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    • 4. 发明申请
    • Fastening Member
    • 紧固件
    • US20110305864A1
    • 2011-12-15
    • US13202596
    • 2009-04-30
    • Yuichi MasudaRyuichi Murasaki
    • Yuichi MasudaRyuichi Murasaki
    • B32B3/06B32B33/00
    • B68G7/12A47C31/02B60N2/5833Y10T428/23914
    • A fastening member according to the invention includes right and left sewn areas which are sewn to one member out of a cushion member and a cover material, a hook-and-loop fastener area which is disposed between the right and left sewn areas and which has a plurality of female engagement elements formed on one face thereof, and a connection area which connects between the hook-and-loop fastener area and the respective sewn areas. Here, the connection area is configured to have a lower yarn density than that of the sewn areas and allows the hook-and-loop fastener area to be displaced relatively to the sewn areas. According to the fastening member of the invention, since the fastened cover material can be easily displaced against the cushion member, wrinkling occurrence at the cover material can be prevented when the cover material is assembled to the cushion member.
    • 根据本发明的紧固构件包括从衬垫构件和覆盖材料缝合到一个构件的左右缝合区域,布置在左右缝合区域之间的钩环紧固件区域,并且具有 在其一个面上形成的多个阴接合元件,以及连接在所述钩环紧固件区域和各个缝合区域之间的连接区域。 这里,连接区域被配置为具有比缝制区域更低的纱线密度,并且允许钩环紧固件区域相对于缝合区域移动。 根据本发明的紧固构件,由于紧固的覆盖材料能够容易地抵靠缓冲构件移位,所以当将盖材料组装到缓冲构件上时,可以防止在覆盖材料处产生皱纹。
    • 5. 发明授权
    • Molding method of molded surface fastener, molded surface fastener manufactured by the method, and molding apparatus thereof
    • 模制表面紧固件的成型方法,通过该方法制造的模制表面紧固件及其模制装置
    • US06706229B2
    • 2004-03-16
    • US09825982
    • 2001-04-05
    • Ryuichi Murasaki
    • Ryuichi Murasaki
    • B29C4718
    • B29C47/18A44B18/0049B29C47/0021B29C47/003B29C47/0033Y10T428/24008
    • Molten resin material is continuously extruded from a first extruding hole extending in a width direction of a first extruding nozzle, and is passed through a second extruding nozzle which is arranged a front surface of the first extruding nozzle and has a second extruding hole at a position corresponding to the first extruding hole. The second extruding hole is a single extruding hole having a plurality of longitudinal rectangular openings arranged at the same pitch in the width direction, and a communicating section with which one end of the respective rectangular openings communicate, and the first extruding hole is a single extruding hole having coupling-element-molding openings arranged corresponding to the rectangular openings and a base-member-molding opening corresponding to the communicating section. Then, by relatively vibrating the first extruding nozzle and second extruding nozzle in the width direction so that the confronting extruding holes may mutually cross, a surface fastener is continuously molded, while individually molding the coupling element having a coupling head portion projecting forward and backward in a molding direction from one end of a stem portion standing on a surface of a sheet-like base member. At this time, each coupling element is approximately shaped like a parallelogram in its plan view.
    • 熔融树脂材料从在第一挤出喷嘴的宽度方向上延伸的第一挤出孔连续挤出,并且通过布置在第一挤压喷嘴的前表面的第二挤压喷嘴,并且在位置处的第二挤压孔 对应于第一挤压孔。 第二挤压孔是具有在宽度方向上以相同间距排列的多个纵向矩形开口的单个挤压孔,以及各个矩形开口的一端连通的连通部,第一挤出孔是单个挤出 具有对应于矩形开口布置的耦合元件模制开口的孔和对应于连通部的基部构件模制开口。 然后,通过使第一挤压喷嘴和第二挤压喷嘴沿宽度方向相对振动使得面对的挤压孔可以相互交叉,连续地模制表面紧固件,同时单独地模制具有向前和向后突出的联接头部的联接元件 从位于片状基体的表面上的茎部的一端的成型方向。 此时,每个联接元件在其平面图中近似成平行四边形。
    • 6. 发明授权
    • Surface fastener
    • 表面紧固件
    • US06463635B2
    • 2002-10-15
    • US09893630
    • 2001-06-29
    • Ryuichi Murasaki
    • Ryuichi Murasaki
    • A44B1800
    • A44B18/0076Y10T24/27Y10T24/2708Y10T24/2792
    • In a strip-shaped surface fastener, fence portions, each of which periphery is blocked, integrally stand on a surface of a flat base portion made of synthetic resin. The fence portions may be formed of foam members and bonded to the surface of the flat base portion. Then, male type engaging elements are integrally molded inside each of the fence portions. Alternatively, a woven or knitted male type, female type or male-and-female mixture type surface fastener member, or a male type surface fastener member made of synthetic resin may be pasted or bonded inside each of the fence portions. An attaching portion, in which no engaging elements are disposed, are integrally formed on an outer periphery of each of the fence portions. Therefore, it is possible to prevent foam resin material from penetrating an interior of each of the fence portions during an embedding operation and to effectively embed the surface fastener in a cushion body of a foam resin molding type. Consequently, the surface fastener can be embedded in a stable fashion in a seat molded of foam resin without losing an engaging force of the surface fastener.
