JP3161991U - Excrement automatic processing device - Google Patents

Abstract

A more practical and practical excrement automatic processing apparatus is provided. A bed body 2 and a power source control mechanism 12 for excrement with a cleaning water nozzle and a sensor are provided for each bed 3 of a care recipient, and a sensor cord 6 connected to the tray body 2, washing water Hose 7, excrement hose 8, blower hose 9, and the like are bundled by a hose unit 10 and are detachably connected to a coupling coupler 11. The sensor cord 6 is connected to the power control mechanism 12. Although connected, the other hoses are respectively connected to the washing water tank 14, the excrement tank 15, the blower motor pump 16M and the like installed under the floor. The motor pumps 15M and 16M connected to the tanks 14 and 15 and the blower heater 16 are connected to the power supply control device 12 by a power cord 13, the washing water tank 14 is for water supply, and the excretion tank 15 is for sewer system. Are connected to each other. [Selection] Figure 1

Description

The present invention relates to an excrement automatic processing apparatus that significantly improves the excretion processing of a bedridden care recipient.

The problem of excretion of care recipients who are elderly or have to go to bed due to various diseases is a serious problem not only for the caregivers but also for the caregivers, and various proposals have been made to solve them. . For example, the following has already been filed and published as industrial property rights.

Technical Literature 1

Japanese Patent Laid-Open No. 2004-000386

Technical Literature 2

JP 2005-103131 A

Technical Literature 3

Japanese Patent Laid-Open No. 03-085022

Technical Literature 4

JP 2009-072374 A

In reality, this is not necessarily the case if this excretion problem has been sufficiently solved by conventional public technical means. For example, in “Technical Reference 1”, a drainage pipe and a water supply pipe are laid in the bedroom of a person with a disability at the time of new construction or reconstruction, so that an excretion treatment bed and a flush toilet are integrated, and the pipe is used as an underfloor pipe. Under-floor piping flush toilets are described, and "Technical Document 2" describes a method in which excrement temporarily stored in an odor prevention pipe with a washing water hole is directly drained into the sewer by discharging the washing water at the same time as the start of drying in the diaper. “Technical Document 3” describes an excrement disposal apparatus having an exclusion unit that is connected to the washing water supply unit and guides excrement out of the system. “Technical Document 4” describes an excrement hole. In a saucer with a discharge port that is attached to a diaper having a sac, it is described that a water-filling nozzle and a sensor that senses its operation timing are provided.

However, with these prior art means alone, the burden of odor and other hygiene problems corresponding to individual circumstances of the care recipient and the labor required by the caregiver is still left in the actual application. Therefore, the current situation has not yet reached full-scale dissemination. It is an object of the present invention to improve the present situation and provide a more realistic and practical excrement automatic processing apparatus.

A tray part 2a that is mounted on a diaper 1 having a waste passage hole that is mounted on a portion corresponding to the crotch of a care recipient and that receives waste from the waste passage hole, and discharges the waste in the tray part to the outside. The tray main body 2 having the discharge port 2b is provided for each bed, and the waste collected in the tray portion 2a is washed by draining the wash water supplied from the outside into the tray main body 2 to discharge the discharge port. A nozzle 4 for washing water is provided to the inside of the saucer body 2 for discharging the outside from 2b to the outside and washing the drainage organ outside the body of the care recipient, and further detects excrement in the saucer part 2a. Thus, a sensor 5 for generating a signal for determining whether or not to wash the washing water from the nozzle 4 and outputting the signal to the outside is installed in the saucer body 2, and the signal output from the sensor 5 is transmitted. Sensor code A washing water hose 7 for supplying washing water to the saucer body 2, an exhaust hose 8 for discharging excrement from the saucer body 2, and a blower hose 9 for supplying warm air toward the saucer body 2, Are bundled with a hose unit 10 and one side is connected to the saucer body 2, and the other side is detachably connected to a coupler 11 serving as a connection medium. A power cord 13 that is connected to the installed power control mechanism 12 and outputs electricity according to a predetermined setting based on a signal from the sensor 5 input from the power control mechanism 11 is a motor for the washing water tank 14. The washing water tank 1 is connected to a pump 14M, a motor pump 15M for the excretion tank 15, a blower heater 16, and a blower motor pump 16M connected thereto. From the waste water tank 7 via the motor pump 14M, the waste hose 8 from the waste tank 15, and the blower hose 9 from the blower motor pump 16M via the coupler 11, respectively. The washing water tank 14, the excretion tank 15 and the motor pumps 14M, 15M, 16M are all provided under the floor, the washing water tank 14 is in the water supply, the excretion tank 15 is in the sewer system, Each of the connected structures is the excrement automatic processing apparatus of the present invention.

To summarize the point, each bed 3 of a care recipient is provided with a waste water receiving body 2 and a power source control mechanism 12 with a washing water nozzle 4 and a sensor 5, and a sensor connected to the receiving body 2. The cord 6, the washing water hose 7, the excrement hose 8, the blower hose 9, and the like are bundled by a hose unit 10 and detachably connected to a coupling coupler 11. Although connected to the power supply control mechanism 12, the other hoses are respectively connected to a washing water tank 14, an excrement tank 15, a blower motor pump 16M and the like installed under the floor. The motor pumps 14M, 15M, 16M connected to the tanks 14, 15 and the blower heater 16 are connected to the power control device 12 by the power cord 13, the washing water tank 14 is used for water supply, and the excrement tank 15 is used. Each is connected to the sewer system.

