KR20090099753A - Excretion and organic composting simple toilet - Google Patents

Abstract

The present invention decomposes the feces (feces) of the human body through the stirring part and the remaining amount is used as organic compost, and the urine is purified by purified water through the purification unit and used in the toilet to circulate the feces generated when using the toilet and urinal There is no need to use water for treatment, and since the excretion is decomposed by agitator, the present invention relates to the facilitation of manure and organic composting toilets, which can reduce the cost incurred to process the manure and reduce the environmental problems caused by the manure. .

The composition of the faeces extinction and organic composting simple toilet according to the present invention, the power supply for supplying the power required for the toilet and the human body sensor for detecting the human body and the signal of the human body sensor is received by the drive of the drive motor in the human body when using the toilet. Excretion from the human body when using urine and urinals excreted in the human body when using a stool and a toilet to control the agitated shaft drive motor by receiving the signal of the timer to transfer the excreta to be excreted and the excreta transferred from the conveying timer signal The submersible motor for purifying the urine to receive the signal of the human body sensor and the purified water purified in the purifying unit is supplied to the transfer unit to clean the transfer unit, and the water level sensor for detecting the level of the purified water Dry air that receives a signal and evaporates part of the purified water It is characterized in that it comprises a control unit for controlling the operation of the drive motor, the underwater motor, the stirring shaft drive motor dry air supply by receiving the respective signals generated from the air supply and the human body sensor, the timer and the water level sensor do.

Description

Excrement Decomposition- System And An Ganic Matter Compost System Toilet}

The present invention relates to the elimination of feces and organic composting toilet, and more particularly, feces, especially feces generated in the human body is decomposed by stirring and microorganisms in the stirrer and the remaining amount is converted to organic compost and at the same time urine is purified water through the purification unit Since it is purified by using it and circulated inside the toilet, it does not use excessive amount of water used to process the conventional feces, reduces the cost incurred to process the feces, and various environments generated by the feces. The present invention relates to a facilitation of fecal waste and organic composting that can solve the problem.

In general, the toilet uses a large amount of water to treat feces generated after the user views the toilet.

In general, the toilet consists of a urine used for urine and a stool used for stool, and a large amount of water is used to treat the excretion generated when using the urinal and stool, and in particular, the stool is buried in the bottom of the toilet. After a certain period of time, feces and dirt stored in the septic tank are collected and transferred to a purification treatment facility for purification.

The toilet as described above is a situation that a large amount of water is used to treat the feces generated when using urinals and toilets, in order to reduce the amount of water used to put the bricks, etc. in the tank tank formed in the toilet to remove the amount of water used for treatment However, this is only a temporary measure to temporarily save water consumption, and thus it is not possible to fundamentally solve the problems of water resource depletion and ecosystem destruction caused by water use.

In addition, the feces and dirt stored in the septic tank is moved to a purification treatment facility in accordance with a certain period of time to clean it, there is a problem that the treatment cost occurs when treating feces and dirt to solve this problem.

In addition, the purification treatment facility is intended to solve this problem by causing pollution of the surrounding air environment and health problems of residents around the purification treatment facility due to various odors generated by purifying feces and dirt.

In addition, in the case of a simple toilet installed in a park, such as poor management, the user is exposed to many problems in hygiene when trying to solve this problem.

In particular, the dumping of excrement in the ocean, the landfill in the soil is a problem that causes the environmental pollution is to solve this fundamentally.

In order to solve the above problems, the feces (feces) generated when using the toilet is stirred in the stirrer and decomposed by the microorganisms and the remaining amount is used as the organic compost can reduce the treatment costs incurred during the treatment of feces It removes odors generated during feces processing and reduces environmental pollution caused by the generation of feces. At the same time, urine generated when using urinals is purified from the purification section and used in the toilet to circulate inside toilets. The purpose of the present invention is to provide a simple toilet for eliminating feces and organic composting, which can save water resources because it does not require the use of water to treat urine generated when using a urinal.

The configuration of the present invention, the power supply unit for supplying the power required for the toilet and the human body detection sensor for detecting the human body and the signal of the human body sensor and the transfer of the excretion to be excreted from the human body when using the toilet by the drive of the drive motor drive The purifying part and the purifying part for controlling the agitator shaft driving motor by receiving the signal of the timer delivered from the conveying part and the purifying part for purifying the urine excreted in the human body when using the urine and urinal excreted in the human body when using the toilet and the toilet Receives a signal from the human body sensor and the purified water purified by the purifying unit to the transfer unit to the submerged motor and the water level sensor to detect the level of the purified water to clean the transfer unit, and receives a signal of the purified water to evaporate a portion of the purified water Dry air supply and the human body sensor, timer and water level sensor Receiving a respective signal generated in it is characterized in that comprises a control unit for controlling the driving of the driving motor, the water motor, a stirring motor axis driving dry air supply.

