NEGATIVE PRESSURE ASSISTED TISSUE TREATMENT SYSTEM
    22.
    发明申请
    NEGATIVE PRESSURE ASSISTED TISSUE TREATMENT SYSTEM 审中-公开
    负压辅助组织治疗系统

    公开(公告)号:US20160235897A1

    公开(公告)日:2016-08-18

    申请号:US15142665

    申请日:2016-04-29

    Abstract: A system for stimulating the healing of tissue comprises a porous pad positioned within a wound cavity, and an airtight dressing secured over the pad, so as to provide an airtight seal to the wound cavity. A proximal end of a conduit is connectable to the dressing. A distal end of the conduit is connectable to a negative pressure source, which may be an electric pump housed within a portable housing, or wall suction. A canister is positioned along the conduit to retain exudates suctioned from the wound site during the application of negative pressure. A controller for automated oscillation of pressure over time is provided to further enhance and stimulate the healing of an open wound. A power management motor control for varying pump drive frequency and managing a portable power supply is provided to increase battery life and improve patient mobility.

    Abstract translation: 用于刺激组织愈合的系统包括定位在伤口腔内的多孔垫,以及固定在垫上的气密敷料,以便向伤口腔提供气密密封。 导管的近端可连接到敷料。 导管的远端可连接到负压源,负压源可以是容纳在便携式外壳内的电动泵或壁吸力。 沿着管道定位罐,以在施加负压期间保持从伤口部位抽吸的渗出物。 提供用于随时间自动振荡压力的控制器,以进一步增强和刺激开放伤口的愈合。 提供用于改变泵驱动频率和管理便携式电源的电力管理电动机控制以增加电池寿命并提高患者的移动性。

    DECOMPRESSION THERAPY TREATMENT SYSTEM

    公开(公告)号:US20210128340A1

    公开(公告)日:2021-05-06

    申请号:US17081243

    申请日:2020-10-27

    Abstract: A treatment system includes an dressing having a decompression layer and an occlusive layer that secures the dressing about a treatment site, and defines a treatment chamber within which the decompression layer is positioned. Operation of an air displacement device fluidly coupled to the chamber causes the decompression layer to compress away from the tissue site, resulting in a pulling force being imparted onto the treatment site. This decompression of the tissue site increases the perfusion of blood and other fluids, and advantageously may reduce swelling at the treatment site. To increase the degree of lifting of the treatment site, the decompression layer is advantageously constructed to exhibit a parallel plate effect during use of the treatment system. For example, the decompression layer is constructed having a center of stiffness located closer to an outwardly-facing surface of the decompression layer than a tissue-facing surface of the decompression layer.

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