JPH0861644A - Incinerator for moisture-containing waste material - Google Patents

Abstract

PURPOSE: To provide an incinerator for moisture-containing waste material in which waste material such as excrements or the like having a high content of moisture can be burned without producing any bad odor, without generating a large amount of waste material hard to be processed and at a low running cost. CONSTITUTION: There are provided a main body 10 of an incinerator for burning excrement 1 and an odor incinerator 50 connected to the main body 10. The main body 10 is comprised of an opening 21 having a lid 22 for use in feeding excrement 1, a discharging pipe 25 for use in discharging combustion gas 3 and having a feeding blower 26, a rostrum 32 and an aeration hole 36 for feeding combustion air AO. The bad odor incinerator 50 is comprised of a combustion chamber 51, a cover member 58 and a burner 56. The combustion chamber 51 is comprised of an opening 53e for discharging discharged gas 4 and a communication hole 52e for feeding combustion gas 3. The cover member 58 covers an outer circumference of the combustion chamber 51, an upper opening 58c the communicates with a discharging pipe 25, a lower part 58d is connected to the communication hole 52e of the combustion chamber and 4 temperature of combustion gas 3 is increased at an outer circumference of the combustion chamber 51..

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a furnace for incinerating water-containing waste having a water content of 70% or more such as livestock dung and paper diapers.

[0002]

2. Description of the Related Art Conventionally, for example, when an ordinary refuse incinerator is used as an incinerator for incinerating livestock dung, the refuse incinerator is used as an incinerator body and the burned gas For the treatment of odors, a deodorizing device was provided for deodorizing the combustion gas from the incinerator body by passing it through the interior of the sprayed deodorizing liquid.

However, in this deodorizing device, even if the deodorizing liquid which has passed the combustion gas is circulated and used, the deodorizing liquid must be replaced at the end because the deodorizing liquid cannot be completely deodorized. Treatment of the used deodorant solution after replacement is often difficult due to the strong offensive odor. In particular, in a ranch where a large amount of feces is discharged, there is a case where the deodorant liquid to be discarded becomes too large to be processed and the use of the deodorizing device is stopped and the use of the incinerator is stopped.

In order to solve the above-mentioned drawbacks of the incinerator with the deodorizing device, it is conceivable to use a rotary kiln having a combustion burner to completely combust the dung of livestock and incinerate it. As a result, the fuel consumption of kerosene as a fuel is high, and the running cost per weight of the treated feces is 20 times or more that of the incinerator with the deodorizing device described above.

The present invention is intended to solve the above-mentioned problems, and when incinerating waste having a high water content such as feces, it produces a large amount of waste which does not produce a bad odor and is difficult to dispose of. It is an object of the present invention to provide an incinerator for water-containing waste, which can be incinerated at low running cost without causing it.

[0006]

A first water-containing waste incinerator according to the present invention is a water-containing waste incinerator for burning water-containing waste, and an incinerator body for burning water-containing waste. And an odor incinerator connected to the incinerator body, wherein the incinerator body has an opening with a lid for charging water-containing waste, and a feed blower for combustion. A discharge pipe for discharging gas is arranged, and a box body having a bottom and a vent hole for introducing combustion air is arranged at the bottom, and the odor incinerator discharges exhaust gas to the upper part. A combustion chamber in which a communication hole for introducing the combustion gas into the interior is arranged, the outer peripheral side of the combustion chamber is covered, the upper opening is electrically connected to the exhaust pipe, and the lower portion is The combustion gas is connected to the communication hole of the combustion chamber to convey the combustion gas to the outer peripheral surface of the combustion chamber. A cover member for heating by contact,
And a burner arranged in the lower part of the combustion chamber.