At this time, it is preferable that the washing water tank 14 adjusts the water level with a ball tap as used in a flush toilet in principle. The water therein is driven by the motor pump 14M in response to a command from the power supply control device 12 that has received a signal from the sensor 5, and is pumped through the washing water hose 7, and is sprayed from the nozzle 4 into the tray portion 2a. .

Similarly, the excrement is sucked into the excretion tank 15 through the excrement hose 8 from the tray 2a by the motor pump 15M being activated in response to a command from the power control mechanism 12 that has received a signal from the sensor 5. At that time, a gap is provided in the upper part of the tank 15, two hose 8 are connected in the gap, one is connected to the tray body 2 via the coupler 11, and the other is, for example, a deodorizer 17. Then, it is connected to the motor pump 15M. Another excrement hose 8 is provided at the lower end of the tank 15, and its extension is connected to a sewer system such as a sewage pipe.

In addition, since warm air is used for drying as a general rule, air blown motor pump 16M is activated in response to a command from power supply control mechanism 12 that receives a signal from sensor 5 at an appropriate timing, and air taken in from the outside. Is heated by the blower heater 16 and passed through the blower hose 9 and sent to the care recipient who is wearing the saucer body 2.

If necessary, a sterilizing / deodorizing liquid tank 18 is provided separately, and a sterilizing / deodorizing liquid tank motor pump 18M is connected to the power supply control mechanism 12 through the power cord 13 and a sterilizing / deodorizing liquid hose 19 is connected. The coupler 11 may be connected to the tray body 2 via the coupler 11.

Each of the power cords 13 is bundled in principle and connected to the power control mechanism 12, and necessary power is supplied from another power cord 13 from a power company's 100 V power source or the like.

If necessary, a wired or wireless manual remote controller 20 may be added so that a care recipient can operate the power supply control mechanism 12.

In addition, the coupler 11 having an important role in the present invention has already been integrated into a box shape so that the hoses and cords gathered at both ends are connected to each other correspondingly. realizable.

According to the present invention, the immediate excrement removal, washing and drying are appropriately performed according to the excretion state of the care recipient, and at the same time the excrement and washing water are directly connected to the public infrastructure, so that they are transported It is not necessary, and it will be much easier for caregivers as well as those requiring care, and odor and other hygiene problems will be remarkably improved. In addition, since it is relayed by a detachable coupler, it can be used as a dedicated item for each care recipient from there to the saucer body, so it has a tremendous effect that it can be relieved both psychologically and hygienically. There is.

The present invention has an inventive step and high needs, and at the same time, each part, assembly, and construction can be implemented practically according to conventional ones, so that the present invention has sufficient industrial applicability.

Configuration sketch showing an example of the present invention A sketch of one part of the present invention

1 …… Diaper 2 …… Tray body 2a …… Tray part 2b …… Discharge port 3 …… Bed 4 …… Nozzle 5 …… Sensor 6 …… Sensor cord 7 …… Cleaning water hose 8 …… Excretion hose 9 …… Blow hose 10 …… Hose unit 11 …… Coupler 12 …… Power control mechanism 13 …… Power cord 14 …… Washing water tank 15 …… Excretion tank 16 …… Blower heater 14M …… Washing water tank Motor pump 15M …… Motor pump 16M for excrement tank …… Motor pump 17 for blower 17 …… Deodorizer 18 …… Sterilizer and deodorant tank 18M …… Motor pump 19 for sterilizer and deodorant tank …… Sterilizer and deodorant Liquid hose 20 …… Manual remote control

Claims (1)

A pan that is attached to a diaper having an excrement passage hole that is attached to a portion corresponding to the crotch of a care recipient and that receives excrement from the excrement passage hole, and an excretion that discharges the excrement in the pan. A tray body having an outlet is provided for each bed, and the waste accumulated in the tray portion is washed by irrigating wash water supplied from the outside into the tray body to externally pass through the discharge port. And a washing water nozzle for washing the drainage organ outside the body of the care recipient is installed toward the inside of the saucer body, and from the nozzle by detecting excrement in the saucer part. A sensor for generating a signal for deciding whether or not to irrigate the washing water and outputting the signal to the outside is installed in the tray body, a sensor code for transmitting the signal outputted from the sensor, and the washing water The saucer body The washing water hose to be supplied, the discharge hose for discharging excrement from the tray main body, and the blowing hose for supplying warm air toward the tray main body are bundled by a hose unit, and one side of the tray main body is bundled And the other side is detachably connected to a coupler as a connecting medium, and the extension of the sensor cord is connected to the power control mechanism installed near each bed from the coupler, and the power control mechanism The power cord that outputs electricity as set based on the signal from the input sensor is a motor pump for the washing water tank, a motor pump for the excrement tank, and a heater for blowing air, which are respectively provided under the floor And a motor pump for air blowing connected to it, a hose for washing water from the washing water tank via the motor pump, and a waste water hose for excrement The blower hose from the blower motor pump is connected to the corresponding hose via the coupler, and the washing water tank and the waste tank are connected to the water supply system and the sewer system, respectively. Featuring automatic waste disposal device.

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