Intelligent detecting instrument for measuring optical cable and power cable insulating sheaths

Abstract

The invention discloses an intelligent detecting instrument for measuring optical cable and power cable insulating sheaths. According to the instrument, end covers are symmetrically arranged at the upper and lower ends of a cabinet; a backboard is arranged at the rear side of the cabinet; a visual window and a detecting structure are also embedded in the cabinet; a sample box is arranged in the cabinet; and the visual window is arranged at the front side of the sample box. The instrument disclosed by the invention has the beneficial effects that the position of a small sample is guaranteed through the position of a laser lamp point, so that the measurement and the analysis can be better carried out; detection data of different magnifications can be obtained according to the need, so that the detection position can be better determined and the detailed data of the specific detection position are obtained; a frame is fixed at the front side of the detection window and dust is prevented and controlled by a sliding block structure; the instrument is simple in design structure, stable in installation and beneficial to disassembly and maintenance; the appearance design is reasonable andin line with the public aesthetic concept; industrial equipment electrical handles are designed at both sides of the cabinet, so that the equipment can be conveniently moved.

Description

technical field [0001] The invention relates to the technical field of detection instruments, in particular to an intelligent detection instrument used for measuring optical cables and cable insulation sheaths. Background technique [0002] The withstand voltage strength of the cable depends on the material and thickness of the insulation. Therefore, the wire and cable product standards have strict regulations on the insulation thickness. If the insulation thickness does not meet the standard requirements (especially the thickness at the thinnest part of the insulation), the strength of the product at the weak point of the insulation will be reduced. Or when the electric field is too concentrated at one point, it will cause safety hazards, and in severe cases, discharge or even breakdown will occur, endangering personal and property safety. Out of the minimum and maximum limits, manufacturers must strictly follow this standard to guide the industrial production of cables and...

AI Technical Summary

Problems solved by technology

[0002] The withstand voltage strength of the cable depends on the material and thickness of the insulation. Therefore, the wire and cable product standards have strict regulations on the insulation thickness. If the insulation thickness does not meet the standard requirements (especially the thickness of the thinnest part of the insulation), the strength of the product at the weakest point of the insulation will be reduced. Or when the electric field is too concentrated at one point, it will cause potential safety hazards. In severe cases, discharge will occur, or even breakdown, endangering the safety of people and property. Therefore, the country has clear standards for the geometric parameters of the insulation and sheath of cables and optical cables, and gives Out of the minimum and maximum limits, manufacturers must strictly follow this standard to guide the industrial production of cables and optical cables to ensure safety

If the insulation and sheath material thickness of the cable or optical cable exceeds the maximum limit of the national standard, it will cause material waste, reduce the production profit of the enterprise, and also affect the performance of the cable or optical cable, and may even cause safety accidents

[0003] In the prior art, intelligent testing instruments for measuring the insulation, sheath thickness and shape of cables and optical cables generally use intelligent projector equipment. In the prior art, the second-generation intelligent projector still has insufficient detection when testing samples. Convenience issue

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