Tobacco curing biomass particle burner

Abstract

The invention discloses a tobacco curing biomass particle burner. The tobacco curing biomass particle burner comprises a rack, a feeding device and a burning device, wherein the feeding device and theburning device are connected with a control device. A machine case is arranged on the rack. The control device is arranged in a curing room heat supply control chamber. The feeding device is arrangedon the upper portion of the rack. The burning device is arranged on the middle-upper portion of the rack. One end of the burning device is connected into a curing room combustion chamber, and the other end of the burning device is connected with the feeding device. The control device controls the feeding speed, detects the burning temperature and automatic ignition. According to the tobacco curing biomass particle burner, spiral feeding is adopted, and the low failure rate is low; the structure of a storage box has the advantage that materials are not likely to be stuck; the materials are fedin a uniform and controllable manner; fuel in a biomass particle burner is completely burnt; the slagging problem of the fuel is solved; the utilization rate of the fuel is increased; the heat efficiency is high; resource waste is reduced; the tobacco curing biomass particle burner is provided with an anti-backfire structure, the problem that the storage box is ignited by backfire is prevented, and safety of a furnace body is guaranteed; the tobacco curing biomass particle burner is provided with an ash and slag remover, carbon ash is automatically discharged, and the problem that the burningefficiency is affected is prevented; the automated control function is achieved; and the production cost is lowered, and the tobacco curing biomass particle burner is convenient to manufacture and maintain.

Description

technical field [0001] The invention relates to the field of biomass burning equipment, in particular to a tobacco-modulated biomass particle burner which is easy to operate and can automatically remove slag. Background technique [0002] With the vigorous implementation of national energy conservation and environmental protection policies, biomass pellet burners have been widely used in thermal energy fields such as drying, boilers, heating, and hot water. The existing biomass burners have the following disadvantages: 1. The degree of automation is low, and operations such as manual ignition, manual adjustment of feed speed, and manual adjustment of air volume are cumbersome; The air intake is unscientific, although the fire is strong, but the fuel is not completely burned, and there is no slag removal device; 3. The safety factor is low, without any protective measures, it is easy to temper, and there is no protective measure for excessive furnace temperature 4. The burne...

AI Technical Summary

Problems solved by technology

The existing biomass burners have the following disadvantages: 1. The degree of automation is low, and operations such as manual ignition, manual adjustment of feed speed, and manual adjustment of air volume are cumbersome; The air intake is unscientific, although the fire is strong, but the fuel is not completely burned, and there is no slag removal device; 3. The safety factor is low, without any protective measures, it is easy to temper, and there is no protective measure for excessive furnace temperature ; 4. The burner that relies on the movement of the chain grate to drive the fuel to move to the burner for combustion has a weak fire, the chain grate is easy to get stuck, and the structure is complicated and the cost is high

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