KR101733445B1

KR101733445B1 - Main body module for automatic excretion cleaning apparatus

Info

Publication number: KR101733445B1
Application number: KR1020150137206A
Authority: KR
Inventors: 장승우
Original assignee: (주)우경메디텍
Priority date: 2015-09-29
Filing date: 2015-09-29
Publication date: 2017-05-10
Also published as: KR20170038138A

Abstract

An object of the present invention is to provide a body module for an automatic excrement apparatus, which is constituted by a unit module divided into functions according to functions, and is easy to manufacture and maintain.
In order to accomplish the above object, the present invention provides a method for treating a defecation of a womb patient, comprising a body module, a conduit connected to the body module, and an excrement automatic A main body module for a processing apparatus, comprising: a casing having a rectangular parallelepiped shape in which a space is formed; A channel socket formed on a side surface of the casing and inserted and coupled with a channel; A dirt storage portion located at one side of the casing; A washing water storage portion located at an upper end of the casing; A sterilizing water storage unit located on a side surface of the washing water storage unit; And an operation part located on a lower surface of the cleaner storage part and the sterilized water storage part of the dust storage part, wherein the operation part supplies vacuum to the dust storage part, and the cleaning water of the cleaning water storage part is heated And supplying the sterilized water in the sterilized water storage section to the duct socket by pressurizing the sterilized water in the sterilized water storage section and pressurizing the air to the duct socket.

Description

[0001] The present invention relates to a main body module for automatic waste disposal,

The present invention relates to a main body module for an automatic disposal apparatus, and more particularly, to a main body module for an automatic disposal apparatus for maintenance which is convenient to maintain.

In recent years, the number of elderly patients who are uncomfortable due to the rapid increase in the elderly population has been increasing. Especially, in some elderly patients, single behavior is impossible and they are living in a wardrobe.

The dispenser should be replaced periodically after disposing of the dispenser after use, but there is a disadvantage that the odor due to the use of the dispenser is constantly generated, and in particular, the caregiver's help is indispensable.

In addition, in the case of the intensive care unit of the hospital, there is a problem of the above-mentioned use of the toilet, and a separate caregiver needs the help of the caregiver.

In order to overcome the above disadvantages, various devices have been proposed for conveniently treating the wounds of patients with wounds.

For example, Japanese Patent Laid-Open Publication No. 1993-0007424 discloses a toilet treatment device which allows patients without consciousness or patients with uncomfortable behavior to automatically excretion without the assistance of a caregiver even if they are excreted while lying on a bed When the patient is excreted, the wearer wearing the patient senses it and operates the driving unit to supply water to the inside of the patient's wearer. At the same time, the excrement is crushed and collected by a suction motor by a suction motor and cleaned Next, a configuration of a patient's toilet treatment apparatus for detecting whether or not a salt is detected and blowing air into the wearer's body instead of water to dry the cleaned body is disclosed.

In addition, Japanese Patent No. 1072842 discloses a series of operations in which cleaning is performed in a state in which a closed space is locally formed when the toilet is viewed, pumped and discharged to the outside, and then dried by forced air blowing It is possible to cleanly maintain the airtight space by automatically grinding the excrement while discharging dust while cleanly separating the dirt adhered to the inner surface of the closed space by using cavitation of the ultrasonic wave, Discloses a configuration of an apparatus capable of automatically handling a patient's feces and urine in a state of being worn by a patient having an uncomfortable condition so as to protect the privacy of the patient, reduce the trouble of the caregiver, and maintain a clean condition at all times.

Patent Registration No. 1093444 discloses a method for storing a slurry when sucking and storing slurry, and a method for storing the slurry when the slurry is disposed during a patient's bowel movement, An overturning module comprising an overturning case which can be automatically cleaned and dried and a band which can be fixedly installed on the body of the patient, and an excrement processing unit connected to the overeather module, And a piping section capable of being moved to a slurry treatment section, and the above-described structure is characterized in that the slurry of a patient or the like, which is incapable of handling the slurry itself due to a physical defect, is cleaned and easily handled automatically Thereby providing a sanitary control effect.

The above-described configurations include an overtube which the patient wears directly on the buttocks and a treatment device which sucks and treats the excreted matter temporarily stored in the overturning device, and further includes a plurality of nozzles for washing the patient's buttocks, And a drying device for drying the buttocks.

On the other hand, the treatment device sucks and stores excretion through an overflow valve, and plays a role of spraying washing water and drying air, and is generally referred to as a main body.

