Abstract: A bi-polar forceps for providing electro-cauterization of tissue and blood vessels including first and second elongated beams extending from a rearmost interconnected end to forward most separated probe ends. The beams each include rearmost base portions, intermediate angled portions and forward most extending portions such that the probe ends are established in a non-linear arrangement relative to the rearmost portions. First and second pins extend from the rear end and, upon activating with the probe ends placed in communication with a tissue or vein location to be cauterized, electrically communicate with the forward probe ends.

Abstract: A wearable locating and/or recovery assembly having a body containing a portable battery, an on/off switch communicating the battery with a processor control, and at least one additional switch for actuating, selectively or in combination, at least one overt light and at least one infrared light arranged at discrete locations upon the body. The body exhibits a raised and arcuate central battery supporting portion and first and second opposite extending and tapered wings. An over molded underside gripping surface is applied to facilitate mounting the body upon a hard non-linear surface not limited to a helmet.

Abstract: A wearable locating and/or recovery assembly having a body containing a portable battery, an on/off switch communicating the battery with a processor control, and at least one additional switch for actuating, selectively or in combination, at least one overt light and at least one infrared light arranged at discrete locations upon the body. The body exhibits a raised and arcuate central battery supporting portion and first and second opposite extending and tapered wings. An over molded underside gripping surface is applied to facilitate mounting the body upon a hard non-linear surface not limited to a helmet.

Abstract: A hand-held suture removal device exhibiting a generally elongated body. First and second biasing portions extend from one end of the body and establish a gap therebetween. A blade extends from the body, typically from one of the biasing portions and in proximity to the gap defined between the biasing portions. The blade is manipulated to section a suture projecting from first and second locations of a patient's skin. A trailing edge of the suture is gripped between opposing and abutting surfaces established by the biasing portions and, upon deflecting of the device in a direction away from the patient, forcibly withdraws each of a plurality of sutures in rapid and successive fashion.

Abstract: A hand-held suture removal device exhibiting a generally elongated body. First and second biasing portions extend from one end of the body and establish a gap therebetween. A blade extends from the body, typically from one of the biasing portions and in proximity to the gap defined between the biasing portions. The blade is manipulated to section a suture projecting from first and second locations of a patient's skin. A trailing edge of the suture is gripped between opposing and abutting surfaces established by the biasing portions and, upon deflecting of the device in a direction away from the patient, forcibly withdraws each of a plurality of sutures in rapid and successive fashion.

Abstract: A floor latch assembly includes a mounting bracket secured to the seat cushion of an automotive seat. A latch hook is pivotally connected to a side wall of the mounting bracket and engages a striker pin on the floor of a vehicle. A cam lock hook is pivotally connected to the mounting bracket and engages the latch hook to create a locking mechanism for securing the seat to the striker pin. An anti-separation member maintains alignment of the latch hook and the cam lock hook to enhance the locking mechanism.

Abstract: A recliner clutch mechanism for use with a vehicle seat having a seat bottom and an upwardly extending and pivotally movable seat back. A lock plate having first and second faces is secured in translating fashion between the seat bottom and seat back. A first actuating plate is located in proximity to the first face of the lock plate and urges the lock plate to engage against the seat back in a first position. A second actuating plate is located in proximity to the second face of the lock plate and causing the lock plate to disengage from the seat back in a second release position. A spring engages the seat back in a forward rotating direction. A release handle and lever assembly is in operative communication with a secondary spring and, upon actuation, releases the engaging force exerted by the first plate, concurrent with influencing the second actuating plate against the lock plate in the second release position.

Abstract: A recliner clutch mechanism for use with a vehicle seat having a seat bottom and an upwardly extending and pivotally movable seat back. A lock plate having first and second faces is secured in translating fashion between the seat bottom and seat back. A first actuating plate is located in proximity to the first face of the lock plate and urges the lock plate to engage against the seat back in a first position. A second actuating plate is located in proximity to the second face of the lock plate and causing the lock plate to disengage from the seat back in a second release position. A spring engages the seat back in a forward rotating direction. A release handle and lever assembly is in operative communication with a secondary spring and, upon actuation, releases the engaging force exerted by the first plate, concurrent with influencing the second actuating plate against the lock plate in the second release position.

Abstract: A latch assembly for maintaining a seat back in upright position responsive to inertial loads. Support plates include hinged upwardly extending arms defining a seat back. A latch gear includes a first plurality of exteriorly arrayed teeth. A first cam operates a second pivotal cam so that, upon rotation, the second cam rotates in an opposite direction to move into and out of contact with a pawl. The pawl is pivotally and translatably secured to the support plates and includes additional teeth arrayed opposite to the latch gear teeth and an extending end with an upwardly/arcuate shape. A wedge block defines first and second shoulder supports. In operation, the pawl engages the first support surface of the block. In response to inertial loads, the pawl shifts radially to be engaged upon the second support surface, the pawl teeth being forcibly interengaged with the latch gear teeth.

Abstract: A latch assembly for a seat back including a lower support bracket and an upwardly extending arm. A latch gear, mounted to the arm at the hinged connection, includes a first plurality of teeth. First and second cams pivotally secure to the support bracket and are operable to rotate in opposite directions. A pawl is engageable by one or both of the cams and includes additional teeth arrayed in opposing fashion to those of the latch gear. The pawl has an extending end configuration defined by an upwardly/arcuately extending surface. A wedge block includes shoulder support surfaces, the pawl engaging a first surface upon being rotated between latched and disengaged positions. In response to an inertial load, the pawl shifts in a lateral direction to engage upon a second shoulder support surface, the plurality of teeth being forcibly interengaged against those of the latch gear.

Abstract: A latch assembly incorporated into a vehicle seat for forcibly maintaining a seat back portion in an upright position responsive to a determined inertial or crash load. A frame of the seat includes a lower support bracket and an upwardly extending arm hingedly connected to the support bracket, the extending arm defining part of the seat back of the vehicle seat. A latch gear is mounted to the arm at the hinged connection and includes an exterior facing surface defined, in part, by a first plurality of teeth. A first cam is pivotally secured to the support bracket at a first location and operably engages a second cam pivotally secured to the support bracket at a second location so that, upon rotation of the first cam in a given direction, the second cam rotates in an opposite direction. A pawl is pivotally secured to the support bracket at a third location and is engageable by one of or both the first and second cams.

Abstract: A latch assembly incorporated into a vehicle seat for forcibly maintaining a seat back portion in an upright position responsive to a determined inertial or crash load. A frame of the seat includes a pair of support plates mounted and an upwardly extending arm hingedly connected to the support plates, the extending arm defining part of the seat back of the vehicle seat. A latch gear is mounted to the arm at the hinged connection and includes an exterior facing surface defined, in part, by a first plurality of teeth. A first cam is pivotally secured between the support plates at a first location and operably engages a second cam pivotally secured at a second location so that, upon rotation of the first cam in a given direction, the second cam rotates in an opposite direction. A pawl is pivotally and translatably secured at a third location and is engageable by the second cam in normal operation.