X-ray tank detection device

Abstract

The X-ray tank body detection device comprises a conveying line used for conveying tank bodies, a bottom plate arranged on the side edge of the conveying line, an X-ray scanning forming device used for detecting tank body edge curling data, a tank body outer size measuring device used for detecting the outer sizes of the tank bodies, a mechanical arm used for clamping and carrying the tank bodiesto be detected, and an industrial personal computer, wherein the X-ray scanning forming device, the tank body outer size measuring device and the mechanical arm are all fixed to the bottom plate, andthe industrial personal computer is electrically connected with the conveying line, the X-ray scanning forming device, the tank body outer size measuring device and the mechanical arm. According to the device, through the arrangement, each can body is sequentially carried to different measuring stations through the mechanical arm on the conveying line, and then under the combination of the multiple measuring devices, the multiple sizes of the outer portions of the can bodies of the two can bodies and multiple data related to can body hemming can be automatically detected and recorded; the automation degree is higher, the measured data is more comprehensive, the hemming quality of the two-piece can is guaranteed, and labor cost is also reduced.

Description

technical field [0001] The invention belongs to the field of detection devices for two-piece cans, in particular to an X-ray tank body detection device. Background technique [0002] A two-piece can refers to a metal container consisting of a lid and an integral seamless body with a bottom. The can body of this type of metal container is formed into a set shape by deep drawing. The forming method of this cup-shaped container is a stamping process, so the two-piece can is also often called a stamped can. The side wall and bottom of the two-piece can body are an integral structure without any joints, which makes it have the advantages of high hygiene quality of the food inside, safety of the contents, light weight, material saving and simple molding process. [0003] Among them, the finished can lid and the whole with bottom need to carry out the seaming process to seal the can body after filling the material, which directly affects the tightness of the can body. The qualit...

AI Technical Summary

Problems solved by technology

The quality of the can sealing directly determines whether air and bacteria can enter the can, which affects the shelf life of the materials in the can, and may also cause safety and health problems such as leaking cans

In this regard, after the seaming process of a batch of cans is completed, multiple data such as the seam shape, seam thickness, and tightness of the cans are usually inspected. However, in the existing inspection process, multiple Each device detects different detection data. In this detection process, each tank needs to pass through multiple measuring devices for corresponding data detection, and each device also needs to be equipped with operators to replace and fill the tank nearby. In order to realize the detection of multiple data of different tank bodies, the automation degree of the two-piece can detection crimping quality process in the market is not high at present, and the detection time is long, which affects the production efficiency and requires manual labor, and the input cost is high

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