An assembled rotating conductive module

Abstract

The invention discloses an assembled rotational conductive module and belongs to the technical field of modular products. The assembled rotational conductive module comprises a structure module, a first PCB, a second PCB and a hinge assembly, wherein a buckle is clamped into a buckle hole in an installation condition; the first PCB and the second PCB sleeve a guide post separately; a first conductive needle is propped against a first conductive channel; a second conductive needle is propped against a second conductive channel; the first PCB is clamped on the surface of the structure module; the second PCB is clamped into a clamping groove; and a wire is connected with an interface of the second PCB. When the structure module of the assembled rotational conductive module and the hinge assembly rotate relatively, the conductive needles can be always propped against the corresponding conductive channels, thereby achieving conductive transmission at an arbitrary angle. The conductive needles and the corresponding conductive channels are connected in a sliding manner, thereby overcoming the problems that an internal wire of a rotating shaft is wound and is easily broken in the prior art. The hinge assembly can rotate back and forth in a hinge plane, and furthermore, the structure module can freely rotate around the guide post, so that the assembled rotational conductive module is great in degree of freedom, and stable conduction can be achieved while multi-angle structure connection is achieved.

Description

technical field [0001] The invention belongs to the technical field of modular products, and in particular relates to an assembled rotating conductive module. Background technique [0002] The rotating shaft should have a very high proportion in the assembly and molding of modular products, and it often happens that the rotating shaft is in the wiring process, which brings difficulties to wiring. What's more serious is that when the product is assembled and the relevant parts are rotated, the wires in the shaft are prone to be entangled and twisted, which will cause great damage to the wires in the shaft. Too many rotations and the thread in the shaft tends to come off or break. Especially when there is no limiter in the rotating structure, it may occur that the rotating structure always rotates in one direction, and the fixedly connected wire will be twisted continuously, resulting in shortened length, and then detaching from the connecting part. As a person skilled in th...

AI Technical Summary

Problems solved by technology

[0002] The rotating shaft should have a very high proportion in the assembly and molding of modular products, and it often happens that the rotating shaft is in the wiring process, which brings difficulties to wiring

What's more serious is that when the product is assembled and the relevant parts are rotated, the wires in the shaft are prone to entanglement and twisting, which will cause great damage to the wires in the shaft

If the number of rotations is too high, the wire in the shaft will easily fall off or break

Especially when there is no limiter in the rotating structure, it may appear that it has been rotating in one direction, and the fixedly connected wires will be twisted continuously, resulting in shorter lengths and detachment from the connecting parts

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