KR100946217B1 - Automatic Excrement Processing System - Google Patents

Abstract

The present invention is applied to a patient who is inconvenient to move or in hospital or nursing home to be cared for at all times to minimize the pollution of the surrounding environment in the room and to automatically process the feces automatic treatment system.

The excreta automatic treatment system includes a dirt tank which has a back pressure inside, which makes the working wind sucked together with the excrement from the diaper cup part into turbulent state and at the same time blocks foreign substances other than the working wind; A suction motor is installed so that the suction motor converts the recovered air sucked from the dirt tank into working wind, and the working wind is formed therein, through one or more guides connected to these flow paths and U-shaped guide passages. Back pressure generator to be blown to the outside; Auxiliary water storage that receives only a certain amount of water from the water storage tank, heats the supplied washing water to a predetermined temperature, mixes it with ozone water from the ozone generator, and supplies the mixture to the diaper cup to prepare washing water for sanitary treatment. Tank; An ozone generator for supplying ozone water to the auxiliary water storage tank and simultaneously supplying ozone generated to the waste tank via the diaper cup part; An anion generator for purifying pollution to the environment surrounding the system; It is composed of diaper cups which are worn on the main body and hip of the human body and guides the excrement to the waste tank by forming back pressure inside the waste tank, and receives the recovered air from the waste tank to the working wind.

Dung, Sewage Tank, Back Pressure Generator, Water Storage, Recovery Air, Working Wind, Flow

Description

Automatic Excrement Processing System

The present invention is applied to a patient who is inconvenient in motion or in a hospital or nursing home to lie in bed at all times to minimize the pollution of the surrounding environment in the room and to automatically treat the feces hygienically automatic treatment system.

As a representative example of the prior art, a waste treatment apparatus is disclosed in US Pat. No. 6,110,159 and Japanese Patent Laid-Open No. 2002-113029. This waste treatment apparatus is provided with the diaper cup part 1 which wraps a main part and a buttocks of a human body. The supply means consisting of the dirt tank 3 and the water feed pump 5 supplies the washing water to the diaper cup unit 1 via the water supply hose 26. The dirt tank 3 connected to the diaper cup part 1 sucks the washing water and excrement in the diaper cup part 1 through the suction hose 25, and for this purpose, the suction motor 21 installed in the vacuum motor housing 2. A negative pressure or back pressure is generated inside the dirt tank 3. The control unit is composed of an input unit 13 for starting a system and an intermittent switch and a sequencer 12 for controlling a suction motor 21, a water supply pump 5, and a heater 42 having a microcomputer. do. The diaper cup part 1 allows the inclination sensor 18 for detecting the inclination of its body, the fecal sensor 17 for detecting the excrement, and the urine detection sensor 19 to be properly arranged. The sequencer 12 intermittently drives and controls the water pump 5 set as the time parameter in accordance with the detection signals of the fecal sensor 17 and the urine sensor 19. One end of the water supply hose 26, the suction hose 25, and the air blowing hose 27 is connected to the diaper cup unit 1, respectively.
One end of the blower hose 27 is connected to the diaper cup part 1, one end of the suction pump 21 is connected to the dirt tank 3, and the other end of the blower hose 27 is cooled of the vacuum motor housing 2. It is connected to the air exhaust port 24 and to the exhaust port 9 of the filter box 6.

One end of the suction pipe 7 is connected to the inlet port 22 of the housing 2 in which the suction motor 21 is incorporated, and the other end of the suction pipe 7 is connected to the outlet 35 of the dirt tank 3. do.

The housing 6 is connected to the intake port 8 of the filter box 11 by the connecting pipe 23 to deodorize the suction air from the dirt tank 3 introduced through the connecting pipe 23, This air is again supplied to the diaper cup part 1 through 27).

At the same time, when the suction motor 21 is operated, air is sucked from the intake port 10 to cool the suction motor 21. After cooling, the absorbed air is discharged from the exhaust port 24 to the blower hose 27. The mixed warm air is supplied to the diaper cup unit 1.

