Conveying upper guardrail mechanism

Abstract

The invention relates to a conveying upper guardrail mechanism. The conveying upper guardrail mechanism includes two guardrail main body side walls, two guardrail displacement seats, a conveying piecefixing system, a driving system, and a main controlling distribution box, wherein the two guardrail displacement seats are arranged on the two sides below a conveying belt. The two guardrail main body side walls are arranged on the two sides of the conveying belt. The lower ends of the two guardrail main body side walls are separately embedded into the two guardrail displacement seats in a translation mode. The conveying piece fixing system includes an adherence pushing head, a main body tensioning pushing head, a top edge aligning tensioning pushing head, an output position adjustment pushing head. The driving system is in mechanical connection with the conveying piece fixing system. The main controlling distribution box is electrically connected with the driving system. According to theconveying upper guardrail mechanism, accurate positioning of the overall horizontal position, height position, and outlet position can be conducted to the pairs of workpiece products, and accurate positioning of the posture can be conducted to a single workpiece product. In addition, overall situation automation is achieved to the whole conveying and adjusting process. The conveying upper guardrail mechanism can be widely used in adaptation of a workpiece, a structure and a packaging conveying section in a manufacturing industry assembly line working procedure.

Description

technical field [0001] The invention relates to an accessory mechanism applied to a conveying path of a workpiece product assembly line, in particular to a conveying upper guardrail mechanism. Background technique [0002] The structure of the guardrail on the existing conveyor or conveyor belt is simple, and most of them are simple two-sided shielding to prevent the workpiece, assembly or container from falling or falling down and affecting the next process. However, with the increase in the degree of automation in the manufacturing industry , Operators are streamlined, and there is a gap in the fine-tuning steps of the workpiece. Higher requirements are put forward for the accuracy of the conveying position of the workpiece on the conveyor track or conveyor belt. There are higher requirements for alignment and top flatness, so a conveying top that can accurately position the overall horizontal position, height position, output position, and individual workpiece product pos...

AI Technical Summary

Problems solved by technology

[0002] The structure of the guardrail on the existing conveyor or conveyor belt is simple, and most of them are simple shielding on both sides to prevent the workpiece, assembly or container from affecting the next process due to falling or falling down. However, as the degree of automation in the manufacturing industry increases , Operators are streamlined, and there is a gap in the fine-tuning steps of the workpiece. Higher requirements are put forward for the accuracy of the conveying position of the workpiece on the conveying path or on the conveyor belt. There are higher requirements for alignment and top flatness, so a conveying top that can accurately position the overall horizontal position, height position, output position, and individual workpiece product posture during the conveying process is required. Technical Structure Products

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