Indoor water supplying pipeline capable of energy-saving, defreezing and deicing in winter

Abstract

The invention discloses an indoor water supplying pipeline capable of energy-saving, defreezing and icing in winter, and relates to the technical field of pipes. The indoor water supplying pipeline capable of energy-saving, defreezing and icing in winter comprises a pipe body; two groups of fixing barrels are fixedly arranged in the pipe body; a plurality of fixing barrels form one group, are inserted to the outer surface of the pipe body annularly at equal intervals and penetrate through the inner wall of the pipe body; two annular pipes sleeve the outer surface of the pipe body, are separately connected to the two groups of fixing barres and communicate with the inner cavities of the fixing barrels; and a valve used for controlling opening and closing is fixedly arranged on a water inletend of each annular pipe. According to the indoor water supplying pipeline capable of energy-saving, defreezing and icing in winter, an ice breaking mechanism is driven by heat, so that the ice breaking mechanism repeatedly impact the surface of an icicle in the pipeline; concave parts are formed in the surface of the icicle during an impacting process; the concave parts are distributed on the surface of the icicle in an expanding manner through the structural design in the ice breaking mechanism; and the surface area of the icicle is greatly improved while the diameter of the icicle is reduced.

Description

technical field [0001] The invention relates to the technical field of pipe fittings, in particular to an indoor water supply pipe for energy saving, defrosting and deicing in winter. Background technique [0002] As an important part of ensuring the normal life of urban residents, water supply pipes are systematically distributed underground in the city. They supply water to various buildings and residential buildings through continuous branching. In order to ensure the normal use of water supply pipes throughout the year, regular maintenance is required. Corresponding maintenance and treatment are carried out for each part of the pipeline, such as leak detection, pipe pressure detection and scale cleaning, so as to ensure the normal water supply work of the water supply pipeline. According to the characteristics of the season, in the colder winter, the water body in the pipeline buried underground to obtain the effect of soil insulation is not easy to freeze, while the pip...

AI Technical Summary

Problems solved by technology

The commonly used water pipe thawing method is to pour hot water on the surface of the water pipe, and thaw the internal frozen water body through heat transfer. This method is greatly limited due to the setting of the water pipe's own insulation layer, and most of the heat is transferred to The water body was consumed too much by the pipeline itself before, and the shape of the water body in the pipeline is mostly columnar when it freezes. Such a smooth surface results in a smaller surface area for heat transfer, which further reduces the freezing of the frozen water to a certain extent. The thawing speed has a significant impact on residents' normal domestic water use.

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