JP7214190B2 - toilet equipment - Google Patents

Description

TECHNICAL FIELD The present invention relates to a toilet apparatus that decomposes waste such as excrement and toilet paper with microorganisms.

A toilet apparatus is known that uses microorganisms to decompose waste from a toilet bowl.
For example, in Patent Literature 1, one container body in which a toilet for men is installed and another container body in which a toilet for women is installed are installed so as to be adjacent to each other. A primary treatment section is arranged in one container body, and a secondary treatment section is arranged in the other container body. is connected by a conduit that carries the to a secondary processing station.

JP 2018-150776 A

In the mobile faucet toilet of Patent Document 1, since it is divided into a plurality of containers, it can be separately mounted on the loading platform of a truck, and the weight per container can be reduced, so it can be mounted even with a loading truck crane. be.

However, in the mobile faucet toilet described in Patent Document 1, the primary treatment unit is arranged in one container body, and the secondary treatment unit is arranged in the other container body. When the container body of the container) and the women's toilet (the other container body) are arranged adjacent to each other, the two container bodies are installed adjacent to each other, resulting in a large installation area.
In a disaster area where water supply is cut off or in an outdoor event venue, if a large toilet is installed in a place where people come and go, there is a risk of obstructing traffic.

SUMMARY OF THE INVENTION Accordingly, it is an object of the present invention to provide a toilet apparatus that can be mounted on the bed of a truck even with a loading truck crane and that does not easily interfere with the user of the toilet.

The toilet apparatus of the present invention comprises a toilet section in which a toilet bowl is accommodated in a first housing, a processing section in which a treatment device for purifying sewage containing waste from the toilet bowl is housed in a second housing, and the toilet section. and a pipe connecting with the processing device, the processing device having a tank body having a receiving tank for containing waste from the toilet bowl and a processing tank for purifying the waste from the receiving tank; and the processing tank. and a washing water tank for storing treated water from the empty space as washing water, and the pipes include a sewage pipe connecting the toilet bowl and the receiving tank, and a washing water pipe connecting the washing water tank and the toilet bowl. characterized by comprising

According to the toilet device of the present invention, since the toilet section and the processing section are connected by a pipe, the toilet section and the processing section can be separately mounted on the loading platform by a loading truck crane and transported on the same truck. or transported on separate trucks. Moreover, since the processing unit can be installed away from the toilet, if the processing unit is installed at a position away from the toilet, the processing unit will not interfere with passers-by and toilet users.

The tank main body is partitioned by a plate material in which the inner space of a box-shaped housing is made common to adjacent tanks. Each tank can be formed by a combination of
With this configuration, the tanks can be arranged without gaps, so that the tank body can be formed compactly.

Among the above-mentioned tanks, the tank formed as a multistage tank has a first detour plate with a gap in the bottom to allow the bottom to pass through, and a second detour plate with a gap in the upper part to allow the upper part to pass through, arranged in a cross shape. By doing so, it can be divided into four.
With this configuration, the treated water can meander up and down when passing through each tank, and can be sent so as to go around each tank in turn.

The treatment tank includes a decomposition tank for decomposing sewage with microorganisms, a sedimentation tank for removing contaminants from the treated water from the decomposition tank, and a reaction tank for further decomposing the treated water from the sedimentation tank with microorganisms. The receiving tank, the decomposition tank, and the sedimentation tank are arranged side by side around the reaction tank, and the washing tank is disposed below the reaction tank. can be
The sewage becomes treated water so as to circulate around the reaction tanks, circulates around each tank, is finally treated in the central reaction tank, and is stored in the washing water tank below the reaction tanks. Therefore, the entire tank can be arranged in a well-organized manner.

The pipe includes an external pipe from the toilet unit to the second housing of the processing unit, a connecting pipe arranged on an installation board provided in the second housing and connected to the external pipe, and the connecting pipe. and internal piping from a pipe to the processing equipment.
Even if the lengths of the sewage pipe and the wash water pipe are different in the second housing, the sewage pipe and the wash water pipe can be adjusted by adjusting the internal pipe lengths of the sewage pipe and the wash water pipe. The length of the external piping can be the same as that of the supply piping.