The dirt tank 3 is generated by a suction port 31 connected to the suction lake 25, a suction motor 21 supplied from the suction port 31, and centrifugal force through the blower lake 27. Vortex or turbulence (37) in a spiral rotation system in the tank, so that a relatively heavy waste (34), a cyclone device (32) for separating the wash water and a relatively light working wind, the waste particles and washing water contained in the operation And a separator 33 for separating and colliding with each other, and a excretion amount detector 36 for detecting excretion limited to a predetermined amount (see Japanese Patent Laid-Open No. 11-56891).

The vacuum motor housing (2) has a suction motor (21) incorporating a chamber, an air inlet port (10) and a cooling air exhaust port (24) having an inlet port (22) and a connecting pipe (23) based on the suction motor (21). The chamber forming the) is separated.

The washing water tank 4 has a water level detector 44 for detecting the water level of the washing water 41 and a temperature sensor 43 for detecting the washing water temperature, and a supply port 45 is connected to the water supply pump 5. .
The excreta treatment device configured as described above was only to temporarily stop the operation of the water pump to prevent contamination of bedding that may occur in the diaper cup unit (1).

Specifically, this waste treatment apparatus is not clear from the technical configuration of the start of the blocking of dirt in the waste tank, and the actual working relationship does not appear, so it can not be greatly trusted.

In this waste treatment apparatus, consideration of the person wearing the diaper cup part is to circulate the warm air to promote drying, but such a function alone is not a good hygiene treatment for the skin in direct contact with the dirt.

In addition, the waste treatment apparatus is provided with a filter box, which acts as a deodorizing function for the recovered air, but there is a concern that the filter may flow back to the suction motor during the filtering of the recovered air to cause resistance.

In addition, this waste treatment device is not discharged to the outside of the recovery air, but the actual amount of air conditioning should be discharged, and even if the exhaust air is discharged through the filter box, it can contaminate the room.

In addition, this waste treatment device is equipped with a heater and a temperature sensor in the water storage tank at the same time, because the motor pump is connected directly, it is difficult to control the supply of the washing water, in particular, the waste water is not recovered, so replace the water storage tank frequently There is a hassle to give.

Therefore, the present invention is to provide a feces automatic treatment system that is applied to patients with uncomfortable behavior or hospital or nursing home to always care for lying on the bed to minimize pollution to the surrounding environment and sanitize the feces hygienically. For that purpose.

It is another object of the present invention to provide an automatic excrement treatment system having a waste tank which does not discharge suction soil to outside in several stages and causes the working air sucked inside to cause turbulence in several stages to be recovered and treated. There is.

Another object of the present invention is to combine with the water storage tank receives only a certain amount of water from it to enable the control of the amount of washing water, and to heat the supplied washing water together and connected to the ozone generator and mixed with ozone water to sanitize The present invention provides an automatic waste disposal system having an auxiliary water storage tank for preparing washable water.

Another object of the present invention consists of a main housing having a suction motor installed therein and at least two flow passages therein and a base housing having one or more induction furnaces for recovering air from the waste tank to the working wind. The present invention provides an automatic excrement processing system having a back pressure generator that converts and blows the air to the outside.

Another object of the present invention is installed in the inner space of the base housing in the negative ion generator to clean the environment around the system and the other space is installed in the other space to generate ozone water and ozone mixed with the auxiliary water storage tank and the working wind diaper cup portion The present invention provides an automatic waste treatment apparatus equipped with an ozone generator for supplying a waste tank to a waste tank.

According to the present invention, the automatic waste excretion system is a back pressure state to suck the excrement from the diaper cup portion 1 to the inside and at the same time to draw the working air into the turbulent state to block foreign matter other than the working wind Tank 100; A suction motor 210 is installed so that the suction motor 210 converts the recovered air sucked from the dirt tank 100 into the working wind, and the one or more first and second flow paths 222 formed therein. 223 and a back pressure generator 200 which is blown to the outside via at least one guide port 224, 228 and U-shaped flow path 229 connected to each of these flow paths; Only a certain amount of water is supplied from the water storage tank 241 and the supplied washing water is heated to a predetermined temperature and mixed with ozone water from the ozone generator 250 to supply a mixture to the diaper cup unit 1 to enable sanitary treatment. An auxiliary water storage tank 245 for preparing washing water; An ozone generator 250 for supplying ozone water to the auxiliary water storage tank 245 and simultaneously supplying ozone generated to the waste tank via the diaper cup unit 1; An anion generator 260 for purifying pollution to the environment surrounding the system; The diaper cup part which is worn on the main body and hip of the human body and guides the excrement to the waste tank 100 by forming back pressure inside the waste tank 100 and receives the recovered air from the waste tank 100 by working wind ( It consists of 1).

