Abstract: A cord retraction assembly for an electronic device includes a reel for winding and retracting the cord, a catch element adapted to engage the reel to prevent retraction of the cord, and an interlock for disabling the catch element when the cord is wound unto the reel. The catch element is urged into engagement with the reel by a spring to prevent retraction of the cord during use. A release button disengages the catch element from the reel, allowing the cord to retract. The interlock comprises a pivotally-mounted arm that rides over the cord as the cord accumulates on the reel. The accumulation of the cord on the reel pushes the arm outward into engagement with the catch element so as to prevent the catch element from moving back to the engaged position. As the cord is unwound from the reel, the catch element is able to return to the engaged position.

Abstract: A backlit keypad assembly includes a flexible film having a bottom surface having electrical circuits, typically referred to as flex circuits, thereon and a top surface having at least one, and preferably a plurality of keys defined thereon. Each backlit key includes a cavity on the underside thereof. In each cavity is a light emitting diode, preferably of bottom emitting type, attached to the flexible film and connected to the electrical circuits and a filler material which at least partially surrounds the light emitting diode. Associated with each key is a push-type switch below and in respective aligned relationship with the light emitting diodes which senses when the corresponding key is pressed down by a user. The light emitting diodes emit light directly through the flexible film without intervening layers such as light guides, thereby allowing the overall lighted keypad assembly to be thinner than with previous approaches.

Abstract: A touch pad assembly for portable communication devices has a dual entry user interface surface and is configured to overlay a touch pad surface. The touch-pad assembly can operate in both a key entry and graphical (written) input mode via the same input surface. In the key entry mode, the touch-pad assembly provides tactile feedback to the user affirming the selected key input.

Abstract: A system connector for an electronic device such as a cellular phone is integrally molded with a mic cavity for receiving a device microphone. By incorporating the microphone into the system connector, overall device thickness can be reduced, providing a more efficient use of space than the previous use of separate connectors.

Abstract: A hemostatic clip applicator system which is particularly useful for endoscopic procedures. A hemostatic clip applicator can be directly connected to a trigger assembly or indirectly connected to the trigger assembly through the use of an extension. The connection between the extension and the clip applicator is secured to prevent accidental release during the procedure. The applicator receives a longitudinal input and translates the input into relative component motion through the use of gearing to apply the clips.

Abstract: A combination radial artery occluder and wrist splint used to simultaneously immobilize the wrist joint and prevent blood flow through a puncture wound or incision in the radial artery following an invasive medical procedure such as catheterization. The invention generally includes three components: a wrist splint that extends along the distal end of the patient's forearm and the back of the wrist and hand; an adjustable pressure strap attached to the splint that extends around the distal end of the forearm; and an adjustable securing strap attached to the splint that extends around the palm of the patient's hand. The pressure strap includes a pressure pad that is selectively positioned to occlude blood flow through only the radial artery while allowing blood flow through the ulnar artery. During use of the invention, the securing strap is tightened around the palm of the hand to help immobilize the wrist joint.

Abstract: The hemostatic clip applicator system is particularly useful for endoscopic procedures. A hemostatic clip applicator can be directly connected to a trigger assembly or indirectly connected to the trigger assembly through the use of an extension. The connection between the extension and the clip applicator is secured to prevent accidental release during the procedure. The applicator receives a longitudinal input and translates the input into relative component motion through the use of gearing to apply the clips.

Abstract: A surgical instrument for applying a ligating device to a surgical work site. The instrument is provided with a power subassembly which provides the power by which the ligating device is placed into proper position for being applied to the work site. In one embodiment, the instrument is a hemostatic clip applier and the power subassembly feeds the clips into position between the jaws of the applier which are then closed by squeezing the applier handles.

Abstract: A cartridge for storing and retaining a plurality of medical ligating devices such as hemostatic clips and surgical staples, the cartridge having a movable device retaining member situated in each device chamber. The retaining member is adapted to frictionally engage the legs of an open C-shaped device and is further adapted to be displaced away from engagement with the device when it is engaged in the jaws of a forceps-type applier. In one embodiment, the retaining member is adapted to fit between the legs of an open hemostatic clip and is further adapted to be displaced downwardly away from the clip when the clip is engaged by a clip applier. The disclosure further includes a method of storing hemostatic clips in a cartridge, the method incorporating retaining the clip within the cartridge by a separable member which is displaceable from engagement with a clip when the clip is engaged by a clip applier.

Abstract: The present invention provides a means for applying a substantially constant force to move clips in queue within an applicator, as well as means for more effectively dispensing the endmost clip from a column of abrasive clips within an applicator. The constant force means generally comprises a constant force spring which is movably secured at both ends within a chamber in the applicator such that the pressure exerted between the ends of the constant force spring forces the clips in queue toward the jaws of the applicator. The dispensing means generally comprises a spring that applies sufficient pressure against the endmost clip in a column of abrasive clips to dispense the endmost clip from the column while preventing the next endmost clip from being dispensed until after the endmost clip has been forced into the jaws of the applicator and applied.

Abstract: A hemostatic clip applier is disclosed showing improvements which enable the user to selectively trigger the feeding of a clip to the jaws of the applier when desired. A cantilevered trigger button is integrally formed with the housing of the applier so as to be depressible by the user. The trigger button is provided with an internal cam surface which cooperates with a pawl and ratchet mechanism to release the pawl at a selected point in the cycle of operation of the applier and thereby feed a clip to the applier jaws.

Abstract: An automatic hemostatic clip applicator is disclosed wherein the jaws, cartridge assembly and jaw housing move together in a single direction to crimp a clip resulting in a perception of little or no motion by the jaws when the applicator is activated. Camming surfaces in the jaws are brought into contact with camming surfaces on the distal end of the stationary body of the applicator as the jaws are moved proximally.

Abstract: A surgical stapler, preferably in a single use disposable form, comprises a combination of a staple feeding mechanism and a staple forming mechanism secured in a frame and an actuating trigger functionally connected to both the stable feeding mechanism and the staple forming mechanism, wherein the staple feeding mechanism includes a rail to guide contained staples serially to a staple forming position and a shuttle in association with the rail as a movable staple retaining cover, the shuttle being functionally connected to the trigger for movement in the same direction and the same time as the staples. The rail includes a pair of spaced apart flexible members which support the next staple to be deformed but which flex to move out of the staple path at the onset of deformation. The staple after formation is positioned between the members so that there is no interference between the rail and the deformed staple.

Abstract: A skin clip remover for removing skin clips or staples which have been placed into the skin across a wound to close and retain the wound in a closed and healing position comprises a handle element and a trigger element joined together at a pivot point to form a hand operated tool capable of gripping and deforming the crown of a skin clip when the proximal ends of the two elements are forced toward each other to bring together into such gripping and deforming attitude the opposing faces of the distal ends of such two elements which are in the form of a pair of parallel anvil feet at an obtuse angle on the distal end of the handle element and a hawk bill projection at an obtuse angle on the distal end of the trigger element, such obtuse angles opposing each other to form a diamond shaped pocket to entrap the crown of a skin clip for deformation and removal.

Abstract: A surgical stapler, preferably in a single use disposable form, comprises a combination of a staple feeding mechanism and a staple forming mechanism secured in a frame and an actuating trigger functionally connected to both the staple feeding mechanism and the staple forming mechanism, wherein the staple feeding mechanism includes a rail to guide contained staples serially to a staple forming position and a shuttle in association with the rail as a movable staple retaining cover, the shuttle being functionally connected to the trigger for movement in the same direction and the same time as the staples. This structure provides a reliable surgical stapler in which staples are not likely to jam the staple feeding mechanism.