KR101313229B1 - Automatic excrement treating apparatus, excrement collection diar thereof and backstay mat thereof - Google Patents

Abstract

PURPOSE: A device for automatically processing excrements, a diaper for collecting excrements, and a back support mat are provided to prevent the malfunction of a waste detection sensor. CONSTITUTION: A device for automatically processing excrements comprises a waste collection diaper (100) of a C-type, a processing unit, and a processing hose. The waste collection diaper comprises a diaper cup, a waist support mat, and a back support mat. The diaper cup is worn on a user and collects waste. The waist support mat is detachably installed in the diaper cup. The back support mat has a mat accommodation space and is supported by the waist support mat.

Description

Automatic excrement treating apparatus, Excrement collection diar Julia and backstay mat

The present invention relates to an automatic feces processing apparatus and a feces collecting diaper, and more particularly, to the feces collecting diaper of the automatic feces processing device and the automatic feces processing device to improve the comfort and safety of the user at the same time And backrest mats thereof.

The automatic excretion processing device is a device having a structure that can process the excreta without the attention of others in the state of sleeping or awake but lying while the user, such as a sick patient.

The automatic excretion processing apparatus includes a waste collection diaper having a dirt flow path defined in a concave shape by both sides and a bottom surface to collect the waste of the user; and a processing unit for sucking and treating the excrement inside the waste collection diaper. And a treatment hose connecting the excretion collecting diaper to the processing unit, and the excretion collecting diaper is equipped with various washing nozzles together with the excrement detecting sensor such as a stool detection sensor and a urine detection sensor.

In addition, although a sealing portion is provided at a portion of the slurry collecting diaper of the automatic slurry disposal apparatus that is in contact with the user, the sealing portion of the slurry collecting diaper has a limited degree of close contact with the user's body size.

Therefore, there has been a problem that the washing water sprayed by the washing nozzle is scattered to the outside of the slurry collecting diaper. In addition, the conventional slurry collection diaper has a problem that the skin of the user's buttocks is dried to the side of the dirt channel and malfunctions of various slurry detection sensors such as a fecal detection sensor occur.

One aspect of the present invention provides an automatic excretion processing device and an excrement collecting diaper of the automatic excretion processing device and the back support mat to improve the comfort for the user while improving the adhesion to the user and to secure the user's sleep or activity. It is in doing it.

Another aspect of the present invention is to provide an automatic excretion processing device and a feces collecting diaper of the automatic excretion processing device for preventing the malfunction of the excrement detection sensor that may be caused by the skin of the user's hip portion curled into the dirt flow path.

Another aspect of the present invention is to provide an automatic waste treatment device and a waste collection diaper of the automatic waste processing device which can be hygienically worn through an air curtain formed along the perimeter of the dirt passage.

An automatic excretion processing apparatus according to an embodiment of the present invention includes a C-shaped excrement collection diaper; a processing unit for sucking and treating the excrement inside the excretion collection diaper; and connecting the excretion collection diaper and the processing unit And a treatment hose; wherein the excrement collecting diaper includes a diaper cup mounted on a user to collect the excrement; and a waist support mat detachably installed on the diaper cup; and an accommodation space for accommodating the waist support mat. It has a back support mat that is supported by pressing a portion of the back support mat, characterized in that it comprises a.

In addition, the back support mat is provided in the center, the human body contact portion for providing a space in which the back portion is in close contact; and formed on both sides of the human body contact portion integrally with the human body contact portion, the waist support mat is selectively fitted It includes; a support having a longer length than the body close contact with the losing space.

In addition, the close contact with the human body is formed inclined upward at a predetermined inclination angle at a position adjacent to the accommodation space and the inclined surface is pressed by the waist support mat, and formed in parallel with the accommodation space extending from the inclined surface of the user Characterized in that the back portion is configured to include a back support surface.

In addition, the support portion, characterized in that it has a shape protruding at a predetermined height along both sides around the human body contact portion.

In addition, the back support surface is characterized in that it comprises a first back support surface is formed to be inclined upward to support the thoracic vertebrae, and a second back support surface is formed to be inclined downward to support the cervical spine.

