JP3078963B2 - Wastewater and garbage treatment equipment - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a processing apparatus for decomposing garbage such as waste water and vegetable waste.

[0002]

2. Description of the Related Art Conventionally, there has been proposed a processing apparatus for decomposing and discarding waste water and garbage using microorganisms so as not to affect the environment. FIG. 9 shows an example of the processing apparatus. The processor body 1 of the processing apparatus A is installed outside the house, and the inside thereof is filled with a processing material 6 for decomposing waste water and garbage, and is stirred by a rotating shaft 16 rotated by a motor 15 or the like. A stirrer 12 formed by attaching wings 17 is provided. As the treatment material 6, a woody piece or the like which is liable to parasitize microorganisms is used. A supply pipe 7 for supplying drainage and garbage together is attached to an upper portion of the processor body 1, and the other end of the supply pipe 7 is provided on a sink 20 of a sink 19 installed inside the house by a hydraulic type. It is connected to the garbage transport device 21. A discharge pipe 22 for discharging wastewater generated after decomposing wastewater and garbage is disposed at a lower portion of the processor body 1, and the other end thereof is connected to sewage. Reference numeral 60 denotes a bypass pipe, which is a hydraulic waste transport device 2
The wastewater overflowed in step 1 is drained to sewage.

In such a processing apparatus A, waste water and garbage generated in the sink 20 are sent to a hydraulic waste transport apparatus 21 from a drain port of the sink 20, and the waste is transferred to the hydraulic waste transport apparatus 21.
The garbage is roughly cut and crushed, and the garbage and the waste water are supplied to the processor body 1 through the supply pipe 7, and the waste water and the garbage are mixed with the processing material 6 in the processor body 1. Garbage is decomposed by microorganisms, and sewage generated after treatment is discharged to sewage through a discharge pipe 22. In this way, by decomposing wastewater and garbage, biochemical oxygen consumption (BOD) can be reduced and suspended solids (SS) can be removed, and wastewater after treatment that does not affect the environment can be discharged. Met.

[0004]

However, the above processing apparatus A
Then, when a large amount of wastewater is supplied into the processing device body 1, the temperature of the processing material 6 decreases or the water content becomes excessive, so that the treatment capacity of microorganisms is reduced, and the wastewater and garbage are sufficiently decomposed. There was a fear that it could not be done. The present invention has been made in view of the above points, and an object of the present invention is to provide a wastewater and garbage treatment apparatus capable of sufficiently performing a decomposition treatment of wastewater and garbage.

[0005]

In a waste water and garbage treatment apparatus A according to the present invention, a lower part in a processor main body 1 is divided into right and left parts by a partition plate 2, and a waste water treatment part 3 and a garbage treatment part 4 are provided. And the upper part in the processor main body 1 is formed as a communication part 5 communicating with the wastewater treatment part 3 and the food waste treatment part 4, and the wastewater and the food waste are disassembled into the wastewater treatment part 3 and the food waste treatment part 4. Wood pieces as the processing material 6 to be treated and
A supply pipe 7 for supplying drainage and garbage is provided above the loaded processing material 6 , and moving means 9 for moving garbage 8 supplied to the wastewater treatment section 3 to the garbage processing section 4 is connected to the communication section 5. It is characterized by being provided.

Further, in the apparatus A for treating waste water and garbage according to the present invention, the inside of the processor body 1 is divided into a plurality of processing units 10.
The processing unit 10 is filled with a processing material 6 for decomposing wastewater and garbage, and a supply pipe 7 for supplying the wastewater and garbage to the processing unit 10 is provided in the processor body 1 and a supply pipe 7 is provided.
And the supply of waste water and garbage to each of the processing units 10 is switchably formed.

A cylindrical passage 11 is formed inside the garbage processing section 4 and a mixture of the garbage and the processing material 6 is conveyed from one opening of the passage 11 to the other inside the passage 11. A stirrer 12 can be provided. A stirrer 12 that forms a cylindrical passage 11 inside the processing unit 10 and conveys a mixture of garbage and the processing material 6 from one opening of the passage 11 to the other opening in the passage 11. Can be provided.

Further, the treatment unit body 1 may be provided with a discharge port 13 for discharging waste water generated after treating waste water and garbage, and a cleaning tool 14 for preventing the discharge port 13 from being clogged. .