Particularly, the main body includes various components such as a pump for spraying the storage water and a pump for sucking excreta, and a control device for sequential operation of the apparatus.

Conventionally, various kinds of devices are arranged and used in a casing, and in most cases, they are disposed for basic characteristics enhancement, and when the whole is made of one module and some parts are lost, There were difficult disadvantages.

It is an object of the present invention to provide a main body module for an automatic slurry processing apparatus which is constituted by a unit module divided into functional units inside the main body and is easy to manufacture and maintain, do.

In order to accomplish the above object, the present invention provides a method for treating a defecation of a womb patient, comprising a body module, a conduit connected to the body module, and an excrement automatic A main body module for a processing apparatus, comprising: a casing having a rectangular parallelepiped shape in which a space is formed; A channel socket formed on a side surface of the casing and inserted and coupled with a channel; A dirt storage portion located at one side of the casing; A washing water storage portion located at an upper end of the casing; A sterilizing water storage unit located on a side surface of the washing water storage unit; And an operation part located on a lower surface of the cleaner storage part and the sterilized water storage part of the dust storage part, wherein the operation part supplies vacuum to the dust storage part, and the cleaning water of the cleaning water storage part is heated And supplying the sterilized water in the sterilized water storage section to the duct socket by pressurizing the sterilized water in the sterilized water storage section and pressurizing the air to the duct socket.

Preferably, the casing comprises: a front door that is exposed when the opening is opened; a top surface door that opens the top of the dirt storage portion when opened; a washing water inlet that supplies washing water to the washing water storage portion on the top surface; And a sterilized water inlet for supplying the sterilized water to the showerhead.

More preferably, the operating portion includes: a base plate vertically disposed; A heater disposed on the right side of the base plate; A pump unit including a plurality of pumps disposed on the right side of the base plate; A valve portion including a plurality of valves disposed on the right side of the base plate; A socket portion formed on the base plate and coupled to the piping and the wiring connected to the other member; A control board disposed on the left side of the base plate; And a main pump module disposed on the right side of the control board and coupled to the base plate.

More preferably, the main pump module comprises: an inlet part disposed at an upper end and connected to a dirt storing part to apply a vacuum to the dirt storing part; a main pump disposed at a lower end of the inlet part, And a discharge part located at the lower end of the main part and discharging air for forming a vacuum.

Preferably, the socket portion is connected to a pipe connected to the washing water storage portion, a pipe connected to the sterilized water inlet, and a pipe for supplying the washing water, the sterilized water, and the pressurized air to the duct socket is connected.

The main body module for an automatic waste disposal apparatus according to the present invention is characterized in that a dirt storage section, a rinse water storage section, a disinfection water storage section and an operation section are separately mounted in a casing, And a pipeline socket is formed on the front surface of the casing so as to be connected to the pipeline to connect the pipeline to the pipeline, so that the whole assembly is convenient and the production cost can be reduced. Also, the unit module can be easily replaced Thereby providing an easy maintenance effect.

1 is a perspective view of an automatic slurry disposal apparatus,
2 is a perspective view of the main body module shown in Fig. 1,
Fig. 3 is a front view of the duct socket shown in Fig. 2,
Fig. 4 is an internal configuration diagram of Fig. 2,
Fig. 5 is an explanatory view showing an installation position of the operating portion in Fig. 2,
6 is a perspective view of the operating portion shown in Fig.

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

The main body module 100 for an automatic slurry automatic treatment apparatus according to the present invention is applied to the slurry automatic treatment apparatus 200 shown in FIG.

The automatic feces disposal apparatus 200 includes a main body module 100 for spraying water, sucking and storing the treated water and discharging air for drying, a high-pressure A pipe 220 for transferring water, air, polluted water and sensor signals to be sucked, and an inflator 230 mounted on the end of the channel 220 to be worn by the patient.

Here, the pipeline 220 is a combination of a plurality of individual pipes for the passage of cleaning water, a passage for sucking contaminated water, a flow passage for air for drying, a wiring for transmitting a sensor signal, If necessary, individual tubes may be added for separate functions.

The overturning unit 230 includes a plurality of nozzles for spraying high-pressure water for treatment of the defecation of the patient, a drying nozzle for drying, a shredding nozzle for shredding defecation, etc., The sensor may include a sensor, and the sensor may detect a case of defecation or urine discharge, and output a signal to the main body module 10.