According to the toilet device of the present invention, the toilet section and the processing section are separate housings connected by a pipe, and the processing section can be installed at a position away from the toilet section. It can be mounted on the bed of a truck and is less likely to be an obstacle for users of the toilet.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the toilet apparatus which concerns on embodiment of this invention, (A) is a front view, (B) is a left view of the toilet part for women, (C) is a right view of the toilet part for men, ( D) is a rear view. Figure 2 is a perspective view of a portion of the toilet apparatus shown in Figure 1; 1. It is a front view of the state which removed the wall part of the 2nd housing|casing from the process part of the toilet apparatus shown in FIG. 1, and the frame part was exposed. 4 is a left side view of the processing section shown in FIG. 3; FIG. FIG. 4 is an external perspective view of a tank main body accommodated in the processing section shown in FIG. 3 ; FIG. 2 is a diagram for explaining the toilet apparatus shown in FIG. 1, and is a plan view of the processing apparatus (tank main body) housed in the processing unit. FIG. 2 is a diagram for explaining the toilet apparatus shown in FIG. 1, and is a diagram showing a state in which the tanks of the processing section are developed in series. FIG. 7 is a diagram for explaining that the tank body shown in FIG. 6 is partitioned by partition walls; It is a figure for demonstrating that piping is comprised by external piping, a connecting pipe, and internal piping.

A toilet apparatus according to an embodiment of the present invention will be described with reference to the drawings.
The toilet apparatus 10 shown in FIGS. 1 and 2 includes a toilet portion 20 in which a toilet bowl B is housed in a first housing 21 and a processing device 100 for purifying sewage containing waste from the toilet bowl B in a second housing 31. It has a processing unit 30 housed therein, and a pipe 40 connecting the toilet unit 20 and the processing device 100 in the processing unit 30 .

The toilet section 20 is provided as a pair of a male toilet and a female toilet. A door 20a is arranged on a side surface of the toilet section 20. - 特許庁A door 20b for maintenance is arranged on the back surface of the toilet section 20. As shown in FIG. The toilet unit 20 includes a toilet bowl B with a tank B1 for storing wash water, a toilet paper holder 22, a trash can 23, and other fixtures in a toilet room, which is an internal space of a box-shaped first housing 21 serving as an exterior. , and a wastewater force feed pulverization pump 24 for pulverizing and pulverizing excreta and toilet paper with a cutter and pumping them to the processing apparatus 100 is provided.

The processing unit 30 shown in FIGS. 2 to 4 has a shutter 30a for maintenance on the rear surface. Further, as shown in FIG. 2, two doors 30b for maintenance are arranged on the top surface of the processing section 30. As shown in FIG. A second housing 31 in which the processing apparatus 100 is housed is formed of a wall portion 31a (see FIG. 2) serving as an exterior and a frame portion 31b supporting the wall portion 31a.
The processing apparatus 100 includes a tank main body 101 containing a plurality of tanks, a washing water tank 102 for supplying washing water from the tank main body 101 to the toilet section 20, a waste collection tank 103, pumps and solenoid valves (not shown). It has a control panel 104 for control and a battery (not shown) as a power supply for the control panel 104 and each pump.

The tank main body 101 shown in FIG. 5 includes a receiving tank 110 for containing waste from the toilet bowl B (see FIG. 2) and a processing tank 120 for purifying the waste from the receiving tank 110 .

As shown in FIGS. 6 and 7, the receiving tank 110 stores a predetermined amount of waste. The receiving tank 110 has an air blower 111 and an air diffuser 112 for aerating the stored waste in order to perform pretreatment in the treatment tank 120 . The receiving tank 110 also has a pump 114 for sending waste to the treatment tank 120 and a float switch 113 for detecting when the amount of waste exceeds a predetermined amount.

The processing tank 120 includes a decomposition tank 121 , a sedimentation tank 122 and a reaction tank 124 . Further, the processing tank 120 in the present embodiment includes an intermediate tank 123 between the sedimentation tank 122 and the reaction tank 124 .

The decomposition tank 121 is composed of an aerobic tank 1211 and an anaerobic tank 1212 .
The aerobic tank 1211 is provided with an air diffusion pipe 1211b at the bottom for diffusing the air from the blower 1211a into the filth. At the bottom of the aerobic tank 1211, a carrier 1211c on which aerobic microorganisms are implanted is installed. As the carrier 1211c, wood chips can be used, and wood chips of Japanese cedar or Japanese cypress can be used. Since cypress wood chips have a bactericidal action, cedar wood chips are preferable as the carrier 1211c.