[0009]

The lower part of the processor body 1 is divided into left and right parts by a partition plate 2 to form a wastewater treatment part 3 and a garbage disposal part 4, and the upper part of the processor body 1 is composed of a wastewater treatment part 3 and a garbage disposal. Part 4
The wastewater treatment unit 3 and the garbage treatment unit 4 are filled with the processing material 6 that decomposes wastewater and garbage, so that the wastewater and the garbage can be treated in separate treatment units. Can be. In addition, a supply pipe 7 for supplying wastewater and garbage is provided above the wastewater treatment unit 3 and the wastewater treatment unit 3 is provided.
Garbage 8 supplied since the moving means 9 for moving the garbage disposal unit 4 provided in the communicating portion 5, drainage and garbage 8 Ru is first supplied onto the processing member 6 of the waste water treatment unit 3 that the Then, only the wastewater can pass through the gap between the treatment materials 6 of the wastewater treatment unit 3 to the wastewater treatment unit 3, and thereafter, the garbage is transferred from the wastewater treatment unit 3 to the garbage treatment unit 4 using the moving means 9. 8 can be moved and treated, drainage and garbage
The wastewater and the garbage 8 can be separated by using the processing material 6 for performing the decomposition treatment of the wastewater 8.

Further, the inside of the processor body 1 is divided to form a plurality of processing units 10, and each processing unit 10 is filled with a processing material 6 for decomposing waste water and garbage.
The supply pipe 7 for supplying water to the processing unit 1 and the supply of drainage and garbage from the supply pipe 7 to each of the processing units 10 are formed so as to be freely switchable. When wastewater is excessively supplied to the processing unit 10 and the processing capacity of garbage decreases, the supply of wastewater and garbage to another processing unit 10 can be switched.

Further, a cylindrical passage portion 11 is formed inside the garbage disposal portion 4 and a passage portion 11 is formed in the passage portion 11.
Is provided with a stirrer 12 for conveying a mixture of garbage and the processing material 6 from one opening to the other opening of the stirrer.
By preventing the load of the mixture of the garbage and the processing material 6 from being applied directly from above, the drive for rotating the stirring device 12 can be performed with a small force, and the stirring device 1
2 can be miniaturized and a sufficient stirring effect can be obtained.

A cylindrical passage section 11 is provided inside the processing section 10.
And a stirrer 12 for conveying a mixture of garbage and the processing material 6 from one opening of the passage 11 to the other opening in the passage 11 is provided. By preventing the load of the mixture of the material and the processing material 6 from being applied, the drive for rotating the stirring device 12 can be performed with a small force, and the size of the stirring device 12 can be reduced, and the stirring effect can be sufficiently obtained.

In addition, a drain 13 for discharging sewage generated after treating waste water and garbage is provided in the processing unit body 1, and a cleaning tool 14 for preventing clogging of the drain 13 is attached. In addition, the garbage and the processing material 6 that have not been completely processed can be removed by the cleaning tool 14 so that the drain port 13 is not clogged.

[0014]

