Carrying steel welding reinforcement measuring device

Abstract

The invention provides a carrying steel welding reinforcement measuring device, which comprises a center pipe shaft and two mutually parallel horizontal pipes, wherein the two mutually horizontal pipes are arranged on the top end of the center pipe shaft and are vertical to the center pipe shaft, the horizontal pipes are respectively fixed on the top end of the center pipe shaft through shaft sleeves via screw bolts, the two ends of the upper horizontal pipe are fixedly provided with slide blocks for regulating the inner diameter of the upper horizontal plane, the two ends of the lower horizontal pipe are fixedly provided with slide blocks for regulating the outer diameter of the upper horizontal plane, and the middle part and the lower part of the center pipe shaft are respectively and movably connected with adjustable stainless steel radius rods through screw bolts. The carrying steel welding reinforcement measuring device has the advantages that the structure is simple, the design is novel and reasonable, the work reliability is high, the service life is long, the carrying steel welding reinforcement measuring device can be used for fast and conveniently completing the carrying steel inner wall reinforcement measurement, the workload of inspection personnel can be reduced, and the welding seam reinforcement can be accurately measured.

Description

technical field [0001] The invention relates to the technical field of measuring the welding reinforcement of Chenggang, in particular to a measuring device for the welding reinforcement of Chenggang. Background technique [0002] Is the measurement of the weld reinforcement essential in the welding process? The weld reinforcement is the transition area between the weld and the heat-affected zone in the welded joint. The benefits of weld reinforcement: it can keep warm and cool down the whole weld, and play a great role in refining grain and reducing welding stress. Therefore, the height of the weld reinforcement becomes an important factor in the yield and quality of the welding process. [0003] The conventional method of checking weld reinforcement mainly adopts weld universal energy gauge. This inspection method has its obvious advantages and is widely used in actual production work, but it is not suitable for the large-area weld seam involved in the present invention....

AI Technical Summary

Problems solved by technology

This inspection method has its obvious advantages, and adopts in a large number in actual production work, but is not suitable for the large-area weld seam that the present invention involves

First of all, the detection speed of the weld universal energy gauge is too slow, which is not conducive to the production efficiency of welding; and in large-area welds, especially welds welded in surfacing welding, the inspector cannot find the welding base material, so this kind of The test method loses its accuracy

Secondly, the method of using the weld universal energy gauge has increased the work intensity of the inspectors to a certain extent, resulting in errors in their readings or records during the inspection process

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