In the anaerobic tank 1212, the treated water from the aerobic tank 1211 is passed through a first bypass plate 1212a with a gap in the bottom and a second bypass plate 1212b with a gap in the upper part. It is a multistage tank divided into four. At the bottom of the anaerobic tank 1212, a carrier 1212c on which anaerobic microorganisms are implanted is installed. As with the aerobic tank 1211, wood chips can be used as the carrier 1212c.
Furthermore, the anaerobic tank 1212 is provided with a discharge pipe 1212d extending from the bottom to the upper layer and having an opening located in the upper layer of the treated water in order to take in the filth floating in the supernatant of the treated water. An electric valve 1212e for pumping out waste and discharging it to the waste collection tank 103 is provided on the discharge pipe 1212d gathered outside the tank.

The sedimentation tank 122 is a multistage (two-stage) sedimentation tank in which a first sedimentation tank 1221 and a second sedimentation tank 1222 are arranged in series.
The first sedimentation tank 1221 and the second sedimentation tank 1222 have funnel-shaped bottoms, and detour plates 1221a and 1222a are arranged in the center to allow the bottoms to pass through with a gap in the bottoms. The first sedimentation tank 1221 and the second sedimentation tank 1222 are provided with first discharge pipes 1221b and 1222b for discharging contaminants settled on the tapered bottom. Further, in the first sedimentation tank 1221 and the second sedimentation tank 1222, a second discharge pipe extending from the bottom to the upper layer and having an opening located in the upper layer of the treated water is provided to take in the waste floating in the supernatant of the treated water. 1221c and 1222c are arranged.
Electric valves 122a and 122b for pumping out waste and discharging it to the waste recovery tank 103 are provided in the first discharge pipes 1221b and 1222b and the second discharge pipes 1221c and 1222c.
In addition, the second sedimentation tank 1222 is provided with a discharge pipe 1222d for discharging the treated water from the middle layer to the intermediate tank 123 while avoiding the filth floating in the upper layer and the filth settling in the lower layer.

The intermediate tank 123 temporarily stores the treated water from the sedimentation tank 122 . The intermediate tank 123 has a shallower bottom than the other tanks (the receiving tank 110, the decomposition tank 121, the settling tank 122, and the reaction tank 124), so that a space 123a is formed below the intermediate tank 123. .
This space 123a is for maintenance of equipment positioned below the bath body 101. As shown in FIG. By providing the opening 123b in the bottom surface T5 of the tank main body 101, a worker can easily maintain the equipment below the tank main body 101 by inserting his arm from the space 123a into the opening 123b of the bottom surface T5.
The intermediate tank 123 has a pump 1231 for pumping up water and feeding it to the reaction tank 124 and a water level sensor 1232 for stopping the pump 1231 when the water level exceeds a predetermined level.

In the upper space of the reaction tank 124, a sprinkler pipe 1241 for spraying the treated water from the intermediate tank 123 is arranged. The reaction vessel 124 has an open bottom.
Carriers 1242 on which microorganisms are implanted are stacked inside the reaction tank 124 . The wood chips used in the decomposition tank 121 can be used as the carrier 1242 .

This carrier 1242 is formed of multiple layers. In the present embodiment, the uppermost carrier layer 1242a is formed to have a medium chip size, and the layers below the carrier layer 1242a are formed to have a small chip size.
Also, the chip size of the carrier layer 1242c positioned below the carrier layer 1242b is formed to be a medium size like the carrier layer 1242a. The chip size of the lower carrier layer 1242d is formed to be large.
These carriers 1242 are supported by a plate material such as a punching metal that ensures air permeability and water permeability.
In this embodiment, an air pipe 1242e is provided to send air toward the carrier layer 1242d positioned at the bottom layer. The suction side of this air pipe 1242 e is arranged in the upper space of the intermediate tank 123 .

