摘要:
A dispensing device and method for forming a least partially solid or gel-like material from a liquid. At least one liquid issuing from an outlet is subjected to an electric field causing the liquid to form at least one electrically charged jet which, after formation, forms a fiber (F) or breaks up into fiber fragments (FF) or particles (D). The thus formed at least partially solid or gel-like material may be directly deposited, by virtue of the energy in the electrical field, onto a surface area, for example an area of skin enabling, for example, formation of a dressing for a wound or burn which is of high specific area and extremely absorbent. A biologically active ingredient such as a pharmaceutical ingredient or biological matter such as DNA may be incorporated into the fibers (F), fragments (FF) or particles (D). Fibrils, particles or microcapsules incorporating a biologically active ingredient may be supplied for oral or nasal administration to an animal such as a human being.
摘要:
A dressing for promoting healing and pain relief of the body of a living organism having a pathologic condition has at least one layer of conductive material having a resistance no greater than 1000 Ω/cm2. When placed proximate a portion of the body of the living organism suffering from the pathologic condition, the dressing alters the electrodynamic processes occurring in conjunction with said pathologic condition to promote healing and pain relief in the living organism. When used as a wound dressing, the conductive material is placed in contact with tissue around the periphery of the wound and with the wound, lowering the electrical potential and resistance of the wound and increasing the wound current.
摘要翻译:用于促进具有病理状况的活体的身体的愈合和疼痛缓解的敷料具有至少一层电阻不大于1000和OHgr / cm 2的导电材料。 当放置在患有病理状况的活体的身体的一部分附近时,敷料改变与所述病理状况结合发生的电动过程,以促进活体中的愈合和疼痛缓解。 当用作伤口敷料时,导电材料与伤口周围的组织和伤口接触,降低伤口的电位和电阻并增加伤口电流。
摘要:
A dispensing device and method for forming a least partially solid or gel-like material from a liquid. At least one liquid issuing from an outlet is subjected to an electric field causing the liquid to form at least one electrically charged jet which, after formation, forms a fiber (F) or breaks up into fiber fragments (FF) or particles (D). The thus formed at least partially solid or gel-like material may be directly deposited, by virtue of the energy in the electrical field, onto a surface area, for example an area of skin enabling, for example, formation of a dressing for a wound or burn which is of high specific area and extremely absorbent. A biologically active ingredient such as a pharmaceutical ingredient or biological matter such as DNA may be incorporated into the fibers (F), fragments (FF) or particles (D). Fibrils, particles or microcapsules incorporating a biologically active ingredient may be supplied for oral or nasal administration to an animal such as a human being.
摘要:
A dressing for promoting healing and pain relief of the body of a living organism having a pathologic condition has at least one layer of conductive material having a resistance no greater than 1000 null/cm2. When placed proximate a portion of the body of the living organism suffering from the pathologic condition, the dressing alters the electrodynamic processes occurring in conjunction with said pathologic condition to promote healing and pain relief in the living organism. When used as a wound dressing, the conductive material is placed in contact with tissue around the periphery of the wound and with the wound, lowering the electrical potential and resistance of the wound and increasing the wound current. In an exemplary embodiment, the conductive material is a multi-ply nylon fabric plated with silver by an autocatalytic electroless plating process and with the plies in electrical continuity. The dressing provides an antimicrobial and analgesic effect. The dressing may be provided for numerous applications and may include other layers such as an absorbent layer, a semi-permeable layer and additional layer of conductor material. Multilaminate embodiments of the present invention exhibit conductive material concentration gradients and, potentially, a capacitive effect when sequential conductor layers are insulated by intervening layers.
摘要翻译:用于促进具有病理状况的活体的身体的愈合和疼痛缓解的敷料具有至少一层电阻不大于1000Ω/ cm 2的导电材料。 当放置在患有病理状况的活体的身体的一部分附近时,敷料改变与所述病理状况结合发生的电动过程,以促进活体中的愈合和疼痛缓解。 当用作伤口敷料时,导电材料与伤口周围的组织和伤口接触,降低伤口的电位和电阻并增加伤口电流。 在一个示例性实施例中,导电材料是通过自动催化无电镀方法镀覆银的多层尼龙织物,并且层具有电连续性。 敷料提供抗菌和镇痛作用。 敷料可以用于许多应用,并且可以包括其它层,例如吸收层,半渗透层和附加的导体材料层。 当连续的导体层通过中间层绝缘时,本发明的多层实施例表现出导电材料浓度梯度,并且潜在地具有电容效应。
摘要:
A dressing for promoting healing and pain relief of the body of a living organism having a pathologic condition has at least one layer of conductive material having a resistance no greater than 1000 Ω/cm2. When placed proximate a portion of the body of the living organism suffering from the pathologic condition, the dressing alters the electrodynamic processes occurring in conjunction with said pathologic condition to promote healing and pain relief in the living organism. When used as a wound dressing, the conductive material is placed in contact with tissue around the periphery of the wound and with the wound, lowering the electrical potential and resistance of the wound and increasing the wound current.
