Circuit board plugging system with sliding groove connecting piece

Abstract

A circuit board plugging system with a sliding groove connecting piece is characterized by comprising a circuit board device (9) and a circuit board socket device (8), the circuit board device (9) sequentially comprises a first circuit board sub-piece (91), a second circuit board sub-piece (92), an intermediate connecting piece (90), a third circuit board sub-piece (93) and a fourth circuit board sub-piece (94) from top to bottom in the longitudinal direction, first thin positioning pins (19) transversely extending leftwards are arranged on the left side of the upper portion of the first circuit board sub-piece (91), the lower end of the first circuit board sub-piece (91) is detachably connected with the upper end of the second circuit board sub-piece (92), and a pin set transversely extending leftwards is arranged on the portion, below the first thin positioning pins (19), of the left side face of the first circuit board sub-piece (91).

Description

technical field [0001] The present application relates to the field of circuit boards, in particular to a circuit board insertion system with slide slot connectors. Background technique [0002] Circuit boards are essential components in large automation equipment. Circuit boards provide control and monitoring of the movement of components in large devices, often communicating with devices through a large number of dense pins. [0003] Because the circuit board is a vulnerable component during the operation of the equipment. The instability of the voltage, the single damage of the components, and the corrosion of the operating environment may cause the circuit board to fail to operate normally. [0004] When a circuit board fails, the device usually has an alarm and error signal corresponding to the circuit board. The operator can plug and unplug the circuit board for replacement. [0005] Since there are many pins on the circuit board, it is time-consuming and laborious...

AI Technical Summary

Problems solved by technology

When a component or a chip fails, the entire circuit board needs to be replaced, which often results in a huge waste of circuit board resources

Even with board repairs, there are high repair costs involved and lingering waste of resources across the board

[0007] However, splitting the circuit board into multiple circuit boards will cause the overall structure of the equipment to be scattered and complicated, which will have a negative impact on the integration and structural design of the entire equipment, and will reduce reliability and make it difficult to maintain.

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