The present invention will be described below in detail with reference to examples. FIG.
1 shows an embodiment of the processing apparatus A. The processor main body 1 of the processing apparatus A is installed outside the house, and a partition plate 2 that divides a lower portion of the processor main body 1 into right and left is provided upright on a lower surface inside the main body. A part closer to the house in the divided processor body 1 is formed as a wastewater treatment part 3, and a part farther than the house is formed as a food waste treatment part 4, and the upper part in the processor body 1 is formed as a wastewater treatment part 3. It is formed as a communication section 5 communicating with the garbage processing section 4. The wastewater treatment unit 3 and the garbage treatment unit 4 are filled with a treatment material 6 for decomposing wastewater and garbage, and as the treatment material 6, wood chips or the like that are liable to infest microorganisms are used. The drainage treatment section 3 is provided with plate members 23 that alternately protrude from the inner wall and the partition plate 2,
The wastewater supplied to the wastewater treatment unit 3 by the plate member 23 meanders and passes through the inside of the wastewater treatment unit 3, and the treatment time of the wastewater can be lengthened. A stirring device 12 is provided on the inner wall of the garbage processing unit 4. The stirring device 12 is formed by attaching a stirring blade 17 to a rotating shaft 16 rotated by a motor 15 or the like. The garbage supplied to the garbage processing unit 4 by the stirring device 12 is sufficiently mixed with the processing material 6. can do. A moving means 9 is provided in the communication section 5. The moving means 9 includes a driving device 24 such as a motor, a rotating shaft 25 rotated by the driving device, and a transport body 26 connected to the rotating shaft 25. The transport body 26 has a substantially full length in the width direction of the communication portion 5. And a protrusion 26a protruding up and down is provided on the surface thereof. The moving means 9 is rotated by about 180 ° every predetermined time (about 30 minutes) by a timer or the like. Wastewater treatment unit 3
A discharge pipe 22 for discharging waste water and sewage generated after decomposing garbage is provided below the garbage processing section 4, and the other end of the discharge pipe 22 is connected to sewage. A supply pipe 7 is provided above the communication section 5 on the side of the wastewater treatment section 3, and drainage and garbage are supplied from the supply pipe 7 onto the treatment material 6 of the wastewater treatment section 3. . The other end of the supply pipe 7 is connected to a hydraulic waste transfer device 21 provided on a sink 20 of a sink 19 installed inside the house. The hydraulic refuse transfer device 21 is formed of a disposer and a crusher for roughly cutting garbage. 60
Reference numeral denotes a bypass pipe, which drains wastewater to sewage when garbage is clogged in the hydraulic waste transport device 21 and the wastewater overflows.

Next, the operation of the processing apparatus A will be described. First, the garbage generated in the sink 20 is roughly cut by the pulverizer of the hydraulic garbage transport device 21, and the garbage and waste water are discharged to the supply pipe 7 by the hydraulic garbage transport device 21, and the waste water is treated through the supply pipe 7. It is supplied to the main body 1. At this time, the wastewater and the garbage are supplied onto the treatment material 6 of the wastewater treatment section 3. After that, if the processing material 6 is left in this state for a certain period of time, the processing material 6 acts like a mesh, that is, the processing material 6
The wastewater supplied in the small gap between the wastewater and the garbage 8 will cause only the wastewater to pass through, and only the wastewater will pass through the wastewater treatment unit 3, and the wastewater will pass through the treatment material 6 of the wastewater treatment unit 3. Only the garbage 8 will be left. Next, the drive unit 24 of the moving means 9 is driven to rotate the transport body 26 to move the garbage 8 remaining on the treatment material 6 of the wastewater treatment unit 3 toward the treatment material 6 of the garbage treatment unit 3. Let it. Then, the stirring device 12 is driven to mix the processing material 6 and the garbage 8 to process the garbage. Finally, waste water generated after decomposing waste water and garbage is discharged to sewage from a discharge pipe 22 provided below the waste water treatment unit 3 and the garbage disposal unit 4.

As described above, in the treatment apparatus A, the wastewater treatment section 3 and the garbage disposal section 4 separately treat the wastewater and the garbage, so that a large amount of the wastewater is supplied into the processor body 1. Even if the wastewater is processed, the wastewater passes through the wastewater treatment unit 3 and is treated and hardly supplied to the garbage treatment unit 4, so that the temperature of the treatment material 6 of the garbage treatment unit 4 may decrease or the water content may become excessive. Is lost. Wastewater treatment unit 3
The processing material 6 acts like a mesh that allows only the wastewater to pass through, so that maintenance is not required as compared with separating the wastewater and garbage mechanically or by a mesh net or the like, and cost increases are suppressed. In addition, a new filter is always used to separate waste water and garbage.

FIG. 2 shows another embodiment of the processing apparatus A. The processing unit body 1 is a container having an open upper surface, and a processing unit 10 divided into right and left by a partition plate 2 is formed therein. Each processing unit 10 is filled with a processing material 6 for decomposing waste water and garbage. A supply pipe 7 is provided above the processing unit main body 1, and a bellows-like bent portion 27 is formed in the middle of the supply pipe 7, and in this bent portion 27, the tip of the supply pipe 7 is provided with either processing. It is also suitable for the part 10. A wire 30 that is tensioned and loosened by a spring 28 and a motor 29 is attached to the supply pipe 7.
The other end of the spring 28 is fixed to the inner wall of one processing unit 10,
The motor 29 is attached to the other processing unit 10. The motor 29 is driven by a timer device 31 at regular intervals (about 24 hours).