The support part may include a first support part and a second support part which are formed symmetrically with each other with the receiving space and the back support surface interposed therebetween.

In addition, the diaper cup, the base member having a plate portion provided with a first soil flow path defined in a concave shape by both side and bottom surface to collect the user's feces, and a side wall portion extending upward from the plate portion And a case member disposed on an outer upper portion of the base member to be in contact with a user, wherein the case member comprises: a first wall portion corresponding to the plate portion and positioned at a hip of the user; and the side wall A second wall portion extending upward from the first wall portion so as to correspond to the portion and positioned at the groin portion of the user; and extending from the upper end of the second wall portion to face the first wall portion and positioned at the lower abdomen portion of the user; And a third wall portion that is provided over the first wall portion, the second wall portion, and the third wall portion, and the hip part, the groin portion, and the lower garment of the user. And a second sealing portion continuously contacted to the portion; and a second sealing portion formed inside the first sealing portion and continuously contacting the hip portion and the groin portion of the user.

Further, the present invention is further characterized by a fecal detection sensor provided in the first dirt flow path of the base member.

Further, the base member and the case member are integrally formed.

The excrement collecting diaper of the automatic excreta processing apparatus according to the embodiment of the present invention, the C-shaped diaper cup for collecting the feces; and a cover member for covering a portion of the diaper cup; and detachable to the diaper cup And a back support mat having a receiving space for accommodating the waist support mat, wherein a portion of the back support mat is pressed against and supported by the back support mat.

In addition, the backrest mat is provided in the center and has a shape recessed around to provide a space in which the back portion is in close contact, but is formed to be inclined upward at a predetermined inclination angle at a position adjacent to the accommodation space by the waist support mat. And a support body having a longer length than the body contact part so as to have a receiving space in which the waist support mat is selectively fitted at both sides of the body contact part. It is characterized by.

The backrest mat of the automatic feces processing apparatus according to an embodiment of the present invention has an accommodation space for accommodating the backrest mat so as to be detachable from the backrest mat provided in the feces collecting diaper of the automatic feces processing apparatus Its part is characterized in that consisting of a c-shape supported by being pressed on.

In addition, the backrest mat is provided in the center and has a shape recessed around to provide a space in which the back portion is in close contact, but is formed to be inclined upward at a predetermined inclination angle at a position adjacent to the accommodation space by the waist support mat. And a support body having a longer length than the body contact part so as to have a receiving space in which the waist support mat is selectively fitted at both sides of the body contact part. It is characterized by.

Therefore, the automatic excretion processing device, the excrement collecting diaper of the automatic excretion processing device and the back support mat according to an embodiment of the present invention has the effect of improving the comfort for the user and at the same time safer sleep or activity of the user.

In addition, the automatic waste disposal apparatus and the waste disposal diaper according to the embodiments of the present invention have an effect of preventing malfunction of a waste detection sensor that may occur when the skin of the user's buttocks is rolled up toward the waste water channel side.

In addition, the automatic waste disposal apparatus and the waste disposal diaper according to the embodiments of the present invention can be sanitarily worn through the air curtain formed along the periphery of the dust path.

1 is a perspective view of an automatic waste disposal apparatus according to an embodiment of the present invention.
Fig. 2 is a perspective view showing a fecal collection diaper of the automatic fecal treatment apparatus shown in Fig. 1. Fig.
Fig. 3 is a perspective view showing the disposal collection diaper shown in Fig. 2 in an exploded manner.
Fig. 4 is a side view showing the excrement collecting diaper case member shown in Fig. 2; Fig.
FIG. 5 is a perspective view illustrating the backrest mat shown in FIG. 2. FIG.
FIG. 6 is an enlarged perspective view of a part of the back support mat shown in FIG. 5. FIG.
FIG. 7 is a cross-sectional view illustrating the back support mat shown in FIG. 5.
FIG. 8 is an enlarged perspective view of a part of the feces collecting diaper case member shown in FIG. 2; FIG.
9 is a front view of the feces collecting diaper shown in FIG.
FIG. 10 is a plan view illustrating a first dirt passage of the feces collecting diaper shown in FIG. 2.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing an automatic feces processing apparatus according to an embodiment of the present invention, Figure 2 is a perspective view showing a feces collecting diaper of the automatic feces processing apparatus shown in Figure 1, Figure 3 is a feces collection shown in Figure 2 4 is a side view illustrating the feces collecting diaper shown in FIG. 2, FIG. 5 is a perspective view showing the backrest mat shown in FIG. 2, and FIG. 6 is the backrest shown in FIG. 5. An enlarged perspective view of a part of the mat, Figure 7 is a cross-sectional view showing the back support mat shown in FIG.

