Multi-dimensional self-adaptive electric connection device of mobile device

Abstract

The invention discloses a mobile device multi-dimensional self-adaptive electric connection device, and the device comprises a mobile device; cable connectors are arranged at the two ends of the mobile device respectively, each cable connector comprises an installation support and a power connection body assembly located on the installation support, and each power connection body assembly comprises an insulation block and an electric conductor located on the insulation block; the cable connector at one end of the mobile device is a cable connector male end, and the other end is a cable connector female end. One end or two ends of the moving device are floating connecting ends, and the insulating blocks on the cable connectors at the floating connecting ends are connected with the mountingsupport through floating supporting assemblies. Automatic connection and separation of the cable connectors at the ends of the two moving devices can be achieved, the insulation blocks at the floatingconnection ends and the installation support are connected through the floating supporting assemblies, displacement or tilting can be overcome when the moving devices are connected with the cable connectors of the moving devices, and it is guaranteed that the male ends and the female ends of the connectors are connected properly; and no manual intervention is required.

Description

technical field [0001] The invention relates to the technical field of electrical connection devices, in particular to a multi-dimensional self-adaptive electrical connection device for mobile devices. Background technique [0002] In industries such as metallurgy, machinery, and transportation, railway vehicles are used in factories. For example, in the metallurgical industry, rail vehicles such as molten iron wagons with iron ladle caps, and electric-driven equipment such as iron ladle caps are installed on rail vehicles. Railway vehicles are pulled by locomotives and do not contain a power source. Equipment such as iron ladle caps need to be driven by electricity. Therefore, in order to realize the normal operation of iron ladle caps and other equipment, it is necessary to supply power to the connecting cables of railway vehicles. Due to the characteristics of the rolling stock operation of the rolling stock, frequent opening and closing of the cable connections between ...

AI Technical Summary

Problems solved by technology

At present, there is no automatic splitting and closing cable connection method between railway vehicles and railway vehicles without manual intervention. The cable connection between railway vehicles and railway vehicles is to use conventional aviation cable connectors to connect and connect manually. Separation, unable to achieve automatic mating and separation

Manual connection and separation have problems such as unstable insertion of aviation cable connectors, additional labor costs, improper operation, limited environment, safety of manual operation, increased parking time of railway vehicles, and affect the smoothness of the entire work process, etc.

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