A second incinerator for water-containing waste according to the present invention is an incinerator for water-containing waste that burns water-containing waste, and an incinerator body that burns water-containing waste and the incinerator body. And an odor incinerator connected to the incinerator body, wherein the incinerator body has an opening with a lid for introducing water-containing waste, and an exhaust pipe for exhausting combustion gas, in the upper part, The bottom part is composed of a box in which a vent and a ventilation hole for introducing combustion air are arranged, and the odor incinerator,
The baffle plate is disposed horizontally in the vicinity of the incinerator body, the base side is electrically connected to the discharge pipe, and a baffle plate having a downward opening is arranged inside the tip end side. A combustion chamber in which an opening for exhausting exhaust gas is arranged above, a burner arranged on the base side of the combustion chamber and directed to the tip side of the combustion chamber, and on the tip side of the combustion chamber. An ejector for discharging exhaust air from a feed blower upward between the tip surface and the baffle plate to guide exhaust gas in the combustion chamber outward from the opening,
It is characterized by being configured with.

In the incinerator body of the first and second incinerators for water-containing waste, a plurality of through cylinders extending upward from the bottom and having through holes in the peripheral wall are arranged inside, The bottom of the through-cylinder may be connected to an air introduction passage for arranging an air supply blower for inflowing air to bring the air into contact with the outer peripheral surface of the incinerator body and raise the temperature.

Further, the rod forming the roast of the incinerator body in the first and second incinerators for water-containing waste may be configured to be swingable.

[0010]

In the incinerator for water-containing waste according to the first aspect of the present invention, when incinerating water-containing waste, first, the lid of the upper opening of the incinerator body is opened to set the fire source to the rostrtor. Place it on top, then place the water-containing waste on the fire from the opening, close the lid, ignite the burner of the odor incinerator, and activate the feed blower.

[0011] Then, the water-containing waste is dried by the fire to a high temperature and burned. When the water-containing exhaust material starts to burn, the water-containing exhaust material arranged above is dried by its calorific value, and the water-containing exhaust material arranged above is dried and burned to form ash.

The combustion gas that gives off a bad odor at that time is
Due to the operation of the blower, it does not flow backwards, goes through the discharge pipe, goes from the upper opening of the cover of the odor incinerator to the outer surface of the combustion chamber, contacts the outer peripheral surface of the combustion chamber, and goes to the lower side while being heated to communicate with the combustion chamber. It enters the combustion chamber through the holes and is burned by the flame of the burner.

That is, in the first incinerator of the present invention, the odorous combustion gas is burned in the odor incinerator, and the exhaust gas discharged from the odor incinerator can be made colorless and odorless. In the incinerator body, only the odorless ash of the water-containing waste remains, and there is no problem in disposal.

And, the fuel in the incinerator body is only the original flame type, and the fuel in the odor incinerator is the fuel for igniting the combustion gas whose temperature has been raised. It is possible to suppress an increase in running cost.

Therefore, in the first water-containing exhaust gas incinerator according to the present invention, when incinerating a waste having a high water content such as feces, a large amount of waste that does not cause a bad odor and is difficult to dispose of is discharged. It can be incinerated without producing any matter and at a low running cost.

In the second incinerator for water-containing waste according to the present invention, when the water-containing waste is incinerated, first, like the first incinerator, first, the lid of the upper opening of the incinerator body is closed. Open and place the fire on the stove, then place the water-containing waste on the fire through the opening, close the lid, ignite the burner of the odor incinerator, and activate the feed blower.

Then, the water-containing waste is dried by the fire to a high temperature and burns, and when the water-containing waste starts to burn, the water-containing waste arranged above is dried by its calorific value, Sequentially, the water-containing waste disposed above is dried and burned to form ash.

The combustion gas that gives off a foul odor at that time is
Due to the ejector effect due to the operation of the feed blower, it does not flow backward, enters the combustion chamber of the odor incinerator through the discharge pipe, and is burned by the flame of the burner. The combustion gas in the combustion chamber is burned at a high temperature due to heat being trapped in the chamber on the burner side in the combustion chamber by the baffle plate, and is completely burned smoothly as in the first case. The Rukoto.