As shown in Figure 1 to 7, the automatic excretion processing apparatus 10 according to an embodiment of the present invention, is mounted between the user's legs, such as a patient with a disease, for automatically processing the feces of the user, The automatic excretion processing apparatus 10 is equipped with a user, a C-shaped excrement collecting diaper 100 for collecting the excrement, and processing unit 200 for sucking and processing the excrement inside the excretion collection diaper 100. ), And a treatment hose 300 for connecting the waste collection diaper 100 and the processing unit 200.

The excrement in the excrement collecting diaper 100 is sucked and accumulated in the treatment unit through the treatment hose 300. The processing hose for connecting the disposal collection diaper 100 to the processing unit 200 may be formed of a flexible material such as a corrugated pipe.

The feces collecting diaper 100 is detachably attached to the diaper cup 110, the cover member 120 for covering a part of the diaper cup 110, and the diaper cup 110. The back support mat 130 is installed, and has a receiving space (140A) for accommodating the waist support mat is configured to include a back support mat 140 is supported by a portion of the back support mat 130 is pressed.

The cover member 120 includes a first cover member 121 covering the back of the diaper cup 110 and a second cover member 122 covering the underside of the diaper cup 110.

The lumbar support mat 130 is made of a plate-like mat fixed to the waist portion of the user. When the lumbar support mats 130 are installed on the diaper cup 110, the entire shape of the lumbar support mats can be seen from the side, The diaper cup 110 can be stably fitted between the legs of the user.

It is preferable that the lumbar support mat 130 is detachably attached to the diaper cup 110 for ease of installation. For example, the waist support mat 130 may be installed in the diaper cup 110 using an elastic band, a Velcro fastener, a snap button, or the like to be fixed to the feces collecting diaper 100. On the other hand, the waist support mat 130 may be coupled to the diaper cup 110 through the pedestal 131.

Therefore, according to the embodiment of the present invention, the waist support mat 130 is fixed to the diaper cup 110 so as to be detachably replaceable or easily washable.

The back support mat 140 is provided at the center and is integrally formed with the human body contact part 141 at both sides of the human body contact part 141 and the human body contact part 141 which provides a space where the back part is in close contact with the waist. The supporting mat 130 includes a support 142 having a longer length than the human body contacting portion 141 so as to have a receiving space 140A to be selectively fitted.

That is, the back support mat 140 according to the embodiment of the present invention has a longer length than the support portion 142 has a longer length than the human body contact portion 141 has a U-shape as a whole.

The human body contact part 141 induces the user's body contact from the waist part to the back part of the user such as a sick patient.

The human body contact portion 141 is to have a slope that is higher toward the center side and lower toward both edges so that the user can rest in a comfortable and comfortable state.

The human body contact portion 141 is formed to be inclined upward at a predetermined angle of inclination at a position adjacent to the accommodation space 140A, and extends from the inclined surface 143 and the inclined surface 143 that are pressed and supported by the waist support mat 130. And a back support surface 144 on which the user's back portion is placed.

The inclined surface 143 is located adjacent to the receiving space in which the waist support mat 130 is fitted, and the inclined surface 143 is compressed by the waist support mat 130 to be firmly coupled without being easily separated from the waist support mat 130. Be sure to

That is, the waist support mat 130 is disposed on the inclined surface 143 of the back support mat 140 to pressurize and support the inclined surface 143 of the back support mat 140 and the back support mat 130. The support mat 140 can be maintained firmly coupled so as not to be easily separated.

