Lattice structure tester probe bay protection structure

Abstract

The invention discloses a lattice structure tester probe bay protection structure. The protection structure comprises a bay body, the body comprising a bay insertion slot, the body attachment and the cable around the hook portion, the insertion slot is located in bay central body, the insert holder into the slot comprises an upper frame guide the probe tip is inserted vertebral station slot, the middle and lower part of the escape groove metal rings connected in turn, the lattice structure of the test probe tester is inserted into the slot in the bay, test probe cable or wire in the cable can be wrapped or wrapped around the hook portion. The invention is capable of full-lattice structure to protect the fragile tester probes, including the prevention of collision, hit, rub, plug and other mechanical damage, to prevent the probe cable damage, to prevent the probe chemical corrosion, prevent galvanic corrosion probe substantially maintain the shape and the life of the probe.

Description

technical field [0001] The invention relates to a firework detection tool, in particular to a protection structure for a probe insertion frame of a lattice structure testing machine. Background technique [0002] The dot-matrix structure is the key component to realize the patterned fireworks. It determines whether the display of the fireworks can achieve the effect required by the user. It is also a key component that determines whether the patterned fireworks can be miniaturized and integrated. The volume of the dot-matrix structure , Dot matrix density, molding efficiency, production cost and post-processing steps all seriously restrict the overall cost, safety, reliability and production efficiency of patterned fireworks. The dot matrix structure requires precision molds, precision molding, and a large number of precision Post-processing tools, quality inspection tools, shaping tools, filling tools, and anti-mistake and anti-explosion measures, etc., the core components ...

AI Technical Summary

Problems solved by technology

[0002] The dot-matrix structure is the key component to realize the patterned fireworks. It determines whether the display of the fireworks can achieve the effect required by the user. It is also a key component that determines whether the patterned fireworks can be miniaturized and integrated. The volume of the dot-matrix structure , Dot matrix density, molding efficiency, production cost and post-processing steps all seriously restrict the overall cost, safety, reliability and production efficiency of patterned fireworks. The dot matrix structure requires precision molds, precision molding, and a large number of precision Post-processing tools, quality inspection tools, shaping tools, filling tools, and anti-mistake and anti-explosion measures, etc., the core components of patterned fireworks require a large number of high-tech support across industries and technical fields and original innovations that dare to pioneer and experiment spirit, the current industry lacks corresponding technical support, especially the information available for reference in the field of fireworks technology in this industry is appalling, and we need to develop by ourselves everywhere

[0003] The wire harness loop detection equipment used in the production of fireworks lattice structures is used to detect the conduction quality of the lattice structure. There are probes for wiring harness test verification on the wire harness loop detection equipment. During the plugging and unplugging process, the probe is often accidentally inserted and pulled out, and it is collided with other objects after insertion, resulting in defects such as damage, deformation, bending, breakage, etc., or the probe insertion hole is not a through hole, and the bottom is likely to remain or absorb debris , waste liquid and other substances, chemical corrosion or galvanic corrosion occurs with the probe head, which greatly shortens the life and sensitivity of the probe

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