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    • 1. 发明授权
    • Three dimensional fabric and method for producing the same
    • US5137058A
    • 1992-08-11
    • US646719
    • 1991-03-18
    • Meiji AnaharaYoshiharu YasuiHiroshi Omori
    • Meiji AnaharaYoshiharu YasuiHiroshi Omori
    • B29C70/24D03D25/00D03D41/00
    • B29C70/24D03D25/005D03D41/004Y10S139/01Y10T442/3195
    • The present invention relates to a three dimensional fabric including a warp layer consisting of a plurality of warps arranged in parallel along a longitudinal direction of the fabric, bias threads arranged in inclined directions with respect to the longitudinal direction of the fabric in a place parallel to the warp layer, and a vertical thread arranged in a thicknesswise direction of the fabric such that it perpendicularly intersects the warps. It also relates to a method of producing the fabric. Where such fabric is employed for a composite material in which a resin or the like is used as a matrix, the composite material deforms less under the influence of forces acting in an oblique direction. It therefore has an increased range of applications as a structural material comparing with a conventional 3-axis three dimensional fabric. Further, the subject of the present invention resides in provision of a three dimensional fabric having an arrangement of threads of such bias directions and a producing process by which such three dimensional fabric can be produced comparatively readily. A bias thread layer is composed of a large number of continuous bias threads which are arranged such that they are inclined symmetrically to each other with respect to a longitudinal direction of the fabric in a plane parallel to the warp layer. Each pair of bias thread layers make a set. The engaging positions of the bias threads with a set made of each two thereof which are in an engaging condition with engaging portions of a feeding device disposed between the cloth fell position and a bias thread supplying section are moved by a predetermined pitch in opposite directions to each other for each of the bias thread layers along widthwise directions of the fabric by an action of the feeding device. Such movement of the engaging positions and insertion of vertical threads are performed alternately.
    • 2. 发明授权
    • Three dimensional fabric and method for making the same
    • 三维织物及其制造方法
    • US5091246A
    • 1992-02-25
    • US482345
    • 1990-02-20
    • Yoshiharu YasuiMeiji AnaharaHiroshi Omori
    • Yoshiharu YasuiMeiji AnaharaHiroshi Omori
    • D03D25/00
    • D03D25/005Y10T442/3195
    • A three dimensional fabric of substantially columnar shape having an axis. A plurality of substantially cylindrical axial yarn layers are arranged concentrically about and outward from the axis. Each of the axial yarn layers includes a plurality of axial yarns extending longitudinally relative to the axis. Circumferential yarn turns are inserted to extend circumferentially around the axis at several positions including outside of the outermost axial yarn layer. Inside of the innermost axial yarn layer, and between the inner and outer axial yarn layers. A plurality of radial yarns are woven between the circumferential yarn turns to extend zigzag succesively in the longitudinal and radial directions relative to the axis. The radial yarns are woven substantially perpendicular to the circumferential yarns, between the circumferential yarns, each of the radial yarns are woven in a particular plane that extends through the axis.
    • 具有轴线的大致圆柱形状的三维织物。 多个大致圆筒形的轴向纱线层从轴线同心地布置并且从轴向外侧布置。 每个轴向纱线层包括相对于轴线纵向延伸的多个轴向纱线。 插入周长的纱匝以包围在最外侧的轴线纱线层的外侧的若干位置周向地围绕轴线延伸。 在最内侧的轴向纱线层之间以及内部和外部轴向纱线层之间。 多个径向纱线在周向纱线之间编织,以相对于轴线在纵向和径向方向上连续地曲折地延伸。 径向纱线基本上垂直于周向纱线编织,在周向纱线之间,每个径向纱线被编织在延伸穿过轴线的特定平面中。
    • 3. 发明授权
    • Three-dimensional fabric and method of producing the same
    • 三维织物及其制造方法
    • US5211967A
    • 1993-05-18
    • US849748
    • 1992-03-12
    • Yoshiharu YasuiMeiji AnaharaMasaaki Amano
    • Yoshiharu YasuiMeiji AnaharaMasaaki Amano
    • B29C70/24D03D25/00
    • B29C70/24D03D25/005D03D41/004Y10S139/01Y10T442/3203
    • A three-dimensional fabric is disclosed that is appropriate for use in composite materials having various beam type shapes that are formed from a plurality of intersecting plate sections. A plurality of thread layers are woven such that they extend continuously through and between a pair of adjacent plate sections. The thread layers respectively include threads that are woven in at least two independent planar directions. The thread layers are bound together by transverse threads. When a load is applied to a plate section of a composite having this three-dimensional fabric as a frame member, the threads that extend continuously from a first plate section to a second plate section effectively receive the stress acting on the junction of the plate sections. The strength of the composite is therefore enhanced.