The backrest surface 144 may be provided in a substantially rectangular shape so that the user may sleep comfortably while lying down. The back support surface 144 may be provided in various shapes in accordance with the shape of the human body, for example, such a back support surface 144 is formed to be inclined upward to support the thoracic spine corresponding to the spine of the breast region It may include a back support surface 144A and a second back support surface 144B formed to be inclined downward to support the cervical spine corresponding to the upper spine.

The support 142 is formed higher than the height of the human body 141, and the support 142 may be distinguished from the human body 141 by stitching. That is, the support part 142 has a shape protruding at a predetermined height along both sides of the human body contact part 141.

The support part 142 is formed in a shape slightly protruding from the plane along the left and right sides around the human body contact part 141 to prevent the user from leaving. That is, even if there is a movement of the user, the back part of the human body is placed on the body contact part 141 by the support part 142, so that the user does not slip or leave the back support mat 140.

The support part 142 may include a first support part 142A and a second support part 142B which are formed symmetrically with each other with the receiving space 140A and the back support surface 144 therebetween.

On the other hand, if the user is lying on the back support mat 130 described above, the back support mat 130 may be formed of a material having the same height as the back support mat 140.

Therefore, the excrement collecting diaper and the backrest mat of the automatic excreta processing apparatus and the automatic excreta processing apparatus according to an embodiment of the present invention improves the comfort for the user to improve the adhesion to the user and at the same time improves the sleep or activity of the user It has the effect of making it safe.

Next, a case member of the excrement collecting diaper according to the embodiment of the present invention will be described with reference to FIGS. 8 to 10. FIG. 8 is an enlarged perspective view of a part of the feces collecting diaper case member shown in FIG. 2, FIG. 9 is a front view of the feces collecting diaper shown in FIG. 2, and FIG. 10 is a view of the feces collecting diaper shown in FIG. 2. It is a top view which shows the 1st dirt flow path.

As shown in Figure 8 to 10, the diaper cup 110 of the feces collecting diaper 100 according to an embodiment of the present invention is a base member for discharging to the outside through the discharge port 430 after receiving the user's feces 400 and a case member 500 provided on the outer upper side of the base member 400 to be in close contact with the user.

The base member 400 receives the excretion discharged through the dirt flow path and discharges the excretion through the discharge port 430. The base member 400 includes a first dirt flow path 411 formed at the lower side and defined as a concave shape A side wall part 420 provided with a plate part 410 and a second dirt flow path 421 integrally extended upward from the plate part 410 and defined in a concave shape; And a discharge port 430 provided in the side wall part 420 and connected to the first and second dirt channels 411 and 421 to discharge the collected excreta.

The first dirt passage 411 of the plate portion 410 includes a first dirt passage 411A defined by a continuous concave shape having a predetermined width and a second dirt passage 411B extending from the first dirt passage 411A toward the outlet 430 And a first B dust passage 411B defined by a concave shape gradually tapering in width.

In the front of the plate portion 410, there is provided a first dust passage 411A which is concavely formed to collect and attract the excrement.

The first stagnant fluid passage 411A forms a smooth curved surface so that the bottom surface and both sides of the first stagnant flow passage 411A have a predetermined curvature and a transverse section of a substantially U shape. The widths between the side surfaces are formed to be continuously the same.

The first B dust passage 411B is formed at the rear of the plate portion 410 to be adjacent to the first A dust passage 411A and formed so as to collect and collect the excreta.

The first B dust path 411B forms a smooth curved surface so that the bottom surface and both sides of the first B dust path 411B have a predetermined curvature and the cross section has a substantially U shape. Here, the amount of the first B dust path 411B The width between the side surfaces is gradually tapered and connected to the discharge port 430. That is, the discharge port 430 is connected to the first B dust channel 411B. The first B dust channel 411B is smoothly connected to the first A dust channel 411A so as to have the same curvature as the discharge port 430, And is connected to the discharge port 430. As shown in FIG.

The side wall part 420 is formed to extend substantially perpendicularly from the rear end of the plate part 410. The side wall part 420 is connected to the first dirt path 411 and is defined as a concave shape And a second dirt passage 421 is provided.

