Abstract: There is disclosed a heating device which is adapted to be used to warm medical solutions contained within medical devices such as an intravenous bag, intravenous tube or respiratory circuit. The heating device includes an elongated flexible material tube having an interior medical solution channel and a pair of heat channels. The heat channels are filled or coated with a flexible, electrically conductive substance, which forms an electrical resistor. The conductive substance is electrically coupled to an electric power source controller. Electric current passing through the conductive substance creates heat which is transferred from the heat channels to the medical solution contained within the interior medical solution channel.

Abstract: A medical drape which is positioned over the head and upper torso of a patient is disclosed which includes a head flap, a head portion, a torso portion, and two oppositely disposed arm portions. The head flap is of a sufficient length to extend about the backside of the patient=s head. The head portion includes oppositely disposed side wings which aid in covering the head of a patient. Each arm portion includes an access slot extending through the arm portion.

Abstract: A medical drape which is positioned over the head and upper torso of a patient is disclosed which includes a head flap, a head portion, a torso portion, and two oppositely disposed arm portions. The head flap is of a sufficient length to extend about the backside of the patient's head. The head portion includes oppositely disposed side wings which aid in covering the head of a patient. Each arm portion includes an access slot extending through the arm portion.

Abstract: A warming blanket includes a metalized fabric exterior layer and an interior heating element made of a carbon fiber mat or carbon veil. The warming blanket has two oppositely disposed electrodes. The carbon veil includes a central portion positioned between two oppositely disposed margin areas. A temperature sensor is positioned upon the central portion of the heating element.

Abstract: A medical drape which is positioned over the head and upper torso of a patient is disclosed which includes a head flap, a head portion, a torso portion, and two oppositely disposed arm portions. The head flap is of a sufficient length to extend about the backside of the patient's head. The head portion includes oppositely disposed side wings which aid in covering the head of a patient. Each arm portion includes an access slot extending through the arm portion.

Abstract: A medical drape which is positioned over the head and upper torso of a patient is disclosed which includes a head flap, a head portion, a torso portion, and two oppositely disposed arm portions. The head flap is of a sufficient length to extend about the backside of the patient=s head. The head portion includes oppositely disposed side wings which aid in covering the head of a patient. Each arm portion includes an access slot extending through the arm portion.

Abstract: A warming blanket includes a metalized fabric exterior layer and an interior heating element made of a carbon fiber or carbon veil. The warming blanket has two oppositely disposed electrodes. The carbon veil includes a central portion positioned between two oppositely disposed margin areas. A temperature sensor is positioned upon the central portion of the heating element. The warming blanket also has an electrical connector having a hub connector including a pair of spaced apart side guide rails and a guide flange. The electrical connector also has a hub assembly removably coupled to the hub connector. The hub assembly has a mounting tongue being sized and shaped to fit between the spaced part side guide rails and between the second portion of the guide flange and the mounting plate. The hub connector and hum assembly have mating electrical snaps.

Abstract: There is disclosed a heating device which is adapted to be used to warm medical solutions contained within medical devices such as an intravenous bag, intravenous tube or respiratory circuit. The heating device includes an elongated flexible material tube having an interior medical solution channel and a pair of heat channels. The heat channels are filled or coated with a flexible, electrically conductive substance, which forms an electrical resistor. The conductive substance is electrically coupled to an electric power source controller. Electric current passing through the conductive substance creates heat which is transferred from the heat channels to the medical solution contained within the interior medical solution channel.

Abstract: There is disclosed a heating device which is adapted to be used to warm medical solutions contained within medical devices such as an intravenous bag, intravenous tube or respiratory circuit. The heating device includes a metalized fabric having a first layer of clear thermoplastic material, the second layer of vaporized aluminum material, a third layer of thermoplastic material, and a fourth layer of lofted billow spunbond thermoplastic, non-woven material. The heating device is in the form of a generally tubular sleeve forming an IV line channel therein through which the medical device.

Abstract: An elbow pad (10) is disclosed having a padding member (11), a forward strap (12), and forward strap retainer (14), a midway strap (16), and a midway strap retainer (17). The padding member has a central floor (23), a first trapezoidal side wall (24), a second trapezoidal side wall (25), and a generally rectangular, triple layered end wall (26) to protect the posterior side of the elbow. The elbow pad extends from the elbow to the wrist of a wearer to protect the entire forearm.

Abstract: A joint compression wrap (10) is knitted in an integrated knit format to have an oversized joint pouch (15) from which a joint crest (16) extends that is knitted in a rib stitch format that is free of wrinkles when donned. A lower limb portion (14) extends downwardly from the joint pouch and crest and has a constant compression force while an oppositely disposed upper limb portion (12) may have a graduated compression force. The upper limb portion compression force being less than the lower limb portion compression force.

Abstract: A therapeutic compression stocking is knitted in an integrated knit format to have an oversized heel pocket from which an ankle arch portion extends that is knitted in a rib stitch format that is free of wrinkles when donned. The foot portion has a constant compression force while the leg portion has a graduated compression force. The leg portion compression force being less than the foot portion compression force.

Abstract: A therapeutic compression stocking is knitted in an integrated knit format to have an oversized heel pocket from which an ankle arch portion extends that is knitted in a rib stitch format that is free of wrinkles when donned. The foot and leg are of conventional compression stocking construction.

Abstract: A therapeutic compression stocking is knitted in an integrated knit format to have an oversized heel pocket from which an ankle arch portion extends that is knitted in a rib stitch format that is free of wrinkles when donned. The foot and leg are of conventional compression stocking construction.