A bed pan sanitizing assembly includes a housing and a pair of trays that is each of the trays is positioned within the housing. Each of the trays can have a respective one of a bed pan and a urine bottle positioned thereon. A pair of light emitting units is each positioned within the housing to emit light into an interior of the housing. Each of the light emitting units has an operational frequency within the ultraviolet spectrum to sterilize the bed pan and the urine bottle when the light emitting units are turned on. A heating unit is integrated into the housing to heat the interior of the housing when the heating unit is turned on for enhancing sterilizing the bed pan and the urine bottle.

A bed pan sanitizing assembly includes a housing and a pair of trays that is each of the trays is positioned within the housing. Each of the trays can have a respective one of a bed pan and a urine bottle positioned thereon. A pair of light emitting units is each positioned within the housing to emit light into an interior of the housing. Each of the light emitting units has an operational frequency within the ultraviolet spectrum to sterilize the bed pan and the urine bottle when the light emitting units are turned on. A heating unit is integrated into the housing to heat the interior of the housing when the heating unit is turned on for enhancing sterilizing the bed pan and the urine bottle.

A nursing bed for defecation and self-cleaning comprises a bed frame, a bed board device, a moveable cushion, a support frame, a bedpan, an excreta container; The bedpan is hung under the movable cushion through a support frame. When the patient wants to defecate, the patient only needs to remove a cushion and make the bedpan mouth of the bedpan facing the defecation hole of the moveable cushion, then the patient can defecate on the nursing bed; and further having a cleaning device a warm water supply device, using an electric heater to heat the cleaning water to an appropriate temperature to clean the patient's buttocks, thereby reducing the infection of germs, and also cleaning the excrement that attached to the bedpan to keeps the bedpan clean.

Provided is an automatic excretion disposal device (1) which is configured to automatically perform an excretion disposal of a person (P) to be cared, the device including: a cup (2) which is attached to a body of the person to be cared to receive excretion; a detection unit (3) which is configured to detect excretion in the cup; a feed water pipe which is configured to decompress cleaning water from a water supply (W) to a predetermined pressure and directly supplies the cleaning water, on the basis of detection result of the detection unit; a suction motor (30) which is configured to suck sewage generated when the body and inside of the cup are cleaned with the cleaning water supplied from the feed water pipe (R1), and to discharge the sewage to outside of the cup; a tank (10) which is configured to temporarily store the drainage sucked by the suction motor; and a drainage pump (20) which is configured to cause the drainage to forcibly flow out to a drainage piping connected to a sewer or a septic tank, while pulverizing solid matters contained in drainage in which the sewage stored in the tank is mixed with the cleaning water directly supplied from the feed water pipe.

Provided is an automatic excretion disposal device (1) which is configured to automatically perform an excretion disposal of a person (P) to be cared, the device including: a cup (2) which is attached to a body of the person to be cared to receive excretion; a detection unit (3) which is configured to detect excretion in the cup; a feed water pipe which is configured to decompress cleaning water from a water supply (W) to a predetermined pressure and directly supplies the cleaning water, on the basis of detection result of the detection unit; a suction motor (30) which is configured to suck sewage generated when the body and inside of the cup are cleaned with the cleaning water supplied from the feed water pipe (R1), and to discharge the sewage to outside of the cup; a tank (10) which is configured to temporarily store the drainage sucked by the suction motor; and a drainage pump (20) which is configured to cause the drainage to forcibly flow out to a drainage piping connected to a sewer or a septic tank, while pulverizing solid matters contained in drainage in which the sewage stored in the tank is mixed with the cleaning water directly supplied from the feed water pipe.

The present invention discloses a wearable waste removal and cleansing apparatus, comprising a wearable part, a receptacle part detachably connected to the wearable part, and a control assembly connected to the receptacle part for automatic flushing. The wearable part includes a sliding sleeve and wearable pants connected to the sliding sleeve. An engaging mechanism is disposed between the sliding sleeve and the receptacle part. The wearable waste removal and cleansing apparatus of the present invention is simple in structure, convenient to operate, and sanitary and intelligent, and therefore is suitable for popularization and application.

The present invention discloses a wearable waste removal and cleansing apparatus, comprising a wearable part, a receptacle part detachably connected to the wearable part, and a control assembly connected to the receptacle part for automatic flushing. The wearable part includes a sliding sleeve and wearable pants connected to the sliding sleeve. An engaging mechanism is disposed between the sliding sleeve and the receptacle part. The wearable waste removal and cleansing apparatus of the present invention is simple in structure, convenient to operate, and sanitary and intelligent, and therefore is suitable for popularization and application.

A composition may include, in dry form: (a) nigrosin; (b) wheat flour; and (c) whole egg. Such compositions may be used for production of test soil for assessment of the cleaning action of cleaning devices. Methods of producing a test soil for assessment of the cleaning action of cleaning devices for cleaning of vessels for human egesta, e.g., of washer-disinfectors, including dissolving the composition in an aqueous medium. A test soil may include the constituents of the composition in an aqueous medium, and such soils may be used for assessment of the cleaning action of cleaning devices. A method may assess the cleaning action of cleaning devices for cleaning of vessels for human egesta.

A composition may include, in dry form: (a) nigrosin; (b) wheat flour; and (c) whole egg. Such compositions may be used for production of test soil for assessment of the cleaning action of cleaning devices. Methods of producing a test soil for assessment of the cleaning action of cleaning devices for cleaning of vessels for human egesta, e.g., of washer-disinfectors, including dissolving the composition in an aqueous medium. A test soil may include the constituents of the composition in an aqueous medium, and such soils may be used for assessment of the cleaning action of cleaning devices. A method may assess the cleaning action of cleaning devices for cleaning of vessels for human egesta.

A bed pan sanitizing assembly includes a housing and a pair of trays wherein each of the trays is positioned within the housing. Each of the trays can have a respective one of a bed pan and a urine bottle positioned thereon. A pair of light emitting units is positioned within the housing to emit light into an interior of the housing. Each of the light emitting units has an operational frequency within the ultraviolet spectrum to sterilize the bed pan and the urine bottle when the light emitting units are turned on. A heating unit is integrated into the housing to heat the interior of the housing when the heating unit is turned on for enhancing sterilizing the bed pan and the urine bottle.