The toilet may further include an outlet for discharging the odor generated when the excreta is transferred from the transfer unit to the outside, and an air purifying filter is provided inside the outlet.

In addition, the transfer unit, the conveyor is operated by the drive of the drive motor to drop the droppings to the stirring unit by moving the excretion; First and second scrapers formed at the bottom of the conveyor to remove foreign substances adhering to the outer surface of the conveyor during operation of the conveyor; The first and second scrapers are connected to one side of the conveyor by a belt pulley to be in contact with the outer surface of the conveyor when the conveyor is driven by the driving motor. The first and second scrapers are rotated by the rotational force of the conveyor to remove foreign substances adhering to the outer surface of the conveyor. A brush formed between; And first and second washing liquid spraying holes formed at the lower end of the conveyor, in which a plurality of spray nozzles are formed to spray the purified water supplied from the submersible motor to wash the foreign matter adhered to the outer surface of the conveyor. Characterized in that further comprises.

In addition, the stirring unit, an inlet through which the excrement is introduced by the conveyor, a stirring shaft formed therein to agitate the excrement introduced into the inlet, a stirring shaft drive motor for driving the stirring shaft by a timer, and stirring the excrement A hot wire for supplying a heat source is formed outside to facilitate the drying of the excrement that is stirred at the time, the upper portion is characterized in that consisting of a hot air supply for supplying hot air to the purification unit.

In addition, the stirring shaft, a plurality of shredding blades are formed at both ends of the stirring shaft formed with a plurality of grinding blades protruding upward to crush the excrement introduced into the stirring unit, the crushed excrement on the lower portion of the stirring shaft to the microorganism It characterized in that the stirring blade for stirring the excrement is formed on the stirring shaft so that extinction is desired.

 In addition, the stirring unit, characterized in that the microorganisms inhabit the inside of the stirrer to facilitate the decomposition of the excrement when stirring the excrement by the stirring of the stirring shaft.

In addition, the purification unit, the recovery tube for collecting urine excreted in the human body when using urine; A recovery unit which is divided into an input path for injecting the feces generated in the human body into the stirring unit when using the toilet, and a collection container for collecting the urine and the dirt generated when the transfer unit is washed and moving to the purification unit; A first insertion hole into which the recovery tube is inserted to allow the urine recovered from the recovery tube to be introduced, and a second insertion hole into which the transfer tube is inserted so that urine and dirt are introduced through the transfer tube formed successively under the recovery tube; A cover each formed; A first wall partitioning the first filter part for purifying the urine and the dirt transported from the recovery pipe and the transfer pipe respectively inserted into the first and second insertion holes of the cover, the urine passed through the first filter part, and A filter wall formed of a second wall partitioning the secondary filter portion for secondary cleaning of the filth, and a third wall partitioning the urine and the third filter section for final cleaning of the filth from the second filter portion; And a submersible motor for collecting purified water purified through the filter unit and supplying purified water to the conveying unit, wherein a collecting tank formed by partitioning the filter unit and a portion of the purified water collected in the collecting tank overflow the collection tank. A plurality of overflow holes are formed at the lower end of the three-wall part, and are divided into an evaporation tank in which a dry air supply is formed to evaporate the purified water overflowed from the sump. Characterized in that the sex.

In addition, the filter unit, the activated carbon is filled in the primary filter unit to purify the pigment and odor contained in the urine and dirt flowing into the first and second insertion holes, the pigment and odor is purified in the primary filter unit A plurality of first inflow holes formed at a predetermined height in the first wall so that the purified water flows into the second filter part; The zeolite is filled inside the second filter part to purify the ammonia and the odor contained in the purified water introduced from the first inlet hole, and the purified water in which the ammonia and the odor is purified by the second filter part is the third filter part. A plurality of second inflow holes formed in the second wall to be relatively lower than the height of the first inflow hole so as to flow into the inside; And one of activated carbon and sand is filled in the third filter unit to purify the pigment and the odor contained in the purified water introduced from the second inlet hole, and the purified water in which the pigment and the odor are purified in the second filter unit. A plurality of third inflow holes are formed in the second wall to be relatively lower than the height of the second inflow hole to be introduced into the sump.