Also in this second incinerator, the odorous combustion gas is burned in the odor incinerator, and the exhaust gas discharged from the odor incinerator can be made colorless and odorless, and in the incinerator main body. However, only odorless ash of water-containing waste remains, and there is no problem in waste disposal. Furthermore, the fuel in the incinerator body is only the original flame type, and the fuel in the odor incinerator is combustion gas that is difficult to cool down near the incinerator body.
It is a fuel that only ignites in the combustion chamber that maintains a high temperature due to the action of the baffle plate, consumes a small amount, and can suppress an increase in running cost.

In particular, in the second incinerator, the odor incinerator is placed close to the incinerator body, and the delivery blower is not used in the combustion gas discharge pipe, but the delivery blower is used as the ejector. By doing so, the feed blower does not come into direct contact with the combustion gas and exhaust gas, and the tar component of these combustion gases is less likely to adhere, and maintenance such as cleaning of the feed blower is facilitated.

Therefore, in the second water-containing waste incinerator according to the present invention, in addition to the effect of the first incinerator, the effect of facilitating the maintenance of the feed blower can be obtained.

In the incinerator body of the first and second water-containing waste incinerators, a plurality of through cylinders extending upward from the bottom and provided with through holes in the peripheral wall are arranged inside, and the bottoms of the through cylinders are arranged. Is configured to be connected to an air introduction path for arranging an air supply blower for inflowing the atmosphere to bring the atmosphere into contact with the outer peripheral surface of the incinerator body and raise the temperature, when the water-containing waste is a through cylinder. Since the dried air is dried by the heated air discharged from the through hole, the processing capacity in the incinerator body can be improved.

Further, when the rod forming the grate of the incinerator body in the first and second water-containing waste incinerators is configured to be swingable, the ash of the water-containing waste burned on the grate is stored. However, if you vibrate the rods that make up the roster, you can drop the ash downwards, and after scraping out the fallen ash, from the vent hole at the bottom of the incinerator body,
Combustion air easily flows into the incinerator body, and a good combustion state can be obtained.

[0024]

An embodiment of the present invention will be described below with reference to the drawings.

The water-containing waste incinerator M1 of the first embodiment shown in FIGS. 1 and 6 incinerates the dung 1 of livestock, and the incinerator body 10 and the odor incinerator 5 are each made of stainless steel.
0.

As shown in FIGS. 1 to 4, the incinerator main body 10 is formed in a rectangular parallelepiped box shape having a peripheral wall 11 having a rectangular tubular shape, and the peripheral wall 11 has an inner peripheral wall 12 and an outer peripheral wall 13 as rib members. A rectangular annular upper frame 1 which is connected at 16 and has hollow insides at the upper and lower ends of the inner peripheral wall 12 and the outer peripheral wall 13.
4 and the lower frame body 15 are connected to each other.

An extension wall 20 is connected to the upper surface of the upper frame body 14 in a square tube shape, and a hinge 23 is used for a rectangular opening 21 surrounded by the upper end of the extension wall 20. Lid 22
Is provided. Further, a discharge pipe 25 for discharging the combustion gas 3 generated when the feces 1 is burned is connected to the extended wall 20. A delivery blower 26 for delivering the combustion gas 3 to the odor incinerator 50 side is disposed in the discharge pipe 25.

To open and close the lid 22, a pinion 22b is fixed to the end of the shaft 22a of the lid 22 connected to the hinge 23, and the pinion 22b is fixed to the end of the handle shaft 24. It is carried out by turning the handle 24a of the handle shaft 24. The handle shaft 24 is rotatably supported by the outer peripheral wall 13 via a bearing (not shown).

