Abstract: At least one removable accessory foodstuff holder is inserted into one slot of a conventional automatic toaster. When in place the foodstuff holder shields one side of a foodstuff from direct exposure to infrared radiation from one of the toaster slot's two opposing heating element and exposes the other side of said foodstuff to the direct infrared radiation emitted from second heating element of the toaster. The side, shielded from direct infrared radiation of said foodstuff, is heated by heat conducted to it from the shielded toasting element. A heat insulating means is provided to facilitate the insertion and removal of said foodstuff holder. The holder is useful for the toasting and heating of bagels, rolls, bread, pretzels, waffles and similar foodstuffs fabricated for conventional toasters.

Abstract: The invention concerns fat frying methods and a microwave oven kit that provide, as desired, the results top-of-the-range-frying, oven baking, oven broiling, barbequing and conventional deep fat frying. The kit includes a metal, microwave browning pan, a microwave permeable cover and a microwave reflective cover. The methods concern utilizing preselected amounts of oil and different kit configurations to enhance the preparation of pizza pies, fruit pies, coffee beans, soy beans, cakes, bread, bagels, rolls, tortillas, matzos, noodles, steaks, chops, spare ribs, popcorn and frozen convenience TV dinners as well as fried chicken, fish sticks, potato chips, and French fried potatoes. This invention adds to the microwaving and then conventional broiling methods taught in U.S. Pat. No. 5,094,865 and in U.S. Pat. No. 5,057,331.

Abstract: The surgical clip includes a U or a V shaped body having clip legs extending from its apex and terminal ends having a lateral span extending outboard from the clip. The terminal ends are shaped as triangles, ovals, a T, oblong or a wide end hexagonal shape. Sometimes, the terminal ends define outboard directed hooks. The clip's inboard surface may have gripping grooves. A clip applicator includes clip carrying jaws pivotally coupled and forming a mouth. Keyways capture clip ends. If the clip is hooked, the jaws define complementary latch openings. A system for closing the clip jaws may be linked scissor-like members, cam actuators and followers or cam follower surfaces. The clip applier may include tactile response indicators for the user to indicate partial or full jaw closure and full open-clip release positions.

Abstract: The present invention relates generally to medical devices for applying hemostatic composition to a puncture or wound site with indwelling tubular element, such as catheter, introducer or tube therein, particularly a hemostatic pad with an opening therethrough in order to allow egress of the indwelling tubular element through the hemostatic pad as the hemostatic pad provide hemostasis at the hemorrhaging site. The device may be applied to, or removed from, the wound site while the tubular element is in place. A method for effecting hemostasis at a puncture wound, includes applying pressure proximal to the puncture wound, and directing a cationic biopolymer of glucosamine application surface of a closure pad against the puncture wound with force sufficient to prevent fluid from exiting the puncture wound. Then the pressure proximal to the puncture wound is removed and the force on the closure pad is maintained for at least a first predetermined time period.

Abstract: The present invention relates generally to medical devices for applying hemostatic composition to a puncture or wound site with indwelling tubular element, such as catheter, introducer or tube therein, particularly a hemostatic pad with an opening therethrough in order to allow egress of the indwelling tubular element through the hemostatic pad as the hemostatic pad provide hemostasis at the hemorrhaging site. The device may be applied to, or removed from, the wound site while the tubular element is in place. A method for effecting hemostasis at a puncture wound, includes applying pressure proximal to the puncture wound, and directing a cationic biopolymer of glucosamine application surface of a closure pad against the puncture wound with force sufficient to prevent fluid from exiting the puncture wound. Then the pressure proximal to the puncture wound is removed and the force on the closure pad is maintained for at least a first predetermined time period.

Abstract: A hemostatic device comprises an adhesive bandage and a hemostatic pad. The adhesive bandage includes an adhesive backing, an absorbent pad attached to a bottom surface of the adhesive backing, and a flexible disc attached to a top surface of the adhesive backing. The adhesive backing includes a central portion and two adhesive ends extending from the central portion. The hemostatic pad is attached to a bottom surface of the absorbent pad. A hemostatic effective amount of hemostatic agent is attached to a bottom surface of the hemostatic pad. The hemostatic pad defines an aperture at an approximately central point and an elongated cut extending from the aperture. The bandage defines an associate aperture and an elongated cut above the aperture and the elongated cut of the hemostatic pad. The apertures and the cuts allow the passage of an indwelling tubular element at the puncture wound.