The second dirt path 421 has a bottom surface that forms a concave shape and a smooth curved surface so that both sides have a predetermined curvature and the cross section has a substantially U shape. Are formed to be continuously the same.

The case member 500 is formed on the outer side of the base member 400 to be in contact with the user, and is formed in a C shape so as to cover the hips from the lower part of the user through the crotch part.

The case member 500 includes a first wall portion 510 formed corresponding to the plate portion 410 of the base member 400 and positioned at the hip portion of the user and a second wall portion 510 located at the side wall portion 420 of the base member 400 A second wall portion 520 extending upwardly from the first wall portion 510 and corresponding to the crotch portion of the user and a second wall portion 520 extending from the top of the second wall portion 520 to face the first wall portion 510 A third wall portion 530 positioned at a lower portion of the user and a third wall portion 530 formed between the first wall portion 510 and the second wall portion 520 and the third wall portion 530 so as to be in contact with the buttocks, The first sealing part 540 is formed continuously from the inside of the first sealing part 540 to the first wall part 510 and the second wall part 520 so as to be continuous to the hips and the crotch part of the user. And a second sealing part 550 which is closely attached.

The first wall portion 510 is formed corresponding to the plate portion 410 of the base member 400 and is coupled to the plate portion 410 of the base member 400.

The first wall portion 510 has a first opening for defining the first dust passage 411 of the base member 400. The hip portion of the surgeon is positioned on the first wall portion 510. When the surgeon mounts the case member 500, the first wall portion 510 is brought into close contact with the buttock's hip.

The second wall portion 520 is formed corresponding to the side wall portion 420 of the base member 400 and is coupled to the side wall portion 420 of the base member 400. The second wall portion 520 has a second opening for defining the second dirt passage 421 of the base member 400. The crotch of the surgeon is placed on the second wall portion 520, and the second wall portion 520 is brought into close contact with the groin of the surgeon when the surgeon mounts the case member.

The third wall portion 530 extends from the upper end of the second wall portion 520 to face the first wall portion 510 and is positioned at the lower portion of the user. The third wall portion 530 has a receiving space 531 for accommodating the genital part of the patient. A bellows tube 532 is provided at the lower end of the third wall 530 so that the bellows tube 532 can be expanded and contracted with respect to the second wall 520.

The bellows tube 532 of the third wall part 530 is formed by closely contacting the first wall part 510 to the hip part and bringing the second wall part 520 into close contact with the crotch part and then attaching the third wall part 530 to the lower part It is possible to improve the adhesion of the third wall part 530 to the lower part thereof.

The first sealing portion 540 is formed over the first wall portion 510, the second wall portion 520, and the third wall portion 530 to primarily seal the gap between the first and second sealing portions 540 and 540.

The first sealing portion 540 includes a first wall portion 510 and a first contact vane 541 extending outwardly from the upper ends of the second wall portion 520 and the third wall portion 530 with a predetermined width .

The first contact wing 541 is continuously formed over the upper end of the first wall portion 510, the upper end of the second wall portion 520 and the upper end of the third wall portion 530 to form a hip portion, a crotch portion, So that the water scattered by the case member 500 is prevented from leaking to the outside.

The second sealing portion 550 is formed to extend over the first wall portion 510 and the second wall portion 520 and is located outside the first sealing portion 540 to secondarily seal the gap between the first and second sealing portions 540 and 540 do.

The second sealing portion 550 may include a first sealing portion 550 and a second sealing portion 551 extending outwardly from the upper end of the second wall portion 520 with a predetermined width.

The second tightening vane 551 is continuously formed over the upper end of the first wall portion 510 and the upper end of the second wall portion 520 to be in close contact with the buttocks, crotch portion, The water that is scattered in the water is not leaked to the outside.

The second tightening vane 551 has a thickness greater than the thickness of the first tightening vane 541 and is thinner than the width of the first tightening vane 541, Thereby preventing the skin of the portion from being drawn inward.

An air flow path 560 for forming an air curtain is provided between the first air vane 541 and the second air vane 551. The air flow path 560 is connected to an air nozzle (not shown) It is connected.