In addition, a plurality of support columns 27, which have their upper ends fixed to the lower frame body 15 and extend downward, are arranged at the lower part of the incinerator main body 10, and left and right side surfaces and back surfaces are left, leaving the front side. A side plate 28 is fixed between the three columns 27, and the lower part of the incinerator body 10 is covered. The area not covered by the side plate 28 on the lower front side of the incinerator body 10 is incinerated feces 1
After dropping the ash 2 of the ash 2, a scraping outlet 3 for scraping the ash 2
It becomes 0.

Further, inside the lower frame 15 in the lower part of the incinerator main body 10, a loss 32 is arranged.
The grate 32 is composed of two types of square pipes 33 and 34, and a space between the pipes 33 and 34 serves as a vent hole 36 for introducing the combustion air A0 into the inside of the incinerator body 10.

As shown in FIGS. 1 to 3, each square pipe 33 is supported at its both ends by brackets 44 which are fixed to the front side and the rear side of the lower frame 15. Further, a link 38 extending downward is provided at the lower center part.
Is fixed. At the lower end of each link 38, one connecting rod 39 extending in the horizontal direction is axially attached. And
Both ends of the connecting rod 39 project from the left and right side plates 28, and one end side 39a is pivotally attached to the lever 40. The lever 40 is attached to the side plate 28 with respect to the brackets 42, 42.
It is rotatably attached to the shaft by means of 1. Therefore, if the lever 40 is swung about the shaft 41, the connecting rod 3
9 reciprocates in the axial direction, and each square pipe 34 pivotally moves via each link 38 so as to be swung.

Further, as shown in FIGS. 1 and 4, each square pipe 34 is inserted and fixed in the inner space of the front side and the rear side of the lower frame body 15, and each of the plurality of square pipes 34 extends upward. The through cylinder 46 is connected. A plurality of through holes 46a are formed in each through cylinder 46. It should be noted that the tip end 34a of each square pipe 34 on the back side of the lower frame 15 is provided.
Is occluded.

The square pipes 34 and the through cylinders 46 form the ends of the air introduction passages 17 for effectively drying the feces 1. As shown in FIG. 1, the air introduction path 17 has an opening 13a formed in an upper portion of the outer peripheral wall 13 to connect the inner peripheral wall 12 and the outer peripheral wall 13 to each other.
6 are disposed so as to incline obliquely downward on the left and right side surfaces, and the inner and outer peripheral walls 12 and 13 and the rib member 16 are provided from the opening 13a.
After passing through the spiral space surrounded by and, further, the lower frame body 15
Is formed as a flow path that passes through the square pipes 34 and the communicating cylinders 46 described above by entering the lower frame body 15 with the air supply blower 18 arranged on the upper left side surface thereof interposed.

In the case of the first embodiment, the capacity of the feces 1 that can be put into the incinerator main body 10 at one time is 4 to 6 m ³ , and the air supply blower 18 and the supply blower 25 are 400 watt electric motors. It uses a motor.

As shown in FIGS. 1 and 5, the odor incinerator 50 has a combustion chamber 51, a cover body 58 for covering the combustion chamber 51, and
It is configured with.

The combustion chamber 51 includes a lower lower cylindrical portion 52 and
Upper upper cylindrical portion 53 and lower / upper cylindrical portions 52, 53
And an intermediate portion 54 between them.

The lower cylindrical portion 52 includes a bottom wall 52a and a peripheral wall 52.
c and the ceiling wall 52g, the bottom wall 52
A plurality of support legs 52b extending downward are fixed to the lower surface of a. In the lower part of the peripheral wall 52c, a burner hole 52d is formed.
And a large number of communication holes 52e are formed in the peripheral wall 52c, and a large number of fins 5 are arranged obliquely downward on the outer peripheral surface of the peripheral wall 52c.
2f is fixed. A plurality of through holes 52h are bored in the ceiling wall 52g.

