TH17019C3 - White charcoal and charcoal making stove from biomass - Google Patents

Abstract

------ 06/08/2018 ------ (OCR) Invention Summary White charcoal and charcoal making stove from biomass The white charcoal furnace consists of two cylindrical metal buckets, a large tank and a small tank with a diameter of 4 to 1 between the large tank and the small tank. The large tank inside the surrounding is covered with refractory cement. The large tank acts as The white charcoal kiln has a cylindrical shape, the upper part has an open lid and the lower part of the stove open with legs. Raised about 15 cm from the floor and installed the grid in the lower part. The air entering from the bottom allows for complete combustion and the heat distribution within the furnace evenly, while the small, cylindrical tank is about 10 cm lower than the large tank, with the upper, closed and lower body. open On the side of the small bucket, punch holes around it.Place the small bucket in the middle of the larger bucket next to the bottom grate of the larger bucket. Small bucket made Its function draws air from below humid and sends air out of holes on the side of the tank to dissipate heat. It is consistent throughout the biomass tank and improves the combustion efficiency of biomass. Inside a large tank By the method of burning white charcoal, it starts with the ignition of the fuel from the top. Reduces heat build-up and increases heat build-up from the top, greatly increasing the humidity due to the flame. The upper side will collide with the gas generated by the combustion of biomass to be flammable, improving the efficiency in The burning of charcoal is very moist, the large tank is a tank containing biomass, able to contain various shapes of biomass such as bamboo, stick, corncob, etc., and other shapes such as coconut shell, coconut shell. The axis of the palm leaf, etc. ------------ Invention summary. White charcoal and charcoal making stove from biomass The white charcoal furnace consists of two sizes of cylindrical metal tanks, large tanks and small tanks, with a diameter ratio between large and small tanks approximately 4 to 1, with large internal tanks covered with refractory cement. Large serves as The white charcoal kiln has a cylindrical shape, the upper part with an open lid and the lower part of the stove open with legs. Raised about 15 cm from the floor and installed the grille in the lower part next to the stand so that The air inlet from the bottom ensures complete combustion and evenly distributes the heat inside the stove, while the small, cylindrical tank is about 10 cm lower than the large tank, with a closed top and an open bottom. On the side of the small bucket, punch holes around it.Place the small bucket in the middle of the larger bucket next to the bottom grate of the larger bucket. Small bucket made The function draws air from below and sends air out of the holes on the side of the tank to dissipate heat. To be evenly distributed to biomass and improves the efficiency of biomass combustion. Inside a large tank By the method of burning white charcoal, it starts with the ignition of the fuel from above. It reduces smoke generation and increases the build-up from the top due to the flames. The top will collide with the gas produced by the combustion of biomass, resulting in combustion, improving the efficiency in To burn more charcoal, a large tank is a tank containing biomass, able to contain various shapes of biomass such as bamboo, stick, corn cob, etc., and other shapes such as coconut shell, coconut shell. The axis of the palm leaf, etc.

Claims (2)