The dirt tank 100 has a suction port 121 and an outlet 122 at its front surface, and at least one guide hole 115 formed at both sides of the suction port 121 and the discharge port 122 at the front and rear thereof; Guide pins 125 and 126 which are respectively inserted into the 116 are installed so that the handle part 110 is movable up and down, and is extended from the suction port 121 so as to be inverted in three upper sides at the inner top. To form a groove portion 124 'causing turbulent flow due to rotation of the suction air, and a cover portion 120 having a mounting portion 127 having a first hole 128 communicating with the outlet 122 at the center thereof. ; Protruding downwardly in the shape of a crater at the center of the protruding portion 132 in communication with the second hole 137 and the second hole 137 to prevent the inflow of dirt installed in the mounting portion 127 of the cover 120. And the separation cap 131 integrally molded at a predetermined interval around the protrusion induction part 132 and rotatably installed at the lower end of the inner protrusion induction part 132 of the separation cap 131 to provide high-speed turbulence of operating wind. Cyclone rotating body 133 and the lower end member 144 causing turbulence in the lower portion is installed and the cylindrical portion 140 passing only the working wind except solid or dust atomized foreign matter and lighter than the solid particles from the top A dirt blocking part 130 composed of blocking cup parts 150 for introducing and recovering air; The dirt blocking part 130 is installed in the mounting part 127 of the cover 120 and consists of storage containers 160 for dirt collection coupled with the cover 120.

The back pressure generator 200 has a suction connection passage 201 for guiding the excrement from the diaper cup unit 1 into the waste tank 100 in the back pressure state and an inflow connection passage 202 for guiding the working wind recovered from the waste tank to the inside. A cover portion 220 formed of a dome-shaped arc portion 203 formed at a lower end thereof with a attracting hole communicating with the inflow connecting passage 202 at an inner center thereof; Composed of two stages of the upper end and the lower end, the body of the suction motor 210 is installed in the upper end, the lower end of the suction motor 210 is located at the lower end, the upper end of the first to induce the operating wind generated by the suction motor 210 A main housing 230 formed at a predetermined position by a distribution path 222 and a second distribution path 223 for supplying the working wind to the outside; First and second guide ports 224 and 228 which are directly connected to the first flow path 222 and the second flow path 223, respectively, are formed, and the first and second flow paths 222 and ( The U-shaped guide passage 229 connecting the 223 is formed of the base housings 240 formed under the upper surface.

The water storage tank 241 is easy to move because the handle portion 242 is formed on the upper side, the water storage tank 241 and the water storage tank 241, which stores a certain amount of washing water and the means valve is formed at the bottom It is installed in the lower part to receive a predetermined amount of washing water from the inside, and the inside is sealed to increase the mixing ratio of ozone water and washing water from the ozone generator, and a heater is installed in the auxiliary water storage tank 245 for generating hot water. .

The ozone generator 250 is installed in the base housing 240 and an ozone water generator 271 is installed therein to generate ozone water and ozone, supply ozone water to the auxiliary water storage tank 245, and supply ozone to a small pump 280. It is supplied to the gas inlet valve 204 to be mixed with the recovery air, and to be supplied to the waste tank via the diaper cup (1).

The negative ion generator 260 is composed of a needle electrode 261 inserted into the carbon rod 264 and sealed around the periphery thereof and a flat electrode 262 spaced apart from each other by facing the needle electrode 261. It is installed in the base housing to generate negative ions and diffuse them around the system.

The present invention is a batch processing in the system so that the behavior is inconvenient or applied to the patient to minimize the pollution to the surrounding environment and at the same time reliably automatic treatment and clean the surrounding environment.