The air nozzle is installed in the side wall part 420 of the base member 400 and supplies hot air supplied from the processing unit 200 to the first dirt flow path 411 of the base member 400 through the air flow path 560 Thereby drying the washing water mixed with the excrement.

That is, a plurality of vent holes 562 of air nozzles are arranged on both sides of the side wall 420 of the base member 400 to form air curtains along the periphery of the first dust channel 411, Thereby efficiently supplying the washing water to the first dirt passage 411 of the washing machine 400.

As described above, according to the disposable diaper 100 according to the embodiment of the present invention, the first and second dirt channels 411 and 421 are stably installed between the legs of a patient who is infected, The processing unit 200 is connected to the discharge hose 300 formed at the rear of the feces collecting diaper 100 by the processing hose 300 and is connected to the first and second filth passages 411, 421) is sucked and treated.

The diaper cup of the excrement collecting diaper according to the embodiment of the present invention is further provided with an excrement detection sensor and a cleaning nozzle 700. First, an excrement detection sensor of a slurry collection diaper according to an embodiment of the present invention will be described.

The waste collected in the diaper cup is sensed by the waste detection sensor 600 and the processing unit 200 receives the signal generated by the waste detection sensor 600 by sensing the waste to collect the excrement contained in the first waste passage 411 .

The excrement detection sensor 600 includes a first excrement detection sensor 610 for detecting the collected faeces in the first stagnant flow path 411A and a second excrement detection sensor 610 for collecting the first stagnant flow path 411A and the first B stagnant flow path 411B And a second excrement detection sensor 620 for detecting urine.

The first fecal matter detection sensor 610 for detecting fecal matter is installed on the bottom surface of the feces collecting diaper 100 under the protection of the first cover member 121 and irradiates infrared rays to the inside of the first fecal matter passage 411A You can detect bowel movements.

For example, the first excrement detection sensor 610 can detect the presence or absence of faeces by detecting an infrared ray returning from a certain distance by placing an infrared ray emitting portion and a light receiving portion.

Since the first stagnant flow path 411A is made of a resin material such as polycarbonate resin, for example, transparent or semitransparent, it does not interfere with the infrared rays emitted from the first excrement detection sensor 610.

The second slurry detection sensor 620 is disposed on the bottom surfaces of the first and second stagnant flow paths 411A and 411B and collects the collected fluid in any one of the first stagnant fluid path 411A and the first B stuck path 411B The urine is not detected.

The second excrement detection sensor 620 includes a plurality of conductive electrode pins arranged in a U-shape in two rows at intervals on the bottom surface of the first A-stagnant flow path 411A and the bottom surface of the first B stove path 411B And detects the presence or absence of urine by detecting a change in resistance occurring between the plurality of electrode pins.

When the urine is collected in the first dirt flow path 411B and the first dirt flow path 411B, the second dirt detection sensor 620 can sense urine because the resistance of elastic components of the plurality of electrode fins is changed.

Here, the second excrement detection sensor 620 is arranged over a large area not only on the bottom surface of the first stagnant flow path 411A but also on the bottom surface of the first B stagnant flow path 411B to accurately detect the urine .

That is, even if the user lie sideways while excreted urine, since a plurality of electrode fins arranged in the periphery of the first stink path 411A and the first stink path 411B can sufficiently flood, A change in resistance occurs between the electrode pins of the column, and urine can be detected.

Since the second excrement detection sensor 620 is provided in the first B dust passage 411B as well as the first A waste passage 411A as two rows of electrode pins, the urine of the patient passes through the first A waste passage 411A It is possible to accurately detect the urine even if it is collected directly into the first B dust passage 411B.

Accordingly, since the excrement detection sensor 600 according to the embodiment of the present invention is disposed over a large area across the first and second Bottl hole channels 411A and 411B, The urine can be accurately detected.

When the first excrement detection sensor 610 and the second excrement detection sensor 620 detect the excrement, the excrement collecting diaper 100 cleans the excrement by spraying wash water to the first and second dirt channels 411 and 421 . The wash water is supplied from the treatment unit 200, and the treatment unit 200 sucks and treats the excreta together with the wash water.

Next, a cleaning nozzle of an excrement collecting diaper according to an embodiment of the present invention will be described.

