OPLC (Optical Power Line Communication) terminal stripping and fixing seal device and process thereof

Abstract

The invention discloses an OPLC (Optical Power Line Communication) terminal stripping and fixing seal device and a process thereof. The device comprises a base and an upper cover, wherein the upper cover and the base are detachably sealed and fixed; OPLC inlet semicircular grooves matched with one another are formed in one ends of the base and the upper cover; the OPLC inlet semicircular grooves of the base and the upper cover are vertically correspondingly combined to form OPLC inlet holes; a plurality of cable outlet semicircular grooves and a plurality of optical cable outlet semicircular grooves matched with one another are formed in the other ends of the base and the upper cover; the cable outlet semicircular grooves of the base and the upper cover are vertically correspondingly combined to form cable outlet holes; and the optical cable outlet semicircular grooves of the base and the upper cover are vertically correspondingly combined to form optical cable outlet holes. The device disclosed by the invention is convenient to operate and excellent in overall strength, and the OPLC terminal stripping part can be effectively protected.

Description

technical field [0001] The invention relates to a fixed sealing device and a process thereof, in particular to an OPLC terminal stripping fixed sealing device and a process thereof. Background technique [0002] In the construction of traditional residential quarters, strong and weak currents are implemented separately, which results in increased costs for cable laying, management, and maintenance, and repeated construction. In the construction of power optical fiber to the home, cables such as optical fiber composite low-voltage cables (OPLC) are used to lay optical fibers along with low-voltage power lines to achieve meter-to-home. Equipped with passive optical network PON technology, it carries the power distribution and utilization links of the smart grid and related services of "three-network integration". The intelligent photoelectric integrated integrated wiring cabinet undertakes the functions of protection and distribution of electricity and light in the constructi...

AI Technical Summary

Problems solved by technology

In the process of implementing power optical fiber into the home, there is a problem of OPLC connection. In the local power distribution cabinet, building power distribution cabinet, floor power distribution cabinet and other devices, it is necessary to peel off the OPLC sheath and distribute and connect the cables and optical cables respectively. It will cause damage to the outer sheath of OPLC and exposure of cables and optical cables, and it will be easy to further damage the optical cables when pulled by external force during installation. If no corresponding protection is carried out, the stripped branches will be easily affected by moisture and aging, which will affect the service life.

[0004] At present, a finger-shaped heat-shrinkable sheath is used for protection when the OPLC terminal is stripped and fixed. This protection method needs to wrap waterproof tape around the OPLC stripped area, put the sheath on the end of the cable, and then heat it. The process is relatively complicated. Affects construction efficiency, and the sheath is soft and has poor damage resistance

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