In this processing apparatus A, as shown in FIG. 2A, first, wastewater and garbage are supplied to one processing section 10 by directing the supply pipe 7. Thereafter, the timer device 31 is operated, the motor 29 is driven, the wire 30 is loosened, and the tension of the spring 28 causes the tip of the supply pipe 7 to move toward the other processing unit 10 as shown in FIG. It is destined to supply wastewater and garbage. When the time further elapses, the timer device 31 is operated again, the motor 29 is driven, the wire 30 is pulled, and FIG.
In the state shown in (1), the tip of the supply pipe 7 is directed to the processing section 10 which initially supplied drainage and garbage. That is, in this processing apparatus A, the wastewater and the garbage can be supplied to each of the processing units 10 by alternately directing the tip of the supply pipe 7 to the two processing units 10, and the wastewater is excessively supplied to one of the processing units 10. When the temperature and moisture content are too high to reduce the processing capacity of the garbage of the microorganisms, the supply pipe 7 is directed to the other processing section 10 to supply drainage and garbage to the other processing section. 1
It can be switched to zero.

FIG. 3 shows another embodiment of the processing apparatus. The processing unit body 1 is a container having an open top, and inside the processing unit 1 is divided into left and right parts by a partition plate 2.
0 is formed. Each processing unit 10 is filled with a processing material 6 for decomposing waste water and garbage. A sub gear 32 is attached to the lower surface of the processor main body 1, and a driving gear 34 driven by a motor 33 is connected to the sub gear 32. The motor 33 is driven by the timer device 31 at regular intervals (approximately 24 hours). The driving of the motor 33 causes the driving gear 34 to rotate, and the driving gear 34 causes the subordinate gear 32 to rotate. 3
The processor body 1 is formed to rotate by rotating the processor 2. A supply pipe 7 is provided above the processor body 1.

In the processing apparatus A, since the processing unit 1 is rotated, the wastewater is excessively supplied to one of the processing units 10 and the temperature of the processing unit is too low and the amount of water is too large, so that the processing capacity of the garbage of microorganisms is reduced. When the temperature decreases, the processing unit 1 can be rotated to move the other processing unit 10 below the supply pipe 7. FIG. 4 shows a stirring device 12 provided in the garbage processing section 4 of the processor body 1 shown in FIG.
9 shows another embodiment of the stirring device of the processing unit 10 shown in FIG. In this case, a divided body 35 having an inclined upper surface is provided at a substantially central portion inside the garbage processing unit 4 or the processing unit 10, and a passage portion 11 is provided between the lower surface of the divided body 35 and the inner surface of the processor main body 1. It is formed. A stirring device 12 long in the longitudinal direction is provided in the passage portion 11. The stirring device 12 is formed by attaching a spiral stirring blade 17 having a diameter substantially equal to the inner diameter of the passage portion 11 to a rotating shaft 16 rotated by a motor or the like.

In the stirring device 12, the motor or the like is driven to rotate the rotary shaft 16 and the stirring blade 17, thereby rotating the lower end of the divided body 35 and the end of the processing device main body 1. The mixture of the garbage and the processing material 6 is drawn into the passage portion 11 from the inlet 11a formed between the partition plate 2 and the mixture, and the mixture passes through the passage portion 11 and inclines to the upper side of the divided body 35. End and side wall 3 of processor body 1
The mixture is discharged from the outlet 11b formed between the processing unit 6 and the mixture 6 in this processing. By disposing the stirrer 12 in the passage portion 11, the load of the mixture of the garbage and the processing material 6 can be prevented from being directly applied from above the stirrer 12, and a large force is used for stirring. The stirrer 12 can be made unnecessary, the stirrer 12 can be miniaturized, the drive for rotating the stirrer 12 can be performed with a small force, and the stirring effect can be sufficiently obtained.

