CN210638045U - Incinerator for livestock raising - Google Patents

Abstract

The utility model provides an incinerator for livestock, which is a machine, the machine comprises an outer furnace body and an inner furnace body, the inner furnace body is positioned inside the outer furnace body, a hollow chamber is arranged between the outer furnace body and the inner furnace body, the hollow chamber is provided with a firepower inlet, a volute space which gradually contracts inwards is arranged along the inner furnace body from the firepower inlet, the top end of the outer furnace body is provided with an inner pot cover, the inner pot cover is provided with a livestock corpse, and the inner pot cover is provided with a pot opening; the method is characterized in that: the upper part of the outer furnace body is completely covered by an outer pot cover, the outer pot cover covers the inner pot cover, a return pipe is externally connected to the position, close to the top end, of the outer pot cover, an inlet pipe is connected to the fire inlet, the return pipe is communicated with the inlet pipe, an air blower is arranged on each of the inlet pipe and the return pipe, and a discharge pipe is arranged close to the top of the outer furnace body.

Description

Incinerator for livestock raising

[ technical field ] A method for producing a semiconductor device

The utility model relates to an incinerator is used in poultry especially indicates to when destroying livestock, the pet corpse that burn, can do more convenient, quick incineration treatment with the livestock corpse by afterburning, cubic combustion strong to the autologous burning of livestock corpse to by the thermal current backward flow of cubic combustion to first combustion space and afterburning space, promote thermal efficiency, a quick and energy-conserving incinerator is used in poultry.

[ background of the invention ]

The raising of pets (livestock and poultry such as dogs, cats, mini pigs, birds, chickens and the like) is becoming more common, or for owners of cattle, pigs and the like who raise their lives, the livestock, the poultry and the pets are easy to be infected with diseases and died due to diseases caused by weak resistance, or the livestock, the poultry and the pets are died due to infectious diseases or car accidents, and for the owners of the pets, the dead bodies of the pets are handed over to local funeral owners (public or private) to be incinerated just like the death of the owners after the pets, while the owners of the pets usually adopt the mechanism that the livestock dead bodies are directly placed in a big pot (the poultry is usually treated with high temperature by an incinerator filled with a closed hollow tube), the livestock bodies placed in the big pot are destroyed with heavy oil, the mechanism that the lower end of the support frame directly burns the heavy oil to be the bottom end of the big pot, when the livestock corpses are destroyed and incinerated, the heavy oil sprinkled on the livestock bodies is ignited by fire for combustion, the combustion is started by the fire force of the heavy oil combustion, so as to indirectly heat the livestock corpses arranged in the large pot, if the livestock corpses are too large (such as the pigs grow hundreds of kilograms of dead bodies), the livestock (pigs) are required to be dissected into corpse blocks with smaller volume so as to be conveniently arranged in the large pot for sprinkling the heavy oil for ignition, after the livestock corpses are dissected, bacteria parasitized in the corpses are easy to broadcast outwards when being dissected, so that the health of human bodies is influenced, the fire force of the heavy oil combustion erected at the lower end of the supporting frame is used for indirectly heating the pig corpses arranged in the large pot, but the mode of destroying and incinerating the livestock corpses can prevent the livestock corpses from rotting and generating maggots and generating odor, when the carcass is burnt, the heavy oil is directly sprayed, so that the carcass is extremely easy to emit the carcass smell doped with the heavy oil when the carcass is burnt, the smoke emitted during the burning is quite large, and the lower end of the support frame for destroying the carcass is heated by the heavy oil for indirect high-temperature heating, so that the burning time of the carcass is quite long, and the cost of using the heavy oil as a firepower energy source is relatively increased.

Therefore, the conventional incinerator for livestock has a long time consumption, the energy cost is relatively increased, only heavy oil is used as the thermal energy, only one-time combustion is needed, the combustion efficiency is low, how to perform secondary combustion to three-time combustion, and how to perform self-combustion on livestock bodies, and the thermal efficiency can be improved, and the incinerator is rapid and energy-saving, which is a big subject in the industry.

[ Utility model ] content

The utility model relates to an incinerator for poultry, its purpose: 1. the livestock bodies are incinerated by primary combustion, secondary combustion and tertiary combustion, the spiral space is a primary combustion space, the livestock bodies are softened gradually through the secondary combustion space, and the temperature is increased in the tertiary combustion space to heat the livestock bodies again. 2. The heat flow of the third combustion space flows back to the spiral space (the first combustion space) and the secondary combustion space, and the temperature is rapidly increased again so as to keep the high-temperature airflow from losing. 3. The amount of heavy oil supply is much less than that of the traditional incinerator, so that energy is saved, the incinerator is quick and almost complete in combustion, the discharged waste gas is discharged through the discharge pipe, and the waste gas discharged through the discharge pipe has no black smoke, so that the air pollution is reduced. 4. After the livestock carcass is burnt to a certain temperature, the livestock carcass self-burning is matched, and the burning efficiency can be naturally improved.

