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    • 3. 发明授权
    • Structure of touch-fastening anti-skidding material
    • 触控式防滑材料的结构
    • US08461065B2
    • 2013-06-11
    • US13105919
    • 2011-05-12
    • Yang Ming-Shun
    • Yang Ming-Shun
    • D04B1/00D04B21/00
    • D04B21/12D04B21/04D10B2501/0632Y10T428/23964Y10T442/40Y10T442/406Y10T442/45Y10T442/456
    • A touch-fastening anti-skidding material includes a knitted foundation layer and a plurality of synthetic yarns that is secured together by being collectively knitted in the foundation layer. The foundation layer is formed by knitting of pliable base yarns and synthetic yarns. The synthetic yarns are knitted in U-shaped loops and the base yarns are knitted between adjacent strands of the knitted synthetic yarns to make a large area cloth. The cloth may be in a planar form without hollow opening sections or it includes open sections to facilitate air permeability. The loops of the synthetic yarns have legs extending beyond the foundation layer by a predetermined length and the synthetic yarns show rigidity strength, whereby a flexible, resilient, light-weighted, and low-cost touch-fastening anti-skidding material is formed.
    • 触摸紧固防滑材料包括针织基础层和通过共同编织在基础层中而固定在一起的多根合成纱线。 基础层由柔韧的基础纱线和合成纱线的编织形成。 合成纱线以U形环编织,基线在针织合成纱线的相邻线之间编织,制成大面积布。 布可以是没有中空开口部分的平面形式,或者它包括有利于透气性的开放部分。 合成纱线的线圈具有延伸超过基础层预定长度的腿,并且合成纱线显示刚性强度,由此形成柔性的,弹性的,轻质的和低成本的触摸紧固防滑材料。
    • 7. 发明申请
    • Weatherseals
    • 天气密封
    • US20080063831A1
    • 2008-03-13
    • US11587607
    • 2004-04-27
    • Toyohiro KanzakiMasaru NakayamaTakashi KawashitaGrant WylieAlan DemelloJames Albanese
    • Toyohiro KanzakiMasaru NakayamaTakashi KawashitaGrant WylieAlan DemelloJames Albanese
    • B32B33/00B32B3/02B32B3/08B32B3/18
    • B32B27/12B32B3/10B32B2307/202B32B2307/56B32B2581/00E06B7/22E06B9/582F16J15/3288Y10T428/23929Y10T428/23957Y10T428/23964
    • Weatherseals are provided by a pair of base members (21c, 21d) which may be attached to a pile (22) formed by winding fibers (yam) around a band (51) as the band travels along an endless path. A section of the pile (22) on one side of the endless band (51) is cut to provide cut pile section (23) and a continuous pile section (22a). The continuous pile section (22a) forms the bow, arch or loop (22e) by disposing the base members (21c, 21d) in side-by-side, back-to-back, or perpendicular relationship. The cut pile section (23) may be removed at the base members (21c, 21d) or halves of the cut pile section (22b, 22c) maybe left in place. The remaining cut pile section halves (22b, 22c) form one or more brushes along the outside or inside of the bow, arch, or loop (22e) formed by the continuous pile section (22a). The outside surface (22d) of the bow, arch, or loop (22e) may be provided by a sheet or fin (80) of thin material which controls the imperviousness to moisture or air infiltration and the frictional characteristics of the outside surface. The fin material (110a, 110b) may also be disposed on the outside of the brushes formed by the cut pile section halves (22b, 22c). The fin material (80) may be applied on the endless band (51), or fin material (110) may be applied over the pile (22) wound thereon, and attached together with the pile (22) to the base members (21c, 21d). The cut pile section halves (22b, 22c) and the outside surface (22d) of the bow, arch, or loop (22e) may be attached by base members (21c, 21d) to a member, such as by adhesive or via one or more T-shaped slots, that is in sealing relationship with another member and engagable therewith to provide a resilient seal.
