Multifunctional environment-friendly heating stove

Abstract

The invention provides a multifunctional environment-friendly heating stove. The multifunctional environment-friendly heating stove comprises a boiler body, a heating water pipe, a heating pipeline, achimney and a coal filling opening; the heating water pipe is fixed to the position, above the coal filing opening, in the lower portion of the boiler body in a ladder-shaped manner, a second hollowpart is arranged on the lower portion of the boiler body, the heating water ppe is communicated with the second hollow part, the heating stove further comprises a drinking water pipe, a drinking watervalve, a steam water box and a boiling drawer tray, the drinking water pipe is located at the position, above the heating pipeline, in a hearth, the steam water box is fixed to the upper portion of the outer side of the boiler body and is communicated with the drinking water pipe, the boiling drawer tray is fixed to the outer side of the boiler body through a platform support, the boiling drawertray is communicated with the top of the steam water box through the steam pipeline, the bottom of the boiling drawer tray is provided with a steam outlet communicating with the steam pipeline; a first hollow part is arranged in the upper part of a boiler body shell, the drinking water pipe is communicated with the first hollow part, the drinking water valve is located on the outer side of the boiler body and is communicated with the first hollow part of the shell. Fuel heat can be sufficiently used, and the energy saving and emission reducing aims are achieved.

Description

technical field [0001] The invention relates to the technical field of heating furnaces, in particular to a multifunctional environment-friendly heating furnace. Background technique [0002] In the vast rural areas and urban-rural fringe areas, in order to respond to the policy requirements of energy conservation, emission reduction and air pollution reduction, people need to use pellet fuel, biomass fuel or briquette coal issued by the government for heating. However, the calorific value of pellet fuel, biomass fuel, and briquette coal is low during use, while traditional heating furnaces used to use large lumps of coal, and their heating water tanks were erected relatively high. And when this kind of heating stove uses granular fuel, biomass fuel, and briquette coal, the heat generated by it needs to go through a long distance to reach the water tank, which takes a long time to boil the water in the heating water tank, resulting in particles The utilization rate of fuel,...

AI Technical Summary

Problems solved by technology

However, the calorific value of pellet fuel, biomass fuel, and briquette coal is low during use, while traditional heating furnaces used to use large chunks of coal, and the heating water tank was erected higher.

And when this kind of heating stove uses granular fuel, biomass fuel, and briquette coal, the heat generated by it needs to go through a long distance to reach the water tank, which takes a long time to boil the water in the heating water tank, resulting in particles The utilization rate of fuel, briquette and biomass fuel is very low, which is not conducive to energy saving and emission reduction

Also therefore, the traditional heating stove is not suitable for the above-mentioned fuels, resulting in the inability to use

In addition, the traditional heating stove is only used for heating water, or setting up a stove for cooking, and the excess heat is emitted from the chimney and the furnace wall, which has not been fully utilized

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