Dust removal process for network communication equipment network port assembly

Abstract

The invention belongs to the technical field of dust removal processes for network interface assemblies and particularly relates to a dust removal process for a network communication equipment networkport assembly. The process comprises the following steps: S1, taking an access line adapted to a network port on the positive surface of network communication equipment; and S2, enabling the end of the access line in S1 to be attached to the positive surface of a bearing push plate, and applying a force, toward an inner cavity of a net line access port, to the bearing push plate. In the process,through the combined action of an external cover plate and all components on the bearing push plate, the bearing push plate can perform adsorption, brushing and cleaning on dust on a chip in a passivestress moving process, so that operation and the steps of dust removal work on the network port assembly are simplified; and through the combined action of a dust removal brush and a moving groove, dust on the dust removal brush enters the bearing push plate through the moving groove along a spiral groove in the dust removal brush, and thus the dust removal brush has a function of timely storingthe dust while improving the effectiveness of the dust removal work on related assemblies.

Description

technical field [0001] The invention belongs to the technical field of dust removal process of network interface components, in particular to a dust removal process for network port components of network communication equipment. Background technique [0002] The traditional communication network is composed of three parts: transmission, switching and terminal. Through specific equipment, people can communicate and transmit information through the media. Communication network equipment usually has multiple network ports. At the same time, in order to increase The heat dissipation effect of the network port, the network port is usually in a semi-open state, and it also needs to be applied to communication network equipment in large-scale production workshops. [0003] When the communication network equipment in a large-scale production workshop is in operation, some network ports will be idle. Because the environment of the large-scale production workshop is dusty, and the acc...

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Problems solved by technology

[0003] When the communication network equipment in a large-scale production workshop is in operation, some network ports will be idle. Because the environment of the large-scale production workshop is dusty, and the access port of the network port is in an exposed environment, the dust accumulates in the network port, and the chip components of the network port are caused by dust. Oxidation and corrosion caused by the adhesion of the network cable, resulting in poor contact when the network cable is connected to the network port, and the network port cannot be used normally. The existing method is to regularly remove the network port and related access components for regular dust cleaning, which requires multiple times Plug and remove the access components and clean the dust. Because the chip is located inside the interface, the dead corner of dust accumulation generated by the existing dust cleaning operation will still cause corrosion to the chip and make the chip unable to work normally.

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