For example, the small size can be an elongated piece of wood with a width of about 2-3 mm and a length of about 5 mm to 1 cm. A medium size can be a block-shaped piece of wood about 5 mm to 1 cm wide, about 1 cm long, and about 5 mm to 1 cm thick. A large size can be a block or plate of wood about 1 cm to 2 cm wide, about 3 cm to 5 cm long, and about 2 mm to 1 cm thick. It should be noted that the carriers 1242 of each size may be mixed with pieces of wood, bark, wood powder, etc. of other sizes.

The carrier 1242 is compressed layer by layer. Compression to the carrier 1242 may be performed by stacking while compressing with a compressor from above, or when there is no compressor, the fabricator may stack while stepping on it with their feet.

In the tank main body 101 configured in this way, the inner space of the box-shaped housing is partitioned by the plate material that makes the wall surfaces of the adjacent tanks common, and the bottom surface is made common, so that the wall surfaces (side surfaces) of the housing, Each tank is formed by combination with a wall surface (partition wall) made of plate material.
In this embodiment, each outer wall surface constituting the housing of the tank main body 101 can be formed into a rectangular parallelepiped shape by assembling resin plate materials. For example, the resin plate can be made of FRP (fiber reinforced plastic).
The tank main body 101 can also be produced by attaching FRP around a rectangular parallelepiped mold to form a wall surface.

For example, as shown in FIG. 8, the inner space formed by the four outer side walls T1 to T4 and the bottom surface T5 is separated from the respective side walls T1 to T4 so as to secure a space for the reaction vessel 124 in the center. Place S1 to S4. A partition wall S5 is arranged between the partition wall S1 and the partition wall S3. Further, a partition wall S6 is arranged between the side wall T1 and the partition wall S4.

By doing so, the receiving tank 110 is formed by the side walls T1 and T2 and the partition walls S1 and S2 with the bottom surface T5 of the tank main body 101 being common.
The aerobic tank 1211 is formed by side walls T2, T3 and partition walls S2, S3.
The anaerobic tank 1212 is formed by side walls T3, T4 and partition walls S3, S4. The anaerobic tank 1212 is partitioned into four sections by arranging the first bypass plate 1212a and the second bypass plate 1212b as partition walls in a cross shape.

The sedimentation tank 122 is formed by side walls T1, T4 and partition walls S3, S4. The sedimentation tank 122 is partitioned into a first sedimentation tank 1221 and a second sedimentation tank 1222 by a partition wall S6. The sedimentation tank 122 is partitioned into four sections by arranging detour plates 1221a in a cross shape on the partition wall S6.
The intermediate tank 123 is formed by a side wall T1 and partition walls S1, S3 and S5.
The reaction tank 124 is formed by partition walls S1 to S3 and S5.
Each tank can be closed by covering it with a lid portion 101a (see FIG. 5) while being partitioned by the partition wall.

As shown in FIGS. 6 and 7, the washing water tank 102 is a water tank located below the reaction tank 124 and having an open top. The washing water tank 102 has a pump 1021 that draws up washing water and pumps it to the toilet section 20 . The washing water tank 102 also has a discharge pipe 1022 for discharging the overflowed washing water to the outside when the water level exceeds a predetermined level.
Electrically-operated valves 1023 and 1024 are arranged for men's use and women's use, respectively, in the piping through which cleansing water pumped up by the pump 1021 is sent to the toilet section 20 .

The waste collection tank 103 can collect waste from the anaerobic tank 1212 and the sedimentation tank 122 . The waste collection tank 103 has a pump 1031 for pumping waste and returning it to the receiving tank 110 .

The control panel 104 shown in FIG. 3 has a function of operating, opening, stopping, and closing the pump and the electric valve according to the detection information from each sensor.
The battery 105 drives the control panel 104, each pump, and each electric valve when power is not available from the outside. If the toilet device 10 (see FIG. 2) is equipped with a solar battery power generation device, by storing the power from the solar battery power generation device in the battery 105, the toilet device 10 can be operated even in a disaster area during a power outage. can be done.

Next, the piping 40 will be explained. The tubing 40 can be a flexible hose. The pipe 40 includes a wastewater pressure feeding pulverization pump 24 connected to the toilet bowl B with the tank B1, a sewage pipe 41 connecting the receiving tank 110, and washing water connecting the washing water tank 102 and the toilet bowl B with the tank B1. A pipe 42 is provided.

