KR100882811B1 - A pipe connector of night soil tank for automatic disposing patient's excreta - Google Patents

Abstract

A night soil tank pipe connection device is provided, in which the operation failure by the leak pressure is not generated and the connection of the conduit line is facilitated. A night soil tank pipe connection device comprises: a night soil mount(310) in which a night soil tank(100) is mounted on the inner side of the main case, and barrels(320,321) are fixed to one side of the front; a waste tank cap(110) including a connection cylinder communicating with the inside of the waste tank; and a barrel slider(200) which is inserted into the connection cylinder of the waste tank cap and is slide-operated.

Description

A pipe connector of night soil tank for Automatic Disposing Patient's Excreta}

1 is a block diagram of an automatic treatment device for patient excrement is installed pipe waste connection device according to an embodiment of the present invention.

2 is a perspective view of a state in which a waste container is mounted on the waste container mounting stand of the embodiment of the present invention.

Figure 3 is a perspective view of the separated state of the waste pipe piping connection unit of the present invention.

Figure 4 is a perspective view of the bonded state of FIG.

5 is a cross-sectional view showing an operating state of the present invention,

a) is the barrel slider and the barrel is separated,

b) shows the barrel slider and barrel combined.

Figure 6 is a schematic diagram showing the overall configuration of the automatic patient excretion processing system.

* Explanation of symbols for main parts

10: excrement collection 20: diaper

30: suction part 40: odor removing part

50: washing water supply unit 60: valve unit

100: dirt container 110: dirt container cap

111: connection cylinder A 112: connection cylinder B

120: injection hole 130: stop

200: barrel slider 210,211: barrel slider tube A, B

220,221: Barrel slider pipe A, B 230,231: Barrel close packing A, B

240: cover 241: locking piece

300: main body case 310: dust container mounting stand

320, 321: barrel A, B 330: micro switch

350: dirt inlet pipe 360: air suction pipe

The present invention relates to an automatic treatment device for feces, and more specifically, to automatically treat the feces, such as a patient that can not process the feces on their own due to uncomfortable behavior and to automatically and hygienic management of patient feces The present invention relates to a waste pipe piping connection device of an automatic patient excretion processing device that enables easy separation and separation between a waste inlet pipe and an air suction pipe connected to a waste container of a device.

Patients who are unable to treat stool alone due to physical defects need the help of a caregiver or caregiver to process their feces.

However, such caring work gives patients or guardians tremendous stress and hassle.In case of patients, even though they are embarrassed, there is always anxiety about dirty bedding, so they cannot maintain comfort, especially when there is no caregiver. Physical pain is beyond imagination due to problems that cannot be seen comfortably in time.

In order to solve this problem, the applicant has proposed a patent application No. 2007-34978 (patient excretion automatic processing device).

The automatic patient excretion processing device is a bidet nozzle, cleaning nozzle, butt washing nozzle, stool grinding nozzle, dry nozzle and stool detection sensor and urine detection sensor to be worn on the patient's body as shown in FIG. A diaper part 20 having a waste discharge port connected to a waste pipe so as to collect excrement by vacuum pressure; The waste pipe connected to the diaper part and the intake pipe A connected to the following vacuum tank are respectively connected to an openable and closed lid part, and collect and store the excrement sucked through the waste pipe, and detect the amount of waste collected on one side. A sealed container type excrement collecting unit 10 provided with a collection amount detecting sensor; A suction part 30 including a vacuum tank and a vacuum pump to apply suction to the excrement collecting part; A odor removal unit 40 having a multi-level filter A and a filter B to remove odors in the air discharged by being connected to the vacuum tank and the vacuum pump of the suction unit; The wash water tank for supplying the wash water to wash the patient's body after the stool, the hot water tank for heating and storing the water supplied from the wash water tank, and the water supplied from the hot water bottle, the bidet nozzle, the cleaning nozzle and the hip cleaning nozzle of the diaper part. Washing water supply unit 50 having a water pump connected to the water supply line to supply to the stool grinding nozzle; A valve unit 60 configured to control a supply of washing water and dry air supplied to the diaper unit, and a plurality of solenoid valves to control a connection path between the vacuum tank and the vacuum pump; It comprises a control means for operating the water pump, the heater and the valve device unit and the washing water supply unit in accordance with the signal transmitted from each sensor.

The automatic patient excretion treatment device is sucked in the wash water mixed with the excrement continuously by the suction unit 30 is contained in the waste container 100 of the excrement collection unit 10, the water level of the excrement collection unit 10 If it is over a certain level, the suction should be stopped and emptyed from the waste container.

