270results about How to "Aid removal" patented technology

A shelving glide includes a deck having a plurality of dividers; a first trough having a first index arranged along at least a portion of a width of the deck; a second trough having a second index arranged along at least a portion of the width of the deck; and a plurality of partitions defining a plurality of pathways. A partition includes a first clip securable to the first index; and a second clip securable to the second index. The partition is adjustable along the width of the deck from a first position to a second position upon disengagement of the second clip from the second index. The first clip is adapted to disengage from the first index upon disengagement of the second clip from the second index. The partition is secured to the deck at the second position upon reengagement of the second clip to the second index.

An improved, easy opening, screw-cap for threaded opening type containers is disclosed, consisting of a plastic or metal cap of generally cylindrical shape. Located along the upper section of the cap's outer circumferential surface are three, equally spaced, grasping protrusions, that extend radially outward from the radial center of the cap, so as to form a cap of a generally rounded, triangular configuration as seen from above. These grasping protrusions provide torsional, mechanical interference for the hand and it applies rotational force to screw on or off the cap. A series of vertically extending, gripping ribs, are equally spaced along the outer circumferential surface of the upper section of the cap, and are designed to make it easier to screw the cap on and off the neck of a conventional container, such as a bottle. Conventional internal screw threads are used on the internal cavity of the cap to attach the cap to the neck of a conventional container, such as a bottle.

A method for removing thrombus or other material from a natural or synthetic body vessel or cavity without the need for direct surgical access. The method includes providing a device supplying high pressure fluid to at least one distal orifice, causing high pressure fluid to emanate from the orifice creating at least one fluid jet, and using the fluid jet to break up material in the vessel. The method further includes directing at least one fluid jet at the opening of an exhaust lumen or target incorporated into the device and using the jet to provide a localized negative pressure which entrains material into the jet for break-up. The method optionally includes using the jet to provide stagnation pressure which drives material along the exhaust lumen. The method optionally includes metering the exhaust to match the fluid input or to be greater or less than the input. A positive displacement pump operating at steady or pulsatile flow provides the high pressure saline to the distal end of the catheter.

An assembly for hanging items from a wall is provided having a plurality of parallel and equidistantly spaced rails, each having a first and a second opposing edge and one or more of which define a lip. One or more mounting brackets are provided for attaching to the rails. Each mounting bracket includes a base plate, and a mounting flange and a locking flange extending from the base plate. The mounting flange engages and is retained on the first edge of a rail and extends behind a lip of an adjacent rail. The locking flange is wedged over the lip of the mounting rail and held tightly in place by the snap-fit engagement of the locking flange over the lip.

A storage rack is provided that is adapted for interconnection with the roof of a sports utility vehicle. More specifically, the present invention consists of a lower support structure and an upper support structure separated by a plurality of vertical supports, wherein the lower support structure traverses the width of the roof and is adapted to support luggage or other items. In addition, one embodiment of the present invention includes a novel tire storage area wherein a spare tire of the vehicle may be stowed and easily removed based on a distinct geometry.

A device for removing a thrombus or other tissue deposit from the cardiovascular system, natural or synthetic tubule or cavity found in the human body of a patient without the need to surgically access the location of the thrombus or other tissue deposit via a cut-down or other surgical procedure. A flexible metal or high pressure plastic tube conveys an extremely high pressure stream of sterile saline or other physiologic solution to at least one jet at the distal end of the catheter. At least one jet is directed at the opening of a large exhaust lumen or other target. The jet(s) is responsible for providing a localized negative pressure which entrains tissue into the jet from break-up of the debris. This jet(s) can also provide stagnation pressure in the exhaust lumen which drives the tissue or thrombotic debris out of the exhaust lumen. Operation of the device with tip pressure greater than 500 psi provides this device with the entrainment and exhaust characteristics which contribute to its effectiveness. The rate of exhaust of tissue debris is metered to ensure minimal local impact on the vasculature at the site of the thrombus deposit. A fluid metering means, such as a roller pump, controls the rate of exhaust such that it is in balance with the saline input or can be adjusted to be greater or less than the input. A positive displacement pump operating at steady or pulsatile flow provides the high pressure saline to the tip of the catheter.

A hearing aid assembled from three sections includes a first section having a first housing containing a microphone and electronics, a second section having a second housing containing a battery a flex circuit mounted around the battery and a third section having a compliant tip and a receiver contained within a receptacle in the tip. The flex circuit provides solder less electrical connections among the electrical components of the hearing aid. The hearing aid also includes an actuator switch that allows the user to engage the hearing aid in an ON or an OFF mode of operation. Preferably, the actuator is electrically connected to the hearing aid without the use of solder. Connection between the first and second sections includes a mechanical securing mechanism, such as an interlocking joint.