According to the present invention, Figure 2 is a schematic arrangement of the automatic waste treatment system, Figure 3 is an exploded perspective view showing the waste tank disassembled components, Figure 4 is a cross-sectional view showing a partial combination of the components of the waste tank 5 is an exploded perspective view illustrating the components of the back pressure generator, and FIG. 6 is a perspective view illustrating the components of the back pressure generator in combination.

As shown in the figure, the automatic excrement processing system 10 is a diaper cup portion (1) surrounding the main body and the buttocks of the human body, a waste tank (100), which has a structure that reliably blocks the discharge and discharge the excretion therein, single housing The suction motor 210 is built into the inside of the back pressure generator 200 for reprocessing the working wind and the recovery air and a predetermined amount of washing water is supplied from the water storage tank 241, and the ozone water is supplied to treat the mixed washing water. It consists of an auxiliary water storage tank (245).

The diaper cup portion 1 uses what is used in the cited prior art and is connected to a system control unit (not shown) and has the same configuration as the cited technology and includes the excrement sensor 107 and the urine sensor 108. The diaper cup portion 1 is connected to a suction tank 121 by a suction hose 101 to the dirt tank 100 through a suction port 121 directly connected to a suction connection passage 201 to be described later, and to supply a supply pump 247 and washing water. It is connected to the auxiliary water storage tank 245 coupled with the water storage tank 241 by the hose 102, it is connected to the back pressure generator 200 by the hot air hose (103).

The diaper cup part 1 receives the washing water through the washing water supply hose 102 according to the operation of the excrement sensor 107, the urine sensor 108 and the inclination sensor 109, and dilutes the excrement therein, and suction The suction port 121 is recovered through the hose 101 and the suction passage 201. After this operation, the diaper cup part 1 allows the warm air mixed with ozone through the hot air hose 103 to dry and sanitize the main body and the buttocks of the body wrapped therein by the suction hose 101.

As shown in FIGS. 2 and 3, the waste tank 100 is excreted from the suction tank 210 by the suction motor 210, which is described later, in which the inside of the waste tank 100 is in a back pressure state and sucked by the slurry. It leads to the center of its interior. To this end, the cover 120 has a rectangular parallelepiped shape, and a suction port 121 and an outlet 122 protruding from one side of the cube are formed side by side. The cover 120 is installed so that the handle 110 slides up and down. The handle portion 110 has a handle hole 112 formed in the upper portion 111 to be a thick portion, and protruding coupling portions 115a and 116a protruding from the suction port 121 and the discharge port 122 to one side thereof ( Two holes 114a and 114b are formed side by side in pairs to the front member 113 so as to slide between them.

On the sides adjacent to these holes 114a and 114b, first and second guide holes 115 and 116 are formed, which are vertical long holes. The third guide 118 and the fourth guide 119 which are vertical long holes are also formed in the rear member 117 of the other side of the handle 110.

3 and 4, the cover 120 is inserted into the first and second guide holes 115 and 116 on both sides of the outside of the suction port 121 and the discharge port 122 to the front thereof. The first and second guide pins 123 and 124 are fixed, and the third and fourth guide pins 125 and 126 are also inserted into the third and fourth guide holes 118 and 119 on the rear surface thereof. ) Are fixed. Therefore, the handle part 110 has the first and second guide pins 123 and 124 inserted into the first and second guide holes 115 and 116 on the front surface of the cover on the front member 113. It is slidable, and the third and fourth guide pins 125 and 126 are inserted in the third and fourth guide holes 118 and 119 on the rear surface of the rear member 117 to the upper and lower sides. It is possible to slide. As a result, the handle 110 is moved up and down on the cover 120 while holding the upper part 111. Such a cover 120 may be integrally installed in a simple structure on the handle 110 is the upper surface.

Hereinafter, the dirt blocking unit 130 will be described.
The cover 120 has a groove portion 124 'having a trough shape extending from the suction port 121 and turned upside down around the edge portion, and being formed inside the center of the groove portion 124'. 127). The mounting portion 127 has a first hole 128 extending from the outlet 122 and communicating with the center, and the split cap 131 of the truncated cone shape is fixed by the mounting member 129.

