation and cooperation, the labor cost is high, and the heated steel bars are also likely to cause injuries to workers; there are more The most fatal thing is that if manual work is used, the production line needs to slow down at many manual participation points, which leads to the following problems: First, the overall speed of steel bar collection is slow, which cannot adapt to the production process of high-speed straight steel bar production lines. The bottleneck process in rolling, for example, the production speed of the cold-rolled steel bar production line developed by Anyang Heli Cold Rolling Co., Ltd. reaches more than 1000 m / min. This method cannot meet the production speed requirements at all; the second is to slow down the production line after manual participation Then the process of increasing the speed will lead to instability of the production line, which will easily cause fluctuations in the production process, affect the quality of the product, and lead to a decrease in the yield rate. Therefore, the current packaging section has high labor costs and low automation, and cannot adapt to high-speed wire production. In order to adapt To meet the needs of high-speed wire rolling, the development of a fast and reliable steel wire collection system at the back end of the production line can improve the efficiency of the entire production line and reduce costs

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