Efficient intelligent through-flow boiler

Abstract

The efficient intelligent through-flow boiler comprises a water tank, a storage tank and a steam generation tank, a connecting pipe assembly is installed at the water outlet position of the water tank, a filtering water tower is installed at one end of the connecting pipe assembly, and a water pump is installed at the water outlet end of the filtering water tower. According to the efficient intelligent through-flow boiler, electric energy is input into an electric telescopic rod through a power supply butt joint block, the electric telescopic rod is supplied to ascend and descend, a lower movable plate is driven to rotate, gear sets are installed on the back face of the lower movable plate and the back face of an upper movable block, the upper movable block and the lower movable plate rotate oppositely, and a perforating column is clamped through the upper movable block; the perforating column is used for being fixed to the liquid flowing pipe, so that overall limiting of the liquid flowing pipe is achieved, the situation of inclination and shaking is avoided, the liquid flowing pipe is positioned through continuous expansion of high-pressure gas, and the liquid flowing pipe can be rapidly disassembled without being clamped by the high-pressure gas.

Description

technical field [0001] The invention relates to the technical field of boilers, in particular to an efficient and intelligent through-flow boiler. Background technique [0002] The through-flow boiler is composed of the boiler body (including upper and lower headers, tubes, etc.), external steam-water separator, water pump, oil pump (oil-fired through-flow boiler), burner and other components. The water supply pump supplies water at one end of the pipeline, and the water passes through the heating water section and the evaporation section in the pipeline to generate the required steam. [0003] In the prior art, the steam pipe is used many times, but the steam pipe is not cleaned, which will lead to the accumulation of dirt in the steam pipe. No matter how the liquid is purified, the liquid still contains magazines, causing impurities to remain on the wall of the steam pipe, thereby cause an explosion. However, the existing technology directly replaces the steam pipe to so...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the steam pipe has been used many times. If the steam pipe is not cleaned, dirt will accumulate in the steam pipe. No matter how the liquid is purified, the liquid still contains impurities, resulting in impurities remaining on the wall of the steam pipe, thus cause an explosion

However, the prior art directly replaces the steam pipe for such problems, and the existing replacement method is to directly adopt a cutting method to cut the steam pipe from the combustion disk, or the whole steam generating tank will be unnecessary. Such problems will only affect work efficiency

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