FIG. 5 shows another embodiment of the stirrer 12 provided in the garbage processing section 4 of the processor 1 shown in FIG. 1 and the stirrer of the processing section 10 shown in FIGS. In this apparatus, a stirring rod driving unit 37 such as a cylinder is formed below the garbage processing unit 4 or the processing unit 10 and a plurality of through-holes are provided over substantially the entire bottom surface 39 of the garbage processing unit 4 or the processing unit 10. A plurality of stirring rods 38 are formed so as to be able to move up and down through the holes 40 by driving the stirring rod driving unit 37, and the timing of the vertical movement of each stirring rod 38 is slightly shifted. It stirs garbage and processing materials. In other words, when one stirrer bar 38a protrudes into the garbage processing unit 4 or the processing unit 10, the other stirrer bar 38b is accommodated in the stirrer drive unit 37, and the stirrer bars 38a and 38b at a certain interval are arranged. Instead, the stirring bar 38b is projected so as to protrude into the garbage processing unit 4 or the processing unit 10, and the stirring bar 38a is controlled to be accommodated in the stirring bar driving unit 37. When the stirring bar 38a protrudes as shown by the broken line in FIG. 5 (c), the mixture of the garbage and the processing material 6 passing therethrough is raised and the stirring bar 3a is raised.
8b, there is a valley in the mixture of the garbage and the processing material in the passage portion, and conversely, when the stirring bar 38b is protruding, the mixture of the garbage and the processing material in the passage portion rises and the stirring bar 38a A valley is formed in the mixture of the garbage and the treatment material in the passage portion, and the mixture of the garbage and the treatment material is mixed by repeating this process.

With such a stirring device 12, when the stirring rod 38 is lowered, almost no driving force is required. Therefore, the driving force is smaller than that of rotating the stirring blades and the like to stir the garbage and the processing material. It is a good thing. In order to sufficiently stir the garbage and the processing material by rotating the stirring blades and the like, a device having a large rotating shaft length and a large diameter of the stirring blades is required. Since the stirring device 12 has a large number of stirring rods 38, the stirring efficiency is good and the diameter of the stirring rod 38 can be reduced.
The processor main body 1 can be formed small.

FIG. 6 shows another embodiment of the stirrer 12 provided in the garbage processing unit 4 of the processor main unit 1 shown in FIG. 1 and the stirrer of the processing unit 10 shown in FIGS. The stirring device 12 includes a rotating shaft 4 having a plurality of stirring blades 41 provided in upper and lower portions.
0 is rotatably provided inside the garbage processing unit 4 or the processing unit 10, and an air passage 42 communicating with the upper end opening of the rotating shaft 40 is provided inside the rotating shaft 40 and the stirring blade 41.
The rotary shaft 40 and the stirring blade 41 are provided with a large number of air discharge ports 43 communicating with the air passage 42. An air pipe 44 is connected to the upper end opening of the rotating shaft 40, and the other end of the air pipe 44 is connected to a small air compressor 45. A heating device 46 such as a heater may be provided in the middle of the air pipe 44.

In the stirring device 12, the mixture of the garbage and the processing material 6 can be stirred by driving the rotating shaft 40 to rotate the stirring blades 41, and the air generated by the air compressor 45 is used to mix the garbage with the processing material. And the microorganisms infested with the processing material can decompose the garbage in an aerobic state to improve the decomposition efficiency. Further, the air fed by the air compressor 45 can be heated by the heating device 46, and the temperature can be set to a temperature at which microorganisms are easily activated.

FIG. 7 shows another embodiment of the stirrer 12 provided in the garbage processing section 4 of the processor 1 shown in FIG. 1 and the stirrer of the processing section 10 shown in FIGS. The stirrer 12 is provided with a support plate 47 on the upper inside of the garbage processing unit 4 or the processing unit 10, and supports the center of the sheet 48 at the upper end of the support plate 47 and connects both ends of the sheet 48 to the garbage processing unit. The sheet 48 is fixed to the upper end of the side wall 49 of the processing unit 10 or the processing unit 10 and the sheet 48 is divided into two processing tanks 52. It is formed by providing a bag 51 and connecting the air bags 51 by an air pump 50.

[0027] The stirring device 12, an air pump as shown in putting the garbage 8 and treated material 6 separately, then FIG. 7 (b) to the respective processing tanks 52 First, as shown in FIG. 7 (a) The air is fed into one of the air bladders 51 to inflate the air bladder 51, and the air in the other air bladder 51 is evacuated and contracted. Subsequently inflated the other air bladder 51 along with contracting the air bag 51 towards the inflated reversed as shown in FIG. 7 (c)
That so. Thus FIG. 7 (b), the movement between states or pulled or sheet 48 is pushed up by alternating repeatedly, in each case with garbage 8 and treated material 6 of the processing tank 52 (c) Can be
By this movement, the garbage 8 and the processing material 6 can be mixed and stirred. The stirring device 12 does not require a complicated device such as a device for driving a rotating shaft, so that the stirring device 12 can be formed at low cost. In addition, since the garbage 8 and the processing material 6 at the bottom of the processing tank 52 can be moved, the stirring efficiency is high.

