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    • 4. 发明申请
    • DRYER FABRIC
    • 干布
    • WO2014016364A1
    • 2014-01-30
    • PCT/EP2013/065672
    • 2013-07-25
    • VOITH PATENT GMBH
    • ALIAS, AnasABRAHAM, Jürgen
    • D21F1/00
    • D21F7/12D21F1/0027D21F1/0054
    • The invention relates to a papermaking dryer fabric (1) comprising a system of MD yarns (2) interwoven with a system of CMD yarns (3) in a single layer weave, said MD yarns comprise groups (4) of MD yarns, wherein each of said groups of MD yarns being formed by a plurality of adjacent MD yarns weaving in said group side-by-side the same weave path with said CMD yarns, wherein said dryer fabric (1) is flat woven with seaming loops which are arranged at the widthwise edges of the fabric to make it endless and wherein at least some of said seaming loops are formed by at least some MD yarns of said groups of MD yarns. Said MD yarns forming said groups of MD yarns have a circular cross section and said CMD yarns are ungrouped CMD yarns and at least some of said CMD yarns have a non-circular cross section with a width to height ratio of more than 1 and wherein said dryer fabric has an air permeability between 25 cfm and 200 cfm.
    • 本发明涉及一种造纸干衣机织物(1),其包括与单层织物中的CMD纱线(3)系统交织的MD纱线(2)的系统,所述MD纱线包括MD纱线组(4),其中每个 所述一组MD纱线由多个相邻的MD纱线组成,所述多个相邻的MD纱线在所述组中以与所述CMD纱线相同的编织路径并排编织,其中所述干衣机织物(1)是平面编织的,接缝环布置在 织物的宽度方向边缘使其无限期,并且其中至少一些所述接缝环由所述MD组纱线的至少一些MD纱线形成。 形成所述MD组纱线的所述MD纱线具有圆形横截面,并且所述CMD纱线是未分组的CMD纱线,并且所述CMD纱线中的至少一些具有宽度与高度比大于1的非圆形横截面,并且其中所述 干燥织物的透气度在25cfm和200cfm之间。
    • 5. 发明申请
    • PAPERMAKING MACHINE WITH FELT WASHING DEVICES AND FELT WASHING METHOD
    • 造纸机具有洗涤洗涤装置和熔融洗涤方法
    • WO2008029430A1
    • 2008-03-13
    • PCT/IT2007/000609
    • 2007-09-04
    • A. CELLI PAPER S.P.A.CELLI, Marco
    • CELLI, Marco
    • D21F7/12D21F1/32
    • D21F7/12D21F1/32
    • The machine comprises at least one continuous flexible member (13), such as a felt or a fabric or the like, movable along a closed path. Along a first portion of the path the continuous flexible member is in contact with a layer of aqueous slurry of cellulose fibers. In a second portion of the path the continuous flexible member is not in contact with the layer of cellulose slurry and along said second portion there is disposed a water distributor (41) to wash the continuous flexible member. In proximity of the water distributor the continuous flexible member is diverted around a centrifugal roller (27) to cause discharge by centrifugation of at least part of the water contained in the continuous flexible member.
    • 该机器包括至少一个可沿封闭路径移动的连续柔性构件(13),例如毡或织物等。 沿着路径的第一部分,连续的柔性构件与纤维素纤维的含水浆料层接触。 在路径的第二部分中,连续柔性构件不与纤维素浆料层接触,并且沿着所述第二部分设置有水分配器(41)以洗涤连续的柔性构件。 在水分配器附近,连续的柔性构件围绕离心辊(27)转向,以通过离心连续柔性构件中包含的至少一部分水排出。
    • 7. 发明申请
    • FABRIC DEWATERING DEVICE AND METHOD
    • 织物脱水装置和方法
    • WO02048453A1
    • 2002-06-20
    • PCT/SE2001/002750
    • 2001-12-12
    • D21F1/32D21F7/12
    • D21F1/32D21F7/12
    • A device is provided for dewatering a fabric in which the fabric is used in a papermaking process that exposes it to water before it is directed to the fabric dewatering device. The fabric dewatering device includes leading and trailing guide rolls about which the fabric is partially wrapped to form a loop portion. The loop portion is suspended between the leading and trailing guide rolls and includes a trough portion with a relatively small diameter that is positioned below the axes of the guide rolls. Running the fabric through the trough portion at high speeds exposes the water trapped therein to high centrifugal forces. The centrifugal forces expel the water from the fabric. The geometry and positioning of the trough portion is maintained either through a difference in fabric speed maintained by the leading and trailing nips or by the use of a rider roll positioned within the loop. A non-contact sensor in proximity to the trough portion senses the position of the trough portion and provides feedback to a controller which controls the motion of the rolls.
    • 提供了一种设备,用于将织物用于造纸工艺中使用的织物脱水,所述造纸工艺在被引导到织物脱水装置之前将其暴露于水中。 织物脱水装置包括引导辊和后引导辊,织物围绕该引导辊被部分包裹以形成环部分。 环形部分悬挂在前导辊和后引导辊之间,并且包括位于引导辊的轴线下方的相对较小直径的槽部。 以高速运行织物通过槽部将被捕获的水暴露于高离心力。 离心力从织物排出水。 槽部分的几何形状和定位可以通过由前缘和后缘形成的织物速度的差异,或通过使用定位在回路内的骑手辊保持。 接近谷部分的非接触传感器感测槽部分的位置,并向控制器提供反馈,控制器控制辊的运动。
    • 9. 发明申请
    • 薬液の吹付け方法
    • 喷雾化学溶液的方法
    • WO2015151450A1
    • 2015-10-08
    • PCT/JP2015/001597
    • 2015-03-20
    • 株式会社メンテック
    • 関谷 宏小林 大介長塚 智彦
    • D21F7/08
    • D21F1/32B08B3/022C09D5/00D21F1/30D21F1/325D21F7/12
    • 抄紙機のドライパートで用いられるカンバス(K)に効率良く薬液(Y)を付与し、カンバス(K)への紙粉やピッチの付着を十分に抑制できる薬液(Y)の吹付け方法を提供する。 本発明は、カンバス(K)を走行させながら吹付装置(10)で連続的に薬液(Y)を吹き付ける薬液(Y)の吹付け方法であって、カンバス(K)がインサイドロール及びアウトサイドロール(OR)に案内されており、吹付装置(10)がアウトサイドロール(OR)の上流側であり、且つ、インサイドロールとアウトサイドロール(OR)との間に配置され、カンバス(K)の走行方向(Y2)に添うように、アウトサイドロール(OR)に向かって薬液(Y)が吹き付けられる。
    • 提供了一种喷雾化学溶液(Y)的方法,通过该方法可以将化学溶液(Y)有效地施加到造纸机的干燥部分中使用的帆布(K)上,并将纸灰尘和沥青沉积到 帆布(K)可以充分保留。 本发明是一种从喷雾装置(10)向运动帆布(K)连续喷射化学溶液(Y)的方法,其中帆布(K)由内辊和外辊(OR)引导, ,所述喷雾装置(10)位于所述外侧辊(OR)的上游侧,位于所述内侧辊和所述外侧辊(OR)之间。 化学溶液(Y)以沿着帆布(K)的行进方向(Y2)的方式喷射到外侧辊(OR)。