ELECTRICAL CONNECTOR MECHANISM Russian patent published in 2025 - IPC H01R13/629 

Abstract RU 2840485 C1

FIELD: electricity.

SUBSTANCE: invention relates to electric connecting devices consisting of at least two parts, namely to additional means for facilitating closing or opening of connected parts. Electrical connector mechanism is located between two objects shifted during operation. Upper part of connector through power bracket engages with trunnions with crescent-shaped slots of carriage consisting of two plates connected to each other with rod with projections. Rollers with possibility of rotation are installed on plates. Upper part of the connector is pressed through the power bracket to the lower part of the connector by the clamping assembly screwed into the bracket by thread, the axles attached to the frame of the mechanism. Contact pins of the upper part of the connector enter the corresponding sockets of the lower part of the connector. Clamping unit consists of a threaded bushing, through the centre of which a rod passes, on the end of which a roller is fixed, and between end surfaces of the projections of the bushing and the rod there compressed is a spring retained by a wedge that enters a slot on the bracket, on which a shock absorber is fixed on the front side surface. Two traps, which are plates with spring-loaded pawls, are symmetrically attached to the side walls of the frame with axes and screws. Behind the traps, two U-shaped plates are attached to the side walls of the frame in such a way that the grooves of the traps and the slots of the U-shaped plates form common rolling surfaces on which the carriage rollers rest. Behind the carriage on the moved object there are two symmetrically fixed stops supporting the carriage plates with rollers having the possibility of being rotated about their axes. Pressing assembly roller has diameter slightly smaller than threaded bushing thread ID.

EFFECT: providing reliable operation of the structure under conditions of displacements caused by manufacturing errors of parts, vibrations, temperature deformations of daily and seasonal nature.

1 cl, 6 dwg

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RU 2 840 485 C1

Authors

Abdrakhmanov Farid Khabibullovich

Rubinov Aleksandr Oktyabrevich

Barakovskikh Aleksej Sergeevich

Zavgorodnij Georgij Kirillovich

Vinogradov Arsenij Vasilevich

Dates

2025-05-26Published

2024-07-24Filed