Abstract: A device for cutting and retrieving tissue, including a handle having a tube, a first set of wires positioned within the tube and extending from the handle to distal ends, and a control tip secured to the distal ends. A second set of wires are positioned within the tube and extend from the handle, through a slot in the control tip, to coupled distal ends. A retaining pin is secured to the control tip, extends between at least two of the second set of wires, allows the second set of wires to be extended from the tube and through the control tip, and prevents the second set of wires from being withdrawn from the control tip and into the tube. The retaining pin also extends the second set of wires from the tube upon the first set of wires being extended from the tube.

Abstract: A hemostatic device comprises an adhesive bandage and a hemostatic pad. The adhesive bandage includes an adhesive backing, an absorbent pad attached to a bottom surface of the adhesive backing, and a flexible disc attached to a top surface of the adhesive backing. The adhesive backing includes a central portion and two adhesive ends extending from the central portion. The hemostatic pad is attached to a bottom surface of the absorbent pad. A hemostatic effective amount of hemostatic agent is attached to a bottom surface of the hemostatic pad. The hemostatic pad defines an aperture at an approximately central point and an elongated cut extending from the aperture. The bandage defines an associate aperture and an elongated cut above the aperture and the elongated cut of the hemostatic pad. The apertures and the cuts allow the passage of an indwelling tubular element at the puncture wound.

Abstract: A method for effecting hemostasis at a puncture wound, includes applying pressure proximal to the puncture wound, and directing a cationic biopolymer of glucosamine application surface of a closure pad against the puncture wound with force sufficient to prevent fluid from exiting the puncture wound. Then the pressure proximal to the puncture wound is removed and the force on the closure pad is maintained for at least a first predetermined time period. The force on the closure pad is removed if hemostasis is verified. The puncture wound may then be dressed over the closure pad, and the dressing and the closure pad removed after a second predetermined time period.

Abstract: The present invention relates generally to medical devices for applying hemostatic composition to a puncture or wound site with indwelling tubular element, such as catheter, introducer or tube therein, particularly a hemostatic pad with an opening therethrough in order to allow egress of the indwelling tubular element through the hemostatic pad as the hemostatic pad provide hemostasis at the hemorrhaging site. The device may be applied to, or removed from, the wound site while the tubular element is in place. A method for effecting hemostasis at a puncture wound, includes applying pressure proximal to the puncture wound, and directing a cationic biopolymer of glucosamine application surface of a closure pad against the puncture wound with force sufficient to prevent fluid from exiting the puncture wound. Then the pressure proximal to the puncture wound is removed and the force on the closure pad is maintained for at least a first predetermined time period.

Abstract: A device for cutting and retrieving tissue, including a handle having a tube, a first set of wires positioned within the tube and extending from the handle to distal ends, and a control tip secured to the distal ends. A second set of wires are positioned within the tube and extend from the handle, through a slot in the control tip, to coupled distal ends. A retaining pin is secured to the control tip, extends between at least two of the second set of wires, allows the second set of wires to be extended from the tube and through the control tip, and prevents the second set of wires from being withdrawn from the control tip and into the tube. The retaining pin also extends the second set of wires from the tube upon the first set of wires being extended from the tube.

Abstract: An ampoule which has been designed to contain sterile medicinal fluids of various types and doses in a measured dose fashion, which allows direct administration via linkage to standardized existing indwelling catheters, tubing and even hypodermic needle hubs by virtue of a contained Luer Lock fitting. The invention eliminates the need to draw up fluids into intermediary devices such as needles and syringes or other injection devices, thus minimizing costs and enhancing safety and convenience. The ampoule, by virtue of finger pressure on its flexible structure, allows complete administration directly into the body or its structures. The contents of the ampoule are protected and the sterility of contents and linkage mechanism is protected by a cover which occludes the opening into the ampoule until use. The ampoule also allows direct administration by connection of its Luer Lock fitting to standard hypodermic needles and hubs for injection into or through body structures.

Abstract: A spring actuated medical injector for the continuous injection of dye, medication, etc. into a patient having a handle, a syringe holder, an actuating arm extending from a coil spring to the position of the syringe holder all made of a single length of wire and a detent plate member pivotally mounted on the handle for restraining and releasing the actuating arm whereby the actuating arm resting on the plunger of the syringe will exert a continuous force thereon until the fluid in the syringe has been expelled.