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    • 2. 发明申请
    • METHOD FOR THE PRODUCTION OF STRUCTURED CELLULOSE PATCHES OR ELEMENTS AND DEVICES MADE USING SUCH A METHOD
    • 使用这种方法制造结构化纤维素贴片或元件的方法和装置
    • WO2015040106A1
    • 2015-03-26
    • PCT/EP2014/069882
    • 2014-09-18
    • ETH ZÜRICH
    • LENDENMANN, TobiasFISCHER, MaximilianBOTTAN, SimoneFERRARI, AldoPOULIKAKOS, Dimos
    • A61F13/00A61F13/02C08J5/00C08L1/02
    • B29C41/003A61F13/00021A61F13/00987A61F13/00995A61F13/023A61F2013/00157A61F2013/00327A61F2013/00927A61N1/362B29K2001/00B29K2883/00
    • The invention relates to a method for the self-assembled production of a topographically surface structured cellulose element (10) wherein in a first step a mold (2) with on one side a first surface (4) which is in a complementary manner topographically surface structured and which is permeable to oxygen is provided, wherein a liquid growth medium containing cellulose producing bacteria is provided, and wherein the mold (2) is placed to form a liquid/air interface of the liquid growth medium such that the side of the mold with the first surface (4) is in direct contact with the liquid growth medium, and with an opposite side (3) is facing air or a specifically provided oxygen containing gas surrounding, allowing for said bacteria to produce and deposit cellulose on said first surface (4) and developing on the interface therewith a topographically surface structured surface complementary thereto, until a contiguous cellulose layer with a thickness of the element (10) of at least 0.3mm is formed; and wherein in a second step the element (10) is removed from said mold. Furthermore the invention relates to elements made using such a method and uses of such elements for various applications.
    • 本发明涉及一种用于自组装生产地形表面结构的纤维素元件(10)的方法,其中在第一步骤中,模具(2)在一侧具有第一表面(4),所述第一表面以互补的方式形成地形表面 提供了可渗透氧的结构,其中提供含有纤维素生成细菌的液体生长培养基,并且其中放置模具(2)以形成液体生长培养基的液体/空气界面,使得模具的侧面 其中所述第一表面(4)与所述液体生长介质直接接触,并且相对侧(3)面向空气或围绕所述特定提供的含氧气体,允许所述细菌在所述第一表面上产生和沉积纤维素 (4),并在其界面上与其互补的地形表面结构化表面显影,直到具有至少0.3mm i的元件(10)的厚度的连续纤维素层 形成; 并且其中在第二步骤中,所述元件(10)从所述模具移除。 此外,本发明涉及使用这种方法和使用这些元件制造各种应用的元件。
    • 6. 发明申请
    • WOUND COVERING
    • 绕线覆盖
    • WO0238096A2
    • 2002-05-16
    • PCT/US0128822
    • 2001-09-14
    • VELCRO INDFERDINAND JUSTIN WJOY JEFFREY SPFAFF DARYL DROBERTS JENNIFER
    • FERDINAND JUSTIN WJOY JEFFREY SPFAFF DARYL DROBERTS JENNIFER
    • A61F13/00A61F15/00
    • A61F13/00995A61F15/006A61F2013/00561A61F2013/00565A61F2013/0057A61F2013/00834
    • A bandage wrap (10, 40, 300, 300', 400) in the form of a strip composite material defining a longitudinal direction includes a longitudinally continuous band (18, 48, 330, 330', 430) of loop-engageable fastener elements (14, 42, 332, 332') a longitudinally continuous strip of loop material (22, 52, 314, 414) and a longitudinally continuous band of wound dressing (24, 54, 336, 436) spaced from both longitudinal edges of the bandage wrap and extending from a side (20, 50, 328, 428) of the bandage wrap opposite the fastener elements. A reclosable wound covering assembly includes a frame member (102) defining a central aperture (110), the frame having a first and a second broad surface (114, 116), loop-engageable fastener elements (112) extending from the first broad surface about a perimeter of the aperture, and an adhesive (118) disposed on the second broad surface for adhering the frame member to skin (101) and a wound covering (104) including a loop material (122) engageable by the fastener elements and a wound dressing (124) permanently attached to the loop material the loop material being sized and shaped to cover the aperture (110) and to overlap the perimeter for releasably engaging the loop material with the frame member, the wound dressing being arranged to be received in the aperture when the loop material is engaged by the fastener elements about the perimeter of the aperture. Such an assembly can be adhesive free by including loop engageable fastening straps (120, 132). Methods of making a bandage wrap and a reclosable wound covering assembly are also disclosed.
    • 限定纵向方向的带状复合材料形式的绷带包裹物(10,40,300,300',400)包括可与环可接合的紧固件元件的纵向连续带(18,48,330,330',430) (22,42,332,332')纵向连续的环形材料带(22,52,314,414)以及纵向连续的伤口敷料(24,54,336,436)带,其与所述纵向边缘的两个纵向边缘间隔开 绷带包裹并从与紧固件元件相对的绷带包裹物的一侧(20,50,328,428)延伸。 可重新闭合的伤口覆盖组件包括限定中心孔(110)的框架构件(102),框架具有第一和第二宽表面(114,116),可从第一宽表面延伸的可圈紧的紧固件元件 围绕所述孔的周边,以及设置在所述第二宽表面上用于将所述框架构件粘附到皮肤(101)的粘合剂(118)和包括可由所述紧固件元件接合的环形材料(122)的伤口覆盖物(104) 伤口敷料(124)永久地附接到环形材料上,环形材料的尺寸和形状被设计成覆盖孔(110)并且与周边重叠,以将环材料与框架构件可释放地接合,伤口敷料被布置成接收在 当环材料被紧固元件围绕孔的周边接合时的孔径。 这种组件可以通过包括环可接合的紧固带(120,132)而不含粘合剂。 还公开了制造绷带包装和可再闭合伤口覆盖组件的方法。