Controllable-distance telescopic component detection device

Abstract

A controllable-distance telescopic component detection device comprises a detection structure, a telescopic insulated pull bar, a rocking handle structure and a universal meter integrated module, wherein the detection structure is positioned at the upper end of the telescopic insulating pull bar, metal contacts and springs arranged at the left and right ends of the detection structure respectivelyform left and right detection ends respectively, the rocking handle structure is fixed to the upper end of the telescopic insulated pull bar, the universal meter integrated module is positioned at the lower end of the telescopic insulated pull bar, current or resistance mode is selected through a control key of the universal meter integrated module, the telescoping length of the telescopic insulated pull bar is adjusted according to the position of a component under detection, the metal contacts at the left and right detection ends come in contact with the position of the component, a handleis cranked, the left and right detection ends of the detection structure are controlled to contract in or move out under guidance of guide wheels and driving of guide wires and under the action of thesprings according to the rotational arc lengths of rollers, and precise alignment with detection terminals is achieved accordingly.

Description

technical field [0001] The invention relates to the field of current and resistance detection equipment, in particular to a controllable distance telescopic component detection device. Background technique [0002] Today's manufacturing industry is developing rapidly, and productivity levels are gradually increasing. At the same time of production, the most indispensable thing is to carry out regular functional testing and maintenance of the main components of the equipment. The demand for products makes the scale of the assembly line larger and larger, and the degree of automation of production is also higher and higher. Therefore, the equipment introduced on the production line is becoming more and more complex, and what is involved is no longer the traditional mechanical control system, but more tends to mechatronics, that is, the electrical control system. The complexity and variety of electrical components and parts on the equipment make repair and maintenance testing...

AI Technical Summary

Problems solved by technology

First, the lines of the positive and negative test leads of the multimeter are relatively short. If the electrical components located at a higher position are detected, there are certain obstacles and it is not easy to operate; More in-depth, if people hold a multimeter to detect electrical components that need maintenance or fail, there is a certain degree of danger; third, in general, when manually testing electrical components, it is necessary to hold the multimeter in the left hand and the positive and negative terminals in the right hand. Test leads, if the distance between the two detection terminals of electrical components is large, it is difficult to operate

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