A through-hole Ethernet communication slip ring and its internal wiring system

Abstract

The embodiment of the invention discloses an inner wire arranging system of a via hole type Ethernet communication sliding ring. The inner wire arranging system of the via hole type Ethernet communication sliding ring comprises rotor terminal core wires and stator terminal core wires, wherein the rotor terminal core wires correspond to conducting rings in a one-to-one mode and connected between the inner walls of the conducting rings and first communication ends respectively. The stator terminal core wires are connected between the tail ends of electric brushes and second communication terminals respectively. The rotor terminal core wires and the stator terminal core wires adopt the core wire twisting rule in eight core net wires to arrange the eight core net wires to form four twisted pairs. The color of the rotor terminal core wires connected to the inner walls of the conducting rings is identical with the color of the stator terminal core wires connected to the electric brush, wherein the electric brush and the conducting rings are in the sliding friction state. The requirement for higher data transmission rate of the Ethernet with stronger communication capability can be met.

Description

technical field [0001] The invention relates to the technical field of information communication, and more specifically, relates to an internal wiring system of a through-hole Ethernet communication slip ring and a through-hole Ethernet communication slip ring. Background technique [0002] The through-hole Ethernet communication slip ring is used as a rotary connector for signal transmission between the first communication end and the second communication end with relative rotational motion, which can effectively avoid the communication cable entanglement that may occur during the relative rotational motion of the above communication end , Twist off the problem, so as to ensure the effective transmission of signals. Such as Figure 1a-1c Shown: [0003] In terms of component composition, the through-hole Ethernet communication slip ring includes: a hollow shaft with a conductive ring 101 and an insulating ring 102 installed at intervals on the periphery of the shaft, that ...

AI Technical Summary

Problems solved by technology

However, the data transmission rate of the through-hole Ethernet communication slip ring will decrease with the increase of its own aperture, and based on the existing internal wiring system, the via hole with a large aperture (such as about 80 mm) The data transmission rate of the traditional Ethernet communication slip ring can only reach 100Mbps, which can no longer meet the requirements of Ethernet with stronger communication capabilities for higher data transmission rates.

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