The upper cylindrical portion 53 has a bottom wall 53a having a through hole 53b corresponding to the through hole 52h of the lower cylindrical portion 52.
And a ceiling wall 53d having a peripheral wall 53c and an opening 53e.
And a chimney 53f extending upward is formed on the peripheral edge of the opening 53e of the ceiling wall 53d.

The intermediate portion 54 has a through hole 52h in the ceiling wall 52g of the lower cylindrical portion 52 and an upper cylindrical portion 53.
And a through hole 53b in the bottom wall 53a of the cylinder 54a.

The cover body 58 includes a bottom wall 58a and a peripheral wall 58.
b and a ceiling wall 58f having an insertion hole 58g through which the chimney 53f is projected, and is configured to cover the outer peripheral side of the combustion chamber 51, and an upper opening 58c formed in the peripheral wall 58b is provided with an exhaust pipe 25. It has been conducted with.

The cover body 58 has a lower peripheral wall 58d.
Is covered up to the periphery of the communication hole 52e of the combustion chamber 51, and the combustion gas 3 is brought into contact with the outer peripheral surface of the combustion chamber 51 to raise the temperature.

Further, the peripheral wall lower portion 58 of the cover body 58 is also provided.
A burner 56 that burns with kerosene is disposed in a burner hole 58e formed in d and a burner hole 52d in the combustion chamber 51. In the case of the embodiment, the fuel consumption of kerosene in the burner 56 is about 1.5 to 2.5 liters per hour.

When incinerating the feces 1 using the incinerator M1 of the first embodiment, first, the handle 24a is turned to open the lid 22 of the opening 21 at the upper part of the incinerator body 10 to set the fire source. Maki 5 (see Fig. 6) with fire as
2 and then put the feces 1 on the fire 5 through the opening 21, turn the handle 24a to close the lid 22, ignite the burner 56 of the odor incinerator 50, and supply the air to the blower blower 18. Operate the blower 26.

Then, as shown in FIG. 6, the dung 1 is dried by the fire species 5 to reach a high temperature, and is burned by using the combustion air A0 flowing through the ventilation holes 36.
When the dung 1 starts to burn, the dung 1 arranged above is dried by its calorific value, and the dung 1 arranged above is successively dried and burned to form ash 2.

Combustion gas 3 which gives off a bad odor at that time
Without backflow due to the operation of the feed blower 26,
After passing through the discharge pipe 25, the temperature rises from the upper opening 58c of the cover body 58 of the odor incinerator 50 in contact with the outer peripheral surface of the combustion chamber 51 (the combustion gas 3 whose temperature at the opening 58c is about 150 ° C. The temperature is raised to about 0 ° C.) toward the lower portion 58d side, and enters the combustion chamber 51 through the communication hole 52e, and the burner 5
It will be burned with 6 flames (about 800 ° C.).

In the incinerator M1, the odorous combustion gas 3 is burned in the odor incinerator 50, and the exhaust gas 4 discharged from the chimney 53f of the odor incinerator 50 can be made colorless and odorless. In the incinerator body 10, only the odorless ash 2 of the dung 1 remains, and there is no trouble in the disposal process.

The fuel in the incinerator body 10 is only the original fire type 5, and the fuel in the odor incinerator 50 is
It is a fuel for the burner 56 that only ignites the combustion gas 3 that has been heated, and it consumes only a small amount and can suppress an increase in running cost.

Therefore, in the incinerator M1 of the first embodiment, when incinerating waste having a high water content such as feces 1 and the like, no bad odor is produced and further waste which is troublesome for treatment is not generated. Moreover, it can be incinerated at low running costs.

Further, in the incinerator M1 of the first embodiment, in the incinerator body 10, a plurality of through cylinders 46 extending upward from the bottom and having through holes 46a in the peripheral wall are arranged inside, and the through cylinder 46 is provided. The bottom portion of the above is configured to be connected to the air introduction passage 17 in which the air supply blower 18 for inflowing the atmosphere A1 is arranged to bring the atmosphere A1 into contact with the outer peripheral surface of the incinerator body 10 to raise the temperature. Therefore, the feces 1 will be
Of the heated air A2 (30
Since it is dried by raising the temperature to about 0 ° C),
The processing capacity of the incinerator body 10 can be improved.