The sewage pipe 41 and the washing water pipe 42 shown in FIGS. 44 and formed of a connecting pipe 45 connected to the external pipe 43 and an internal pipe 46 from the connecting pipe 45 to the processing apparatus 100 .

The operation and use condition of the toilet apparatus 10 according to the embodiment of the present invention configured as described above will be described with reference to the drawings.
First, when transporting the toilet apparatus 10 shown in FIGS. 1 and 2, the set of toilet units 20 for men and women and the processing unit 30 should be separately transported in a state in which the piping 40 is not connected. can be done. In addition, if the loading platform has a size that allows loading both the toilet unit 20 and the processing unit 30 as a set, they can be transported together.

At this time, since the toilet section 20 in which the toilet bowl B is arranged and the processing section 30 in which the processing device 100 is provided are in a separated state, they can be mounted even by a loading type truck crane.
When the toilet device 10 is moved to the installation place, the toilet unit 20 and the processing unit 30 are installed. Even if it is arranged side by side with the toilet part 20 for women, it will not be an obstacle for passers-by. In addition, since the processing unit 30 is connected by the pipe 40, if the pipe 40 is buried in the ground or if the processing unit 30 is installed at a position away from the toilet unit 20, the processing unit 30 can be used by passers-by and the toilet. Do not disturb users.

Therefore, the toilet apparatus 10 can be mounted on the bed of a truck even with a loading truck crane, and can be prevented from becoming an obstacle to the user of the toilet.

In this embodiment, the toilet section 20 for men and the toilet section 20 for women are separately provided. Since they are connected, one toilet unit 20 can be used, and three or more toilet units 20 can be used in an event venue according to the scale of the event, and in a disaster area according to the number of victims. can be In this case, the use of the toilet section 20 can be divided between men and women, or can be made unisex.

As shown in FIGS. 2 and 7, when the user has finished excreting in the toilet bowl B of the toilet section 20 and flushes the excrement and the toilet paper filth from the toilet bowl B with the flush water, the waste water pressure feed crushing pump 24 crushes the waste. and is pressure-fed to the receiving tank 110 through the sewage pipe 41 of the pipe 40 .
In the receiving tank 110 , the filth consisting of excrement and toilet paper is blown from the air blower 111 and bubbles are released from the air diffusion pipe 112 . be done.

In decomposition tank 121 , waste is first sent to aerobic tank 1211 . In the aerobic tank 1211, aerobic microorganisms settle on the carrier 1211c due to the air released from the bottom through the air diffuser 1211b, and the waste in the aerobic tank 1211 is decomposed. The filth then moves to the next anaerobic tank 1212 by gravity flow. In the anaerobic tank 1212, the waste is decomposed by anaerobic microorganisms that settle on the carrier 1212c at the bottom when the treated water is meandered vertically by the first bypass plate 1212a and the second bypass plate 1212b. be.

The treated water decomposed by the aerobic tank 1211 and the anaerobic tank 1212 moves from the anaerobic tank 1212 to the sedimentation tank 122 by gravity flow. Moreover, since the residue that has a lower specific gravity than water and has not been decomposed in the decomposition tank 121 floats in the treated water, the residue is collected in the waste collection tank 103 through the discharge pipe 1212d.

In the sedimentation tank 122, the residue that has not been decomposed in the decomposition tank 121 settles and accumulates on the bottom. In the sedimentation tank 122, the residue having a lower specific gravity than water floats in the treated water.
These deposits, residues, and other contaminants are collected in the contaminant collection tank 103 through the first discharge pipe 1221b, the second discharge pipe 1221c, and the first discharge pipe 1222b, the second discharge pipe 1222c.

The treated water flowing from the sedimentation tank 122 to the intermediate tank 123 by gravity is temporarily stored. Then, the treated water stored up to a predetermined water level is sent to the reaction tank 124 by the pump 1231 .
In the reaction tank 124, water is sprinkled by a sprinkler pipe 1241 at the top. Treated water is sprinkled from above the carrier 1242 and permeates it. The chip size of the upper carrier layer 1242a is medium size, which is larger than the small size carrier layer 1242b on the lower layer side. Therefore, even if the treated water contains residual contaminants, the contaminants easily permeate into the gaps between the upper carrier layers 1242a.