In addition, the evaporation tank, a plurality of adsorption cloths are inserted therein so as to absorb the purified water introduced through the overflow hole of the water collection tank, and hot air generated from a hot air supply for supplying hot air into the evaporation tank is introduced into the evaporation tank. Hot air supply pipe is formed on the outer surface of the evaporator tank to be introduced, the inside of the evaporator tank receives a signal detected by the water level sensor for detecting the level of the purified water to suck the outside air to discharge the inside of the evaporator tank Characterized in that it comprises a dry air supply.

In addition, the dry air supply, the suction pump for sucking the outside air through the signal detected by the water level sensor; A transfer pipe for transferring air sucked from the suction pump; And a plurality of discharge nozzles on one surface of the transfer pipe for discharging external air sucked by the suction pump into the evaporation tank.

The evaporation tank may further include a see-through window formed on an outer surface of the evaporation tank so as to grasp the inflow amount of the purified water flowing into the evaporation tank.

In addition, the toilet wall and the bottom surface, characterized in that further comprising a planar heating element.

According to the present invention, the feces (feces) in the stirrer by agitation and microorganisms are decomposed due to the decomposition, there is an effect that can save the processing cost and water resources generated in order to process the feces, various kinds caused by the generation of feces It is effective in preventing environmental pollution.

In addition, since the urine is purified and used in circulation in the toilet, it does not consume a large amount of water to treat the feces, so it is effective in saving water resources and in preventing the environmental damage due to lack of water resources.

In addition, by using the installation of the ship, aircraft, train there is an effect that can prevent the unauthorized dumping in advance.

In addition, since it is installed in a multi-use park, highway rest area, etc., the user can use the toilet hygienically and the management is easy.

Hereinafter, with reference to the accompanying drawings illustrating the configuration of the faeces extinction and organic composting simple toilet according to the present invention.

1 is a cross-sectional view showing a faeces extinction and organic composting simple toilet in accordance with the present invention, Figure 2 is a perspective view showing a transfer part of the faeces extinction and organic composting simple toilet in accordance with the present invention, Figure 3 is a faeces extinction according to the present invention And is a perspective view showing the stirring portion of the organic composting simple toilet, Figure 4 is a cross-sectional view showing the agitated portion of feces extinguishing and organic composting toilet according to the present invention, Figure 5 is an agitated portion of the fecal extinction and organic composting simple toilet in accordance with the present invention Figure 6 is a perspective view showing the stirring shaft, Figure 6 is a perspective view showing the tin to be put into the stirring portion of the faeces extinction and organic composting toilet according to the present invention, Figure 7 shows the recovery part of the feces extinction and organic composting simple toilet according to the present invention 8 is a perspective view of the feces disappearance and according to the invention 9 is a perspective view showing a purifying unit of the organic composting simple toilet, Figure 9 is a cross-sectional view showing the fecal extinction and the purifying part of the organic composting simple toilet in accordance with the present invention, Figure 10 is a fecal extinction and dry air supply of the organic composting simple toilet in accordance with the present invention 11 is a cross-sectional view showing a toilet of the fecal extinction and organic composting simple toilet according to the present invention, Figure 12 is a conceptual diagram of a fecal extinction and organic composting simple toilet according to the present invention, Figure 13 is a present invention Flow chart showing the state of use of toilet faeces and organic waste compost according to.

1 and 12, the composition of the faeces extinction and organic composting simple toilet of the present invention is provided with a power source 200 for supplying the power required for the toilet 100, largely excreted in the human body when using the toilet 610 Transfer unit 300 for transferring the feces (feces), agitator 500 for stirring and disassembling the transported feces, and purifier 600 for purifying the urine excreted in the human body when using the toilet 610 and urinal 620 Will consist of).

Each configuration will be described in more detail.

<Transfer section>

2, 11, and 12, a user using the toilet 610 by a human body sensor 310 installed on the seat plate 615b of the toilet 610 to detect a human body may have a toilet 610. ) Is provided with a transfer unit 300 receiving the detected signal through the control unit 400 to drive the driving motor 320 to transfer the excrement discharged from the human body when using the toilet 610, the transfer unit 300 The drive motor 320 is driven to move the excrement is provided with a conveyor 330 for dropping to the stirring unit 500, the foreign matter adhered to the outer surface of the conveyor 330 during the operation of the conveyor 330 First and second scrapers 340 and 350 are formed below the conveyor 330 for removal.

