| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 121 | Method for producing three-dimensional product having nanoporous surface | US12639836 | 2009-12-16 | US08226863B2 | 2012-07-24 | Takahisa Kusuura |
| The present invention provides a method for producing a three-dimensional product having a nanoporous surface in which the pore density, pore size or pore size distribution can be easily and readily controlled. The invention combines two techniques: a method for producing a three-dimensional product in which a yarn is knitted or woven to finish into an arbitrary three-dimensional shape, and a method for transforming a surface consisting of a material in which nanoparticles are dispersed in a matrix to a nanoporous surface by immersing the surface in a liquid which dissolves the nanoparticles but does not dissolve the matrix. | ||||||
| 122 | AIR RICH YARN AND FABRIC AND ITS METHOD OF MANUFACTURING | US13242409 | 2011-09-23 | US20120076971A1 | 2012-03-29 | Pradip Debnath; Swadesh Verma |
| The present invention relates to air rich yarn and fabric with pores throughout the cross-section. Air rich yarn and fabric have high wettability, easy dryability, quick absorbency and increased thickness. When air rich yarn is used to make terry fabric it makes thicker fabric with increased capacity to absorb water and also release moisture faster while drying. | ||||||
| 123 | INTEGRATED WEAVING TYPE THREE-DIMENSIONAL CURTAIN SHEET FABRIC HAVING BANDS AND MANUFACTURING METHOD THEREOF | US12886358 | 2010-09-20 | US20110120661A1 | 2011-05-26 | Ok-Ja Kim |
| The present invention relates to a three-dimensional curtain sheet fabric having front and rear bands in the integrated-weaving type, and the invention provides three-dimensional curtain sheets 2 and 200 in the integrated triple-woven type on which front and rear bands 114 and 110 isolated at certain intervals right and left are arranged on the front and the back of a plurality of awning sheets 112 which are arranged up and down, wherein rear connecting portions 116 for connecting the central awning sheets 112 and the rear bands 110 in the warp and weft integrated-weaving type are formed on upper side edges of the central awning sheets 112 while front connecting portions 118 for connecting the front bands 114 and the central awning sheets 112 in the warp and weft integrated-weaving type are formed on lower side edges of the central awning sheets 112, thereby configuring the three-dimensional curtain sheet fabric 200. As another example, it is possible to configure the three-dimensional curtain sheet fabric 2 by replacing the rear bands 110 with mesh sheets 10. Therefore, the invention can easily control the awning and floodlighting without a glimmering phonemonon by the three-dimensional curtain sheet having front connection bands or front and rear connection bands, and have good ventilation and transparency since floodlighting portions are opened to the front or opened back and forth when the floodlighting portions are formed. Furthermore, the invention can be manufactured easily in the integrated-weaving type and show superior durability. | ||||||
| 124 | THREE-DIMENSIONAL PRODUCT HAVING NANOPOROUS SURFACE AND METHOD FOR PRODUCING THE SAME | US12639836 | 2009-12-16 | US20100190403A1 | 2010-07-29 | Takahisa Kusuura |
| The present invention provides a method for producing a three-dimensional product having a nanoporous surface in which the pore density, pore size or pore size distribution can be easily and readily controlled. The invention combines two techniques: a method for producing a three-dimensional product in which a yarn is knitted or woven to finish into an arbitrary three-dimensional shape, and a method for transforming a surface consisting of a material in which nanoparticles are dispersed in a matrix to a nanoporous surface by immersing the surface in a liquid which dissolves the nanoparticles but does not dissolve the matrix. | ||||||
| 125 | Opal-Finished Fabric | US12084097 | 2006-10-26 | US20090263636A1 | 2009-10-22 | Masahiko Sakai; Takuya Suehiro; Katsuhiko Yanagi |
| An opal-finished fabric having a stereoscopic pattern is provided, in which both the fiber-decomposed part and the non-fiber-decomposed part are rich in color expression, and the fiber-decomposed part having a sufficient strength with a thin material having highly transparent appearance in the fiber-decomposed part. The fabric is an opal-finished fabric obtained with two or more kinds of fibers and formed with a fiber-decomposed part showing a transparent appearance by removing at least one kind of the fibers and a non-fiber-decomposed part, in which for solving the problems, the fiber-decomposed part contains mainly nylon fibers, and the non-fiber-decomposed part contains mainly colored polyester fibers and non-colored nylon fibers. The non-fiber-decomposed part is preferably constituted by a layer containing mainly polyester fibers and a layer containing mainly nylon fibers. The stretchability thereof can be improved by using the fabric further containing polyurethane fibers or weaving the fiber-decomposed part with an atlas stitch structure or a two-needle stitch structure. | ||||||