Therefore, the dirt contained in the treated water that permeates the carrier layer 1242a is separated by the wood chips by penetrating into the gaps of the wood chips, so that the dirt is prevented from accumulating on the surface layer of the carrier layer 1242a and solidifying as a film. It is possible to permeate the treated water to the lower layer side.

Aerobic microorganisms are implanted in the carrier 1242, and air is diffused from the air pipe 1242e, so that the air spreads from the carrier layer 1242d to the upper layer, thereby promoting the decomposition process by the microorganisms. Therefore, contaminants contained in the treated water permeating the carrier 1242 are decomposed and purified. In addition, the carrier 1242 purifies the odor of the air emitted from the air pipe 1242e.

The treated water purified by the reaction tank 124 drops into the washing water tank 102 as washing water. The wash water dripping and accumulated in the wash water tank 102 is sent to the toilet section 20 through the wash water pipe 42 of the pipe 40 by the pump 1021 and the electric valves 1023 and 1024 .

Even if the toilet section 20 and the processing section 30 are separated from each other in this way, the waste from the toilet section 20 is purified by the processing section 30, returned to the toilet section 20 as treated water, and reused. can be used.

Further, in the present embodiment, as shown in FIG. 8, the processing apparatus 100 is configured such that the inner space of the side walls T1 to T4 and the bottom surface T5 is partitioned by the partition walls S1 to S4 that share the wall surfaces of the adjacent tanks. , the bottom surface T5 is shared, and the side walls T1 to T4 and the partition walls S1 to S5 are combined to form respective tanks. Therefore, since the tanks can be arranged without gaps, the tank main body 101 can be formed compactly.

The tank main body 101 has a reaction tank 124 as the center, a receiving tank 110, a decomposition tank 121, a sedimentation tank 122 and an intermediate tank 123 arranged side by side so as to surround the reaction tank 124. The washing tank 102 includes: It is arranged below the reaction tank 124 . Therefore, the sewage turns into treated water so as to circulate around the reaction tank 124, circulates around each tank, is finally treated in the central reaction tank 124, and is stored in the washing water tank 102 below the reaction tank 124. , the entire tank can be arranged in a well-organized manner without the size of the processing unit 30 expanding in the left-right direction or the size of the depth becoming long. Also, the movement of treated water can be shortened.

The external pipe 43 shown in FIG. 2 is connected from the toilet section 20 to a connecting pipe 45 provided on the installation board 44 of the second housing 31 shown in FIG. 46. Therefore, even if the lengths of the waste pipe 41 and the washing water pipe 42 in the second housing 31 are different, by adjusting the length of the internal pipe 46, the waste pipe 41 and the washing water pipe 42 can be separated. The length of the external pipe 43 can be the same. Therefore, since the same two hoses can be used as the external pipe 43 for the sewage pipe 41 and the washing water pipe 42, misunderstanding can be prevented, and the sewage pipe can be used even when the pipe 40 is buried underground. Since 41 and washing water pipe 42 have the same length, construction is easy.

In particular, in the present embodiment, the receiving tank 110 is arranged in the tank main body 101 and is at a high position, and the washing tank 102 is at a low position because it is located below the tank main body 101 . Therefore, although the distances from the connecting pipe 45 are different and the overall lengths of the sewage pipe 41 and the washing water pipe 42 are different, the different lengths can be absorbed by the internal pipe 46, so that the external pipe 43 can be You can adjust the length.

The anaerobic tank 1212 shown in FIG. 8 includes a first detour plate 1212a that allows the treated water from the aerobic tank 1211 to pass through the bottom with a gap in the bottom, and a second detour plate that allows the treated water to pass through the top with a gap in the top. 1212b are arranged in a cross shape to divide it into four.
In addition, the sedimentation tank 122 has a detour plate 1221a that allows the bottom to pass through with a gap in the bottom as the first detour plate, and is a partition wall S6 that is the boundary between the first sedimentation tank 1221 and the second sedimentation tank 1222. A partition wall S6 is used as a second detour plate, and the detour plate 1221a and the partition wall S6 are arranged in a cross shape to form four partitions.

By arranging the first detour plate and the second detour plate in a cross shape when dividing one tank into four in this way, the treated water meanders up and down when passing through each tank, and each Water can be supplied so as to go around the tank in order.