Therefore, during the treatment of feces, stop the automatic waste treatment device, pull out the waste container from the automatic waste treatment device with the waste cap cap and the connecting pipe separated from each other, and then move the waste container to a treatment place such as a toilet to remove the waste inside the waste container. Should be emptied.

Thus, in order to empty the filthy container, the filth inlet pipe and the air intake pipe connected to the filth cap cap should be separated first.The filth inlet pipe and the air intake pipe should be combined to have a tightness so as not to be pressurized. Should be able to.

That is, the waste container of the excreta treatment device is a suction force is generated by the vacuum pressure, so if the assembly of the pipeline is not complete, if the pressure leaks, it becomes a cause of inoperability, so the airtight container should have airtightness between the cap and the waste cap.

In particular, the excreta treatment apparatus to which the present invention is applied is composed of a body case integrally attached to the pipe fitting portion provided on one side of the waste container mounting base for easy mounting of the waste container, and the waste inlet pipe and the air suction pipe is fixed and coupled to the waste container mounting Since the pipelines connecting the barrel fixed to the table and the waste cap are formed at a predetermined interval, the pipes of two parts spaced apart from the predetermined interval should be interconnected after mounting the waste bucket.

The present invention is to solve the above problems, so as to solve the gaps between the barrel cap and the barrel fixed to the mounting bracket mounting itself, so that at least two pipelines can be connected or separated at the same time in a single airtight manner. It is an object of the present invention to provide a sewage pipe connection device of an automatic treatment device for patient excretion that facilitates the connection of a pipe line so as to prevent malfunction due to pressure.

In order to achieve the above object, the present invention and the diaper unit for wearing on the body of the patient to receive a stool; A waste collection unit connected to the diaper unit and including a waste container for collecting and storing waste; A suction unit configured to apply suction to the excrement collecting unit so that the excrement can be collected; Odor removal unit for removing odor in the air discharged during the suction operation of the suction unit; A washing water supply unit for washing the body of the patient after stool; A valve unit for controlling supply of washing water and dry air supplied to the diaper unit; In the automatic patient excretion processing apparatus including a control means for controlling each device, the waste container is to be mounted to the inside of the main body case, the front side of the barrel A to connect the waste inlet pipe and the air suction pipe, respectively, barrel A sewage bucket holder with fixed B installed thereon; A waste cap cap configured to open and close the inlet of the waste bucket, and having a connecting cylinder A and B connected to the inside of the waste bucket to connect a pipe including a waste inlet pipe and an air suction pipe to one side in a horizontal direction; It is fitted to the connecting cylinder A, B of the waste container cap to connect between the waste container cap and the barrel A, B, and includes a barrel slider that slides a predetermined section.

In the present invention, the barrel sliders include barrel slider tubes A and B respectively inserted into the connection cylinders A and B of the waste container cap; Slider packings A and B which are installed on the outer peripheral surface of one end of the barrel slider tube A, B; Barrel contact packings A and B installed on the inner ends of the other ends of the barrel slider tubes A and B; To wrap the outer side of the barrel slider tube A, B, characterized in that consisting of a cover formed with an operation handle.

In the present invention, the barrel slider pipes A and B of the barrel slider are formed in independent pipe shapes with different standards as the dirt inlet pipe part and the air suction pipe part, respectively, and the connection of the waste container cap into which the barrel slider pipes A and B are inserted Cylinders A and B are characterized in that they are formed in independent cylinder shapes according to each other.

In the present invention, the front surface of the waste container mount is characterized in that the barrel slider is provided with a micro switch to operate in contact with the complete fastening.

In the present invention, the upper end of the waste container cap is formed with a stop jaw protruding, and the engaging piece is formed on the bottom of the cover of the barrel slider slidingly coupled to the waste container cap to be caught by the stop jaw to prevent complete detachment. It is done.

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

The main configuration of the automatic patient excretion processing apparatus to which the present invention is applied comprises: a diaper unit 20 which is worn on a patient's body to receive a stool; A waste collection unit 10 connected to the diaper unit 20 and including a waste container 100 for collecting and storing waste; A suction part 30 for applying a suction force to collect the excrement in the excretion collecting part 10; Deodorizing unit 40 for removing the odor in the air discharged during the suction operation of the suction unit 30; Washing water supply unit 50 for washing the body of the patient after the stool; A valve unit 60 for controlling the supply of the washing water and the dry air supplied to the diaper unit 20; The present invention is to include a control means for controlling the respective devices to facilitate the separation or mounting of the waste container 100 of the excrement collection unit 10 installed inside the automatic patient excretion processing device.

