Busbar self-piercing riveting manufacturing equipment and busbar self-piercing riveting manufacturing method

Abstract

The invention discloses busbar self-piercing riveting manufacturing equipment and a busbar self-piercing riveting manufacturing method. The busbar self-piercing riveting manufacturing equipment comprises a monitoring device and a self-piercing riveting device, wherein the monitoring is used for measuring the geometrical parameters of assembled busbars, comparing the measured geometrical parameters with standard geometrical parameters and controlling the self-piercing riveting device according to comparison results; and the self-piercing riveting device is used for integrally riveting the assembled busbars in a self-piercing way by using self-piecing rivets. When the busbar self-piercing riveting manufacturing equipment provided by the invention is used in an automatic busbar production process to automatically measure the geometrical parameters of the assembled busbars and compare the measured geometrical parameters with the standard geometrical parameters, the busbars which are mistakenly assembled can be accurately found out, the wrong production caused thereby is avoided and the reject rate is reduced. Besides, by using the busbar self-piercing riveting manufacturing equipment provided by the invention, the operation labor intensity can be reduced, the production efficiency can be improved and the requirements of an automatic production line are satisfied.

Description

technical field [0001] The invention relates to the field of busbar manufacturing, in particular to a busbar self-piercing riveting manufacturing equipment and a busbar self-piercing riveting manufacturing method. Background technique [0002] As a new type of distribution wire, the busbar has emerged as the times require. Compared with traditional cables, it fully demonstrates its superiority in the transmission of large currents. It is especially suitable for low-voltage power distribution systems in industrial plants, mines, etc., and high-rise commercial and residential buildings. , hotels, hospitals and other power supply systems. [0003] The bus bar (busbar) is composed of a metal protective shell, a conductive bar, insulating materials and related accessories. The metal protective shell mainly includes the H profiles on both sides and the U profiles between the H profiles (including the upper U profile and the lower U profile. profiles). Commonly used busbars are g...

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Problems solved by technology

[0005] Manual detection has the following disadvantages: low measurement accuracy; high labor intensity; high measurement error rate, easily affected by human factors; low degree of automation; low efficiency, limiting production capacity; , due to the structural limitations of the assembled busbar, it is first necessary to measure the peripheral dimensions of the assembled busbar, then manually calculate and subtract the thickness of the upper and lower U profiles, and finally obtain the total thickness of the conductive bar), the error rate is high, and it is easily affected by human factors; The follow-up system cannot call the comparison result to drive the operation of the follow-up system

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