| 126 | REINFORCEMENT FIBROUS CORD HAVING EXCELLENT ADHESIVE STRENGTH AND METHOD OF PRODUCING SAME | US12373232 | 2007-08-03 | US20090233095A1 | 2009-09-17 | Kenji Obora; Masashi Furukawa |
| A reinforcement fibrous cord having excellent adhesive strength produced by impregnating a meshed cord fabric formed from warp yarns for reinforcement cords and weft yarns having a softening temperature or a melting temperature lower than any of the softening temperature, the melting temperature and the thermal decomposition-initiating temperature of the warp yarns, with adhesive agent, and heat-treating the fabric at the temperature equal to or higher than the softening or melting temperature of the weft yarn and lower than any of the softening temperature, the melting temperature and the thermal decomposition-initiating temperature of the warp yarns so that the weft yarns are self-broken while being fuse-adhered to the adhesive agent-impregnated warp yarns whereby projections caused by the broken residues of the weft yarns are formed on the warp yarns. | ||||||
| 127 | FABRIC HAVING A REMOVABLE GUIDE | US12189978 | 2008-08-12 | US20080295753A1 | 2008-12-04 | Nancy Sue Hardwig; Ronald B. Hardwig |
| The use of guide line to form a grid in the cross stitch fabric corresponding to the grid in a cross stitch pattern to facilitate the cross stitching process, after which the guide line can be easily removed. | ||||||
| 128 | Corner fitting using fiber transfer | US11266709 | 2005-11-03 | US07413999B2 | 2008-08-19 | Jonathan Goering |
| A corner fitting and a method of forming a corner fitting including steps of providing a flat woven fabric including a first woven portion having first and second direction woven fibers, a second woven portion adjacent the first woven portion having first direction fibers and sacrificial second direction fibers and a third semi-woven portion having first direction fibers selectively engaged by the sacrificial second direction yarns. The method further comprising steps of folding the flat woven fabric in at least one direction, and removing the sacrificial second direction fibers, wherein during removal, the sacrificial second direction fibers are replaced in the second woven portion by the first direction fibers of the third semi-woven portion and form a corner fitting having continuous fibers connecting all sides. | ||||||
| 129 | Corner fitting using fiber transfer | US11266709 | 2005-11-03 | US20080009210A1 | 2008-01-10 | Jonathan Goering |
| A corner fitting and a method of forming a corner fitting including steps of providing a flat woven fabric including a first woven portion having first and second direction woven fibers, a second woven portion adjacent the first woven portion having first direction fibers and sacrificial second direction fibers and a third semi-woven portion having first direction fibers selectively engaged by the sacrificial second direction yarns. The method further comprising steps of folding the flat woven fabric in at least one direction, and removing the sacrificial second direction fibers, wherein during removal, the sacrificial second direction fibers are replaced in the second woven portion by the first direction fibers of the third semi-woven portion and form a corner fitting having continuous fibers connecting all sides. | ||||||
| 130 | Isotropic pitch-based carbon fiber spun yarn, composite yarn and fabric using the same, and manufacturing methods thereof | US10593902 | 2005-03-22 | US20070190883A1 | 2007-08-16 | Akira Takeuchi; Tatsuo Kobayashi |
| A method of manufacturing an isotropic pitch-based carbon fiber spun yarn fabric includes the following steps of: obtaining composite yarn by winding a water-soluble polymer fiber around a surface of isotropic pitch-based carbon fiber spun yarn; obtaining a composite yarn fabric by weaving the composite yarn; and obtaining the isotropic pitch-based carbon fiber spun yarn fabric by dissolving and removing the water-soluble polymer fiber from the composite yarn fabric. | ||||||
| 131 | Fabric having a removable monofilament guide | US11253784 | 2005-10-19 | US20070095265A1 | 2007-05-03 | Nancy Hardwig; Ronald Hardwig |
