non-polarized electrical connector

Abstract

The invention discloses a non-polar electrical connector, which comprises a mounting frame, a driving device and a connecting device respectively installed on both sides of the mounting frame, and the connecting device includes a mechanically connecting male joint, a mechanically connecting female joint and an electrical connecting head; After the above-mentioned non-polar electrical connector is rotated and dislocated by 180° around the Z-axis and docked with another non-polar electrical connector with the same structure along the Z-axis, the drive device can drive the electrical connector, the mechanical connection male connector or / and the mechanical Connect the female connector to reciprocate, so that the electrical connector, mechanically connected female connector, and mechanically connected male connector of the non-polar electrical connector are respectively connected to the electrical connector, mechanically connected male connector of the other non-polar electrical connector with the same structure. Joints and mechanical connection female joints are connected or separated one by one to realize detachable mechanical and electrical connections. In the nonpolar electrical connector provided by the present invention, if one nonpolar electrical connector is damaged, the other nonpolar electrical connector can still be separated.

Description

technical field [0001] The invention relates to the technical field of non-polarity connectors, in particular to a non-polarity electrical connector. Background technique [0002] The traditional polarized docking mechanism is mainly divided into two parts, the active docking end and the passive receiving end. The design of the active end and the design of the passive end are interrelated. After designing an active docking mechanism, it is necessary to design a matching passive receiving end. Docking mechanism or structure. This design increases the design cost and processing cost, that is, the design of a docking mechanism often requires the design of an active docking mechanism and a passive receiving mechanism at the same time. Moreover, this design is highly targeted and poor in interchangeability, and is only suitable for specific fields. In terms of design and applicability, the non-polar docking mechanism has been greatly improved compared with the traditional polar...

AI Technical Summary

Problems solved by technology

With the rapid development of the field of robotics and automation, ordinary mechanical connections sometimes cannot meet the needs. Designing a standardized docking mechanism that can realize both mechanical connections and electrical signal connections can greatly promote modular reconfigurability. Robots and other fields applied to docking mechanisms for communication

On the whole, there are many researches on the docking mechanism, but there is still little research on the standardized docking mechanism that can perform mechanical connection and electrical connection at the same time.

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