In addition, when the discharge hole for suctioning the bowel movement is formed in the bowel movement space and the defecation is completed, all the contaminated water is transported to the body module 100 through the channel 220 connected to the outlet hole after defecation through the breaking nozzle.

2, the main body module 100 includes a rectangular box-shaped casing 10, a channel socket 20 formed at the upper side of the main body module 100, The front door 11 is formed.

An upper surface door 12 for opening the inner space is formed on the upper surface of the casing 10 and a washing water inlet 13 for introducing wash water and a sterilized water inlet 14 for introducing sterilized water are provided on the side of the upper surface door 12, Respectively.

The inlet ports 13 and 14 are formed in the upper surface portion 15 of the casing 10 and the profile portion 15 is configured to be coupled to the casing 10 in a slide form, It is configured to be detachable.

The inflow ports 13 and 14 are connected to the upper surface portion 15 by a screw so that when the washing water and the disinfecting water are replenished, the inflow ports 13 and 14 are rotated by the upper surface portion 15, Respectively.

If the inlet ports 13 and 14 are separated from each other, a through hole may be formed and may be introduced into the inside of the storage port.

The inside of the casing (10) is configured as a frame so that the unit modules can be easily seated.

3, the channel socket 20 is connected to a member in the casing 10 through a pipe 220. The pipe 220 has a rectangular depression 21 And a disinfection water port (25), wherein the depression (21) is formed on the inner surface of the depression (21), and the depression (23) And a signal port 26 for inserting a wiring for connecting a sensor signal is formed on a side surface of the pipe 220. When the pipe 220 is inserted into the pipe 220,

4, the dust storage portion 30 is located at a left side portion, that is, a portion close to the piping socket 20, and the washing water storage portion 40 And a sterilized water storage unit 50 are sequentially positioned.

The dirt storage unit 30 is disposed in the entirety of the vertical length within the casing 10 and the rinse water storage unit 40 and the disinfection water storage unit 50 are disposed in only a part of the upper space of the casing 10 .

The dirt storage unit 30 includes a dirt tank 31 and an upper member 32 attached to an upper end of the dirt tank 31. The dirt storage unit 30 includes an inlet port through which the dirt is introduced into the upper member 32, And an outlet port through which air is discharged is formed. The inlet port communicates with the dust moving port 25, and the outlet port is configured to communicate with the operation section 60, which will be described later.

In addition, the dirt tank 31 is provided with a sensor for sensing the level of the dirt water, and the wirings of various sensors are formed to extend from the back surface of the dirt tank 31 to be connected to the operation part 60, A connection socket is attached to the end of the wiring.

The cleansing water reservoir 40 has a discharge hole for discharging the cleansing water at the lower end thereof. The discharge hole communicates with the flexible pipe, and the flexible pipe is connected to the operation part 60 described later in the form of a socket.

Also, a sensor for sensing the water level is attached to the washing water storage part 40, and a wiring for transmitting the sensor signal is also attached, and the socket is also connected to an operation part 60 described later.

The disinfection water storage part 50 is formed in the same manner as the cleansing water storage part 40. A discharge hole for discharging sterilized water is formed at the lower end of the storage part 50. The discharge hole communicates with the flexible pipe, And is connected to an operating portion 60 described later in a socket form.

Also, a sensor for sensing the water level is attached to the sterilized water storage part 50, and a wiring for transmitting the sensor signal is also attached to the sterilized water storage part 50, and the socket is also connected to the operation part 60 described later.

The dirt storage unit 30, the cleansing water storage unit 40, and the disinfection water storage unit 50 are disposed at positions where they do not interfere with each other, and the channel and the wiring can be connected without interference.

5, the inner space where the front door 11 of the casing 10 is located, that is, the right side of the dirt storing section 30, the washing water storing section 40 and the lower side of the sterilized water storing section 50, The operating portion 60 is located.

The operation unit 60 is provided with a function of maintaining the vacuum of the dirt storing unit 30, a function of transmitting the washing water of the washing water storing unit 40, a function of transmitting the sterilized water of the sterilized water storing unit 50, An alarming function using a signal of the air conditioner, and a function of supplying air.

As shown in FIG. 6, the operation unit 60 is basically a base plate 70 vertically disposed. On the right side surface of the base plate 70, a heater 71 and a plurality of A pump section 72 constituted by a pump and a valve section 73 constituted by a plurality of solenoid valves are arranged.

