X-ray detection machine for giant engineering tyres

Abstract

The present invention relates to an X-ray detection machine of ultra-giant engineering tyre, which consists of a lead house, a fixing housing group, a tyre conveying and positioning vehicle, a track, a left supporting shaft group adjusting device, a right supporting shaft group adjusting device, an adjustable U-shaped X-ray receiving device, a ray emitting ball head adjusting mechanism, an elevating mechanism group, an isolation main control cabin, an electrical control cabinet system, a detection feedback displaying system, a high-voltage electric energy generator and a water cycle cooling system; wherein, the fixing housing group is arranged in the lead house; two sides of the fixing housing group are fixedly connected with the elevating mechanism group; the elevating mechanism group is movably connected with the left supporting shaft group adjusting device and the right supporting shaft group adjusting device; the supporting shaft group adjusting device is connected with the ray emitting ball head adjusting mechanism; the fixing housing group is connected with the adjustable U-shaped X-ray receiving device; the track is arranged in the middle part below the fixing housing group; the tyre conveying and positioning vehicle is arranged on the track; the lead house, the fixing housing group, the track, the isolation main control cabin, the electrical control cabinet system, the detection feedback displaying system, the high-voltage electric energy generator and the water cycle cooling system are all arranged on the same foundation plane. The method is in particular suitable for detecting the internal quality of the ultra-giant engineering tyre, and provides a detection means which guarantees the quality of ultra-giant engineering tyre products.

Description

1. Technical field [0001] The invention relates to an internal quality inspection device for engineering tires, in particular to an X-ray inspection machine for extra-large engineering tires. 2. Background technology [0002] Before leaving the factory, tires must undergo strict quality inspections to determine whether there are various hidden quality problems that may damage the service life of the tires. The existing OTR tire X-ray inspection machine is only suitable for the internal quality inspection requirements of ordinary OTR tires with a diameter of 24-35 inches. However, with the rapid development of my country's economy, the demand for giant OTR tires, especially extra-large OTR tires, in large mines, national defense industries and transportation industries has grown rapidly. In order to meet market demand, various large tire companies in my country have developed extra-large OTR tires. Therefore, there is an urgent need for an X-ray inspection machine for extra-l...

AI Technical Summary

Problems solved by technology

The invention changes the fixed design structure of the tire drive shaft of the existing engineering tire X-ray inspection machine, and realizes the automatic adjustment of the working position of the support shaft group according to the different calibers of various extra-large engineering tires to complete the automatic lifting and rotation of the extra-large engineering tires. Operation mode; in order to adapt to the detection range of extra-large OTR tires with different calibers, the present invention solves the problem that the moving stroke of the ball head group of the existing X-ray inspection machine for OTR tires cannot meet the detection requirements of extra-large OTR tires. The ball head adjustment mechanism can reach the technical position, so that the ray emission ball head adjustment mechanism can automatically rise and fall to the set working position according to the technical requirements with the right support shaft group adjustment device, and realize X Comprehensive monitoring of light rays; the adjustable U-shaped X-ray receiving device designed and installed on the fixed frame set in the present invention replaces the X-ray signal receiving mechanism of the existing X-ray detector that cannot adapt to super-large engineering tires, and the newly designed The structure and installation method expand the receiving range of X-ray detection rays and meet the X-ray detection requirements of extra-large OTR tires

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