摘要翻译:用于促进具有病理状况的活体的身体的愈合和疼痛缓解的敷料具有至少一层电阻不大于1000和OHgr / cm 2的导电材料。 当放置在患有病理状况的活体的身体的一部分附近时,敷料改变与所述病理状况结合发生的电动过程,以促进活体中的愈合和疼痛缓解。 当用作伤口敷料时,导电材料与伤口周围的组织和伤口接触,降低伤口的电位和电阻并增加伤口电流。
摘要:
A dressing for promoting healing and pain relief of the body of a living organism having a pathologic condition has at least one layer of conductive material having a resistance no greater than 1000 Ω/cm2. When placed proximate a portion of the body of the living organism suffering from the pathologic condition, the dressing alters the electrodynamic processes occurring in conjunction with said pathologic condition to promote healing and pain relief in the living organism. When used as a wound dressing, the conductive material is placed in contact with tissue around the periphery of the wound and with the wound, lowering the electrical potential and resistance of the wound and increasing the wound current. In an exemplary embodiment, the conductive material is a multi-ply nylon fabric plated with silver by an autocatalytic electroless plating process and with the plies in electrical continuity. The dressing provides an antimicrobial and analgesic effect. The dressing may be provided for numerous applications and may include other layers such as an absorbent layer, a semi-permeable layer and additional layer of conductor material. Multilaminate embodiments of the present invention exhibit conductive material concentration gradients and, potentially, a capacitive effect when sequential conductor layers are insulated by intervening layers.
摘要:
A woven cloth comprised of at least 50% by weight of polyvinyl chloride and/or polyamide fibers and, if necessary, acrylic fibers, but, in any case, less than 10% by weight of cotton and/or rayon fibers, is used as a therapeutic aid to increase the oxygen partial pressure in animal or human musculature. The woven cloth preferably is comprised of at least 50% by weight of polyvinyl chloride fibers, preferably more than 75% by weight of polyvinyl chloride fibers, and a maximum of 25% by weight of acrylic and/or polyester fibers. The woven cloth is used to produce bandages or stockings, for example.
摘要:
An Advanced Electrolytic Device-Bimetallic Wound Dressing that provides galvanic current and has antimicrobial properties. The dressing comprises a pliable base material, along with a pattern of deposited metal powder and flakes. The metal powder and flakes include at least two different metal types. The two different metals create a galvanic current in the wound area.
摘要:
A dressing for promoting healing and pain relief of the body of a living organism having a pathologic condition has at least one layer of conductive material having a resistance no greater than 1000 Ω/cm2. When placed proximate a portion of the body of the living organism suffering from the pathologic condition, the dressing alters the electrodynamic processes occurring in conjunction with said pathologic condition to promote healing and pain relief in the living organism. When used as a wound dressing, the conductive material is placed in contact with tissue around the periphery of the wound and with the wound, lowering the electrical potential and resistance of the wound and increasing the wound current. In an exemplary embodiment, the conductive material is a multi-ply nylon fabric plated with silver by an autocatalytic electroless plating process and with the plies in electrical continuity. The dressing provides an antimicrobial and analgesic effect. The dressing may be provided for numerous applications and may include other layers such as an absorbent layer, a semi-permeable layer and additional layer of conductor material. Multilaminate embodiments of the present invention exhibit conductive material concentration gradients and, potentially, a capacitive effect when sequential conductor layers are insulated by intervening layers.
摘要翻译:用于促进具有病理状况的活体的身体的愈合和疼痛缓解的敷料具有至少一层电阻不大于1000Ω/ cm 2的导电材料。 当放置在患有病理状况的活体的身体的一部分附近时,敷料改变与所述病理状况结合发生的电动过程,以促进活体中的愈合和疼痛缓解。 当用作伤口敷料时,导电材料与伤口周围的组织和伤口接触,降低伤口的电位和电阻并增加伤口电流。 在一个示例性实施例中,导电材料是通过自动催化无电镀方法镀覆银的多层尼龙织物,并且层具有电连续性。 敷料提供抗菌和镇痛作用。 敷料可以用于许多应用,并且可以包括其它层,例如吸收层,半渗透层和附加的导体材料层。 当连续的导体层通过中间层绝缘时,本发明的多层实施例表现出导电材料浓度梯度,并且潜在地具有电容效应。
摘要:
The device (10) comprises a knitted article of the stocking, sock, or tights type having a leg portion suitable for coming into contact with the skin of the lower limb. At least in a portion of its surface in contact with the lower limb, the device comprises a knitted zone (24) that is electrically conductive and that is connected to one terminal of an electromyostimulation generator (12). The height of the conductive zone (24) is defined to cover a extent of a selected region of the lower limb, in particular the calf, thigh, or foot region, and the stitch of the knit in this conductive zone includes a filler yarn and/or a face yarn that is electrically conductive. Advantageously, the knit and the yarn of the article are selected in such a manner as to form a compressive orthosis suitable for delivering therapeutic compressive support that decreases from the ankle.