In order to achieve the above object, the present invention provides an incinerator for livestock, which is a machine table, the machine table comprises an outer furnace body and an inner furnace body, the outer furnace body is located below the outer furnace body, the inner furnace body is located inside the outer furnace body, a hollow chamber for flowing of firepower is arranged between the outer furnace body and the inner furnace body, a firepower inlet is arranged at the lower section of the hollow chamber, a volute space which gradually contracts inwards is formed along the inner furnace body from the firepower inlet, the inner furnace body is arranged in the middle of the hollow chamber, an inner pot cover is arranged at the top end of the outer furnace body, the inner pot cover is provided with a pot opening for containing livestock carcasses; the method is characterized in that: the upper part of the outer furnace body is completely covered by an outer pot cover, the outer pot cover covers the inner pot cover, a return pipe is externally connected to the position, close to the top end, of the outer pot cover, an inlet pipe is connected to the fire inlet, the return pipe is communicated with the inlet pipe, an air blower is arranged on each of the inlet pipe and the return pipe, and a discharge pipe is arranged close to the top of the outer furnace body.

Wherein, a space is arranged between the inner furnace body and the inner pot cover, which is a secondary combustion space.

Wherein, a large space is arranged between the outer pot cover and the inner pot cover, and is a tertiary combustion space.

The utility model discloses advantage and beneficial effect lie in: the primary combustion, the secondary combustion and the tertiary combustion are strong to incinerate the livestock bodies, the spiral space is a primary combustion space, the livestock bodies are gradually softened by the secondary combustion space, and the temperature is further increased in the tertiary combustion space to heat the livestock bodies again. And (3) reflowing the heat flow of the tertiary combustion space to a spiral space (a primary combustion space) and a secondary combustion space, and rapidly increasing the temperature again so as to keep the high-temperature airflow from losing. The amount of heavy oil supply is much less than that of the traditional incinerator, so that energy is saved, the incinerator is quick and almost complete in combustion, the discharged waste gas is discharged through the discharge pipe, and the waste gas discharged through the discharge pipe has no black smoke, so that the air pollution is reduced. After the livestock carcasses are burnt to a certain temperature, the livestock carcasses are burnt by self, and the burning efficiency can be naturally improved.

[ description of the drawings ]

Fig. 1 is a schematic cross-sectional view of the present invention.

Fig. 2 is a schematic cross-sectional view of the heat flow direction of the present invention.

Fig. 3 is a schematic cross-sectional view of the spiral space distribution of the present invention.

The numbers in the figures illustrate the following:

1 outer body 20 of machine 10 and inner body 30 of inner furnace cover

40 outer pot cover 11 hollow chamber 12 fire entrance 21 spiral space

31 secondary combustion space 2 dead body 32 pot mouth 41 tertiary combustion space

42 return line 13 inlet line 131 blower 421 blower

14 discharge pipe

[ detailed description ] embodiments

The utility model relates to an incinerator for livestock raising, as shown in fig. 1-3, which is a machine 1, the machine 1 comprises an outer furnace body 10, an inner furnace body 20, an inner pot cover 30 and an outer pot cover 40, the outer furnace body 10 is located below, the inner furnace body 20 is located inside the outer furnace body 10, the outer furnace body 10 can be constructed by concrete or refractory bricks, a hollow chamber 11 for firepower to flow between is arranged between the outer furnace body 10 and the inner furnace body 20, a firepower inlet 12 is arranged at the lower section of the hollow chamber 11, a volute space 21 (a first combustion space, as shown in fig. 3) which gradually shrinks inwards is arranged along the inner furnace body 20 from the firepower inlet 12, the inner furnace body 20 is arranged in the middle of the hollow chamber 11, the top end of the outer furnace body 10 is provided with an inner pot cover 30, the inner pot cover 30 is above the inner furnace body 20, a distance is arranged between the inner pot cover 20 and the inner pot cover 30, as a second combustion space 31, the inner pot cover 30 is used for placing and containing the carcass 2, the inner pot cover 30 is provided with a pot opening 32, the pot opening 32 is used for dropping melted grease into the inner furnace body 20, an outer pot cover 40 covers the upper part of the outer furnace body 10, the top of the outer furnace body 10 is completely covered by the outer pot cover 40, the inner pot cover 30 is covered by the outer pot cover 40, a large space is arranged between the outer pot cover 40 and the inner pot cover 30 and is a tertiary combustion space 41, a backflow pipe 42 is externally connected to the position, close to the top, of the outer pot cover 40, an inlet pipe 13 is connected to the position 12, the backflow pipe 42 is communicated with the inlet pipe 13, the inlet pipe 13 introduces fresh airflow, an air blower 131 is arranged in the inlet pipe 13, an air blower 421 is also arranged in the backflow pipe 42, the backflow pipe 42 enables heat of the tertiary combustion space 41 to flow into the backflow pipe 42, the backflow pipe 42 enables the heat to flow into the inlet pipe 13 and the position 12 of, the exhaust pipe 14 discharges exhaust gas to the outside.