The cleaning nozzle 700 of the automatic slurry processing apparatus 10 includes a slurry cleaning nozzle 710 for cleaning the slurry collected on the bottom surface of the first dirt flow path 411, And a cleaning nozzle 720.

The slurry cleaning nozzle 710 is connected to the first dust path 411 and the second dust path 411 through the first cleaning nozzle 711 and the second cleaning nozzle 712 provided respectively in the first dust path 411 and the second dust path, Cleaning water is sprayed on the bottom surface of the dirt flow path 421 to clean the excrement.

The first cleaning nozzle 711 and the second cleaning nozzle 712 installed in the first dirt flow path 411 and the second dirt flow path 421 are connected to the first dirt flow path 411 and the second dirt flow path 421, 421 on the bottom surface thereof. For example, the first cleaning nozzle 711 and the second cleaning nozzle 712 are provided with a plurality of nozzle holes arranged along the first and second dirt channels 411 and 421 to effectively clean the dung. The slurry cleaning nozzle 710 may be installed adjacent to the slurry.

The first and second cleaning nozzles 711 and 712 are connected to the processing hose 300 from the processing unit 200 through the first cover member 121 connected to the back of the fecal collection diaper 100 Washing water can be supplied to wash the excrement.

On the other hand, it is preferable that the bottom surface of the first and second dirt channels 411 and 421 is coated with resin to smoothly form the bottom surface thereof, thereby reducing frictional force with the excretion to further enhance the cleaning effect of the excreta. For example, the bottom surfaces of the first and second dirt channels 411 and 421 are coated with Teflon resin to improve the cleaning effect of the excreta.

The excretory organ cleaning nozzle 720 is provided in the second dirt passage 421 for cleaning the excretory organ of the user.

The excretory organ cleansing nozzle 720 cleans excretory organs such as the anus or the vagina. The cleansing water supplied to the excretory organ cleansing nozzle 720 may be hot water.

The excretory organ cleaning nozzles 720 are arranged in the second dirt passage 421 in the vicinity of the second cleaning nozzle 712 in accordance with the position of the excretory organ, It can be washed cleanly.

Therefore, the excretory organ cleaning nozzle 720 is installed on the bottom surface of the second dirt passage 421 according to the position of the anus or the vagina, and cleans the anus or the vagina after excreted.

The excretory organ cleansing nozzle 720 is connected to the hose from the processing unit 200 that is drawn through the first cover member 121 and is supplied with the cleansing water.

The excretory organ cleansing nozzle 720 can clean the excretory organ by spraying the cleansing water at the same time as the excretion cleaning nozzle 710 or spray the cleansing water after the excretion cleaning nozzle 710 cleans the excreta . Also, the excretory organ cleaning nozzle 720 can wash the excretory organ by spraying wash water individually according to the type of excretion.

The washing water adhered to the excretory organ and the washing water adhering to the diaper cup 110 are dried by the air channel 560 communicating with the air nozzle.

These air nozzles are connected to the processing hose 300 from the processing unit 200 through which the processing hose drawn out from the right and left sides of the air nozzle in the side wall part 420 of the base member 400 passes through the cover member 120 So that hot air is uniformly supplied to the first dust path 411 of the base member 400 through the air path 560.

Particularly, the hot air supplied through the air nozzles is blown into the vent holes 561 provided on both sides of the case member 500 by the air flow path 560 provided between the first and second tightening vanes 541 and 551 And is supplied to the first dirt flow path 411 through the air passage 552 of the longitudinal direction band of the second tightening vane 551.

Therefore, since the first and second dirt channels 411 and 421 are always maintained in a dry state, the user can enjoy not only comfort and comfort but also hygienic wear.

As described above, the automatic waste disposal apparatus and the waste disposal diaper according to the embodiment of the present invention are provided with additional sealing parts in the case member of the diaper cup to improve the adhesion to the user. . Therefore, many modifications may be made by those skilled in the art without departing from the scope and spirit of the present invention.

