communication connector

Abstract

The invention discloses a communication connector, which comprises a transmission frame module, a cover sleeve body, a connection end cover sleeve and a bolt frame, wherein the transmission frame module is provided with multiple pins capable of forming a connection terminal part and a mounting terminal part; the cover sleeve body is provided with a top plate and two side plates extending from the top plate for covering the transmission frame module, one end of the cover sleeve body is a connection end notch comprising a first embedded part, the side plate defines a plate end notch in the direction of the mounting terminal part, and thus the connection terminal part and the mounting terminal part extend out from the connection end notch and the plate end notch respectively; a second embedded part for being embedded with the first embedded part is formed at one end of the connection end cover sleeve, the connection terminal part extends and passes through a cavity in the connection end cover sleeve to form the other end of the connection end cover sleeve; and the bolt frame can be connected with the cover sleeve body and the connection end cover sleeve at the same time in an abutting and inserting mode for fixing connection between the connection end cover sleeve and the cover sleeve body. Thus, the technical effect of enhancing the strength of the assembly structure can be achieved.

Description

technical field [0001] The invention relates to a communication connector, in particular to a communication connector capable of enhancing the assembly strength of a housing. Background technique [0002] In the known communication connectors, the outer dielectric shell is mostly a simple assembly structure to cover the inner electrical pins. For example, in terms of a common electrical connector with a two-stage housing cover (not shown), the contact end of the pin usually forms a pin array, which will be covered by a first outer cover, and the pin is opposite to the middle section of the contact end. The main body part is covered by a second outer cover, and the first outer cover and the second outer cover are assembled together by some buckling or plugging methods, but the second outer cover may be only a thin shell , is only connected to the first outer cover in one direction, but according to the three-dimensional space, the connection in only one direction, especially...

AI Technical Summary

Problems solved by technology

For example, in terms of a common electrical connector with a two-stage housing cover (not shown), the contact end of the pin usually forms a pin array, which will be covered by a first outer cover, and the pin is opposite to the middle section of the contact end. The main body part is covered by a second outer cover, and the first outer cover and the second outer cover are assembled together by some buckling or plugging methods, but the second outer cover may be only a thin shell , is only connected to the first outer cover in one direction, but according to the three-dimensional space, the connection in only one direction, especially the connection that may not be snap-fit, will lead to an assembly structure between the first outer cover and the second outer cover The strength is weak, so it is easy to fall off. If the first cover or the second cover itself may be related to the grounding function, for example, it can be used to provide a common ground. If the first cover or the second cover falls off accidentally, it will not be able to provide More complete grounding shielding protection, such as: perfect common grounding, resulting in serious flaws in the transmission quality, and communication connectors often need to transmit data at a higher signal frequency, from the first housing or the second housing Auxiliary ground shielding effect is also one of the means to improve performance, but it still depends on an enclosure that can effectively consolidate its assembly

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