Abstract: A tension adjusting and stabilization system and method can include an elastic compression bandage including long-stretch elastomeric yarns and an approximate 1:1 stretch characteristic. A change in length-wise stretch of the bandage results in an approximately proportional change in compressive pressure provided by the bandage. The system and method can further include a means for indicating a qualitative degree of tension of the bandage and a means for indicating a quantitative amount of pressure being applied by that degree of tension.

Abstract: A compression and sensing system and/or method can include a wearable compressive pressure device comprising an elastic fabric; an electrically conductive yarn knitted into the device and comprising a transmission circuit configured to transmit an electrical signal representing a compressive pressure value in an area of a body to a connection point on the transmission circuit; a sensor connectable to the transmission circuit and configured to sense compressive pressure in the area of a body to which the device is applied; and a data processor/display unit connectable to the transmission circuit and configured to display the transmitted compressive pressure value. The data processor/display unit can be utilized to read interface compressive pressure provided by an inner sleeve and the cumulative interface compressive pressure provided by the inner sleeve and an outer wrap.

Abstract: A sleeve-wrap compression system can include a seamless, inner sleeve comprising a long-stretch elastomeric material and an interior terry surface; and an elongated outer wrap comprising a long-stretch elastomeric material. When applied to a patient's limb, the inner sleeve can exert a first compressive pressure that secures the inner sleeve in a therapeutic position on the limb. When applied by stretching over the inner sleeve, the outer wrap can exert a second compressive pressure and frictionally engage the inner sleeve, thereby securing the compression system as a single compressive entity in the therapeutic position on the limb.

Abstract: A body monitoring system can include a wearable device, and a circuit for conducting electrical signals having an electrically conductive yarn knitted into the device. The circuit can further include a sensor circuit configured to sense a variable in an area of a body to which the device is applied. The circuit can further include a transmission circuit configured to transmit an electrical signal representing a value of a variable in an area of a body to another location. The other location can be an external device separate from the wearable device, such as an electronic display unit.

Abstract: A color change compression fabric and/or garment can include an elastic material having one color in an unstretched condition that changes to a different color in a stretched condition. The different, stretched color corresponds to a predetermined amount of stretch applied to the material, which in turn can correspond to a predetermined amount of compressive pressure. The compression fabric may include a covering yarn having a first color and wrapped a number of turns about an elastic yarn having a second color different than the first color. When the fabric is stretched, the turns of the covering yarn move apart from each other to expose the second color of the elastic yarn underneath. A particular amount of fabric stretch can provide a unique color profile of a combination of the first and second colors, and the unique color profile preferably corresponds to a certain amount of compressive pressure.

Abstract: An anti-slip garment can include a body and an anti-slip portion integrally formed with the body. The anti-slip portion can include a gripping ink composition applied on the inner surface of the anti-slip portion. In this way, when the garment is worn, the gripping ink frictionally engages a wearer's skin sufficiently to maintain the garment in a desired position on the wearer. In certain embodiments, the gripping ink can comprise a compound comprising silica in a ratio of about 1% to about 5% by weight. In such a garment, the risk of constriction due to elasticity in an area underlying the anti-slip portion can be prevented in the event swelling occurs or increases while the garment is being worn.

Abstract: A compression adjustable fabric and/or garment, system, and/or method can include a compression element (a) integrated into a fabric structure, (b) having a compressive pressure capability independent from compressive pressure capabilities inherent in the fabric structure, and (c) adjustable to provide various compressive pressures. In such a garment, the compressive pressure provided by the garment can be adjusted in all or part of the garment while the garment is being worn. The compressive pressures in different parts of the garment may be independently adjustable. The compression element can further comprise an inflatable tube and/or an electrically stimulatable yarn. The compression element can be integrated into the fabric structure by being knit into, or laid in, the fabric structure.

Abstract: A health monitoring and management device, system, and/or method can include a sensor adapted to detect changes in one or more health indicators and transmit data related to the health indicators. The system can further include an interventional element adapted to receive a health intervention command and provide a health intervention related to the health indicators. The system can further include a microprocessor adapted to receive and analyze the health indicator data transmitted by the sensor, formulate the health intervention command related to the health indicator data according to pre-determined parameters, and transmit the health intervention command to the interventional element. The health intervention command can be transmitted to the interventional element within a clinically relevant time period.

Abstract: A tubular garment includes a number of zones of compressive pressure about the circumference of the garment. A zone of compressive pressure in the distal portion of the garment includes a stitch pattern that is more dense than at least a portion of the stitch pattern in a zone of compressive pressure in the proximal portion of the garment. As a result, the compressive pressure in the distal portion zone is greater than the compressive pressure in the proximal portion zone. A more dense stitch pattern in one portion of a single zone can provide cushioning and increased compressive pressure compared to another portion of the zone. A more dense stitch pattern useful in such garments includes tuck stitches.

Abstract: This invention relates to a therapeutic bag for use in hot or cold treatment therapy of injuries. The therapeutic bag comprises a chamber comprising a mouth and an interior containment pocket; a sealing mechanism fixedly attached to the chamber for sealing the interior containment pocket closed in a substantially leak-proof manner, and an attachment mechanism fixedly attached to the therapeutic bag for positioning and holding the chamber in a desired location. Also disclosed are methods of manufacturing the therapeutic bag and methods for using the therapeutic bag in a treatment protocol.

Abstract: A multilayer compression stocking or bandage system comprises a plurality of layers, including an underlayer and at least one overlayer, each of which may have predetermined amounts of compressive pressure at discrete locations. In one aspect, the underlayer has one or more alignment markings, each positioned at a different location on the underlayer to assist in aligning discrete locations of compressive pressure on the lower extremities. In another aspect, each of the layers has one or more alignment markings, each alignment marking positioned at a different location on the respective layer, and each alignment marking on a layer corresponds to a different one of the alignment markings on each other layer.

Abstract: A mitten is provided with pouches for receiving packages of heat transfer material. The packages of heat transfer material are inserted into the pouches and the mitten is placed in a microwave to heat the material or in a freezer to cool the material. After sufficient heating or cooling, the mitten may be removed and placed on the user's hand to provide hours of warmth or cold. The mitten may be provided with velcro.TM.-type fasteners so as to secure the mitten around the arm of the user.