Straw mushroom house warming device and use method thereof

Abstract

The invention relates to a straw mushroom house warming device and use method thereof. The warming device is composed of two parts of a furnace body and a flue and is characterized in that the furnace body is built by laying bricks, one side of the furnace body is just the wall of the straw mushroom house, and two sides are connected with the wall; the wall also used as the furnace body part is opened with an upper rectangular opening and a lower rectangular opening, the upper opening is used as a flue inlet and the lower opening is used as a ventilation opening; and the interior of the furnace body is divided into two layers, the upper layer is a combustion chamber while the lower layer is an oxygen supply and deslagging chamber, and the middle is separated by a fire grate. The flue adopts a ceramic pipeline and is communicated with the upper part of the combustion chamber of the furnace body, and the flue outlet is arranged at the upper part outside the opposite wall. The use methodincludes that every five honeycomb briquets are piled into a stack and sequentially placed on the fire grate at the bottom layer of the combustion chamber, 2-3 burning honeycomb briquets are placed at the middle of one line close to the inlet of the fuel inlet, a brick pasted with mud is embedded into the fuel inlet, and finally sealing is carried out. The warming device is low in manufacturing cost, convenient in operation, low in running cost and good in use effect without producing indoor smoke pollution.

Description

technical field [0001] The invention belongs to the technical field of edible fungus cultivation equipment, and in particular relates to a device for heating straw mushroom houses and an application method thereof. Background technique [0002] Straw mushroom is a high-temperature edible fungus. The environment temperature for mycelium growth is 20-40°C, and the most suitable temperature is 30-35°C. Therefore, heating is required during the cultivation process. Especially in off-season cultivation, the hyphae cannot grow without heating. Heating with radiators, electric furnaces, fuel-fired hot air stoves and other equipment is effective, but the cost is very high, and ordinary farmers cannot afford it; using coal stoves to heat directly in straw mushroom houses can be lower in cost, but the effect is not very good , and the temperature distribution is uneven, and the smoke generated during its use will have an adverse effect on the growth of straw mushrooms. If the operat...

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Problems solved by technology

Heating with radiators, electric furnaces, fuel-fired hot air stoves and other equipment is effective, but the cost is very high, and ordinary farmers cannot afford it; using coal stoves to heat directly in straw mushroom houses can be lower in cost, but the effect is not very good , and the temperature distribution is uneven, and the smoke generated during its use will have an adverse effect on the growth of straw mushrooms. If it is not handled properly, carbon monoxide poisoning will easily occur

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