Figure 1 is a block diagram of the automatic waste treatment device for a patient waste pipe connection device is installed according to an embodiment of the present invention, Figure 2 is a perspective view of a state in which the waste container is mounted on the waste container mounting apparatus of the embodiment of the present invention, Figure 3 It is a perspective view of the separated state of the waste pipe piping connection device of the invention, Figure 4 is a perspective view of the coupled state of FIG.

One side portion of the main body case 300 of the automatic excrement processing apparatus to which the present invention is applied is inserted into the waste container 100, and the barrel 320 to easily connect the pipe connected to the waste container 100. There is a filth container mounting base 310 fixedly installed.

That is, the waste container mounting stand 310 is to ensure that the waste container 100 is mounted on the inner side of the main body case 300 stably, and connected to the one side of the front surface of the waste inlet pipe 350 and the air suction pipe 360. Barrel A 320 and barrel B 321 are fixed.

In addition, the waste container cap 110 to open and close the injection hole 120 of the waste container 100 to the inside of the waste container 100 to connect the pipeline including the soil inlet pipe 350 and the air suction pipe 360 to one side in the horizontal direction. Connecting cylinders A (111) and B (112) are provided.

Between the barrels 320 and 321 of the waste container mounting base 310 and the waste container cap 110 maintains a predetermined interval so as to enable easy insertion and mounting of the waste container 100, thereby connecting them. The barrel slider 200 is given.

The barrel slider 200 is connected to the connecting cylinders A 111 and B 112 of the waste container cap 110 so as to interconnect between the waste container cap 110 and the barrels A 320 and B 321. It is installed so that the slide can be operated for a predetermined section and keeps airtightness for smooth operation.

That is, the barrel slider 200 is provided with barrel slider tubes A 210 and B 211 which are respectively inserted into the connecting cylinders A 111 and B 112 of the waste container cap 110.

Slider packing A (220), B (221) is provided on the outer peripheral surface of one end of the barrel slider pipe A (210), B (211), the barrel slider pipe (A 210), B (211) Barrel close packing A (230), B (231) is installed on the inner surface of the other end of the other end is fitted.

In addition, the outer cover of the barrel slider tube A (210), B (211), and has a cover 240, the operation handle 250 is formed.

The barrel slider pipes A 210 and B 211 of the barrel slider 200 are respectively formed in independent pipe shapes in different standards as dirt inflow pipe parts and air suction pipe parts.

The connecting cylinders A 111 and B 112 of the waste container cap 110 into which the barrel slider pipes A 210 and B 211 are inserted are formed in independent cylinder shapes according to specifications.

The front part of the waste container mounting base 310 is provided with a micro switch 330 which is operated in contact with the barrel slider 200 when fully fastened.

The micro switch 330 is to check whether the barrel slider 200 is fully fastened. The micro switch 330 controls the operation of the vacuum pump of the suction unit, so that the micro switch 330 is operated when the pipeline is not completely fastened. By preventing it from happening, accidents caused by malfunctions are prevented.

In addition, a stop jaw 130 is formed at the upper end of the waste cap cap 110, and the stop jaw 130 is formed at the bottom of the cover 240 of the barrel slider 200 which is coupled to the waste cap cap 110 and slides. The hook piece 241 is formed to be prevented from being completely detached from the barrel, and the barrel slider 200 is completely removed from the waste cap 110 so as to solve the problem of loss or inconvenience of use.

It looks at the operating state of the present invention configured as described above.

Figure 5 is a cross-sectional view showing the operating state of the present invention, Figure 5a) is a barrel slider and the barrel is separated, Figure 5b) shows a barrel slider and the combined state of the barrel.

The state as shown in Figure 5a) shows a state in which the pipe and the sewage is separated from each other in this state is a state in which the sewage bucket 100 can be easily separated from the main body case 300, and also the sewage bucket 100 After cleaning the inside of the) and then inserted into the main body case 300 and not connected to the pipeline is also the same state.

In this state, holding the operation knob 250 formed on the cover 240 of the barrel slider 200 and applying a force toward the barrels 320 and 321, the barrel slider 200 slides and the barrel slider tube A 210, The B 211 and the barrels 320 and 321 are fitted to each other to be coupled at the same time.

