Cable device facilitating video monitoring line wiring and using method thereof

Abstract

The invention discloses a cable device facilitating video monitoring line wiring and a using method thereof and belongs to the field of weak current wiring. The cable device facilitating video monitoring line wiring comprises an outer heat conduction layer. The outer heat conduction layer is internally provided with four branch video monitoring lines. Each branch video monitoring line is externally sleeved by an insulated thermal insulation layer. The insulated thermal insulation layers are attached to the inner wall of the outer heat conduction layer. The branch video monitoring lines are insliding connection to the inner wall of the outer heat conduction layer through the insulated thermal insulation layers. The outer heat conduction layer is externally sleeved by a self-heating deformation layer. When the video monitoring cables are installed, the internal side-by-side lines can deform according to the shape of the wall, and can be arbitrarily shaped after being deformed, thereby enhancing the attaching effect to the wall surface; and by changing the fixation mode, damage to the wall by video monitoring line wiring during installation of the video monitoring lines is reduced, and the wiring mode and fixation position can be adjusted at will according to the needs of users.

Description

technical field

[0001] The invention relates to the field of weak current wiring engineering, and more specifically, relates to a cable device for facilitating wiring of video surveillance lines and a method for using the same. Background technique

[0002] Video surveillance lines are part of weak current lines. In the process of implementing weak current intelligentization, weak current lines are mainly aimed at buildings, including buildings, communities, airports, docks, railways, expressways, etc. Common working voltages of weak current systems include: 24VAC, 16.5VAC, 12VDC, and sometimes 220VAC is also considered a weak current system. Intelligent systems are classified into six categories according to the national design code "Building Intelligent Design Standards" (GB50314-2015). System: intelligent integrated system, information facility system, information application system, construction equipment management system, public safety system, computer room engineering...

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