By the above-mentioned structural combination, the incinerator for livestock of the utility model, when in operation, the dead livestock bodies 2 are to be destroyed and incinerated, the livestock bodies 2 are stacked one by one on the pot mouth 32 of the inner pot cover 30, the burner (the burner is not shown, the burning heavy oil is used as the fire energy) which is assembled on the inclined side of the outer furnace body 10 and inclines to the fire entrance 12 of the outer furnace body 10, after the burner is started, the fire enters the outer furnace body 10 and flows along the spiral space 21 to the periphery of the inner furnace body 20, the fire which rapidly flows in the outer furnace body 10 inclines along the arc of the peripheral wall of the inner furnace body 20, the temperature of the inner furnace body 20 is raised by violent heating, the fire which spirally flows in the inner pot cover 30 can rapidly heat the inner pot cover 30, the temperature of the secondary combustion space 31 is raised again, the livestock bodies 2 stacked on the inner pot cover 30 are rapidly incinerated in the middle part of the greater fire, after the burned livestock bodies 2 are continuously burned with strong fire and the bodies 2 are gradually softened in the middle, the livestock bodies 2 gradually flow into the inner furnace body 20 from the pot opening 32 of the inner pot cover 30, the melted grease drops into the inner furnace body 20, high-temperature burning is continuously performed on the livestock bodies falling into the inner furnace body 20 with strong fire, the heat flow in the tertiary combustion space 41 is not discharged temporarily, the heat flow from the spiral space 21 to the secondary combustion space 31 is gradually accumulated in the tertiary combustion space 41, the temperature of the tertiary combustion space 41 is continuously increased, the heat flow in the tertiary combustion space 41 is pumped downwards to the inlet pipe 13 by the return pipe 42 (the heat flow is pumped downwards by the blower 421), the heat flows into the fire inlet 12 by the other blower 131, and meanwhile, new external air intake flow is introduced, so that the high-temperature braising of the burned livestock bodies 2 with concentrated fire is more favorably until the livestock bodies are completely burned, the ash in the completely destroyed carcass 2 can be removed by a scraping tool, so that the disposal of the carcass 2 is more convenient and faster, and the cost of the firepower energy for incinerating the carcass 2 is reduced.

The utility model discloses utilize spiral space 21 to be the first combustion space, gradually soften livestock carcass 2 through afterburning space 31, it heats livestock carcass 2 once more to promote the temperature in cubic combustion space 41, owing to down pump to the inlet tube 13 with the thermal current of cubic combustion space 41 with back flow 42, introduce again to spiral space 21 in, this action is repeated so constantly, promote spiral space 21 fast, the temperature of afterburning space 31 and cubic combustion space 41, and to destroying 2 high temperature smolders of carcass that destroy completely, and the grease of carcass 2 also can provide spontaneous combustion, after burning to a degree, can promote the efficiency of burning naturally; therefore, the utility model discloses the volume of supply heavy oil is a lot of less than traditional incinerator, the energy can be saved, and is quick, and nearly burning is complete, and exhaust gas is discharged by delivery pipe 14, and 14 exhaust waste gases of delivery pipe do not have black cigarette, reduce the pollution of air.

Claims (3)

1. An incinerator for livestock is a machine table, the machine table comprises an outer furnace body and an inner furnace body, the outer furnace body is positioned below the inner furnace body, the inner furnace body is positioned in the outer furnace body, a hollow accommodating chamber for firepower to flow between the outer furnace body and the inner furnace body is arranged between the outer furnace body and the inner furnace body, a firepower inlet is arranged at the lower section of the hollow accommodating chamber, a volute space which gradually contracts inwards is formed along the inner furnace body from the firepower inlet, the inner furnace body is arranged in the middle of the hollow accommodating chamber, an inner pot cover is arranged at the top end of the outer furnace body, the inner pot cover is provided with a pot opening; the method is characterized in that: the upper part of the outer furnace body is completely covered by an outer pot cover, the outer pot cover covers the inner pot cover, a return pipe is externally connected to the position, close to the top end, of the outer pot cover, an inlet pipe is connected to the fire inlet, the return pipe is communicated with the inlet pipe, an air blower is arranged on each of the inlet pipe and the return pipe, and a discharge pipe is arranged close to the top of the outer furnace body.

2. A stockbreeding incinerator as claimed in claim 1 wherein: a space is arranged between the inner furnace body and the inner pot cover, which is a secondary combustion space.

3. A stockbreeding incinerator as claimed in claim 1 wherein: a large space is arranged between the outer pot cover and the inner pot cover, and is a three-time combustion space.

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