| The use of monofilament line to form a grid in the cross stitch fabric corresponding to the grid in a cross stitch pattern to facilitate the cross stitching process, after which the monofilament line can be easily removed by pulling from either end. The monofilament line has the distinct advantage of being resistant to piercing by the needle and cross stitch thread during the cross stitching process, and thus not being woven into the design as guide thread would do. | ||||||
| 132 | Embossed velvet jacquard towels | US10412789 | 2003-04-10 | US20040128811A1 | 2004-07-08 | Rajesh Mandawewala |
| Processes for forming embossed terry towels and the resulting towels are described herein. The towels have an uneven surface. Thus, the background can be at one height, and the design can be at another height, which is typically higher than the background. The process involves twisting the pile warp that will be used for the design on the towel with PVA filament yarn. The remaining pile warp, which is used to form the background, is 100% cotton. The pile warp is then woven with the ground warp and weft warp to form the towel. The towel is subject to a steaming process, which shrinks the PVA/cotton pile fibers, but does not affect the 100% cotton fibers. The PVA/cotton pile fibers shrink to at least about 50% of their original length under tension free conditions. The towel is then subjected to shearing to produce a velour texture. Due to the shrinkage of the PVA/cotton pile yarns, only the background (100% cotton) pile is cut, and the shrunk pile remains uncut. This towel is then washed in water a high temperature to dissolve the PVA yarns. In the preferred embodiment the temperature of the water is in the range of 55-95null C. This washing dissolves the PVA component in the PVA twisted pile, thereby lifting the uncut pile to its full height. The resulting towel has a sheared background, which produces a velvet effect, and an uncut design, thereby producing an embossing effect on background. | ||||||
| 133 | Method for manufacturing suede-like woven fabrics | US598430 | 1996-02-08 | US5657521A | 1997-08-19 | Young Taek Gwon; Young Soo Oh; Bo Yun Choi; Byoung In Hong; Jong Man Lee |
| A suede-like woven fabric exhibiting a superior resilient elasticity and superior bulkiness may be obtained by a method in which an ultrafine filament yarn, which contains sea and island components having considerably different solubilities to alkali, is mixed with a hollow, high-shrinkable yarn having a greater fineness than the ultrafine filament yarn. The mixed yarn is used as warp and/or weft, thereby obtaining a gray which is then treated to eliminate easy-soluble components. After completing such a micronization, the gray is subjected to a continuous process including a sanding treatment and a dyeing treatment. | ||||||
| 134 | Tubular woven fabric comprising PVA warp yarns | US610688 | 1990-11-08 | US5217769A | 1993-06-08 | Philip G. Harris; Tom M. Reid |
| The method of providing an impression fabric in which the fill yarns do not protrude from the plane of the fabric. The impression fabric is a tubular woven fabric in which a plurality of warp yarns is woven in one edge thereof and dissolved by washing after the fabric has been formed. | ||||||
| 135 | Fabric form consisting of multilayer fabric and composite structure made by using fabric form | US178757 | 1988-03-30 | US4853269A | 1989-08-01 | Kunihiko Fukumori; Hiroshi Kikuta |
| A multilayer fabric including a plurality of layers of distinct fabrics each consisting of ground warps, ground wefts, connecting warps connecting the layers of the distinct fabrics, and temporary wefts which can be broken by external action after weaving. These temporary wefts are, for example, made of weaker yarn compared with the other yarn, so when the external action is applied to the multilayer fabric, there is no chance of damaging the connecting yarn. Thus, the multilayer fabric can easily be expanded to a large thickness.Also, a fabric form made of the multilayer fabric and composite structure made of the fabric form and filling matter. | ||||||
| 136 | Fill yarn removal apparatus | US415526 | 1982-09-07 | US4497098A | 1985-02-05 | Khin M. Lay; Stephen E. Palguta |
| Apparatus for removing a fill yarn from a web of warp tows advances the web lengthwise across a tabletop having opposite pairs of bars at the leading edge thereof for separating the outermost tow at each of the opposite edges of the web from the remaining tows within the web. Rotatable cutting wheels which are resiliently urged against the top of a rotating shaft at the underside of the web sever the fill yarn between the outermost tows and the remaining tows of the web to form separate fill yarn lengths extending across the width of the web. As the advancing web is then divided along a central portion thereof, the separate lengths of fill yarn are removed by a hook mounted within a central portion of the tabletop and reciprocating between positions above and below the tabletop so as to hook each separate length of fill yarn and begin pulling it down through the tabletop. As each length of fill yarn is pulled down through the tabletop by the hook, it is engaged by a pair of opposing rollers and pulled into the inside of a hollow duct where an air stream carries the length of fill yarn away for disposal. | ||||||