At this time, slider packings A (220) and B (221) installed on the outer circumferential surfaces of one end of the barrel slider pipe (A 210) and B (211) are connected cylinders A (111) and B (112) of the waste container cap (110). Since the slide is operated in a state of being completely in contact with the inner surface of the) always maintains airtightness, as shown in Figure 5b) the barrel slider and the barrel is coupled to force the waste container 100 can not be separated more Stable use was made possible.

In addition, barrel contact packing A 230, B 231 installed on the inner surface of the other end of the barrel slider tube A 210 and B 211 is in close contact with the outer circumferential surface of the barrel 320, 321. Slided in to be fitted together will always maintain airtightness.

Therefore, the present invention is to ensure that the gap between the waste cap cap 110 and the barrel 320, 321 extends itself while being connected to each other, but always have airtightness, so that malfunctions or dirt caused by vacuum pressure leakage do not flow out to the outside. To be sealed.

In particular, the barrel slider 200 and the barrel 320, 321 is to be operated by a micro switch 330 that can be operated only when fully fastened to prevent the malfunction to be able to operate more stably.

As described above, the present invention is to automatically treat the patient's inconvenient behavior to help the patient care by minimizing mental and physical pain by excretion of urine or faeces without the care of time without the help of the caregiver In managing the waste container of the automatic waste treatment device, the user can easily separate and wash the waste container, easily assemble it again when combining, and prevent the misassembly, thereby using the automatic waste treatment equipment more stably. This is a very useful technology for the automatic feces processing device.

Claims (5)

A diaper unit 20 worn on a patient's body to receive a stool; A waste collection unit 10 connected to the diaper unit 20 and including a waste container 100 for collecting and storing waste; A suction part 30 for applying a suction force to collect the excrement in the excretion collecting part 10; Deodorizing unit 40 for removing the odor in the air discharged during the suction operation of the suction unit 30; Washing water supply unit 50 for washing the body of the patient after the stool; A valve unit 60 for controlling the supply of the washing water and the dry air supplied to the diaper unit 20; In the automatic patient excretion processing apparatus comprising a control means for controlling each device, Barrel A (320), Barrel B (321) to be mounted to the inside of the main body case 300, and to connect the dirt inlet pipe 350 and the air suction pipe 360 to one side of the front, respectively. A sewage bucket holder 310 which is fixedly installed; A connecting cylinder A 111 to open and close the injection port 120 of the waste container 100 and to connect the inside of the waste container 100 to connect a pipeline including a waste inflow pipe 350 and an air suction pipe 360 to one side in a horizontal direction. ), A waste cap cap 110 having a B (112); It is installed in the connection cylinder A (111), B (112) of the waste container cap 110 so as to interconnect between the waste container cap (110) and the barrel A (320), B 321, slides a predetermined section. The waste pipe piping connection device of the automatic patient excretion processing apparatus including a barrel slider 200 to operate. The method of claim 1, The barrel slider 200 Barrel slider tubes A 210 and B 211 respectively inserted into the connection cylinders A 111 and B 112 of the waste container cap 110; Slider packing A (220), B (221) is provided on the outer peripheral surface of one end of the barrel slider tube A (210), B (211); Barrel close packing A (230), B (231) is installed on the inner surface of the other end of the barrel slider tube A (210), B (211); The barrel slider pipe A (210), to wrap the outside of the B (211), the waste pipe piping connection device of the automatic patient excretion treatment device, characterized in that consisting of a cover 240 is formed with an operation handle (250). The method of claim 1, Barrel slider tube A (210), B (211) of the barrel slider 200 is formed in a separate pipe shape, respectively in different standards as a dirt inlet pipe portion and an air suction pipe portion, The connection cylinder A (111), B (112) of the barrel cap 110, the barrel slider tube A (210), B (211) is inserted into each of the patient feces characterized in that formed in the form of independent cylinders Waste container piping connection of automatic processing device. The method of claim 1, The waste pipe mounting device of the waste container mounting device 310, characterized in that the barrel slider 200 is provided with a micro switch 330 to operate in contact with the complete fastening. The method of claim 1, The stopper 130 is protruded from the upper end of the waste container cap 110, and the stopper 130 is coupled to the bottom of the cover 240 of the barrel slider 200 which is coupled to the waste container cap 110 and slides. The sewage pipe connection device of the automatic patient excretion processing apparatus, characterized in that the engaging piece (241) is formed to be prevented from being completely separated.

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