FIG. 8 is for cleaning the discharge port 13 provided in the waste water treatment section 3 and the garbage treatment section 4 of the processor 1 shown in FIG. 1 and the discharge port provided in the treatment section 10 shown in FIGS. 1 shows an embodiment of the processing apparatus main body 1 to which the cleaning tool 14 is attached. A vertically long rotating shaft 53 is provided inside the processor body 1.
Is provided so as to be horizontally rotatable, and a stirring blade 54 is
Is provided, and a discharge port 13 formed of a metal mesh or the like is provided on the lower surface of the processing device main body 1. A cleaning tool 14 formed of a metal scourer or the like is disposed below the discharge port 13, and a shaft 14 a of the cleaning tool 14 is connected to a rotation shaft 53 of the stirring device 12.

When the rotating shaft 53 of the stirring device 12 is rotated by the driving device 55, the cleaning tool 14 rotates in conjunction therewith, and the cleaning tool 14 rubs the lower surface of the drain 13 so that the cleaning tool 14 cannot be completely processed. The cleaning of the outlet 13 is performed so that the garbage, the processing material 6 and the mold do not clog the drain 13. And thus, the rotating shaft 5 of the stirring device 12
By horizontally rotating the cleaning tool 14 in conjunction with 3, it is not necessary to separately provide a drive unit for horizontally rotating only the cleaning tool 14, and the processing apparatus A can be downsized. In addition, since the discharge port 13 can be washed at the same time as the agitation of the wastewater and the garbage with the processing material, there is no need to stop the processing apparatus A and perform maintenance, thereby improving the processing efficiency.

[0030]

As described above, according to the present invention, the lower part in the treatment unit is divided into right and left parts by a partition plate to form a wastewater treatment unit and a garbage disposal unit, and the upper part in the treatment unit body is treated as a wastewater treatment unit. As a communication part that communicates with the garbage disposal section, and the wastewater treatment section and the garbage disposal section are filled with wood chips as a processing material that decomposes wastewater and garbage. Can be treated in the wastewater treatment section .
A supply pipe for supplying wastewater and garbage is provided above the filled wood chips , and a moving means for moving the garbage supplied to the wastewater treatment section to the garbage treatment section is provided in the communication section, so that drainage and garbage first will be that will be supplied on the waste water treatment section of the treatment material, the waste water can only be passed through the wastewater treatment unit from the gap between the treatment material of the waste water treatment unit,
After that, only the garbage can be moved from the wastewater treatment section to the garbage disposal section using the moving means and treated, and the wastewater and the garbage can be separated by the treatment material. the temperature is lowered or moisture in the material or becomes excessive without microbial treatment ability is lowered by state, and are sufficiently perform what the decomposition treatment of waste water and garbage, moreover, waste water and raw To disassemble garbage
Wastewater and garbage can be separated using
To separate wastewater and garbage in the wastewater treatment section
Means is not required separately, and a simple configuration can be achieved.
Things.

Further, a cylindrical passage portion is formed inside the garbage processing section, and a stirring device is provided in the passage portion for conveying a mixture of garbage and a processing material from one opening of the passage portion to the other opening. Since the load of the mixture of the garbage and the processing material is not applied directly from above the stirrer, the stirrer can be driven with a small force to rotate the stirrer. It can be obtained enough.

Since a cylindrical passage portion is formed inside the processing section, and a stirring device for conveying a mixture of garbage and a processing material from one opening of the passage section to the other opening is provided in the passage section. By preventing the load of the mixture of the garbage and the processing material from being applied directly from above the stirrer, the stirrer can be driven with a small force to rotate the stirrer, so that the stirrer can be downsized and the stirring effect can be sufficiently obtained. Is what you can do.

