Abstract:
A vest for a supine human has a one-piece cover with a front panel secured to a bladder coupled to a pulsator operable to subject the vest to repeated pulses of air which applies and releases pressure to the front of the thorax of a person. The bladder has an air chamber and a bottom transverse portion having an air receiving passage and openings to allow air to flow from the air receiving passage into the air chamber. A coil spring within the air receiving passage maintains the air receiving passage open to allow air and air pressure pulses to flow into the air chamber.
Abstract:
A reduced pressure delivery system is provided and includes a primary manifold, a blockage prevention member, and first and second conduits in fluid communication with the primary manifold. The primary manifold includes a flexible wall surrounding a primary flow passage and is adapted to be placed in proximity to a tissue site. The blockage prevention member is positioned within the primary flow passage. A plurality of apertures is disposed in the flexible wall to communicate with the primary flow passage. The first conduit is fluidly connected to the primary flow passage to deliver reduced pressure through the primary flow passage and the plurality of apertures. The second conduit includes an outlet proximate the primary flow passage or an outlet of the first conduit to purge the primary flow passage or first conduit to prevent blockages.
Abstract:
A method of administering a reduced pressure tissue treatment to a tissue site includes percutaneously inserting a tube through a skin tissue of a patient to place a distal end of the tube adjacent the tissue site, the tube having at least one passageway. A balloon associated with the tube is positioned adjacent the tissue site, and the balloon is inflated to dissect and form a void adjacent the tissue site. A manifold having a plurality of flow channels is delivered through the passageway to the tissue site. The manifold is positioned such that at least one of the flow channels is in contact with the tissue site, and a reduced pressure is applied to the tissue site through the flow channels of the manifold.
Abstract:
A whole body vibration machine includes a frame that supports a platform. The platform is coupled to the frame by an air cushioning system, which may include one or more pneumatic dampers mounted to isolate the frame from vibrations in the platform. The air cushioning system reduces noise and vibrations transferred to the environment, increases the stability of the platform, allows more weight to be placed on the platform, and generally increases the efficiency of the system (more energy to the muscles means more effective training).
Abstract:
Systems and methods for providing dry hydrotherapy to a reclined human subject in a home or commercial environment. The systems include an enclosed tub with an external support frame and an internal operational frame. The enclosed tub includes a multi-layer cover upon which the human subject may recline to receive the hydrotherapy. The cover includes an open netting layer attached to a perimeter edge of the tub for supporting the weight of the user and a pliable waterproof layer positioned over the netting for containing the liquid used in the hydrotherapy while still transferring the massaging force of the liquid to the user. The liquid is directed under pressure against the underside of the cover with a moveable liquid jet source positioned on a track within the tub. A liquid circulation system cycles the liquid through the tub enclosure in the process of providing the dry hydrotherapy. A sleep system includes a selectively inflated air mattress. A built-in system is installed in the plumbing and electric lines and in place of the conventional tub.
Abstract:
An inflatable vest design for cardiopulmonary resuscitation (CPR) and for cardiac assist. The vest may include a belt that wraps around the chest of a patient, and a removable bladder that is placed against the chest and held in place by the belt. The inflatable bladder expands radially to first conform to a patient's chest, and to apply circumferential pressure to the thorax of the patient. By cyclically inflating the bladder, the vest can be used in CPR and cardiac assist treatments. In addition, alternative vest designs are disclosed showing removable bladders. These vest improvements lower the energy consumption and make smaller and portable cardiopulmonary resuscitation systems more practical.
Abstract:
An air pulse generator includes a housing having a front wall and a back wall defining an interior region and a shell having a front portion and a back portion defining an air chamber. The front wall of the housing has first and second air openings. The front portion of the shell has first and second air ports in communication with the air chamber. The first and second air ports are aligned with the first and second air openings when the shell is mounted within the interior region of the housing.
Abstract:
A muscle stretching and spine decompressing apparatus including a base frame (20), a flexible sheet (12) attached to the top of the base frame (20) for supporting the body of a user, and a motorized actuation means (16) for bending the flexible sheet (12) from a substantially flat position to a substantial arc. The motor (18) includes a main shaft (30) connected at each end (30e) to counter grooved helix pulleys (46). As the motor (18) turns the main shaft (30), the counter grooved helix pulleys (46) wind up cable (48) attached to the ends (12a, 12b) of the flexible sheet (12), thereby drawing the flexible sheet ends (12a, 12b) inward to cause the flexible sheet (12) to bend. The motor control system (92) provides for automatic or manual control of the arc of flexible sheet (12).
Abstract:
An improved air pulse generator produces high frequency chest wall oscillations (HFCWO) and includes means for internal heat dissipation. Internal heat generated by an internal diaphragm motor is dissipated by having a portion of the air chamber associated with the diaphragm motor being comprised of metal, by shaping a support associated with the diaphragm motor to allow increased air circulation around the diaphragm motor and positioning a vent in the housing of the air pulse generator that maximizes the release of heat from the diaphragm motor. Internal heat generated by internal electronic circuitry on a control board is dissipated by a heatsink attached to the control board.
Abstract:
An external counterpulsation apparatus has an efficient cuff and bladder system. Embodiments of this system generally allow effective treatment at lower pressures and a reduced total body surface area being compressed. An accurate and reliable combination of automatic and preset timing for inflation and deflation of the bladder system is used to simplify use of the apparatus.