Guide tube carrying plate

Abstract

The invention relates to a guide tube carrying plate. The guide tube carrying plate comprises a carrying plate body, wherein a plurality of limiting posts are arranged on the carrying plate body, andthe plurality of limiting posts are distributed on the carrying plate body and form a first discharge space for placing first guide tubes and a second discharge space for placing second guide tubes. According to the guide tube carrying plate, the limiting posts are distributed in a dot-matrix mode, so that multiple guide tubes can be placed, and the carrying plate can be used for carrying different guide tubes. Furthermore, the carrying plate body comprises an upper plate, a lower plate and a connecting column, wherein a first limiting mechanism is arranged on the upper plate, and a straight pipe can be placed on the first limiting mechanism and can be limited by the first limiting mechanism; a second limiting mechanism is further arranged on the upper plate, and a bent pipe can be placedon the second limiting mechanism and can be limited by the second limiting mechanism. The guide tube carrying plate is especially suitable for placing safety belt traction guide tubes, the straight pipe during machining and the bent pipe after machining can be placed, the guide tubes can be conveniently grabbed and put, and the guide tube carrying plate has the advantages of high universality, thesimple structure and capability of guaranteeing efficient and continuous production of a production line.

Description

technical field [0001] The invention relates to a conduit material carrier plate. Background technique [0002] The production of automobile safety belt traction tube generally includes three processes of heading, bending and punching. refer to Figure 1 to Figure 4 as shown, figure 1 The conduit 60 is processed into a conduit 60 with an enlarged diameter portion by a head mechanism ( figure 2 ), through the bending mechanism will figure 2 The conduit 60 in the machined into image 3 In the conduit 60, through the punching mechanism will image 3 The catheter 60 is punched into a catheter 60 having a die-cut portion. The traditional pipe 60 forming production line is a series type. After the pipe 60 is placed in the head-starting mechanism, it is transported to the pipe bending mechanism by the robot for bending. After bending, it is sent to the punching mechanism for punching by the robot. The flexibility of the entire production line The reliability is poor. Once ...

AI Technical Summary

Problems solved by technology

The traditional tube 60 forming production line is a series type. After the tube 60 is placed in the head-starting mechanism, it is transported to the pipe bending mechanism by the robot for bending. After bending, it is sent to the punching mechanism for punching by the robot. The flexibility of the entire production line Poor performance, once a process fails, the entire production line needs to be shut down, affecting production efficiency

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