    • 密封件由一对基体部件(21c,21d)提供,该基部部件可以沿着环形路径行进而附接到围绕带(51)缠绕纤维(纱线)形成的绒头(22)。 在环形带(51)的一侧上的一部分桩(22)被切割以提供切割桩部分(23)和连续桩部分(22A)。 通过将基座构件(21c,21d)并排,背靠背或垂直的关系设置,连续的桩部(22a)形成弓形,拱形或环形(22e)。 可以在基部构件(21c,21d)处移除切割桩部分(23),或者可以将切割的桩部分(22b,22c)的一半留在原位。 剩余的切割桩半部(22b,22c)沿着由连续的桩部分(22b)形成的弓,拱或环(22e)的外部或内部形成一个或多个刷子。 弓,拱或环(22e)的外表面(22d)可以由薄材料的片或翅片(80)提供,其控制对湿气或空气渗透的不透水性以及外表面的摩擦特性 。 翅片材料(110a,110b)也可以设置在由切割的桩部分半部(22b,22c)形成的电刷的外侧上。 翅片材料(80)可以施加在环形带(51)上,或者翅片材料(110)可以施加在缠绕在其上的绒头(22)上,并且与绒头(22)一起附接到基部构件(21) c,21 d)。 切割桩部分半部(22b,22c)和弓形,拱形或环形部分(22e)的外表面(22d)可以由基部构件(21c,21d)附接到构件 通过粘合剂或经由一个或多个T形槽,其与另一个构件处于密封关系并且可与其接合以提供弹性密封。
    • 9. 发明授权
    • Composite weatherstripping
    • 复合耐候条纹
    • US06878428B2
    • 2005-04-12
    • US10137417
    • 2002-05-03
    • Robert B. Hope
    • Robert B. Hope
    • B32B5/02B32B27/32E06B7/22E06B7/23E06B7/16B32B33/00
    • E06B7/22B32B5/02B32B27/32E06B7/2314Y10T428/23957Y10T428/23964Y10T428/23971Y10T428/23979Y10T428/24994
    • Weatherstripping is provided having a backing which a composite portion is either integral with or adhered to for reducing stretch and shrinkage in the weatherstripping. The composite portion is composed of strand portion, preferably a plurality of strands, embedded in a matrix. The strand portion may be fibreglass and the matrix may be polypropylene. The composite portion is bonded to or integral with the weatherstripping backing along its length such that the strand portion is oriented linearly in the same direction as the backing. The strand portion has a higher tensile modulus than the backing and thus provides resistance to stretching induced by pull forces during installation. The strand portion also tends to resist shrinkage in the backing.
    • 提供了风挡条,其具有背衬,复合部分与湿气条纹中的拉伸和收缩相整合或粘合。 复合部分由嵌入在基体中的股线部分,优选多条股线构成。 股线部分可以是玻璃纤维,基质可以是聚丙烯。 复合部分沿着其长度与耐候条纹背衬结合或整合,使得股线部分在与背衬相同的方向上线性取向。 股线部分具有比背衬更高的拉伸模量,因此在安装期间提供对由拉力引起的拉伸的阻力。 股线部分也倾向于抵抗背衬中的收缩。
    • 10. 发明授权
    • Pile weatherstripping
    • 桩密封条
    • US06711858B1
    • 2004-03-30
    • US09656769
    • 2000-09-07
    • James V. AlbaneseDavid N. Hawkins
    • James V. AlbaneseDavid N. Hawkins
    • D04D904
    • D04D5/00E06B7/22Y10T428/23964Y10T428/23979Y10T442/3715
    • Pile weatherstripping is provided by a flat pile of strands which are tensioned to spring outwardly to straight condition to provide a pile weatherstrip, when bent and inserted into a T-slot or other kerf in a member such as a window or door frame or sash. The tendency of the bent parts of the pile to spring away from each other facilitates retention of the pile after insertion into the slot. A locking fin, more rigid than the pile, is preferably used. This locking fin engages steps or edges in the throat of the slot thereby impeding withdrawal of the weatherstripping from the slot. One or more barrier fins may also be assembled with the strands constituting the flat pile. The pile can be operated in bending mode or in columnar compression (crushing mode). Bending mode operation can be over a bending range so as to accommodate a large range of clearance between a sash and a frame or other members which are sealed by the pile weatherstripping. Parts of the pile can have desired lateral spacing and angular orientation with respect to each other (contour) by using spacing and/or contour forming elements assembled with the flat pile. Since the pile is flat until installed, it is readily wound on reels for shipment and storage until installation. Installation may be accomplished by a roller which pushes the flat pile into the slot. The slot may be disposed at an angle or in a corner of the member to be sealed and facilitates sealing around the entire perimeter of a surface to be sealed such as the exterior surfaces of a window sash or a frame in which this sash is movable.
    • 桩状挡板由一堆扁平的绳索提供,当弯曲并插入诸如窗户或门框或窗框之类的构件中的T形槽或其他切口时,其被张紧以向外弹簧以直线状态提供桩密封条。 桩的弯曲部分彼此弹开的趋势有助于在插入槽中后保持桩。 优选使用比桩更刚性的锁定翅片。 该锁定翼片接合槽的喉部中的台阶或边缘,从而阻止挡风挡板从槽中的撤出。 一个或多个阻挡翅片也可以与构成扁平桩的线组合。 桩可以弯曲模式或柱状压缩(破碎模式)操作。 弯曲模式操作可以在弯曲范围内,以便容纳窗框和框架之间的大范围的间隙或者由桩密封条密封的其它构件。 通过使用与扁平桩组装的间隔和/或轮廓形成元件,桩的部分可以具有相对于彼此(轮廓)的期望的横向间隔和角度取向。 由于在安装之前该桩是扁平的,因此容易地卷绕在卷轴上用于装运和存储直到安装。 可以通过将扁平桩推入槽中的辊来实现安装。 狭槽可以设置在要密封的构件的角部或角部中,并且有助于密封待密封表面的整个周边,例如窗扇或其窗框可移动的框架的外表面。