10 ... automatic excrement processing device 100 ... excrement collecting diaper
200 ... processing unit 300 ... processing hose

Claims (13)

C-shaped dropping diapers; and,
A processing unit for sucking and treating the excretion in the excretion collecting diaper,
And a processing hose connecting the disposal collection diaper and the processing unit,
The feces collecting diaper includes:
A diaper cup mounted to a user for collecting feces; And,
A waist base mat detachably attached to the diaper cup;
A backrest mat having a receiving space for receiving the waistrest mat, the backrest mat being partially supported by the waistrest mat;
Wherein the automatic excrement treatment apparatus comprises: The method of claim 1,
The backrest mat,
A close contact with a human body provided in the center and providing a space in which the back portion is in close contact; and
A support part formed integrally with the human body contact part on both sides of the human body contact part, the support part having a longer length than the human body contact part so as to have a receiving space in which the waist support mat is selectively fitted; Excreta processing unit. 3. The method of claim 2,
The human body contact portion,
The inclined surface is formed to be inclined upward at a predetermined inclination angle at a position adjacent to the accommodation space and is inclined to be pressed and supported by the waist support mat, and is formed to extend from the inclined surface to be disposed side by side with the accommodation space to place the back part of the user. Automatic feces processing apparatus comprising a support surface. 3. The method of claim 2,
The support portion
Automatic excretion processing apparatus characterized in that it has a shape protruding at a predetermined height along both sides with respect to the human body contact portion. The method of claim 3,
The backrest surface,
A first backrest formed to be inclined upward to support the thoracic vertebrae,
Automatic feces processing apparatus comprising a second back support surface is formed inclined downward to support the cervical spine. The method of claim 3,
The support portion
Automatic waste treatment apparatus characterized in that it comprises a first support and a second support is formed symmetrically with each other with the receiving space and the backrest surface therebetween. The method of claim 1,
In the diaper cup,
A base member having a plate portion provided with a first dirt flow path defined in a concave shape by both sides and a bottom surface for collecting a user's excrement and a side wall portion extending upward from the plate portion;
And a case member disposed on an outer side of the base member and contacting the user,
The case member may include: a first wall part corresponding to the plate part and positioned at a hip part of a user;
A second wall portion extending upward from the first wall portion to correspond to the side wall portion and positioned at a crotch portion of the user;
A third wall portion extending from the upper end of the second wall portion to face the first wall portion and positioned at a lower portion of the user;
A first sealing portion which is provided over the first wall portion, the second wall portion and the third wall portion and is in continuous contact with the hip portion, the crotch portion and the undercover portion of the user;
And a second sealing part which is formed inside the first sealing part and is in close contact with the hip part and the groin part of the user. 2. The method of claim 7, wherein
Further comprising a fecal detection sensor provided in a first dirt flow path of the base member. The method of claim 7, wherein
Wherein the base member and the case member are integrally formed. C-shaped diaper cup for collecting feces; And,
A cover member for covering a part of the diaper cup;
A waist base mat detachably attached to the diaper cup;
Fecal collection diaper having a; receiving space for accommodating the waist support mat, the back support mat of the U-shaped portion is supported by pressing a portion of the waist support mat. The method of claim 10,
The backrest mat,
It is provided in the center has a shape recessed around the area to provide a space in which the back portion is in close contact with the inclined surface formed to be inclined upward at a predetermined inclination angle at a position adjacent to the receiving space is pressed by the waist support mat Human body contact portion;
Fecal collection diaper comprising a; support portion having a longer length than the human body contact portion to have a receiving space in which the waist support mat is selectively fitted on both sides of the body contact portion. It has a receiving space for accommodating the waist support mat to be detachable to the waist support mat provided in the feces collecting diaper of the automatic excretion processing device, characterized in that it is made of a U-shape supported by pressing a portion of the back support mat. Support mat. The method of claim 12,
The backrest mat,
It is provided in the center has a shape recessed around the area to provide a space in which the back portion is in close contact with the inclined surface formed to be inclined upward at a predetermined inclination angle at a position adjacent to the receiving space is pressed by the waist support mat Human body contact portion;
And a support part having a longer length than the human body contact part so as to have an accommodation space in which the waist support mat is selectively fitted at both side surfaces of the human body contact part.

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