Intelligent steam energy-saving pipeline system

Abstract

The invention discloses an intelligent steam energy-saving pipeline system. The pipeline system includes an intelligent terminal, an energy-saving insulation sleeve, an insulation tube single tube, and a water collection receiving machine set, the energy-saving insulation sleeve is connected with a steam boiler and the intelligent terminal, the insulation tube single tube is connected with a watersupply tank and the intelligent terminal, the energy-saving insulation sleeve is a double-layer tube, the energy-saving insulation sleeve is divided into an energy-saving insulation tube inner tube and an energy-saving insulation tube interlayer, the intelligent terminal includes an inner container, an outer container, ball valves, a first electric valve, and a steam trap, The invention belongs to the technical field of steam pipelines. According to the intelligent steam energy-saving pipeline system, steam pressure can be adjusted, the steam pressure is monitored, the functions of automatically discharging condensate water, monitoring the condensate water, automatically draining sewage, and recovering the heat of the condensate water are achieved, so that the purposes of intelligent monitoring and management of steam are achieved, the steam can be more efficiently generated, the energy-saving effect is better, the production efficiency is improved, and the influence on aesthetics ofthe steam and water on fabrics is avoided.

Description

technical field [0001] The invention relates to the technical field of steam pipelines, in particular to an intelligent steam energy-saving pipeline system. Background technique [0002] In the clothing processing and manufacturing industry, steam irons are used to complete clothing qualitative. Generally, multiple irons are used to connect steam directly from steam pipes at intervals. Because steam is generated from boilers and transported through pipes, it will generate heat due to heat dissipation. Condensed water, so a steam-water separator has been installed before entering the iron; but the structure of this single-pipe steam-water separator is limited, there will still be secondary condensed water in the iron pipeline, which will affect the production process; and each iron is equipped with It is difficult to control the pressure and temperature of the steam with a single-pipe steam-water separator. Different fabrics or processes require different steam temperatures, ...

AI Technical Summary

Problems solved by technology

[0004] 1: The structure of the single-pipe steam-water separator is limited, and there will still be secondary condensed water in the iron pipeline, which will affect the production process and reduce the production quality and production efficiency of the product;

[0005] 2: The single-tube steam-water separator installed in each iron is difficult to control the pressure and temperature of the steam as a whole. Different fabrics or processes require different steam temperatures, and the quality of clothing ironing cannot be guaranteed;

[0006] 3: The condensed water of the iron is generally discharged directly, without recycling, resulting in a waste of energy;

[0007] 4: The factory has basically no management of steam, and the application of steam is inefficient and wasteful

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