In this embodiment, the toilet bowl B shown in FIG. If the filth from the toilet bowl B can be sufficiently decomposed by using the pressure pump, it can be a pumping pump that does not have a crushing function. Further, if it is possible to send waste from the toilet bowl B to the receiving tank 110 with the force of the flushing water flushed from the toilet bowl B, the pumping pump can also be omitted.

Washing water from the washing water tank 102 is pumped out by a pump 1021 and sent to the male toilet section 20 and the female toilet section 20 by electric valves 1023 and 1024. Two pumps 1021 are arranged. If so, the electric valves 1023 and 1024 can be omitted.

The toilet apparatus of the present invention can decompose excrement, toilet paper, and other filth by microorganisms, and can be easily transported. is suitable as a toilet device.

REFERENCE SIGNS LIST 10 toilet device 20 toilet section 20a, 20b door 21 first housing 22 toilet paper holder 23 trash can 24 wastewater force feeding pulverization pump 30 processing section 30a shutter 30b door 31 second housing 31a wall section 31b frame section 100 processing apparatus 101 tank main body 101a lid portion 102 washing water tank 1021 pump 1022 discharge pipe 1023, 1024 electric valve 103 filth recovery tank 1031 pump 104 control panel 110 receiving tank 111 air blower 112 air diffusion pipe 113 float switch 114 pump 120 treatment tank 121 air blower decomposition tank 1211 aerobic tank 1211b air diffusion pipe 1211c carrier 1212 anaerobic tank 1212a first bypass plate 1212b second bypass plate 1212c carrier 1212d discharge pipe 1212e electric valve 122 sedimentation tank 122a, 122b electric valve 1221 first sedimentation tank c 1221a bypass plate 12 21b second discharge pipe Discharge pipe 1222 Second sedimentation tank 1222a Detour plate 1222b First discharge pipe 1222c Second discharge pipe 1222d Discharge pipe 123 Intermediate tank 123a Space 123b Opening 1231 Pump 1232 Water level sensor 124 Reaction tank 1241 Sprinkler pipe 1242 Carrier 1242a to 1242e 1242e 2 carrier layers Air supply pipe 40 Pipe 41 Waste pipe 42 Cleaning water pipe 43 External pipe 44 Installation panel 45 Connecting pipe 46 Internal pipe B Toilet bowl B1 Tank T1-T4 Side wall T5 Bottom surface S1-S6 Partition wall

Claims (4)

A toilet section in which a toilet bowl is housed in a first housing, a processing section in which a processing device for purifying sewage containing waste from the toilet bowl is housed in a second housing, and the toilet section and the processing device are connected to each other. and a piping to
The treatment apparatus includes a tank body having a receiving tank for receiving waste from the toilet and a treatment tank for purifying the waste from the receiving tank, and a washing water tank for storing treated water from the treatment tank as washing water. with
the pipe includes a sewage pipe connecting the toilet bowl and the receiving tank, and a washing water pipe connecting the washing water tank and the toilet bowl ,
The treatment tank includes a decomposition tank for decomposing sewage with microorganisms, a sedimentation tank for removing contaminants from the treated water from the decomposition tank, and a reaction tank for further decomposing the treated water from the sedimentation tank with microorganisms. prepared,
Centering the reaction tank, the receiving tank, the decomposition tank and the sedimentation tank are arranged side by side so as to surround the reaction tank,
The toilet apparatus , wherein the washing water tank is arranged below the reaction tank . The tank main body is partitioned by a plate material in which the inner space of a box-shaped housing is made common to adjacent tanks. 2. The toilet apparatus of claim 1, wherein each tub is formed by a combination of . Among the above-mentioned tanks, the tank formed as a multistage tank has a first detour plate with a gap in the bottom to allow the bottom to pass through, and a second detour plate with a gap in the upper part to allow the upper part to pass through, arranged in a cross shape. 3. The toilet apparatus according to claim 2, wherein the toilet apparatus is divided into four sections by doing so. The pipe includes an external pipe from the toilet unit to the second housing of the processing unit, a connecting pipe arranged on an installation board provided in the second housing and connected to the external pipe, and the connecting pipe. 4. A toilet apparatus according to any preceding claim formed by internal piping from a pipe to said treatment device.

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