A socket portion 74 is formed on the upper end of the base plate 70. A pipe formed in the rinse water storage portion 40 and the disinfection water storage portion 50 is connected to the socket portion 74, The washing water or the disinfection water flowing through the washing water is pressurized and discharged through the pump 72. Particularly in the case of washing water, the washing water is preheated through the heater 71 and discharged.

A part of the socket part 74 is connected to the duct socket 20 and the washing water or the sterilized water pressurized through the pump part 72 is discharged to the duct socket 20 through the socket part 74 .

The pressurized air is also pressurized through the pump of the pump unit 72 and discharged to the duct socket 20.

The valve portion 73 serves to control the discharge of the pressurized water or air through the pump portion 72.

A substrate 79 for controlling the entire apparatus is disposed on the left side of the base plate 70 and a heater 79 for controlling the heater 71, 73 are operated.

A main pump module 80 is disposed on the left side of the substrate 79. The main pump module 80 is also operated according to the signal of the substrate 79 and includes an inlet part 81, a main part 82 and an exhaust part 83.

The main part 82 is composed of a motor and a pump. The vacuum part of the pump is connected to the inflow part 81, and the high-pressure part of the pump is connected to the discharge part 83.

Therefore, when the main part 82 operates, air is sucked into the inflow part 81 and air is discharged to the discharge part 83.

At this time, the inflow part 81 is connected to a discharge port formed in the upper end member 32 of the dirt storage part 30, and a filter for removing moisture is located.

The discharge part 83 is a part where air is discharged, and a filter for removing odor is located.

The operation unit 60 includes both an actuator and a control function for operating the main body module 100. Since the other members are connected to the piping through electric wires, it is convenient to install and replace the main body module.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, And all of the various forms of embodiments that can be practiced without departing from the technical spirit.

10: Casing 11: Front door
12: upper surface door 13: rinse water inlet
14: Disinfection water inlet 15:
20: channel socket 21: depression
22: tool moving port 23: dirt moving port
24: washing water moving unit 25: disinfected water moving unit
26: signal port 30: dirt storage section
31: dirt tank 32: upper member
40: cleansing water storage part 50: sterilized water storage part
60: operating portion 70: base plate
71: heater 72: pump section
73: valve portion 74: socket portion
79: Substrate 80: Main pump module
81: Inflow part 82: Main part
83: Discharging part 100: Body module
200: Automatic excrement apparatus 220:
230:

Claims

delete

1. A body module for an automatic excrement apparatus comprising a main body module, a channel connected to the main body module for treating a bowel movement of a ward patient, and an overturning device connected to the channel,
A casing having a rectangular parallelepiped shape in which a space is formed therein;
A channel socket formed on a side surface of the casing and inserted and coupled with a channel;
A dirt storage portion located at one side of the casing;
A washing water storage portion located at an upper end of the casing;
A sterilizing water storage unit located on a side surface of the washing water storage unit; And
And an operation part located at a lower surface of the rinse water storage part and the disinfection water storage part of the side of the dirt storage part,
Wherein the operating section supplies vacuum to the dirt storage section, and supplies the cleaning water in the rinse water storage section to the piping socket by heating and pressurizing the rinse water in the rinse water storage section, pressurizing the sterilized water in the disinfection water storage section to supply it to the piping socket, To the duct socket,
The casing is provided with a front door through which the operating portion is opened when the casing is opened, a top surface door on which the top of the dirt storage portion is opened when the casing is opened, a washing water inlet for supplying washing water to the washing water storage portion, Further comprising a sterilized water inlet,
The operating portion includes:
A base plate disposed vertically;
A heater disposed on the right side of the base plate;
A pump unit including a plurality of pumps disposed on the right side of the base plate;
A valve portion including a plurality of valves disposed on the right side of the base plate;
A socket portion formed on the base plate and coupled to the piping and the wiring connected to the other member;
A control board disposed on the left side of the base plate; And
And a main pump module disposed on the right side of the control board and coupled to the base plate.

The main pump module according to claim 3, wherein the main pump module comprises: an inlet part that is located at an upper end and is connected to a dirt storing part to apply a vacuum to the dirt storing part; a main pump located at a lower end of the inlet part, And a discharge part for discharging air for vacuum formation located at a lower end of the main part.

The sanitary napkin according to claim 3, wherein the socket is connected to a pipe connected to the washing water storage portion and a pipe connected to the sterilized water inlet, and a pipe for supplying washing water, sterilized water and pressurized air to the duct socket is connected. Body module for automatic processing device.