In a method for managing human waste collection for a bed-ridden user, a pelvic support member with an aperture and another opening is suspended over a mattress. A bag fitting the aperture is removably attached to the pelvic support member below the aperture. The pelvic support member is adjusted to change a geometric parameter of the aperture and/or the opening. The pelvic support member includes longitudinally extending flexible elongate elements each slidably attached to transverse edge elements of the pelvic support member and further includes transversely extending flexible elongate elements each slidably attached to longitudinal edge elements of the pelvic support member. The adjusting of the pelvic support member includes sliding at least one of the flexible elongate elements along respective ones of the transverse edge elements and the longitudinal edge elements.

In a method for managing human waste collection for a bed-ridden user, a pelvic support member with an aperture and another opening is suspended over a mattress. A bag fitting the aperture is removably attached to the pelvic support member below the aperture. The pelvic support member is adjusted to change a geometric parameter of the aperture and/or the opening. The pelvic support member includes longitudinally extending flexible elongate elements each slidably attached to transverse edge elements of the pelvic support member and further includes transversely extending flexible elongate elements each slidably attached to longitudinal edge elements of the pelvic support member. The adjusting of the pelvic support member includes sliding at least one of the flexible elongate elements along respective ones of the transverse edge elements and the longitudinal edge elements.

The present invention describes a smart locomotory assistive device 1000 (or SLAD 1000) to assist the patient for a defecation cycle and locomotion. The SLAD 1000 reduces the level of dependency of patients by providing a wheelchair cum bed with automatic defecation, easy collecting, hygiene cleaning and leak proof packing process for the comfortable defecation in a defecation cycle.

A multipoint bed excretion and automatic cleaning and water filling treatment system includes a robot, a main machine, a bed, and an excrement collector disposed in the bed. The excrement collector includes an installation block disposed in the bed, an installation seat disposed on top of the installation block, a flap pivotably disposed externally of the installation seat, and a cleaning nozzle disposed in the flap. The robot includes a waste collection mechanism. The main machine includes a waste discharge mechanism. The waste discharge mechanism includes a first collection box and a first booster pump disposed in the main machine. Input of the first booster pump is connected to a first waste collection pipe extending externally of the main machine. Bottom of the installation block is connected to a first waste discharge pipe extending externally of the bed.

A multipoint bed excretion and automatic cleaning and water filling treatment system includes a robot, a main machine, a bed, and an excrement collector disposed in the bed. The excrement collector includes an installation block disposed in the bed, an installation seat disposed on top of the installation block, a flap pivotably disposed externally of the installation seat, and a cleaning nozzle disposed in the flap. The robot includes a waste collection mechanism. The main machine includes a waste discharge mechanism. The waste discharge mechanism includes a first collection box and a first booster pump disposed in the main machine. Input of the first booster pump is connected to a first waste collection pipe extending externally of the main machine. Bottom of the installation block is connected to a first waste discharge pipe extending externally of the bed.

The present disclosure provides for medical beds and methods related thereto. In certain embodiments, the present disclosure relates to non-electric medical beds capable of assisting caregivers in supportively repositioning non-ambulatory individuals for receiving medical and/or non-medical treatment. In some embodiments, methods for reducing the risk of injury and discomfort for patients utilizing the disclosed medical beds are provided.

The present disclosure provides for medical beds and methods related thereto. In certain embodiments, the present disclosure relates to non-electric medical beds capable of assisting caregivers in supportively repositioning non-ambulatory individuals for receiving medical and/or non-medical treatment. In some embodiments, methods for reducing the risk of injury and discomfort for patients utilizing the disclosed medical beds are provided.

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.

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.

A body waste collection system for bedridden or chair-bound patients. A waste entry port may interface with a resting surface of the bed or chair by way of a funnel that terminates at the resting surface. A collection unit may be fluidly coupled to the waste entry port by a flexible conduit system. The collection unit may include a temperature gauge, a volume measure, a sample port, and an odor removal port. Once the bedridden or chair-bound patient has assumed a release position along the resting surface defined by the waste entry port, no other lifting or movement of the patient is needed to collect their body waste in the collection unit, which can utilize the integrated hardware.