Incidentally, in the incinerator M of the embodiment, 4 to 6 is used.
It was possible to incinerate m ³ of feces in 24 hours, and the consumption of kerosene at that time was about 40 to 60 liters.

Furthermore, in the incinerator M1 of the first embodiment, as shown in FIGS.
By swinging 0, the square pipe 33 as a rod forming the loss 32 of the incinerator body 10 can be swung to swing via the connecting rod 39 and the link 38. Therefore, as shown in FIGS. 3 and 7, even if the ash 2 of the burned feces 1 is stored on the rostrtor 32, the lever 40 is swung to rotate the square pipe 33 that constitutes the rostrtor 32. For example, the ash 2 can be dropped downward, and after the dropped ash 2 is scraped out, the combustion air A0 easily flows into the incinerator body 10 through the vent hole 36 at the bottom of the incinerator body 10. Therefore, a good combustion state can be obtained.

Next, the water-containing exhaust gas incinerator M2 of the second embodiment shown in FIGS. 8, 9, and 10 will be described. This incinerator M2 is provided with an incinerator body 10 and an odor incinerator 70. ing. The incinerator body 10 of the first embodiment is different from the incinerator body 10 of the first embodiment except that the exhaust pipe 61 for exhausting the combustion gas 3 does not have the feed blower 26 and is short. Since the configuration is the same as, the description will be omitted.

The odor incinerator 70 comprises a combustion chamber 71, a burner 77 arranged on the base side of the combustion chamber 71, and an ejector 79 arranged on the tip side of the combustion chamber 71. .

The combustion chamber 71 has a substantially cylindrical shape, and the support member 6 fixed to the rear surface side of the outer peripheral wall 13 of the incinerator body 10 is supported.
It is supported by 2.63 and is horizontally arranged close to the incinerator body 10. A baffle plate 72 having a lower opening is arranged inside the tip side, a room on the base side of the baffle plate 72 is a main body chamber 73, and a room on the tip side of the baffle plate 72 is a discharge chamber 75. In the case of the embodiment, the combustion chamber 7
1, the inner diameter is about 400 mm, the total length is about 1500 mm, about 4/5 of the total length is the main body chamber 72, and about 1/5 of the total length is the discharge chamber 75.

In the main body chamber 73, a burner hole 73a is opened on the end face on the base side, a burner 77 facing the tip side is arranged in the burner hole 73a, and a communication hole 73b is opened on the periphery of the base part. Then, the communication hole 73b is connected to the discharge pipe 61. Further, in the main body chamber 73, an introduction hole 73c is opened around the base portion side, and an introduction pipe 66 for auxiliary combustion air described later is connected to the introduction hole 73c.

The burner 77 is supported by a support member 62 fixed to the back side of the outer peripheral wall 13 of the incinerator body 10. Further, the introduction pipe 66 is connected to a feed blower 65 supported by a support member 64 fixed to the rear surface side of the outer peripheral wall 13 of the incinerator body 10, and an opening / closing valve 67 is arranged at an intermediate portion. Has been done.

The discharge chamber 75 is provided with a communication hole 74 which is an opening below the baffle plate 72 (1/3 below the tip portion of the main body chamber 73).
Through the main body chamber 7)
3, the nozzle 80 of the ejector 79 is projected upward from below. Further, the discharge chamber 75 has an opening 75a at the top, and the mixing pipe 81 of the ejector 79 is connected to the opening 75a.

