Combined environment-friendly wire concentrator for power device

Abstract

The invention belongs to the technical field of wire concentrators. The combined environment-friendly wire concentrator for the power device comprises a wire concentrator main body; a built-in flow channel is defined in the upper end of the wire concentrator main body through a heat exchange plate; a vent hole communicated with the built-in flow channel is formed in the upper end of the wire concentrator main body; and an auxiliary temperature adjusting device is fixedly installed at the upper end of the wire concentrator main body through a bolt. The whole device is subjected to sealing design; the heat exchange plate is used as a unified heat exchange part; and therefore, the interior of the device can be well isolated from the outside, internal harmful airflow is prevented from volatilizing to enter air to cause pollution; insulating gas can be injected into the wire concentrator main body to obtain better insulating performance, so that a failure rate is effectively reduced; the auxiliary temperature adjusting device can be combined and mounted according to use requirements, so that the weather resistance of the wire concentrator to high-temperature and low-temperature environments is effectively improved, and the working stability of equipment is guaranteed.

Description

technical field [0001] The invention relates to the technical field of hubs, in particular to a combined wire hub for environment-friendly electric devices. Background technique [0002] A wire hub is a device used to regenerate, reshape, amplify and resend signals received through wires, and to expand the transmission distance of network signals. Existing hubs have a simple structure and are difficult to use in extreme environments, such as places with high temperature, low temperature or strong wind and sand, which limits the construction of signal networks in these areas. Moreover, the existing hub shell is an open design. During the working process, the harmful gas generated by the aging of the internal equipment of the hub will directly enter the air, causing serious pollution to the environment. The open design is also difficult to provide good internal insulation. environment, which is prone to various failures. [0003] If we can invent a new type of environmentall...

AI Technical Summary

Problems solved by technology

Existing hubs have a simple structure and are difficult to use in extreme environments, such as high temperature, low temperature, or places with strong wind and sand, which limits the construction of signal networks in these areas

Moreover, the existing hub shell is an open design. During the working process, the harmful gas generated by the aging of the internal equipment of the hub will directly enter the air, causing serious pollution to the environment. The open design is also difficult to provide good internal insulation. environment, thus prone to various failures

Images