Abstract: A breakaway coupling for use in fluid delivery systems comprises either a mechanical or magnetic coupling configuration. In the first embodiment, the coupling includes a plunger assembly having an inlet, a plunger chamber in fluid communication with the inlet, a stem chamber in fluid communication with the plunger chamber, and a plunger configured to move between positions. The first embodiment further includes a valve assembly having a valve chamber with a valve and rib, and an outlet. In the second embodiment, the coupling includes a first assembly having an inlet port, a first valve chamber housing a one-way valve, and a magnetic ring, and a second assembly having an outlet port, a second valve chamber, a protrusion, and a complementary magnetic ring. Both embodiments automatically separate and seal upon application of force.

Abstract: Systems, apparatuses, and methods for end effectors having an aperture are disclosed. An end effector may be driven by a reciprocating driver that drives the end effector in a reciprocating manner. The end effector may have an aperture therethrough and may be formed from a flexible high rebound material. When driven, the end effector may transfer energy from the reciprocating driver to a target treatment area on a recipient for therapeutic purposes. Energy may pass from the reciprocating driver and be temporarily stored within the end effector before being released and imparted to the target treatment area. The end effector may contract about the aperture and rebound to deliver the energy.

Abstract: A wearable fluid delivery system comprising a single-use device with a tube, a pump, and a nutrition container with a fluid. The system further includes a module including a processor, a battery, and an electric motor with an output member. The processor is configured to operate the electric motor. The single-use device is releasably coupled to the module such that the output member is coupled to the pump when the single-use device is coupled to the module, and the output member drives the pump to cause the fluid to travel through the tube.

Abstract: Systems, apparatuses, and methods for end effectors having an aperture are disclosed. An end effector may be driven by a reciprocating driver that drives the end effector in a reciprocating manner. The end effector may have an aperture therethrough and may be formed from a flexible high rebound material. When driven, the end effector may transfer energy from the reciprocating driver to a target treatment area on a recipient for therapeutic purposes. Energy may pass from the reciprocating driver and be temporarily stored within the end effector before being released and imparted to the target treatment area. The end effector may contract about the aperture and rebound to deliver the energy.

Abstract: A wearable fluid delivery system comprising a single-use device with a tube, a pump, and a nutrition container with a fluid. The system further includes a module including a processor, a battery, and an electric motor with an output member. The processor is configured to operate the electric motor. The single-use device is releasably coupled to the module such that the output member is coupled to the pump when the single-use device is coupled to the module, and the output member drives the pump to cause the fluid to travel through the tube.

Abstract: A wearable fluid delivery system is part of a networked system to collects, transmits, stores, and analyzes data related to enteral nutrition. A method includes inputting patient data; generating a nutrition plan; implementing the nutrition plan with a wearable nutrition device; detecting a parameter with the wearable nutrition device; and generating an updated nutrition plan based on the parameter.

Abstract: A wearable fluid delivery system comprising a single-use device with a tube, a pump, and a nutrition container with a fluid. The system further includes a module including a processor, a battery, and an electric motor with an output member. The processor is configured to operate the electric motor. The single-use device is releasably coupled to the module such that the output member is coupled to the pump when the single-use device is coupled to the module, and the output member drives the pump to cause the fluid to travel through the tube.

Abstract: The embodiments herein are directed to a portable liquid delivery system that incorporates an immersion driving pump mechanism(s), an administration reservoir, a user interface, and a wearable and/or portable accessory. The wearable accessory serves to house the components of the system and is to be worn on the user's body. In some cases, the system may be used to deliver nutritional formula for the treatment of patients on an enteral nutrition regimen. The apparatus described facilitates telehealth, training, and predictive processes to facilitate maximal therapeutic outcomes.

Abstract: The present invention is an enteral nutrition gastrostomy access device. A permanent or semi-permanent stoma liner is adjustably positioned within a stoma channel extending through a patient's abdominal and stomach walls. The stoma liner is characterized by an adjustable bladder capable of applying variable torsional force to one or more pinch points along the interface between the stoma liner and the stoma. The stoma liner is configured to receive a plug with a central threaded channel, into which a cap or enteral feeding device may be wholly or partially inserted. The central threaded channel is characterized by requiring application of a linear push force to apply but requiring application of both a linear pull force and a torsional force to remove.

Abstract: The embodiments herein are directed to a portable liquid delivery system that incorporates an immersion driving pump mechanism(s), an administration reservoir, a user interface, and a wearable and/or portable accessory. The wearable accessory serves to house the components of the system and is to be worn on the user's body. In some cases, the system may be used to deliver nutritional formula for the treatment of patients on an enteral nutrition regimen.

Abstract: A urethane wheel including a hard urethane hub formed with a rim facing radially outward, and including stand-off ribs spaced equidistant thereabout. The stand-off ribs having centering notches opening radially outward. A thin wall polyurethane annular bladder with an interior annular stand-off skirt facing radially inward, contacting the centering notches of the stand-off ribs, and cooperating to position the bladder both radially and axially about the rim. The tire body is formed of soft polyurethane which surrounds the rim, encapsulates the bladder creating and integral cavity, and forms a contoured surface. A method of manufacturing the wheel which includes selecting a pressurized annular bladder, locating the bladder both axially and radially about the rim, forming a concentric bridge space having axial communication channels between the rim and bladder, and then pouring liquid urethane in a mold to form the tire.