The ejector 79 discharges the exhaust gas 4 in the combustion chamber 71, and has the nozzle 80 and the mixing pipe 81 described above.
And the nozzle 80 is connected to the tip of the feed pipe 68 for the discharge air A3 extending from the feed blower 65, and the mixing pipe 81 has a parallel portion that narrows to increase the pressure on the inner peripheral surface. 81a and the diffuser part 81b are formed, and the chimney 83 is connected to the upper end.

The feeding blower 65 and the burner 77 are
The standard is almost the same as that of the first embodiment.

When incinerating the feces 1 by using the incinerator M2 of the second embodiment, first, the lid 22 of the opening 21 at the upper part of the incinerator body 10 is opened as in the first embodiment. Place the fire type 5 on the rustle 32, and then place the feces 1 in the opening 21.
Placed on the fire 5, close the lid 22, ignite the burner 77 of the odor incinerator, and further supply the blower 65.
And the air supply blower 18 are operated.

Then, the dung 1 is dried by the fire species 5 and becomes high temperature and burns. When the dung 1 starts to burn, the dung 1 arranged above is dried by its calorific value, and sequentially, The feces 1 placed above dry and burn to form ash. Of course, also in the case of the second embodiment, in the incinerator body 10, a through hole 46a is formed inside, extending upward from the bottom and extending to the peripheral wall.
A plurality of through cylinders 46 provided with the above, and a bottom portion of the through cylinder 46 is provided with an air supply blower 18 into which the atmosphere A1 flows, and the atmosphere A1 is brought into contact with the outer peripheral surface of the incinerator body 10 to raise the temperature. Since it is configured to be connected to the introduction path 17, the feces 1 are dried by the heated air A2 (heated to about 300 ° C.) discharged from the through hole 46a of the communicating cylinder 46. This means that the processing capacity of the incinerator body 10 can be improved.

The odorous combustion gas 3 passes through the discharge pipe 61 without flowing backward due to the ejector effect of the discharge air A3 discharged from the feed blower 65.
The baffle plate 72 in the combustion chamber 71 of the odor incinerator 70 enters the main body chamber 73 maintained at a high temperature (about 1000 ° C.),
It will be burned by the flame of the burner 77. When combustion air is required, the opening / closing valve 67 is appropriately operated to introduce the combustion air from the feed blower 65 into the main body chamber 73.

Therefore, also in the incinerator M2, the odorous combustion gas 3 is burned in the odor incinerator 70, and the exhaust gas 4 discharged from the odor incinerator 70 can be made colorless and odorless. Moreover, in the incinerator body 10, only the odorless ash of the dung 1 remains, and there is no problem in treating the dung 1. Furthermore, the fuel in the incinerator body 10 is only the original fire type 5, and the fuel in the odor incinerator 70 is the baffle plate 72, which is close to the incinerator body 10 and does not easily cool the combustion gas 3.
Combustion chamber 71 (main chamber 7
It is a fuel that is only ignited in 3), it consumes a small amount, and can suppress an increase in running cost.

And, in particular, the incinerator M2 of the second embodiment.
Then, since the odor incinerator 70 is disposed in the vicinity of the incinerator body 10 and the delivery blower 26 is not disposed in the exhaust gas 61 of the combustion gas 3, the delivery blower 65 is used for the ejector 79. The delivery blower 65 does not come into direct contact with the combustion gas 3 and the exhaust gas 4, and tar components such as the combustion gas 3 are less likely to adhere to the delivery blower 65, which facilitates maintenance such as cleaning of the delivery blower 65.

Therefore, in the incinerator M2 of the second embodiment, in addition to the effect of the incinerator M1 of the first embodiment, the effect of facilitating the maintenance of the feed blower 65 can be obtained.

[Brief description of drawings]

FIG. 1 is a partially cutaway perspective view of an incinerator according to a first embodiment of the present invention.

FIG. 2 is a cross-sectional view of the incinerator body of the same embodiment, and FIG.
Corresponds to the II-II site.

FIG. 3 is a cross-sectional view of a rostr part in the incinerator body of the embodiment, which corresponds to a III-III part in FIG.