| 137 | Decorative sheeting fabric | US171250 | 1980-07-22 | US4352380A | 1982-10-05 | James G. Owen; John M. Grimes |
| A woven sheeting fabric is provided with a variety of unusual and visually appealing decorative patterned effects by forming in the fabric open, shear areas of various size and shape having an appearance contrasting with adjacent, substantially heavier areas. The fabric comprises warp and weft yarns of corespun construction interwoven with one another to form a substantially uniform woven fabric construction. Each of the corespun warp and weft yarns has a continuous multifilament core portion and a sheath portion formed of staple fibers helically wrapped about the core portion to substantially surround and encase the same. The portions of the corespun warp and weft yarns which extend throughout the sheer areas of the fabric have the multifilament core portions thereof exposed and are substantially devoid of sheath fibers and are thus smaller than adjacent portions of the yarns in the heavier areas of the fabric, and the sheer areas of the fabric are thus thinner than the adjacent heavier areas to provide further contrast with the heavier areas. | ||||||
| 138 | Reinforced fiber structures and method of making the same | US351521 | 1973-04-16 | US4090002A | 1978-05-16 | Jesse Rosenblum |
| A fiber-reinforced plastic structure is obtained by weaving fibers in one direction about one or more spacing members located angularly to the fibers. The fibers may be either warp or woof stands, the spacing member serving as woof when the fibers from warp strands, and as warp when the fibers form woof strands. The removal of the spacing member leaves relatively large open channels forming, in effect, a multi-wall hollow structure. The resultant structure may be partially or completely treated with a plastic resin system prior to or after the removal of some or all of the members. The solidified resin reinforced structure may be filled with a foam-in-place plastic, and it may be stacked in layers to provide additional thickness with reinforcing fibers running in different directions for additional strength. Some fibers may extend from one ply into an adjacent ply or into more remote plies. The hardened structure may also be stacked to provide a honeycomb configuration and may be sliced into thin sections with sheets of additional fiber-reinforced plastic material on each side or each end to produce a structure of high strength-to-weight characteristics. | ||||||
| 139 | TOWEL PRODUCT | EP14804000.9 | 2014-03-31 | EP2992796B1 | 2018-09-19 | HOZUMI, Shuichi |
| To provide a towel product capable of maintaining features of honeycomb weave of the conventional technique as well as providing improved water absorbency, lightness, and a good touch feeling more than those of the towels produced by the conventional technique. The towel of the present invention basically has a typical honeycomb weave structure. A first feature thereof is to use hollow yarns having a hollow ratio of a range between 30% and 60%. A shape of hollow yarns can be maintained. With the above described structure, the water absorbency, the lightness, the good touch feeling, and a drying property can be improved. A second feature is to use hollow yarns made by twisting fibers of raw cottons having an effective fiber length of a range between 25 mm and 42 mm. This contributes to maintaining of the durability. | ||||||
| 140 | COMPOSITE WOVEN FLUIDIC DEVICE | EP16742289.8 | 2016-07-22 | EP3325151A1 | 2018-05-30 | VIOVY, Jean-Louis; VENZAC, Bastien; MALAQUIN, Laurent; DESCROIX, Stéphanie |
| A fluidic device comprising at least: a/ a solid matrix 5, b/ a textile component 4, embedded in said matrix and mechanically cohesive with said matrix, c/ at least one channel 6 embedded in said matrix and entangled with said textile component 4, said channel 6 being at least partly open. A method for making a fluidic device comprising providing a textile component 4 comprising support fibers 1.1, 1.2 and at least a movable fiber 2 entangled with said textile 4, embedding at least part of said textile 4 and part of said movable fiber 2, in a matrix precursor material 5, applying a treatment in order to obtain a solid matrix 5. | ||||||
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