Connector assembly and equipment box

Abstract

The invention relates to a connector assembly and equipment box. The equipment box comprises a box body, wherein an external socket and a printed board are respectively fixed on two adjacent walls ofthe box body, a wiring hole is further formed in the box body, the equipment box also comprises a connection piece, one end of the connection piece is connected with the external socket, the other endof the connection piece penetrates through the wiring hole and is connected with the printed board by a connection part, and the connection piece is a flexible part of which a main body part can be freely bent. A traditional wire connection terminal mode is substituted by the connection piece, the connection piece is a conductive piece and has goof flexibility, one end of the connection piece isconnected with the printed board by the connection part, no terminal is needed to be welded, thus, a phenomenon of welding tin climbing does not exist, the effective bending length of the connection piece can be improved, the equipment box is conveniently applicable to a situation that the printed board and the axis of the external socket are coplanar and also can be applicable to a situation thatthe printed board deviates from the axis of the external socket, and the applicability of the connector assembly is improved.

Description

technical field [0001] The invention relates to a connector assembly and an equipment box. Background technique [0002] For some equipment boxes, in order to realize the connection between the printed board on the panel of the equipment box and the circuit outside the equipment box, it is generally necessary to install an external socket on the side plate of the equipment box, and then connect the external socket to the printed circuit board through the transferred conductive parts. board connection, the RU box used to transmit power and signals is a common equipment box, such as figure 1 , 2 As shown, the printed board 02 is fixed on the sealed box panel 011, and the side plate 012 perpendicular to the panel 011 on which the printed board 02 is installed is provided with an installation hole 0121 and an RU socket 03 is installed in the installation hole 0121 ( That is, external socket), there is also a wiring hole 0111 on the panel 011 where the printed board 02 is insta...

AI Technical Summary

Problems solved by technology

Since the printed board 02 is very close to the RU socket 03, the connecting wire 04 is very short, and the soldering of the wire 04 and the connector 05 and the crimping piece 06 at both ends is tinned, so that the actual size of the wire 04 can be bent It is very small, and the wire 04 is difficult to bend, which makes the assembly of components very difficult, which limits the application range of the wire transfer method to a certain extent

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