FIG. 4 is a cross-sectional view of the incinerator body of the same embodiment, which is shown in FIG.
Corresponds to the IV-IV site.

FIG. 5 is a cross-sectional view of the odor incinerator of the same example.

FIG. 6 is a schematic sectional view showing a mode of use of the embodiment.

FIG. 7 is a schematic cross-sectional view showing a state in which ash is dropped during use of the same embodiment.

FIG. 8 is a partially cutaway perspective view of the second embodiment.

9 is a cross-sectional view of the same example, corresponding to the IX-IX portion in FIG. 8.

10 is a cross-sectional view of the same example, which corresponds to the XX portion in FIG. 9.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... (Water-containing waste) Feces, 3 ... Combustion gas, 4 ... Exhaust gas, 10 ... Incinerator body, 17 ... Air introduction passage, 18 ... Air supply blower, 21 ... Opening part, 22 ... Lid, 25 ... Exhaust pipe , 26.65 ... Feeding blower, 32 ... Rostrul, 33 ... (Bar) square pipe, 36 ... Vent hole, 46 ... Through cylinder, 46a ... Through hole, 50.70 ... Odor incinerator, 51.71 ... Combustion chamber , 52e ... Communication hole, 53e ... Opening part, 56/77 ... Burner, 58 ... Cover body, 58c ... Upper opening, 72 ... Baffle plate, 75a ... Opening part, 79 ... Ejector, A0 ... Combustion air, A1 ... Atmosphere , A3 ... Exhaust air, M1, M2 ... Incinerator.

Claims (4)

[Claims] 1. An incinerator for hydrated waste that burns hydrated waste, comprising an incinerator body for burning hydrated waste and an odor incinerator connected to the incinerator body. The incinerator main body has an opening with a lid for charging water-containing waste and an exhaust pipe for discharging combustion gas having a feed blower at the upper part, and at the bottom, for the loss and combustion. The odor incinerator has an opening for discharging exhaust gas in the upper part and a communication hole for introducing the combustion gas into the inside of the box. And a combustion chamber in which the combustion gas is disposed on the outer peripheral surface of the combustion chamber, an upper opening of the combustion chamber is connected to the exhaust pipe, and a lower portion of the combustion chamber is connected to a communication hole of the combustion chamber. A cover body which is brought into contact with the temperature to raise the temperature, and arranged in the lower part of the combustion chamber. An incinerator for water-containing waste, comprising: 2. An incinerator for water-containing waste for burning water-containing waste, comprising an incinerator body for burning water-containing waste and an odor incinerator connected to the incinerator body. , The incinerator body has an opening with a lid for introducing water-containing waste, and an exhaust pipe for exhausting combustion gas at the upper part, and a vent hole for introducing a roster and combustion air at the bottom. The odor incinerator is arranged in the horizontal direction in the vicinity of the incinerator body, the base side is electrically connected to the discharge pipe, and the lower side is opened inside the tip side. A combustion chamber in which a baffle plate is arranged, and an opening for discharging exhaust gas is arranged above the tip surface on the tip side and the baffle plate, and the combustion chamber is arranged on the base side of the combustion chamber. A burner facing the tip side of the chamber, and Between the front end surface and the baffle plate, discharge air from the feed blower upward,
And an ejector for guiding the exhaust gas in the combustion chamber to the outside through the opening. 3. The incinerator body has therein a plurality of through cylinders extending upward from the bottom and provided with through holes in a peripheral wall thereof, and the bottom of the through cylinder is provided with an air supply blower through which air is introduced. The incinerator for water-containing waste according to claim 1 or 2, which is arranged and is connected to an air introduction path for bringing the atmosphere into contact with the outer peripheral surface of the incinerator body to raise the temperature. 4. The incinerator for water-containing waste according to claim 1, wherein a rod forming a roast of the incinerator body is configured to be swingable.