The separation cap 131 is formed with a crater-shaped protruding portion 132 having a second hole 137 formed at the center thereof to be interlocked with the first hole 128. The protruding portion 132 is provided with a cyclone rotating body 133 rotatably near the upper end of its outer shaft.
The cyclone rotating body 133 has a plurality of wings 134 are formed at its lower end, and grooves 135 inclined downward in the rotational direction thereof are formed between the wings 134.

The lower portion of the cyclone rotating body 133 is provided with a cylindrical portion 140, the upper end of the cylindrical portion 140 is communicated to the first hole 128, the upper end of the body of the protruding portion 132 It is fixed to the lower end, a plurality of third holes 139 extending downwardly around the body is formed, the horizontal member 141 forming the third hole 139 is formed on both sides of the groove 135 An inclined surface 142 is formed in a direction coincident with the inclined direction.

The lower part of the cylindrical part 140 is sealed, and the lower member of the failure type which forms three first wings 143 in the shape of a windmill in a groove having a constant depth in the middle thereof to induce vortices of the introduced working wind. 144 is fixed.

Shut-off cup portion 150 is in the inverted state of the upper end portion 151 is concentrically coupled to the circumferential protruding engaging portion 136 adjacent to it, the working wind to the circumference just below the upper end 151 At least three or more inlets 152 to be introduced are formed to have a predetermined width at regular intervals. The pinhole 153 is formed at the lower end of the main body, and three second wings 154 are formed at the outer bottom face in the form of a windmill. The dirt tank 100 is further provided with a storage container 160, the cover 120 is coupled to the coupling portion 163 at the upper end of the storage container 160, the cover 120 And storage containers 160 are assembled.

As shown in FIGS. 5 and 6, the back pressure generator 200 includes a suction motor 210 and a main housing 230 for accommodating the suction motor 210 therein. As described, the working tank supplied with the waste tank 100, that is, the storage container 160, draws back pressure therein to draw the excrement from the diaper cup unit 1, and at the same time, the working wind supplied from the suction motor 210. To be discharged.

The back pressure generator 200 is composed of three parts and is installed at the bottom of the main housing 230 and the main housing 230 for seating the cover 220 and the suction motor 210, and the ozone generator 250 and the negative ion generator ( 260 are installed and composed of base housings 240 that are the support of the main housing 230.

The cover portion 220 has a suction connection passage 201 which is directly connected to the suction port 121 at the upper portion thereof, and is formed in a pipe type, and adjacent to the suction connection passage 201 has a working wind directly connected to the outlet 122. An inflow connecting passage 202 for recovering is formed. The inflow connection passage 202 is formed by protruding an arc portion 203 in a dome shape upward on the cover portion 220, and a drawing hole (not shown) is formed inside the arc portion 203. In the situation where the suction part 211 of the upper end is matched with this attraction hole, the sealing member 212 is fitted on the upper end of the suction motor 210, and is fitted. A gas inlet valve 204 is formed on the upper surface of the inflow connecting passage 202 that coincides with the center of the dome-shaped arc 203 and serves as the center of the attraction hole.

The suction port 121 and the discharge port 122 recover the suction connection passage 201 and the working wind by the protrusion coupling portions 115a and 116a protruding from the suction port 121 and the 116a. Directly connected to the inflow connection passage 202. On the opposite side thereof, a support frame 205 is formed. The support frame 205 has a suction hose fastener 206 and a sensor socket 207 which allow the suction hose 101 to be coupled to the suction connection passage 201. The water supply hose fastening hole 208 for supplying the washing water through the cleaning water supply hose 102 and the hot air hose 103 are combined to form a hot air hose fastening hole 209 for supplying warm air.

The main housing 230 includes an upper end 216 on which the body 214 of the suction motor 210 is seated, and a lower end 217 on which the extension 215 of the suction motor 210 is located. The upper end portion 216 has a seating portion (not shown) in which a lower end portion of the body 214 of the body 214 of the suction motor 210 is positioned at a boundary with the lower end portion 217 therein and around the seating portion. The partition 221 is formed at regular intervals around the body 214. In the partition wall 221, a pair of first flow paths 222 are formed on one side to receive the operating wind discharged from the outlet 219 on the body of the suction motor 210 therein and induce downwards thereof. On the other side, a second flow path 223 is formed between the partition wall 221 and the edge of the main housing 230 to guide the working wind therein. A heating hot wire 244 is wound around a predetermined portion of the circumferential circumference of the second flow passage 223 to warm up the operating wind discharged. The lower portion 217 extends the first and second flow paths 222 and 223 and accommodates the body 214 of the suction motor 210.

