Numerical control biomass briquetting, cooking and heating stove

Abstract

The invention discloses a numerical control biomass briquetting, cooking and heating stove. The numerical control biomass briquetting, cooking and heating stove comprises a stove body, wherein a blanking hopper is arranged below the stove body in a communicating mode, a storage box is arranged above the stove body in a communicating mode, and a numerical control feeding and slag pushing combustor for feeding and slag pushing at the same time is obliquely arranged in the middle of the stove body. The numerical control feeding and slag pushing combustor for feeding and slag pushing at the same time is arranged in the heating stove, fuel in the storage box is equivalently conveyed into a feeding shell at a fixed interval time, a slag discharging mechanism and a feeding mechanism move synchronously, a baffle is opened through an ejection column at the front end of the slag discharging shell firstly, and slag in the shell is pushed out. The feeding mechanism continues to move on the slag discharging mechanism to the leftmost end of the slag discharging mechanism, and then a controller controls the slag discharging mechanism to move reversely to restore to the initial position. After the slag discharging mechanism and the feeding mechanism are relatively staggered, the fuel in a feeding shell falls into the shell. Continuous automatic operation of the heating stove can be achieved through the reciprocating operation.

Description

technical field [0001] The invention relates to the field of comprehensive utilization of biomass energy, in particular to a digitally controlled biomass briquette cooking and heating furnace. Background technique [0002] Heating furnace is also called heating furnace. It is the abbreviation of heating boiler. It belongs to a kind of civil domestic boiler. It mainly refers to a kind of atmospheric boiler that can meet people's heating needs. At present, urban residents widely use heating stoves for cooking and heating. Fuels for heating stoves include straw, biomass fuel blocks, coal and other raw materials. [0003] The heating furnace in the prior art needs to manually observe the fuel combustion situation at any time. If the fuel is burned, it needs to be added in time, otherwise the phenomenon of fire extinguishing may occur. The ash is pushed to the inside of the ash collecting hopper, otherwise the ash occupies the combustion space of the fuel, and the fuel cannot fu...

AI Technical Summary

Problems solved by technology

[0003] The heating furnace in the prior art needs to manually observe the fuel combustion situation at any time. If the fuel is burned, it needs to be added in time, otherwise the phenomenon of fire extinguishing may occur. The ash is pushed to the inside of the ash collecting hopper, otherwise the ash occupies the combustion space of the fuel, and the fuel and the air cannot be fully contacted, resulting in insufficient combustion, and the whole operation process is relatively cumbersome

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