Floating connector and conductive structure

Abstract

The invention relates to a floating connector and a conductive structure. The floating connector comprises a shell, at least one conductive structure and an insulator, wherein the shell can be fixedly connected with a wall body of an equipment box body; the conductive structure is used for signal transmission; and the tail part of the conductive structure passes through an opening in the wall body of the equipment box body, enters the box body and is in contact conduction with the printed board through a connecting end which can float in the insulator along the direction towards or away from the printed board. The connector is matched with printed boards at different positions through floating of the tail of the conductive structure.

Description

technical field [0001] The invention belongs to the technical field of connectors, in particular to a floating connector. Background technique [0002] Some equipment is fixed with printed boards. In order to connect the printed boards in the equipment box with the circuit outside the equipment box, an external socket is generally installed on the box wall of the equipment box, and then the printed board is connected through the transfer. The connector connects the external socket with the printed board to realize power or signal transmission. [0003] Due to the limited space in the equipment box, the existing installation sequence is to fix the printed board first, then connect the printed board connector to the printed board, and finally insert the external connector into the equipment box to connect with the printed circuit board. The board connector is plugged and mated, because the external connector is directly plugged with the printed board connector during the inst...

AI Technical Summary

Problems solved by technology

[0003] Due to the limited space in the equipment box, the existing installation sequence is to fix the printed board first, then connect the printed board connector to the printed board, and finally insert the external connector into the equipment box to connect with the printed circuit board. Board-made connectors are plugged and mated, because the external connector is directly plugged with the printed board connector during installation, and the assembly sequence cannot be changed. If the external connector is inserted into the equipment box first, then the printed board connector Unable to move in the mating direction and thus unable to mate with external connectors

[0004] The problems existing in this assembly structure are: 1) The external connector is locked with the equipment box through bolts, that is, the external connector and the equipment box have a unique matching position. Or affected by vibration, when there is an offset with the equipment box, if in order to ensure that the external connector and the printed board connector are mated, the connection position between the external connector and the equipment box will be misplaced, and the external connector cannot be locked in place. On the equipment box; if in order to ensure that the external connector can be locked on the equipment box, the mating position of the external connector and the printed board connector is misaligned, and the external connector cannot be mated with the printed board connector. The connector and the printed board connector have poor tolerance when mating; 2) The printed board is first fixed in the equipment box, the printed board connector is connected to the printed board, and the external connector is connected to the printed board. Board connector connection, complex connection structure, cumbersome assembly steps, and inconvenient operation

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