Trimming and automatic sorting system for automobile door aluminum hinges

Abstract

The invention provides a trimming and automatic sorting system for automobile door aluminum hinges. The system comprises a trimming tool, a storage platform, a material pushing tool, a slide way, conveying devices and product collection frames. The trimming tool is used for cutting off flanges, left after machining, of the completely-machined automobile door aluminum hinges. The automobile door aluminum hinges with the flanges cut off enter the bottom of the trimming tool. The storage platform is arranged at the bottom of the trimming tool and is used for containing the automobile door aluminum hinges subjected to complete trimming on the trimming tool. The material pushing tool is located at one end of the storage platform and used for pushing out the automobile door aluminum hinges on the storage platform. One end of the slide way is connected with the other end of the storage platform. The conveying devices are connected with the other end of the slide way. The conveying devices include the left station conveying device and the right station conveying device. The left station conveying device and the right station conveying device are used for conveying the automobile door aluminum hinges conveyed form the slide way. The product collection frames are located at the bottom of the left station conveying device and the bottom of the right station conveying device correspondingly and used for collecting the automobile door aluminum hinges output from the left station conveying device and the right station conveying device.

Description

technical field [0001] The invention relates to the field of car door aluminum hinge processing, in particular to an automatic sorting system for edge trimming of car door aluminum hinges. Background technique [0002] Today, traditional trimming and sorting of door hinges are generally done manually, lacking automation. First trim the door hinges that need to be trimmed, and then put the trimmed door aluminum hinges into the consumable, usually one The workstation can only trim the hinges in the same orientation, and after trimming, artificially put the trimmed door hinges into the recycling bin. [0003] This is time-consuming and troublesome, and there are many staff, high labor intensity, low work efficiency, and high production costs, which cannot meet the production needs of large quantities, and the competitiveness of enterprises is poor; and production costs, reduce labor intensity, improve production efficiency and economic benefits, the automatic operation of door...

AI Technical Summary

Problems solved by technology

[0002] Today, traditional trimming and sorting of door hinges are generally done manually, lacking automation. First trim the door hinges that need to be trimmed, and then put the trimmed door aluminum hinges into the consumable, usually one The workstation can only trim the hinges in the same orientation, and after trimming, artificially put the trimmed door hinges into the recycling bin

[0003] This is time-consuming and troublesome, and there are many staff, high labor intensity, low work efficiency, and high production costs, which cannot meet the production needs of large quantities, and the competitiveness of enterprises is poor; and production costs, reduce labor intensity, improve production efficiency and economic benefits, the automatic operation of door hinge sorting is imminent, so there is an urgent need for a simple structure, easy to use, reasonable and reliable design, compact structure, smooth movement, high work efficiency, low cost Inexpensive, small footprint, automatic sorting system for door hinge trimming that can meet the needs of large-scale production

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