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    • 4. 发明授权
    • Oxygen producing bandage
    • 氧气绷带
    • US5855570A
    • 1999-01-05
    • US753421
    • 1996-11-25
    • Daniel A. SchersonMelvyn I. Burk
    • Daniel A. SchersonMelvyn I. Burk
    • A61F13/00
    • A61F13/00068A61F13/069A61F2013/00157A61F2013/0017A61F2013/00365A61F2013/00519A61F2013/00902A61F2013/0097
    • A portable, self-contained device is described for the topical application of oxygen to promote the healing of skin wounds. The device is comprised of a wound dressing that incorporates an electrochemical, chemical, or thermal means of generating high purity oxygen. The device can regulate the supply of oxygen to an area above the wound at various concentrations, pressures and dosages. The device is driven by a built in or accessory power source. Ambient air is brought into contact with a gas permeable cathode. Oxygen present in the air is reduced at the cathode to negative ions (i.e. peroxide, superoxide or hydroxyl ions) and/or their unprotonated and protonated neutral species. One or more of these species diffuse through an electrolyte and are then oxidized at a gas permeable anode to produce a high concentration of oxygen directly above the wound. Oxygen can also be depleted from that same area by reversing the polarity of the power source allowing the supply of oxygen to the wound to be modulated, thereby controlling the rate of healing.
    • 描述了便携式,独立的装置,用于局部施用氧气以促进皮肤伤口的愈合。 该装置由包含产生高纯氧的电化学,化学或热装置的伤口敷料组成。 该装置可以以不同的浓度,压力和剂量调节氧气到伤口上方的区域。 该设备由内置或附件电源驱动。 环境空气与透气阴极接触。 存在于空气中的氧在阴极被还原成负离子(即过氧化物,超氧化物或羟基离子)和/或其未质子化和质子化的中性物质。 这些物质中的一种或多种通过电解质扩散,然后在透气阳极处被氧化,以在伤口上方产生高浓度的氧。 通过反转电源的极性,氧也可以从相同的区域消耗,从而允许向伤口供应氧以进行调节,从而控制愈合速率。
    • 5. 发明授权
    • Oxygen producing bandage and method
    • 氧气绷带和方法
    • US5578022A
    • 1996-11-26
    • US421679
    • 1995-04-12
    • Daniel A. SchersonMelvyn I. Burk
    • Daniel A. SchersonMelvyn I. Burk
    • A61F13/00
    • A61F13/00068A61F13/069A61F2013/00157A61F2013/0017A61F2013/00365A61F2013/00519A61F2013/00902A61F2013/0097
    • A portable, self-contained device is described for the topical application of oxygen to promote the healing of skin wounds. The device is comprised of a wound dressing that incorporates an electrochemical, chemical, or thermal means of generating high purity oxygen. The device can regulate the supply of oxygen to an area above the wound at various concentrations, pressures and dosages. The device is driven by a built in or accessory power source. Ambient air is brought into contact with a gas permeable cathode. Oxygen present in the air is reduced at the cathode to negative ions (i.e. peroxide, superoxide or hydroxyl ions) and/or their unprotonated and protonated neutral species. One or more of these species diffuse through an electrolyte and are then oxidized at a gas permeable anode to produce a high concentration of oxygen directly above the wound. Oxygen can also be depleted from that same area by reversing the polarity of the power source allowing the supply of oxygen to the wound to be modulated, thereby controlling the rate of healing.
    • 描述了便携式,独立的装置,用于局部施用氧气以促进皮肤伤口的愈合。 该装置由包含产生高纯氧的电化学,化学或热装置的伤口敷料组成。 该装置可以以不同的浓度,压力和剂量调节氧气到伤口上方的区域。 该设备由内置或附件电源驱动。 环境空气与透气阴极接触。 存在于空气中的氧在阴极被还原成负离子(即过氧化物,超氧化物或羟基离子)和/或其未质子化和质子化的中性物质。 这些物质中的一种或多种通过电解质扩散,然后在透气阳极处被氧化,以在伤口上方产生高浓度的氧。 通过反转电源的极性,氧也可以从相同的区域消耗,从而允许向伤口供应氧以进行调节,从而控制愈合速率。
    • 10. 发明授权
    • Modified platinum substrates for oxygen reduction
    • 用于氧还原的改性铂基板
    • US06368488B1
    • 2002-04-09
    • US09623339
    • 2000-11-15
    • Daniel A. Scherson
    • Daniel A. Scherson
    • C25B128
    • C25B11/0484B01D53/326C25B1/30C25B11/04H01M4/38H01M4/667H01M4/92
    • An electrode (10, 112) containing platinum has its surface modified with sulfur, tellurium, or selenium, or compounds thereof, which renders the surface highly selective for the conversion of oxygen to hydrogen peroxide. The high selectivity of the electrode, and its ability to function in acidic electrolytes make it suitable to a variety of electrochemical processes. In a preferred embodiment, an oxygen concentration device (A) incorporating the electrode as a cathode (10) also includes an anode (12) and a selective membrane (14), formed from a solid polymer electrolyte material, between the anode and the cathode. An oxygen-containing atmosphere is brought into contact with the cathode where it is converted to hydrogen peroxide. The hydrogen peroxide passes through the membrane to the anode where it is reconverted to purified oxygen.
    • 含有铂的电极(10,112)的表面被硫,碲或硒或其化合物表面改性,这使得表面对氧转化为过氧化氢具有高选择性。 电极的高选择性及其在酸性电解质中的功能使其适用于各种电化学过程。 在优选实施例中,将电极作为阴极(10)并入的氧浓度装置(A)还包括在阳极和阴极之间由固体聚合物电解质材料形成的阳极(12)和选择性膜(14) 。 使含氧气氛与阴极接触,将其转化为过氧化氢。 过氧化氢通过膜到达阳极,在那里再转化为纯化的氧气。