Miniaturized four-directional industrial endoscope snake bone

Abstract

The invention discloses a miniaturized four-directional industrial endoscope snake bone. The snake bone includes snake bone section circles. Concave ears are mounted on two sides of the top of each snake bone section circle. Concave-ear through-holes are arranged at intermediate positions of the concave ears. Concave ears are mounted on two sides of the bottom of the snake bone section circle. Concave-ear through-holes are arranged at intermediate positions of the concave ears. Side through-holes are evenly arranged at intermediate positions outside the snake bone section circle. Steel wire grooves are arranged inside the side through-holes. According to the snake bone, a specific groove pressing manner is adopted, a conventional spot-welding small-steel-pipe manner is abandoned, a specific punching method is adopted for obtaining the steel wire grooves by punching, thus expansion of internal space can be ensured, a specific ear punching manner is adopted, conventional concave-convex-ear cooperation connection tolerance is reduced, an outer diameter of the whole snake bone is reduced for facilitating realization of ultra-thinning, the outer diameter of the snake bone is reduced from 3.2mm to 2.1mm, proper steel wire groove positions are obtained by study, and laser cutting is utilized for cutting the steel wire grooves in specific orientation.

Description

technical field [0001] The invention relates to the technical field of industrial production, in particular to a miniaturized four-direction industrial endoscope snake bone. Background technique [0002] Due to its special size design, the industrial endoscope allows us to easily and accurately observe the internal surface structure or working state of the object without destroying the surface of the object to be inspected. Non-destructive testing requires the use of industrial endoscopes as inspection tools. It is professionally designed and produced to meet the complex industrial use environment. Endoscope inspection is a detection technology that has gradually been widely used with the development of endoscope manufacturing technology. According to the characteristics of the manufacturing process, we generally divide industrial endoscopes into There are three types of optical tube mirrors, fiber optic mirrors, and video mirrors. Industrial endoscopes can be used for high ...

AI Technical Summary

Problems solved by technology

[0002] Due to its special size design, the industrial endoscope allows us to easily and accurately observe the internal surface structure or working state of the object without destroying the surface of the object to be inspected. Non-destructive testing requires the use of industrial endoscopes as inspection tools. It is professionally designed and produced to meet the complex industrial use environment. Endoscope inspection is a detection technology that has gradually been widely used with the development of endoscope manufacturing technology. According to the characteristics of the manufacturing process, we generally divide industrial endoscopes into There are three types of optical tube mirrors, fiber optic mirrors, and video mirrors. Industrial endoscopes can be used for high temperature, poisonous, mechanical parts, e

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