    • 公开了一种三维织物,其适用于具有由多个交叉板部分形成的各种梁型形状的复合材料。 多个螺纹层被编织成使得它们连续延伸穿过一对相邻的板部分之间。 螺纹层分别包括在至少两个独立的平面方向上编织的螺纹。 螺纹层通过横向线结合在一起。 当将负载施加到具有这种三维织物的复合材料的板部分作为框架部件时,从第一板部分到第二板部分连续延伸的螺纹有效地接收作用在板部分的接合处的应力 。 因此,复合材料的强度得到提高。
    • 8. 发明授权
    • Drive shaft made of fiber reinforced composite material and method of
manufacturing the same
    • 由纤维增强复合材料制成的驱动轴及其制造方法
    • US5683300A
    • 1997-11-04
    • US388801
    • 1995-02-15
    • Yoshiharu YasuiYasuki MiyashitaMeiji AnaharaYasuya Mita
    • Yoshiharu YasuiYasuki MiyashitaMeiji AnaharaYasuya Mita
    • B29C70/16B29K105/08B29L31/06B60K17/22F16C3/02F16C3/00
    • F16C3/026
    • A drive shaft having a body section and a yoke section formed with at least one end of the body section. A hole is formed in the yoke section. The body section and yoke section are integrally made of a fiber reinforced composite material including a filament and a plastic adhered to the filament. The shaft comprises a plurality of shaft fiber layers forming the body section. Each shaft fiber layer includes a plurality of shaft fiber elements being arranged at predetermined intervals. A plurality of yoke fiber layers form the yoke section. Each yoke fiber layer includes a plurality of yoke fiber elements. Each yoke fiber element has ends connected to each shaft fiber element. Each yoke fiber element has either a closed loop arrangement (CLA) or an open loop arrangement (OLA). The CLA is defined by the yoke fiber elements forming closed loops around the hole. The OLA is defined by the yoke fiber elements forming open loops around the hole.
    • 驱动轴,其具有主体部分和形成有主体部分的至少一个端部的轭部。 在轭部形成有孔。 主体部分和轭部由纤维增强复合材料制成,该纤维增强复合材料包括细丝和附着在细丝上的塑料。 轴包括形成主体部分的多个轴纤维层。 每个轴纤维层包括以预定间隔布置的多个轴纤维元件。 多个磁轭纤维层形成轭部。 每个轭铁纤维层包括多个轭铁纤维元件。 每个轭铁纤维元件具有连接到每个轴纤维元件的端部。 每个磁轭光纤元件都具有闭环布置(CLA)或开环布置(OLA)。 CLA由形成围绕孔的闭环的轭形光纤元件限定。 OLA由形成围绕孔的开环的轭形光纤元件限定。
    • 9. 发明授权
    • Energy absorber having a fiber-reinforced composite structure
    • 能量吸收器具有纤维增强复合结构
    • US5419416A
    • 1995-05-30
    • US65200
    • 1993-05-20
    • Yasuki MiyashitaMeiji AnaharaYoshiharu Yasui
    • Yasuki MiyashitaMeiji AnaharaYoshiharu Yasui
    • B62D25/12B60R21/01F16F7/12
    • F16F7/12B60R21/0132
    • An energy absorber is formed of a fiber reinforced composite into a cylinder having a plurality of portions so that the thickness of the body gradually increases in at least two stages in the axial direction. Reinforcing fiber is wound around at least in a circumferential direction of the body and is impregnated with a resin. The body of the energy absorber has a thin portion continuous to a first end. The end surface of the first end has an area equal to or smaller than 2/3 of the cross-sectional area of the thin portion the vicinity of the junction between the thin portion and the portion adjacent which is thicker than that thin portion. That cross-sectional area of the thin portion continuously increases to the middle of the thin portion from the first end side. The energy absorber is used in a state where impact is applied from the axial direction of the body.
    • 能量吸收体由纤维增强复合体形成为具有多个部分的圆柱体,使得主体的厚度在轴向方向上至少两个阶段逐渐增加。 增强纤维至少沿着身体的圆周方向缠绕,并且用树脂浸渍。 能量吸收体的主体具有与第一端连续的薄部分。 第一端的端面具有等于或小于薄部分的薄壁部分和与该薄部分相邻的部分之间的接合部附近的薄壁部分的横截面积的2/3的面积。 该薄壁部分的横截面面积从第一端侧连续地增加到薄部分的中间。 能量吸收器用于从身体的轴向施加冲击的状态。
    • 10. 发明授权
    • Three-dimensional fabric
    • 三维面料
    • US5130188A
    • 1992-07-14
    • US745222
    • 1991-08-14
    • Meiji AnaharaHiroshi OhmoriYoshiharu Yasui
    • Meiji AnaharaHiroshi OhmoriYoshiharu Yasui
    • D03D25/00D03D41/00
    • D03D25/005Y10T428/249922Y10T428/249923Y10T442/3195
    • A three-dimensional fabric is disclosed that includes a built in linkage member. The three dimensional fabric includes a core located in a center portion of the fabric. A multiplicity of axially extending warp yarns are arranged in a plurality of concentric layers about the core. A circumferential yarn is wound in a circumferential direction between various layers of the warp yarns to forming a plurality of circumferential yarn layers. A multiplicity of radial yarns are sequentially woven in the axial and radial directions about various circumferential yarn layers. A solid member is also provided which has a group of axially extending yarn strings secured thereto. The axially extending yarn strings include strings that constitute a portion of at least one of the core and the warp yarns. When the disclosed three-dimensional fabric is used in a composite, it is unnecessary to subject the composite to mechanical processing to attach a coupling part.
    • 公开了一种包括内置连杆件的三维织物。 三维织物包括位于织物中心部分的纤芯。 多个轴向延伸的经纱以围绕芯的多个同心层布置。 在经纱的各层之间沿圆周方向缠绕圆周纱线以形成多个周向纱线层。 多个径向纱线围绕各种周围纱线层沿轴向和径向相继编织。 还提供了一个实心构件,其具有固定到其上的一组轴向延伸的纱线串。 轴向延伸的纱线串包括构成芯和经纱中的至少一个的一部分的绳。 当将所公开的三维织物用于复合材料时,不需要使复合材料进行机械加工以附接耦合部件。