Disclaimer (all) which will not appear on the advertisement page. : ------ 13/12/2019 ------ (OCR) Page 1 of 1 page Claims 1. White charcoal and charcoal fired from biomass consists of The large cylindrical steel tanks (1) and the small tanks (2) have a reasonable circumference and height and correspond to the circumference and height of the large cylindrical steel tanks (1), which serve as the biomass combustion chamber and support. Small tanks (2) with diameter ratio between large tanks (1) to small tanks (2) is 4 to 1, with the upper part of the large tank (1) having a cover open (3) separate from the tank. Large size (1) with the lid open with a nut (6), screwed the lid to open (3) tightly to prevent air from entering the biomass, and the bottom of the large tank ( 1) There will be a grill to allow air to enter from below. And a stand (5) raised 15 cm from the ground, which has a special feature Inside the large tank (1), it is covered with refractory cement all around, and in the middle of the large tank (1), a smaller tank (2) is placed, with a steel overhang from the grid (4) below four points. To lock the small tank (2) from moving out 2. Stoves to produce white charcoal and charcoal from biomass according to claim No. 1, where small tanks (2) for pulling and distributing air from the bottom into the large tank (1) Small tanks (2) are cylindrical, the upper part of the tank is closed and the lower part of the tank is open to draw air from below through it. The side of the small tank (2), which drills the surrounding ventilation holes (7) to allow air to enter inside the large tank (1) and allow the smaller tank (2) to be fixed at the bottom of the large tank ( 1) Yes, with a steel overhang (8) from the middle of the grate (4) the lower part ------------ ------ 22/03/2019 ------ ( OCR), page 1 of, amount 1 page. Claims 1. The white charcoal and charcoal burner from biomass by thermal decomposition method consists of large cylindrical steel tanks (1) and small tanks (2). Which has special characteristics The small tank (2) has a reasonable circumference and height and corresponds to the circumference and height of the large steel cylinder (1) because if the smaller tank (2) has a smaller circumference and height than the optimum ratio. Compared to large steel cylinders (1), air is drawn from the bottom to help the biomass combustion incomplete and produce smoke throughout the combustion time. 2) Having a greater circumference and height, the optimum ratio compared to large steel cylinders (1) will consume the sintering space of large steel cylinders (1) large cylinders (1) have the function of It is a biomass combustion chamber and supports small tanks (2). The diameter ratio between large tanks (1) to small tanks (2) is 4 to 1, with the upper part of the large tank (1) with a lid. Open (3) separate from the large body (1) with the lid open with a nut (6), tighten the lid open (3) tightly to prevent air from entering while the biomass starts to charcoal. In which the large tank (1) is covered with refractory cement all around. And in the inner center of the large tank (1), a small tank (2) is placed, with four protruding bars (4) below the grate to lock the small tank (2) from moving out. And the bottom of the large tank (1) has a grill to allow air to enter from below. And a stand (5) raised 15 cm from the ground. (2) For pulling and distributing air from below into the large (1) Small bowl (2) A cylindrical knife with a closed top and an open bottom to draw air from below through. Come to the side of the small pipe (2), where the surrounding ventilation holes (7) will be drilled to allow air to enter the large chamber. And let the small pipe (2) adhere to the bottom of the large (1) climb with a steel overhang (8) from the middle of the grate (4) the lower part ------------ - ----- 06/08/2561 ------ (OCR) Page 1 of 1 page Claims 1. White charcoal and charcoal fuel stove by thermal biomass decomposition, which has A special family is The optimum ratio between the large (1) and the small (2) cylindrical steel rods will help draw in air, improving the efficiency of biomass combustion. Large tanks (1) act as biomass combustion chambers and smaller boilers (2). Through the center between the large tank (1), the small pipe (2) is 4 to 1, with the upper part of the large tank (1) with an open cover (3) separated from the large body (1). The lid opens with a nut (6) to thicken the lid to open (3) tightly to prevent air from entering the biomass. The large interior (1) is covered with refractory cement all around. And in the inner center of the large tank (1), a small tank (2) is placed, with four protruding bars (4) below the grate to lock the small tank (2) out and down. The large tank (1) has a grill to allow air to enter from below. And a stand (5) raised 15 cm above the ground. 2. The stove produces white charcoal and charcoal from biomass fuel according to claim No. 1, where a small tank (2) for pulling and distributing air from below. The tank (1) small tank (2) has a cylindrical body, a closed top and an open bottom to draw air from below through the sides of the small tank (2). The surrounding ventilation holes (7) will be drilled to allow air to enter inside the larger tank and allow the smaller tank (2) to be fixed in the bottom of the larger tank (1) with a steel overhang (8) from the center. Of the sieve (4) lower part ------------ Page 1 of the number 1 page, right 1. The stove produces white charcoal and fuel charcoal by means of biomass decomposition by heat. It consists of two cylindrical metal tanks: a large tank (1) and a small tank (2). The large tank (1) serves as a biomass combustion chamber and supports the small tank (2) by line ratio. Through the center of the large tank (1) per small tank (2) equals 4 to 1, with the upper part of the large tank (1) with a cover open (3) separated from the large tank (1) by the lid. There will be a nut (6) to tighten the cap (3) tightly to prevent air from entering the biomass. In which the large tank (1) is covered with refractory cement all around. And in the inner center of the large tank (1), a small tank (2) is placed, with four protruding bars (4) below the grate to lock the small tank (2) out and down. The large tank (1) has a grill to allow air to enter from below. And has a stand (5) raised 15 cm above the ground 2. According to claim 1, where a small tank (2) for pulling and diffusing air from below. Inside the large tank (1), the smaller tank (2) are cylindrical in shape, the upper, closed tank and bottom of the tank. Open to draw air from below through the sides of the small tank (2), which drills the surrounding ventilation holes (7) to allow air to enter inside the larger tank. According to right number 1 To allow the small tank (2) to adhere At the bottom of the large tank (1), with a steel overhang (8) from the middle of the grate (4), the lower part.