The base housing 240 has a seat portion 225 having an opening centered at the distal end portion of the lower portion 226 of the suction motor 210 formed on the upper surface thereof, and having a first circulation paired on one side thereof on the upper surface thereof. Paired first guide holes 224 communicating with the furnace 222 and second guide holes 228 communicating with the second flow path 223 are formed. An inner surface of the base housing 240 is formed with a U-shaped guide flow passage 229 having a lower end open to move to the second flow passage 223 of the operation wind introduced from the first guide port 224. That is, the induction cap 231 is sealed by the sealing cap 232 to the opening of the guide passage 229 so that the working wind is guided through the flow passage formed therein in the same shape.

The base housing 240 is provided with an ozone generator 250 adjacent to an anion generator 260 and another wall portion adjacent to one wall portion in a space therein. In addition, the air supply port 233 is formed adjacent to one side so that the suction motor 210 is introduced into the air from the outside and supplied to the first flow path 222 so as to dry the human body as well as the dirt tank 100. Maintaining an appropriate pressure in the interior to prevent excessive back pressure state and furthermore, since the anion is supplied from the negative ion generator 260 to the diaper cup unit 1 to enable sanitary treatment. Therefore, since the back pressure generator 200 operates the suction motor 210, the back pressure generator 200 forms a back pressure inside the waste tank 100 and recovers air from the outlet 122 of the waste tank 100 to the inflow connection passage 202. Since it is introduced into the suction port 211 of the suction motor 210 with ozone is converted into the working wind. The working wind from the outlet 219 passes through the paired first flow path 222 and the first guide port 224 and passes through the guide flow path 229 formed by the induction cap 231 and the second guide port ( The heating wire 244 is heated to a predetermined temperature via the second flow path 223 after passing through 228. The warm warm air is supplied to the hot air hose 103 through the hot air fastener 209 on the cover part 220. At the same time, the back pressure generator 200 supplies the ozone from the ozone generator 250 to the dirt tank 100 via the diaper cup part 1 together with the working wind, so that the inside of the diaper cup part 1 and the dirt tank 100 is maintained. Sanitize.

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Referring back to Figure 2, the water storage tank 241 stores the washing water therein, the handle portion 242 is formed on the top and easy to move, the water shutoff valve (not shown) is installed at the bottom It is. The water storage tank 241 is located in the lower portion of the auxiliary water storage tank 245 to receive the washing water from the water shutoff valve.

The auxiliary water storage tank 245 is connected to the water supply pipe 246 on one side thereof and is connected to the water supply lake fastener 208 by the water supply pump 247 through the washing water supply lake 102. Supplied as 1).

The auxiliary water storage tank 245 is provided with a heater 248 and a temperature sensor 249 therein to heat the supplied washing water to a predetermined temperature to make hot water. In addition, the auxiliary water storage tank 245 receives ozone water generated in the ozone generator 250 through its supply pipe 251 and mixes the ozone water with the ozone water in the process of heating the storage washing water in its closed state to improve the dissolved rate. It raises and supplies to the diaper cup part 1 to sanitize the buttocks and the main body of the human body.

The ozone generator 250 used in the present invention is shown in FIG. The ozone generator 250 generates and converts external 220V 60Hz ozone to 12V 10000KHz. The ozone water (radical water) generated in this way dissolves ozone and sterilizes 99.99% of harmful substances, bacteria and viruses in the water and removes residual chlorine. In addition, this ozone water blocks harmful viruses and diseases of the human body in advance without the secondary sterilization apparatus. It is approved by the US FDA.