In addition, the belt pulley 360 is connected to one side of the conveyor 330 and is driven by the driving motor 320 to be in contact with the outer surface of the conveyor 330 during operation of the conveyor 330 is rotated by the rotational force of the conveyor 330 In addition, a brush 370 is formed between the first and second scrapers 340 and 350 to remove the foreign matter adhering to the outer surface of the conveyor 330. The brush 370 is the first and second scrapers ( 340, 350) has a function to further remove the foreign matter that could not be removed.

In particular, the kenveyor 330 is made of urethane so as to minimize the damage when removing the foreign matter with the 1,2 scraper (340, 350) and the brush 370.

In addition, the lower end of the conveyor 330 receives the signal of the human body sensor 310 from the control unit 400 to spray the purified water supplied from the underwater motor 650a to wash the foreign matter adhered to the outer surface of the conveyor 330 First and second washing liquid injection holes 380 and 390 having a plurality of injection nozzles 385 and 395 are formed thereon, and foreign substances on the outer surface of the conveyor 330 through the purified water sprayed from the first and second washing liquid injection holes 380 and 390. Finally, the toilet 610, the toilet 610 is further provided with an outlet 615a for discharging the odor generated when transferring the excrement from the transfer unit 300 to the outside and the air purification filter inside the outlet 615a 615a-1 is provided to remove the remaining smell of excretion discharged to the outside to discharge it to the outside.

<Stirring part>

3, 4, 5, 6, 11, and 12, the excrement transferred through the conveyor 330 of the transfer unit 300 receives a signal of the timer 530 through the control unit 400. A stirring unit 500 is formed to control the stirring shaft drive motor 540 to decompose and stir the excrement, and the stirring unit 500 is excreted by the conveyor 330. An input hopper 510 to be introduced is provided at an upper end thereof, and an agitation shaft 520 is formed therein to agitate the excrement injected into the input hopper 510.

In addition, the stirring shaft drive motor 540 for driving the stirring shaft 520 by the timer 530, and the heating wire 550 for supplying a heat source to facilitate the drying of the excrement that is stirred when the excrement is stirred is formed outside The upper portion is composed of a hot air supplier 560 for supplying hot air to the purification unit 600.

In addition, the agitator 500, the excrement and the microorganism is stirred by putting a tin 700 in which the microorganisms inhabit the inside of the stirrer to facilitate the decomposition of the excrement when stirring the excrement by stirring the stirring shaft 520 The inside of the 500 is stirred together to facilitate the decomposition of feces, and because the microorganisms survive on the tin 700 can be increased the viability of the microorganisms.

In particular, the stirring shaft 520 transmits a signal generated from the timer 530 to the stirring shaft drive motor 540 through the control unit 400 to drive the stirring shaft 520 once every 15 minutes. The stirring shaft 520, the stirring shaft 520, the crushing blade 520a is formed with a plurality of grinding blades (520a-1) protruding upwardly to crush the excrement introduced into the stirring unit 500 stirring shaft A plurality of both ends are formed, the lower portion of the stirring shaft 520 is formed on the stirring shaft 520 agitating blades 520b for stirring the excrement to be extinguished by the microorganisms 1 After the crushing and decomposition of the large capacity feces and the excrement is stirred through the stirring blade 520b.

In addition, the heating wire 550 to maintain the 35 ℃ ~ 50 ℃ to facilitate the drying of the excrement when stirring the excretion inside the stirring unit 500, the active of the microorganisms can be made to facilitate the decomposition of excretion Providing a proper environment, the microorganisms introduced into the stirring unit 500 is limited to the survival time of the microorganisms by the salinity contained in the feces, so that the new microorganisms are added on a daily basis on a day / 120 basis. , When the excretion rate of microorganisms is 120g ~ 150g per person, 95% is decomposed by microorganisms within 5 hours, and the remaining 5% that is not decomposed is used as organic compost. Speed and remaining amount will be different.

<Purification part>

7, 8, 9, 10 and 12, the urine excreted in the human body when using the toilet 610 and the purifier 600 for purifying the urine excreted in the human body when using the urinal 620 is formed The purifying part 600 includes a collecting tube 625 disposed below the urinal 620 for collecting urine excreted from the human body when the urinal 620 is used, and the feces generated in the human body when the toilet 610 is used. Is divided into an inlet passage 605a for introducing the agitator 500 and a collecting vessel 605b for washing the urine and the dirt generated during the washing of the transfer unit 300 to the purification unit 600. A recovery unit 605 is formed below the conveyor 330.