    • 在带状的表面紧固件中,每个外围被阻挡的护栏部分一体地站立在由合成树脂制成的平坦的基部的表面上。 围栏部分可以由泡沫构件形成并且结合到平坦基部的表面。 然后,雄性型接合元件在每个栅栏部分内整体模制。 或者,可以将每一个篱笆部分内的粘合或结合在一起的编织或编织的阳型,阴型或阴型混合型表面紧固构件或由合成树脂制成的阳型表面搭扣构件。 在每个挡板部分的外周上一体地形成有没有配置啮合元件的安装部分。 因此,可以防止泡沫树脂材料在嵌入操作期间穿透每个栅栏部分的内部,并且有效地将表面紧固件嵌入泡沫树脂模制型的缓冲体中。 因此,表面紧固件可以以稳定的方式嵌入到泡沫树脂模制的座椅中,而不会失去表面紧固件的接合力。
    • 7. 发明授权
    • Surface fastener manufacturing method
    • 表面紧固件制造方法
    • US6143222A
    • 2000-11-07
    • US701252
    • 1996-08-21
    • Toshiaki TakizawaRyuichi Murasaki
    • Toshiaki TakizawaRyuichi Murasaki
    • A44B18/00B29C43/22B29C43/28B29C47/32B29C47/02
    • B29C47/32A44B18/0049B29C43/222B29C43/28B29C43/46B29C47/0021B29C2043/461B29C47/003B29C47/0033B29L2031/729Y10T24/27
    • Molten resin is continuously extruded from an extrusion nozzle having a selected width, and at the same time, a plurality of parallel fiber filaments are introduced straightly toward the molten resin outlet in a direction along rotation of a die wheel and/or traversing one or more filaments by a predetermined width. The molten resin extruded from the extrusion nozzle and the filaments are introduced into a predetermined gap for molding a plate-like substrate sheet between the nozzle and the die wheel, which has a multiplicity of hook-forming cavities in its circumferential surface and is rotatable in one direction, and at the same time, the hook-forming cavities are filled with a part of the molten resin. The filaments are embedded in the substrate sheet of the extruded molten resin as the die wheel is driven to rotate in the direction of extrusion of the molten resin, and a plurality of hooks are continuously molded on a surface of the substrate sheet.
    • 熔融树脂从具有选定宽度的挤出喷嘴连续挤出,并且同时多个平行的纤维细丝在沿着模轮转动的方向上直接引向熔融树脂出口和/或穿过一个或多个 长丝以预定的宽度。 从挤出喷嘴和长丝挤出的熔融树脂被引入到预定的间隙中,用于在喷嘴和模轮之间成型板状基材片,其在其圆周表面上具有多个钩形成腔,并且可旋转 一个方向,并且同时,钩形成腔被一部分熔融树脂填充。 当模轮被驱动以在熔融树脂的挤出方向上旋转时,将长丝嵌入挤出的熔融树脂的基片中,并且在基片的表面上连续地模制多个钩。
    • 9. 发明授权
    • Molded surface fastener member and method of manufacturing the member
    • 模制表面紧固件及其制造方法
    • US6060146A
    • 2000-05-09
    • US931750
    • 1997-09-16
    • Mitsuru AkenoRyuichi Murasaki
    • Mitsuru AkenoRyuichi Murasaki
    • A44B18/00B29C43/22B29C43/28B32B3/06D01F1/08
    • B29C43/28A44B18/0049B29C43/222B29L2031/729Y10T24/27Y10T428/24017Y10T428/24331
    • First and second molten resins are continuously injected toward the respective circumferential surfaces of a die wheel and an associated roller in rotation in opposite directions. The die wheel has in its circumferential surface a multiplicity of engaging-element-forming cavities, and the associated roller is disposed in parallel confronting relationship with the die wheel with a gap equal to the thickness of a substrate sheet of a molded surface fastener member. During that time, a porous core sheet is introduced toward a meeting point of the first and second molten resins and is sandwiched between a first substrate sheet part, which is molded on the circumferential surface of the die wheel, and a second substrate sheet part, which is molded on the circumferential surface of the associated roller, to form a unitary laminate substrate sheet. The resulting molded surface fastener member is free from expansion and local thin portions in either substrate sheet part and is therefore prevented from being torn.
    • 将第一和第二熔融树脂沿着相反的方向连续地朝着模轮和相关辊的相应圆周表面旋转。 模轮在其圆周表面上具有多个接合元件形成腔,并且相关联的辊以与模制表面紧固件的基片的厚度相等的间距与模轮平行地对置地设置。 此时,向第一和第二熔融树脂的聚集点引入多孔芯片,夹在模轮周边表面上的第一基片部分和第二基片片部分之间, 其被模制在相关联的辊的圆周表面上,以形成整体层压基板。 所得到的模制表面紧固件在基板片部分中没有膨胀和局部薄部分,因此防止其被撕裂。