Further, a cylindrical passage portion is formed in the garbage processing section or the processing section, and a mixture for conveying a mixture of garbage and a processing material from one opening of the passage section to the other opening in the passage section. Since the apparatus is provided, the driving of rotating the stirring apparatus can be performed with a small force by preventing the load of the mixture of the garbage and the processing material from being applied directly from above the stirring apparatus, and the stirring apparatus can be downsized. A sufficient stirring effect can be obtained.

In addition, an outlet is provided in the main body of the processing unit for discharging wastewater generated after treating waste water and garbage, and a cleaning tool for preventing clogging of the outlet is provided. Waste food, processing materials and mold that have not been found can be prevented from clogging the drain.

[Brief description of the drawings]

FIG. 1 is a sectional view showing one embodiment of the present invention.

FIGS. 2A and 2B are cross-sectional views showing another embodiment of the above.

FIG. 3 is a perspective view showing still another embodiment of the above.

FIG. 4 is a sectional view showing another stirring device of the above.

5 (a) is a plan view and (b) and (c) are cross-sectional views showing still another stirring device of the above.

FIG. 6 is a sectional view showing still another stirring device according to the first embodiment.

FIG. 7 shows still another stirring device of the above (a),
(B), (c) is sectional drawing.

FIG. 8 is a cross-sectional view showing the cleaning tool of the above.

FIG. 9 is a sectional view of a conventional example.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Processor main body 2 Partition plate 3 Drainage processing part 4 Garbage processing part 5 Communication part 6 Processing material 7 Supply piping 8 Garbage 9 Moving means 10 Processing part 11 Passage part 12 Stirrer 13 Discharge port 14 Cleaning tool A processing apparatus

──────────────────────────────────────────────────の Continued on the front page (72) Inventor Yoshikuni Izumsaka 300, Katayama, Tatsuno-cho, Tatsuno-shi, Hyogo Inside Tatsuno Matsushita Electric Works, Ltd. (72) Takanobu Kobayashi 300, Katayama, Tatsuno-cho, Tatsuno-shi, Hyogo Tatsuno Matsushita Electric Works Co., Ltd. In-company (72) Inventor Katsumi Takekawa 300 Katayama, Tatsuno-cho, Tatsuno-shi, Hyogo Tatsuno Matsushita Electric Works, Ltd. JP-A-7-81703 (JP, A) JP-A-7-251153 (JP, A) JP-A-7-26157 (JP, A) JP-A-5-124706 (JP, A) 323902 (JP, A) Patent 2812021 (JP, B2) (58) Fields investigated (Int. Cl. ⁷ , DB name) B65F 1/00 102

Claims (5)

(57) [Claims] 1. A wastewater treatment part and a food waste treatment part are formed by dividing a lower part in a treatment equipment body into right and left parts by a partition plate, and an upper part in the treatment equipment body is communicated with the wastewater treatment part and the food waste treatment part. formed as communicating unit that, the wood strip filled as decomposing treatment material wastewater and garbage in the waste water treatment unit and the garbage disposal unit, the waste water and garbage above the processing material filled in the waste water treatment unit An apparatus for treating waste water and garbage, wherein a supply pipe for supplying the garbage is provided, and moving means for moving the garbage supplied to the waste water treatment section to the garbage treatment section is provided in the communication section. 2. A plurality of processing units are formed by dividing the inside of the processing unit body, and each processing unit is filled with a processing material for decomposing waste water and garbage, and a supply is provided to supply the waste water and garbage to the processing unit. A wastewater and garbage processing apparatus, wherein a pipe is provided in a processor main body and a supply of drainage and garbage to each processing section from a supply pipe is formed so as to be freely switchable. 3. A waste water and garbage disposal apparatus according to claim 1, wherein a cylindrical passage is formed inside the garbage disposal section, and the garbage is formed in the passage from one opening of the passage to the other opening. A wastewater and garbage treatment device, characterized by comprising a stirring device for conveying a mixture of wastewater and treatment material. 4. The waste water and garbage disposal apparatus according to claim 2, wherein a cylindrical passage is formed inside the treatment section, and the garbage is treated from one opening of the passage to the other in the passage. An apparatus for treating waste water and garbage, comprising a stirrer for conveying a mixture with materials. 5. The drainage and garbage disposal apparatus according to claim 1, wherein a discharge port for discharging sewage generated after treating the drainage and garbage is provided in the processor body, and an outlet of the discharge port is provided. A waste water and garbage treatment device, comprising a cleaning tool for preventing clogging.