In addition, a first insertion hole 630a into which the recovery tube 625 is inserted so that the urine recovered from the recovery tube 625 is introduced, and a transfer tube 605b-1 formed successively under the recovery unit 605. The cover 630 is provided with each of the second insertion hole 630b is inserted into the transfer pipe (605b-1) so that the urine and dirt flows through the first, the first and second insertion holes of the cover 630 The first wall 640a- which partitions the primary filter part 640a in which the urine and the dirt conveyed from the collection pipe | tube 625 and the conveying pipe 605b-1 which were respectively inserted in 630a and 630b are primary-purified. 1) and a second wall 640b-1 for partitioning the second filter part 640b through which the urine and the dirt passed through the first filter part 640a are secondly purified, and the second filter part. The filter part 640 which consists of the 3rd wall 640c-1 partitioned by the 3rd filter part 640c which the urine and the dirt which passed through 640b are finally purified is comprised.

In addition, the submersible motor 650a for collecting the purified water through the filter unit 640 and supplying the purified water to the first and second washing liquid injection ports 380 and 390 of the transfer unit 300 is provided.

In particular, the submersible motor 650a receives the signal from the human body sensor 310 through the control unit 400 and supplies purified water purified by the purification unit 600 to the first and second wash liquid injection ports 380 and 390. The cleaning liquid is sprayed through the injection nozzles 385 and 395 of the first and second washing liquid injection ports 380 and 390 to clean the conveyor 330 of the transfer part 300.

 In addition, a water collecting tank 650 partitioned by the filter unit 640 and a part of the purified water collected by the water collecting tank 650 are formed at the lower end of the third wall 640c-1 so as to overflow from the water collecting tank 650. A plurality of overflow holes 650b are formed, and are divided into an evaporation tank 660 in which a dry air supply 670a is formed to evaporate the purified water overflowed from the water collection tank 650, thereby purifying the purification unit 600. Will be constructed.

In particular, the filter unit 640 is filled with activated carbon in the primary filter unit 640a to purify the pigments and odors contained in the urine and dirt flowing into the first and second insertion holes 630a and 630b. A plurality of firsts are formed at a predetermined height on the first wall 640a-1 so that the purified water in which the dye and the odor are purified by the first filter part 640a flows into the second filter part 640b. Inlet hole 640a-2 is formed. In addition, zeolite is filled in the second filter part 640b to purify the ammonia and the odor contained in the purified water introduced from the first inlet 640a-2, and in the second filter part 640b. A plurality of agents formed in the second wall 640b-1 to be lower than the height of the first inlet hole 640a-2 so that the purified water having purified ammonia and odors flows into the third filter part 640c. 2 inlet holes (640b-2). In addition, any one of activated carbon and sand is filled in the third filter part 640c to purify the pigment and the odor contained in the purified water introduced from the second inlet 640b-2. The plurality of third walls 640c-1 are formed to be relatively lower than the height of the second inlet hole 640b-2 so that the purified water purified by the filter unit 640c can be introduced into the collection tank 650. Three inlet holes 640c-2 are formed, and the fillers filled in the first, second, and third filter parts 640a, 640b, and 640c are preferably replaced once every six months to one year. .

In addition, the evaporation tank 660, a plurality of adsorption cloth 660a is inserted therein so as to absorb the purified water introduced through the overflow hole 650b of the water collection tank 650, the evaporation tank 660 Hot air supply pipe 660b is formed on the outer surface of the evaporator 660 so that the hot air generated from the hot air supplier 560 for supplying the hot air into the inside is introduced into the evaporator 660. Receives the signal detected by the water level sensor 660c for detecting the water level through the control unit 400 to suck the outside air and discharge it into the evaporator 600 to dry the adsorption cloth 660a absorbing the purified water. A plurality of dry air supply (670a) is provided, and a see-through window (660d) is formed on the outer surface of the evaporator 660 so as to grasp the inflow amount of the purified water flowing into the evaporator 660.

In particular, the dry air supplier 670a is provided with a suction pump 670a-1 that receives the signal detected by the water level sensor 660c through the control unit 400 and sucks outside air. A transfer pipe 670a-2 is provided to transfer the air sucked from the pump 670a-1, and one side of the transfer pipe 670a-2 is provided to evaporate the external air sucked from the suction pump 670a-1. A plurality of discharge nozzles 670a-3 for injecting external air into the adsorption cloth 660a that discharges the tank 660 to absorb the purified water is formed.

In addition, the toilet and the wall and floor surface is provided with a planar heating element to prevent freezing in winter and to make the user feel comfortable when using.

