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    • 3. 发明申请
    • HIGH TEMPERATURE FIBER COMPOSITE BURNER SURFACE
    • 高温纤维复合燃烧器表面
    • WO2010120628A1
    • 2010-10-21
    • PCT/US2010/030435
    • 2010-04-08
    • ALZETA CORPORATIONSULLIVAN, John, D.
    • SULLIVAN, John, D.
    • B32B3/10
    • F23D14/14F23D2212/103F23D2212/201F23D2213/00Y10T428/24273Y10T428/24967Y10T428/249962Y10T442/11
    • A burner surface and creation method are provided. The burner surface includes a frame with a compact layer of unsintered metal and ceramic fibers that have been vacuum cast to a surface of the frame. The layer of unsintered metal and ceramic fibers is not greater than 0.5 inches, and is created without using substantial amounts of polymer pore forming or binding agents. The frame and compact layer additionally include a plurality of apertures that form holes through the burner surface plate. The burner surface plate may be formed by attaching a perforated screen to a fixture, inserting pins through apertures in the screen, introducing a suspension of metal and ceramic fibers into a space above the screen, vacuum casting the metal and ceramic fibers onto the screen to form a layer of metal and ceramic fibers, removing the plurality of pins from the apertures to form a corresponding set of apertures through the layer of metal and ceramic fibers, drying the layer of metal and ceramic fibers to remove moisture, applying colloidal silica to the layer of metal and ceramic fibers, and drying the burner surface.
    • 提供燃烧器表面和制造方法。 燃烧器表面包括具有致密层的未烧结金属和陶瓷纤维的框架,其已被真空铸造到框架的表面。 未烧结的金属和陶瓷纤维层不大于0.5英寸,并且不使用大量的聚合物孔形成或粘合剂而产生。 框架和紧凑层还包括形成穿过燃烧器表面板的孔的多个孔。 燃烧器表面板可以通过将穿孔筛网附着到夹具上,通过筛网中的孔插入销,将金属和陶瓷纤维的悬浮液引入筛网上方的空间中,将金属和陶瓷纤维真空浇铸到筛网上 形成一层金属和陶瓷纤维,从孔中去除多个销,以形成通过金属和陶瓷纤维层的对应的一组孔,干燥金属和陶瓷纤维层以除去水分,将胶体二氧化硅施加到 金属和陶瓷纤维层,并干燥燃烧器表面。
    • 4. 发明申请
    • SCREEN PRINTING FORM AND FLEXIBLE SCREEN PRINTING FORM ACCOMMODATING DEVICE
    • 屏幕格式和设备,用于接收柔性屏幕FORM
    • WO1998010941A1
    • 1998-03-19
    • PCT/EP1997004953
    • 1997-09-10
    • SEFAR AGSCHILLING, ChristianBAUMANN, HorstLEHNER, Martin
    • SEFAR AG
    • B41N01/24
    • B41F15/36B41N1/247Y10T428/24785Y10T428/24975Y10T442/109Y10T442/11Y10T442/124Y10T442/126Y10T442/188
    • The invention relates to a screen printing fabric made of self crossing plastic threads (12, 14) with an emulsion coating, wherein the plastic threads are coated with a vacuum metallized or sputtered encasing layer (18) which is covered by an emulsion bearing metal coating (22) produced by electroplating. The invention also relates to a printing device accommodating a flexible screen printing form in a printing frame, wherein the screen printing form (26) can be fixed and stretched on two parallel areas crossing the moving direction of a movable doctor blade or similar tool and the screen printing form is fastened via interposed connector strips (28, 44) located on two parallel plate rims respectively on the frame side (34) of the printing frame (24) and on a tensioning bar (40) or similar moving element which can move within the frame parallel to said frame side.
    • 本发明涉及一种具有由相交的塑料螺纹(12,14)的丝网印刷织物和乳剂的涂层丝网印刷形式,其中所述塑料螺纹涂覆有其进而由乳液聚合的轴承,通过电镀金属涂层上形成汽相淀积或溅射的包层(18) (22)覆盖。 本发明还涉及一种打印设备用于在其上OD可移位刮板的运动方向。象。工具横动,可固定,并且可以拉紧两个平行的区域,并且丝网印版在印刷帧接收柔性丝网印刷形式,其中所述丝网印刷形式(26),具有的插入 布置在两个平行的面板边缘上,一方面在一个在该移动的平行连接带(28,44)至印刷框架(24)和,另一方面OD的框架侧(34)提供给帧夹持杆(40)的那一侧。等。移动构件是固定的。
    • 7. 发明申请
    • METALLIC SCREEN MATERIAL HAVING A STRAND OR FIBRE STRUCTURE, AND METHOD FOR MANUFACTURING SUCH A MATERIAL
    • 具有条状或纤维结构的金属筛网材料,以及制造这种材料的方法
    • WO1995017534A1
    • 1995-06-29
    • PCT/NL1994000321
    • 1994-12-16
    • STORK SCREENS B.V.SNAKENBORG, Johannes, TonnisKORSSE, Johannes
    • STORK SCREENS B.V.
    • C25D01/08
    • B41N1/247C25D1/08Y10S428/935Y10T428/24479Y10T442/11
    • A screen material is described which is formed by cladding, by means of electroplating, a structure composed of strands (4) or fibres; the structure may consist of a knit, woven or nonwoven material or alternatively of strands (4) or fibres welded together; wound strands (4) or fibres, and which structure may have been subjected to a calendering operation, which material, after having been provided, if required, with an electrically conductive cladding, is provided with a metal layer in an electroplating operation under such conditions, that an overgrowth ratio R greater than 1 is achieved. The invention also relates to a method for manufacturing such a material, which, in particular, involves making use of an electroplating bath for depositing a metal cladding on a starting material in which a chemical compound is present which increases the overgrowth ratio R. The method can be implemented using a variety of conditions by means of which it is possible to set the overgrowth ratio R to a desired value.
    • 描述了通过电镀包覆由线(4)或纤维构成的结构形成的屏幕材料; 该结构可以由编织物,编织物或非织造材料组成,或者可以是焊接在一起的线束(4)或纤维; 缠绕的股线(4)或纤维,并且哪个结构可能已经进行压延操作,如果需要的话,该材料在需要时具有导电包层,在这种条件下的电镀操作中设置有金属层 ,实现了过度生长比R大于1。 本发明还涉及一种用于制造这种材料的方法,其特别涉及利用用于在其中存在增加过度生长比R的存在化学化合物的起始材料上沉积金属包层的电镀浴。该方法 可以使用各种条件来实现,借此可以将过度生长比R设定为期望值。