Golden paper stove

Abstract

The invention provides a golden paper stove, which is a stove body comprising an outer cylinder, an inner cylinder, a plurality of exhaust pipes and a collecting cylinder, wherein the bottom of the outer cylinder is provided with an intake port and the top of the outer cylinder is provided with a closed plate, an intake space is formed between the inner cylinder and the outer cylinder, a secondary combustion chamber is arranged between the top of the inner cylinder and the closed plate, the exhaust pipes are arranged above the exhaust space and pass through the closed plate, the collecting cylinder is provided with an external communication space, golden paper is subject to primary combustion within the inner cylinder, heat current rises to the secondary combustion chamber, oxygen is supplied to the inner cylinder through the external communication space and to the secondary combustion chamber through the intake port and the intake space, rising floating micro particles are subject to combustion in the secondary combustion chamber, gases generated by complete high-temperature combustion are exhausted by pressurization, thus the purpose of complete primary and secondary combustion is achieved and exhaust of the floating micro particles is avoided.

Description

【Technical field】 [0001] The present invention is related to the stove, in detail, especially refers to having the gold paper for the first combustion and the gold paper for the second combustion, which can provide a large amount of air for the first and second combustion, and raise the temperature in the secondary combustion chamber for complete combustion. Combustion, completely burns out the micro-aerosols, reduces the emission of micro-aerosols, and reduces the volume of the furnace body. It is a gold paper stove that combines the first and second combustion cylinders into one. 【Background technique】 [0002] Large-scale stoves are used in temples to burn gold paper for activities and celebrations. However, a large amount of gold paper often burns incompletely. Although some operators strengthen the smoke exhaust equipment to deal with the exhaust smoke, usually with water vapor Smokey carbon particles (micro-aerosols) fall with the attachment of water vapor, reducing th...

AI Technical Summary

Problems solved by technology

[0006] 1. The volume of the main combustion furnace 10 of this stove is already huge, and the volume of adding a secondary combustion furnace 12 is even larger and takes up a lot of space;

[0007] 2. Although there is a secondary combustion furnace 12, there is no secondary combustion effect. The secondary combustion furnace 12 also needs a large amount of oxygen for combustion, but there is no other supply gas setting except for the fresh air entering the discharge pipe 121, so the discharge The pipe 121 is both air intake and exhaust, which is prone to turbulent flow. The upper layer of the secondary combustion furnace 12 cannot increase the temperature, and cannot supply oxygen for combustion, so there is no secondary combustion micro-aerosol effect;

[0008] 3. Since there is a row of smoke pipes 11 between the main combustion furnace 10 and the secondary combustion furnace 12, it is not easy to carry them. Usually they are carried separately, and they are welded and processed on site, and the construction period is long;

[0009] 4. No matter the periphery of the main combustion furnace 10 or the secondary combustion furnace 12 is high temperature, there is a risk of burns if touched by the person;

[0010] 5. The main combustion furnace 10 of the stove has insufficient oxygen supply for incinerating the gold paper, and the people did not put the gold papers into the main combustion furnace 10 one by one, so the gold papers were stacked and burned incompletely.

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