Looking at the state of use of the toilet faeces and organic waste composting according to the present invention with the configuration as described above are as follows.

As shown in Figure 13, the use of fecal extinction and organic composting simple toilet,

①. The user enters the toilet 100 and selects and uses the toilet 610 and the urinal 620. (S100)

<When using a toilet>

②. When sitting on the toilet 610 receives the human body detection signal from the human body sensor 310 through the control unit 400 is excreted by the conveyor 330 by the drive of the drive motor 320, at the same time the human body sensor Receiving the signal transmitted from the 310 through the control unit 400 is a submersible motor 650a equipped with a water tank 650 is driven to clean the conveyor 330. (S200)

③. The urine is separated by excretion from the human body is recovered to the recovery container 605b, the stool is put into the stirring unit 500, and receives the signal of the timer 530 through the control unit 400 of the stirring shaft 520 Control the number of stirring. (S300)

④. In the stirring unit 500, the excrement is stirred and decomposed by the microorganisms. (S400)

⑤. After the user completes the use of the toilet 610, the human body sensor 310 receives a human body detection signal through the control unit 400 to terminate the driving motor 320 and terminate the driving of the underwater motor 650a. S500)

⑥. The urine recovered from the recovery container 605b is transferred to the filter unit 640 to purify the urine.

⑦. Purified water that has passed through the filter unit 640 is collected in the water collecting tank 650. (S700)

⑧. The dry air supply 670a is operated by receiving the signal detected by the water level sensor 660c from the water tank 650 through the water level sensor 660c, and the dry air supply 670a is operated to supply hot air supplied from the hot air supply 560. The purified water introduced into the evaporator 660 is evaporated. (S800)

<When using urinal>

②. The urine recovered from the recovery tube 625 formed under the urinal 620 is transferred to the filter unit 640 to purify the urine.

③. The purified water passing through the filter unit 640 is collected in the water collecting tank 650 and is supplied to the conveyor 330 by driving the underwater motor 650a.

④. The dry air supply 670a is operated by receiving the signal detected by the water level sensor 660c from the water tank 650 through the water level sensor 660c, and the dry air supply 670a is operated to supply hot air supplied from the hot air supply 560. The purified water introduced into the evaporator 660 is evaporated. (S800)

Although specific embodiments of the present invention have been described and illustrated above, it is obvious that the present invention may be embodied in various modifications by those skilled in the art. Such modified embodiments should not be individually understood from the technical spirit or the prospect of the present invention, and such modified embodiments should fall within the scope of the appended claims.

1 is a cross-sectional view showing the fecal extinction and organic composting simple toilet in accordance with the present invention, Figure 2 is a perspective view showing a transport portion of the fecal extinction and organic composting simple toilet in accordance with the present invention,

Figure 3 is a perspective view showing the stirring portion of the faeces extinction and organic composting simple toilet according to the present invention,

Figure 4 is a cross-sectional view showing a stirring portion of the faeces extinction and organic composting simple toilet according to the present invention,

5 is a perspective view showing the stirring shaft of the stirring portion of the faeces extinction and organic composting simple toilet according to the present invention,

Figure 6 is a perspective view showing the tin that is added to the stirring section of the faeces extinction and organic composting simple toilet according to the present invention,

7 is a perspective view showing a recovery part of the faeces extinction and organic composting simple toilet according to the present invention,

8 is a perspective view showing a purifying part of the faeces extinction and organic composting simple toilet according to the present invention,

9 is a cross-sectional view showing a purifying part of the faeces extinction and organic composting simple toilet according to the present invention,

10 is a perspective view showing the dry air supply of the faeces extinction and organic composting simple toilet according to the present invention,

11 is a cross-sectional view showing a toilet of the feces disappearance and organic composting simple toilet according to the present invention,

12 is a conceptual diagram of the faeces extinction and organic composting simple toilet according to the present invention,

Figure 13 is a flow chart showing the use of fecal extinction and organic composting simple toilet in accordance with the present invention.

