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    • 1. 发明授权
    • Sterilization container and instrument holder therefor
    • 灭菌容器及仪器架
    • US06193932B1
    • 2001-02-27
    • US09213792
    • 1998-12-17
    • Su-Syin WuCharles S. BankertAnahid GamsarianAbraham Merhazion
    • Su-Syin WuCharles S. BankertAnahid GamsarianAbraham Merhazion
    • A61L216
    • A61L2/208A61B50/33A61L2/07A61L2/20A61L2/26A61L2202/122A61L2202/24
    • A sterilization container has an improved elastomeric instrument holder. The instrument holder comprises a panel of elastomer having a projection depending downwardly therefrom and received within an perforation through a perforated surface within the container to hold the panel thereto. An aperture through the panel is adapted for receiving and holding an instrument to be sterilized. An inner surface of the aperture is adapted to have a reduced area of contact with an instrument received within the aperture. For example, the surface may comprise chamfers which meet to form a sharp ridge which contacts the instrument. The contact surface may also be textured to reduce the area of contact with the instrument. Alternatively, the surface may be formed of a material which is sufficiently permeable to a sterilizing gas so as to allow the area of the instrument in contact with the surface to receive a sufficient amount of sterilizing gas to become sterilized.
    • 灭菌容器具有改进的弹性体仪器支架。 仪器支架包括弹性体板,其具有从其向下悬垂的突出部,并且通过容器内的穿孔表面接收在穿孔内以将面板保持在其上。 穿过面板的孔适于接收和保持待消毒的仪器。 孔的内表面适于具有与容纳在孔内的器械的减小的接触面积。 例如,表面可以包括倒角,其相交以形成与仪器接触的尖锐脊。 接触表面也可以被纹理化以减小与仪器接触的面积。 或者,表面可以由对灭菌气体充分渗透的材料形成,以使得仪器与表面接触的区域能够接收足够量的灭菌气体而被灭菌。
    • 2. 发明授权
    • Method of enhanced sterilization with improved material compatibility
    • 增强灭菌方法,提高材料的相容性
    • US06365102B1
    • 2002-04-02
    • US09470246
    • 1999-12-22
    • Su-Syin S. WuNancy S. ChuAbraham Merhazion
    • Su-Syin S. WuNancy S. ChuAbraham Merhazion
    • A61L214
    • A61L2/202A61L2/14A61L2/206
    • A method of enhanced sterilization with improved material compatibility. The following enhancements have been made. First, repeated venting, evacuation, and plasma treatments can be performed in the pre-plasma stage. Second, a lower power level can be used in the post-plasma stage than in the pre-plasma stage. Third, after the post-plasma stage, the chamber can be held at atmospheric pressure or sub-atmospheric pressure for a period of time after venting, before re-evacuating the chamber, rather than evacuating after the chamber is vented to atmospheric pressure or sub-atmospheric pressure. Any of the three enhancements may be used separately, and it is not necessary to practice all three enhancements to obtain at least some of the benefits of enhanced sterilization with improved material compatibility.
    • 一种增强灭菌的方法,具有改善的材料相容性。 进行了以下改进。 首先,可以在预等离子体阶段进行反复排气,排空和等离子体处理。 其次,在等离子体后阶段中可以使用比在等离子体前阶段更低的功率水平。 第三,在后等离子体阶段之后,在排气之后,室可以在大气压或低于大气压的压力下保持一段时间,而不是在室被排放到大气压之后抽真空 -气压。 三种增强中的任一种可以单独使用,并且不需要实施所有三种增强方式以获得具有改善的材料相容性的增强灭菌的至少一些益处。