On the other hand, this invention becomes the structure which raises the dissolution rate of ozone. To this end, the ozone generator 250 has an ozone water generating tank 271 installed therein, the ozone generating tank 271 is supplied with washing water by a small pump 280 (see FIG. 6), and a separate pump. (Not shown) The air inlet 267 is forced to suck air from the outside of the back pressure generator 200 to form a predetermined pressure. In addition, the ozone generator 271 is provided with a vibrating element 273 on the lower surface of the inside of the ozone generating tank 271, and the vibrating element 273 is applied to the vibrating element 273 by applying a power of 10 to 80 KHz from the power supply unit 272. It allows the internal water to be broken down finely.

The ozone water generating tank 271 has a structure in which the ozone generating electrodes 274 and 275 are arranged side by side, and the electrodes 274 and 275 are pulse-modulated from a gate pulse generator 277 composed of switching elements. Since it is applied to the power supply, ozone is generated and at the same time, the particulate water is easily converted into ozone water. The ozone water thus generated is discharged through the pressure regulating valve 276 and the ozone is discharged through the outlet 278 by the small pump 280 (see FIGS. 2 and 6) to the gas inlet valve 204 (see FIG. 6). Supplied. The pressure regulating valve 276 also serves to maintain the pressure in the ozone water generating tank 271 to increase the dissolved efficiency. The ozone water generated in this way is supplied to the auxiliary water storage tank 245 via the ozone water supply pipe 251.

In the negative ion generator 260 according to the present invention, as shown in FIG. 8, the carbon rod 264 is inserted into the needle electrode 261 so that water can flow down when washing the water around the needle electrode 261. Sealed with diamond shaped injection molding 265. The needle electrode 261 is soldered to the substrate on the lower portion of the printed circuit board 263. The plate electrode 262 is provided to be spaced about 6 mm apart from the needle electrode 261.

The carbon rod 264 has carbon as an element, and carbons are bonded in a planar shape through three covalent bonds, and each plane is bonded by Van der Waals' force to external impact. The electrons of each carbon become free electrons. When these free electrons are released into the atmosphere, they become negative ions, which not only cleans the air but also deodorizes them. This configuration prevents spark discharge and reduces ozone generation during discharge. Therefore, the negative ion generator 260 releases the generated negative ions to the outside of the system to remove and purify the smell or impurities in the surrounding air.

1 is a schematic block diagram of a waste treatment apparatus of the prior art,

Figure 2 is a schematic arrangement of the automatic feces processing system according to the present invention,

Figure 3 is an exploded perspective view showing the components of the waste tank in accordance with the present invention,

4 is a perspective view showing a part of the components of the dirt tank combined;

5 is an exploded perspective view illustrating the components of the back pressure generator according to the present invention.

6 is a perspective view showing the components of the back pressure generator in combination;

7 is a schematic view showing a block diagram of an ozone generator according to the present invention;

8 is a block diagram showing a schematic block diagram of the negative ion generator according to the present invention.

Claims (7)