<Description of Symbols for Main Parts of Drawings>

100: toilet

200: power supply

300: transfer unit

310: human body detection sensor

320: drive motor

330: Conveyor

340, 350: 1st, 2nd scraper

360: Belt Pulley

370: brush

380, 390: 1st, 2nd washing jet

385, 395: spray nozzle

400: control unit

500: stirring section

510: inlet

520: stirring shaft

520a: Shredded Wings

520a-1: grinding blade

520b: stirring blade

530: Timer

540: stirring shaft drive motor

550: heating wire

560 hot air supply

600: purification unit

605: recovery unit

605a: input furnace

605b: Recovery container

605b-1: transfer pipe

610: toilet bowl

615a: outlet

615b seat plate

620: Urinal

625: recovery pipe

630: cover

630a, 630b: first and second insertion holes

640: filter unit

640a, 640b, 640c: first, second and third order filter parts

640a-1, 640b-1, 640c-1: 1st, 2nd, 3rd wall

640a-2, 640a-2, 640a-3: 1st, 2nd, 3rd inlet

650: sump tank

650a: underwater motor

650b: overflow hole

660: evaporator

660a: adsorption cloth

660b: hot air supply pipe

660c: water level sensor

660d: sight glass

670a: Dry air supply

670a-1: suction pump

670a-2: feed pipe

670a-3: Discharge nozzle

700: tint

Claims (12)

In the facilitation of feces and organic composting toilets that decompose feces generated when using the toilet, A power supply unit 200 for supplying power to the toilet 100; A transfer unit 300 which receives a signal from the human body detecting sensor 310 and the human body detecting sensor 310 to detect the human body and transfers excrement discharged from the human body when the toilet 610 is used by the driving of the driving motor 320; A stirring unit 500 which receives the excrement transferred from the transfer unit 300 and receives a signal from the timer 530 to control the stirring shaft drive motor 540 to decompose and stir the excrement; Purifying unit 600 for purifying the urine excreted in the human body when using the toilet 610 and the urine excreted in the human body when using the urinal 620; Underwater motor (650a) formed to receive the signal of the human body sensor 310 to clean the transfer unit 300 by supplying the purified water purified by the purification unit 600 to the transfer unit 300, and the water level of the purified water Dry air supply (670a) for receiving a signal of the water level sensor 660c for detecting the evaporation of a portion of the purified water; And The driving motor 320, the submersible motor 650a, the stirring shaft driving motor 540, and the drying signal are received from the human body sensor 310, the timer 530, and the water level sensor 660c. A controller 400 for controlling the driving of the air supplier 670a; Feces disappearing and organic composting liver toilet, characterized in that comprises a. According to claim 1, The toilet 610, The discharge portion 615a for discharging the odor generated during the transfer of excrement from the transfer unit 300 is further provided, and the excretion extinction and characterized in that the air purification filter 615a-1 is provided inside the discharge hole (615a) Organic composting washroom. The method of claim 1, wherein the transfer unit 300, A conveyor 330 driven by the driving motor 320 to move the excrement to the stirring unit 500; First and second scrapers (340, 350) formed under the conveyor (330) to remove foreign substances adhering to the outer surface of the conveyor (330) during operation of the conveyor (330); The belt pulley 360 is connected to one side of the conveyor 330 to be in contact with the outer surface of the conveyor 330 when the conveyor 330 is operated by the driving motor 320, and is rotated by the rotational force of the conveyor 330. A brush 370 formed between the first and second scrapers 340 and 350 to remove the foreign matter adhering to the outer surface of the conveyor 330; And The first and second washing liquid injection holes in which a plurality of injection nozzles 385 and 395 are formed at the lower end of the conveyor 330 to spray the purified water supplied from the submersible motor 650a to wash foreign substances adhered to the outer surface of the conveyor 330. (380,390); Fecal extinction and organic composting simple toilet, characterized in that further comprises. The method of claim 1, wherein the stirring unit 500, The inlet 510 into which the excrement is introduced by the conveyor 330, the stirring shaft 520 formed therein to stir the excrement introduced into the inlet 510, and the stirring shaft 520 by the timer 530. Agitated shaft drive motor 540 for driving the heat source and a heating wire 550 for supplying a heat source to facilitate the drying of the excrement that is stirred when the excrement is stirred is formed on the outside, the purification unit 600 in the upper portion Fecal extinction and organic composting simple toilet, characterized in that consisting of a hot air supply (560) for supplying hot air. The method of claim 4, wherein the stirring shaft 520, A plurality of shredding blades (520a) formed with a plurality of grinding blades (520a-1) protruding to the top to crush the excrement introduced into the stirring unit 500 is formed on both ends of the stirring shaft 520, the stirring Fecal extinction and organic composting simple toilet characterized in that the lower portion of the shaft 520 is formed on the stirring shaft 520 agitating blades (520b) for stirring the excrement to be extinct by the microorganisms. The method of claim 1, wherein the stirring unit 500, Fecal extinction and organic composting simple toilet, characterized in that the microorganisms inhabit the inside of the stirrer 700 to facilitate the decomposition of the excrement when stirring the excrement by stirring the stirring shaft (520). The method of claim 1, wherein the purification unit 600, Recovery tube 625 for recovering the urine excreted in the human body when using the urinal 620; When the toilet 610 is used, the stool generated from the human body is introduced into the agitator 500, and the urine and the dirt generated when the transfer part 300 is washed are collected and moved to the purification unit 600. Recovery sections 605 each of which is divided into recovery bins 605b to be made; Urine through the first insertion hole 630a into which the recovery tube 625 is inserted so that the urine recovered from the recovery tube 625 is introduced, and a transfer tube 605b-1 formed below the recovery container 605b. And a cover 630 each having a second insertion hole 630b into which the transfer pipe 605b-1 is inserted to allow dirt to flow therein. The first filter unit for primary purification of urine and dirt transferred from the recovery pipe 625 and the transfer pipe 605b-1 inserted into the first and second insertion holes 630a and 630b of the cover 630, respectively. The first wall 640a-1 which partitions 640a and the second wall which partitions the secondary filter part 640b which secondary-purifies urine and dirt which passed through the said 1st filter part 640a. 640b-1, and a filter formed of a third wall 640c-1 partitioning the urine and the dirt passed through the second filter part 640b into a third filter part 640c which is finally purified. With 640 A water tank 650a is provided to collect purified water purified through the filter unit 640 and to supply purified water to the transfer unit 300, and is divided into the filter unit 640. A plurality of overflow holes 650b are formed at the lower end of the third wall 640c-1 such that a part of the purified water collected in the water collecting tank 650 overflows in the water collecting tank 650, and thus, in the water collecting tank 650 Fecal extinction and organic composting simple toilet, characterized in that consisting of a compartment composed of an evaporation tank 660 in which a dry air supply (670a) is formed to evaporate the purified water overflowed. The method of claim 7, wherein the filter unit 640, Activated carbon is filled in the first filter part 640a to purify the pigments and odors contained in the urine and the dirt flowing into the first and second insertion holes 630a and 630b, and the first filter part 640a. A plurality of first inflow holes 640a-2 formed at a predetermined height in the first wall 640a-1 such that the purified water in which the pigments and odors are purified is introduced into the second filter part 640b; Zeolite is filled in the second filter part 640b to purify the ammonia and the odor contained in the purified water introduced from the first inlet 640a-2, and the ammonia in the second filter part 640b. And a plurality of second portions formed in the second wall 640b-1 lower than the height of the first inflow hole 640a-2 so that the purified water in which the odor is purified flows into the third filter part 640c. Inlet hole 640b-2; And One of activated carbon and sand is filled in the third filter part 640c to purify the pigment and the odor contained in the purified water introduced from the second inlet 640b-2, and the third filter part 640c. A plurality of third inflows formed in the second wall 640b-1 to be relatively lower than the height of the second inflow hole 640b-2 so that the purified water purified from the dye and the odor is introduced into the water collecting tank 650. Excretion and organic composting simple toilet characterized in that the ball (640c-2) is formed. The method of claim 6, wherein the evaporator 660, A plurality of adsorption cloths 660a are inserted thereinto to absorb the purified water introduced through the overflow hole 650b of the water collecting tank 650, and a hot air supplier for supplying hot air into the evaporation tank 660. Hot air supply pipe (660b) is formed on the outer surface of the evaporator 660 so that the hot air generated in 560 is introduced into the inside, the water level sensor (660c) for detecting the level of the purified water in the evaporator (660) Receiving waste and organic composting facilitation, characterized in that it comprises a plurality of dry air supply (670a) for receiving the signal detected in the intake and discharge the outside air into the evaporator 600. The method of claim 9, wherein the dry air supply (670a), A suction pump 670a-1 for sucking outside air through a signal detected by the water level sensor 660c; A transfer pipe 670a-2 for transferring air sucked from the suction pump 670a-1; And One surface of the transfer pipe 670a-2 includes a plurality of discharge nozzles 670a-3 for discharging external air sucked by the suction pump 670a-1 into the evaporator 660. Manure toilet extinguished and organic composting. The method of claim 6, wherein the evaporator 660, Fecal extinction and organic composting simple toilet, characterized in that the viewing window (660d) formed on the outer surface of the evaporator 660 is further provided to determine the inflow of the purified water flowing into the evaporator (660). The wall and the bottom surface of the toilet (100), Fecal extinction and organic composting simple toilet characterized in that it further comprises a planar heating element.

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