In the excrement automatic processing system,   A dirt tank 100 in which the inside is in a back pressure state to suck up excrement from the diaper cup part 1 to the inside, and at the same time to draw in the working wind to make it turbulent and to block foreign substances other than the working wind; A suction motor 210 is installed so that the suction motor 210 converts the recovered air sucked from the dirt tank 100 into the working wind, and the one or more first and second flow paths 222 formed therein. 223 and a back pressure generator 200 which is blown to the outside via one or more first and second guide ports 224 and 228 and U-shaped flow passages 229 connected to these flow passages, respectively; Only a certain amount of water is supplied from the water storage tank 241 and the supplied washing water is heated to a predetermined temperature and mixed with ozone water from the ozone generator 250 to supply a mixture to the diaper cup unit 1 to enable sanitary treatment. An auxiliary water storage tank 245 for preparing washing water; An ozone generator 250 for supplying ozone water to the auxiliary water storage tank 245 and simultaneously supplying ozone generated to the waste tank via the diaper cup unit 1; Anion generator 260 for purifying contamination of the system surroundings; The diaper cup part which is worn on the main body and hip of the human body and guides the excrement to the waste tank 100 by forming back pressure inside the waste tank 100 and receives the recovered air from the waste tank 100 by working wind ( 1) Automatic feces processing system characterized in that consisting of.  The method of claim 1,  The dirt tank 100 has a suction port 121 and an outlet 122 at its front surface, and at least one guide hole 115 formed at both sides of the suction port 121 and the discharge port 122 at the front and rear thereof; Guide pins 125 and 126 which are respectively inserted into the 116 are installed so that the handle part 110 is movable up and down, and extends from the suction port 121 to be inverted in a three-sided direction on the inner upper side. To form a groove portion 124 'causing turbulent flow due to rotation of the suction air, and a cover portion 120 having a mounting portion 127 having a first hole 128 communicating with the outlet 122 at the center thereof. ; Protruding downwardly in the shape of a crater at the center of the protruding portion 132 in communication with the second hole 137 and the second hole 137 to prevent the inflow of dirt installed in the mounting portion 127 of the cover 120. And the separation cap 131 integrally molded at a predetermined interval around the protrusion induction part 132 and rotatably installed at the lower end of the inner protrusion induction part 132 of the separation cap 131 to provide high-speed turbulence of operating wind. Cyclone rotating body 133 and the lower end member 144 causing turbulence in the lower portion is installed and the cylindrical portion 140 passing only the working wind except solid or dust atomized foreign matter and lighter than the solid particles from the top A dirt blocking part 130 composed of blocking cup parts 150 for introducing and recovering air; The waste blocking unit 130 is installed on the mounting portion 127 of the cover 120 and the excrement automatic processing system, characterized in that consisting of storage containers 160 for waste collection coupled to the cover 120. The method of claim 1, The back pressure generator 200 has a suction connection passage 201 for guiding the excrement from the diaper cup unit 1 into the waste tank 100 in the back pressure state and an inflow connection passage 202 for guiding the working wind recovered from the waste tank to the inside. A cover portion 220 formed of a dome-shaped arc portion 203 formed at a lower end thereof with a attracting hole communicating with the inflow connecting passage 202 at an inner center thereof; Composed of two stages of the upper end and the lower end, the body of the suction motor 210 is installed in the upper end, the lower end of the suction motor 210 is located at the lower end, the upper end of the first to induce the operating wind generated by the suction motor 210 A main housing 230 in which a flow path 222 and a second flow path 223 for supplying the working wind to the outside are formed at a predetermined position; First and second guide ports 224 and 228 which are directly connected to the first flow path 222 and the second flow path 223, respectively, are formed, and the first and second flow paths 222 and ( The excrement automatic processing system, characterized in that the U-shaped guide flow passage (229) connecting the 223 is made of a base housing (240) is formed just below the upper surface. The method of claim 1, The water storage tank 241 is easy to move because the handle portion 242 is formed on the upper side, the water storage tank 241 and the water storage tank 241 which stores a certain amount of washing water and the means valve is formed at the bottom It is installed in the lower part to receive a predetermined amount of washing water from the inside, and the inside is sealed to increase the mixing ratio of ozone water and washing water from the ozone generator, and a heater is installed in the auxiliary water storage tank 245 for generating hot water. Feces automatic processing system characterized in that. The method of claim 1, The ozone generator 250 is installed in the base housing 240 and an ozone water generator 271 is installed therein to generate ozone water and ozone, supply ozone water to the auxiliary water storage tank 245, and supply ozone to a small pump 280. By supplying to the gas inlet valve (204) to mix with the recovered air, and to be supplied to the waste tank via the diaper cup (1). The method of claim 1, The negative ion generator 260 is composed of a needle electrode 261 inserted into the carbon rod 264 and sealed around the periphery thereof and a flat electrode 262 spaced apart from each other by facing the needle electrode 261. Excretion automatic treatment system, characterized in that by generating negative ions to diffuse around the system. The method according to claim 1 or 3, An air supply port 233 is formed adjacent to one side of the base housing 240 to allow the suction motor 210 to inflow air from the outside and to be supplied to the first flow path 222 to allow the human body to dry as well as soil. Excessive back pressure condition is maintained by maintaining a proper pressure inside the tank 100, and furthermore, since the anion is supplied from the negative ion generator 260 to the diaper cup unit 1, feces automatic treatment system characterized in that the hygienic treatment is possible .

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