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序号 专利名 申请号 申请日 公开(公告)号 公开(公告)日 发明人
181 BELT EDGE EP15808559.7 2015-12-04 EP3227482A1 2017-10-11 BARON, Dominic; RIPPEL, Anna
The present invention relates to a belt comprising a warp yarn and a weft yarn, wherein the belt comprises a fused region along each longitudinal edge of the belt, said fused region being formed from the warp yarn, the weft yarn and a yarn provided for fusing the warp yarn and the weft yarn together.
182 WRAPPABLE END FRAY RESISTANT PROTECTIVE TEXTILE SLEEVE AND METHOD OF CONSTRUCTION THEREOF EP13712952.4 2013-03-01 EP2820177B1 2017-07-19 MALLOY, Cassie, M.; FERRAND, Jean; WINTERS,Danny, E.; GAO, Tianqi
183 FABRIC PRODUCTION METHOD AND FABRIC EP15786458 2015-03-24 EP3085819A4 2017-06-21 SAKAUE MOTOHIKO; OGATA MITUO; SHIMOIDE HAJIME
To provide a method for manufacturing a woven fabric for which neither the appearance nor a function provided by flat threads of the woven fabric are impaired, and to provide the woven fabric. The woven fabric further includes flat threads 3 each wider than a fiber warp thread 10, and the flat threads 3 are caused to pass through healds 102 intermittently with respect to a plurality of the fiber warp threads 10. A hole 102a of each heald is long in a heald moving direction. By causing the flat thread 3 to pass through the hole, the longitudinal direction in transverse plane of the flat thread 3 is oriented along a heald moving direction M. By interweaving fiber weft threads with the fiber warp threads 10, a plurality of woven fabric placement sections is formed so as to be arranged in a weft direction W, each woven fabric placement section being formed as a woven fabric structure and having the flat thread corresponding thereto placed on the woven fabric structure. A flat face HF of the flat thread 3 is disposed on the fiber warp threads 10 in the woven fabric placement section so as to face the fiber warp threads 10. A part of the fiber weft threads is caused to pass over the flat thread 3, to fix the flat thread 3 on the woven fabric placement section. The woven fabric covering section may be formed as a plain weave.
184 FABRIC PRODUCTION METHOD AND FABRIC EP15786458.8 2015-03-24 EP3085819A1 2016-10-26 SAKAUE, Motohiko; OGATA, Mituo; SHIMOIDE, Hajime

To provide a method for manufacturing a woven fabric for which neither the appearance nor a function provided by flat threads of the woven fabric are impaired, and to provide the woven fabric.

The woven fabric further includes flat threads 3 each wider than a fiber warp thread 10, and the flat threads 3 are caused to pass through healds 102 intermittently with respect to a plurality of the fiber warp threads 10. A hole 102a of each heald is long in a heald moving direction. By causing the flat thread 3 to pass through the hole, the longitudinal direction in transverse plane of the flat thread 3 is oriented along a heald moving direction M. By interweaving fiber weft threads with the fiber warp threads 10, a plurality of woven fabric placement sections is formed so as to be arranged in a weft direction W, each woven fabric placement section being formed as a woven fabric structure and having the flat thread corresponding thereto placed on the woven fabric structure. A flat face HF of the flat thread 3 is disposed on the fiber warp threads 10 in the woven fabric placement section so as to face the fiber warp threads 10. A part of the fiber weft threads is caused to pass over the flat thread 3, to fix the flat thread 3 on the woven fabric placement section. The woven fabric covering section may be formed as a plain weave.

185 METHOD FOR WEAVING FABRICS WITH WOVEN EMBROIDERY EFFECT EP07725074.4 2007-05-10 EP2024543B1 2016-07-13 VANDERJEUGT, Bram; FARQUHAR, David
186 WOVEN STRUCTURE AND METHOD FOR WEAVING SAME EP13815972.8 2013-06-21 EP2872683A1 2015-05-20 HASKO, Gregory H.; MCCAFFREY, Michael G.
An exemplary weaving method includes placing a first section of a fill fiber between warp fibers, forming a pick, moving a base to reposition the warp fibers, and placing a second section of the fill fiber between the warp fibers.
187 PREFORME FIBREUSE POUR UN SECTEUR D'ANNEAU DE TURBINE ET SON PROCEDE DE FABRICATION EP11712947.8 2011-03-01 EP2542713B1 2015-05-13 RENON, Guillaume, Jean-Claude, Robert
188 ABRASION RESISTANT WOVEN FABRIC AND METHOD OF FABRICATING AN ABRASION RESISTANT WOVEN FABRIC EP12712184.6 2012-03-15 EP2689054A2 2014-01-29 CHANG, Eun, Seong; CHANG, Jae, Chul; KIM, Eun, Ji
An abrasion resistant woven product includes a plurality of weft yarns interwoven with a plurality of warp yarns. The plurality of weft and warp yarns are interwoven perpendicular to each other to define a webbing with opposite top and bottom surfaces. Each of the top and bottom surfaces includes a plurality of rows of buttons spaced apart by at least one depression such that the plurality of buttons of each row are interleaved with a plurality of buttons of an adjacent row.
189 METHOD OF MANUFACTURING INDUSTRIAL TEXTILES BY MINIMIZING WARP CHANGES AND FABRICS MADE ACCORDING TO THE METHOD EP10802945.5 2010-07-23 EP2456914A1 2012-05-30 DANBY, Roger; JOHNSON, Dale; CHAPLIN, Derek; VANDERKOLK, John Clinton
A method of weaving industrial textiles to a single warp platform, and textiles made thereby. The method comprises identifying optimal fabric characteristics for selected uses to determine groups of suitable fabrics; selecting a first group, identifying fabric properties for optimal characteristics, and identifying optimal properties for warp yarns to be used for all fabrics in the group; selecting a structure type and weave design for each fabric of the group; providing a loom with selected shedding options and installing warp yarns having the identified optimal properties. Thereafter, each fabric in the group can be woven without changing the warp yarns, simply by identifying properties for weft yarns to correspond with the weave design of the respective fabric, setting the loom accordingly and weaving the fabrics as required, adjusting only the weft parameters between successive fabrics, resulting in increased efficiency of manufacturing and avoiding time consuming warp changes between fabrics.
190 REVÊTEMENT DE SOL AMÉLIORÉ EP07728533.6 2007-04-25 EP2010702B1 2011-04-27 DESCHAMPS, Georges-Paul
The invention relates to a temporary ground covering particularly for displacement on sandy, muddy or boggy ground comprising a woven structure formed of warp (6) and weft (7) and the weave thereof being such that each warp yarn (6) interlaces with the weft yarn (7) following, preferably and very approximately, half the intersections of the rows and columns of the weave, the warp yarn (6) being left in the remaining intersections, in order, for each warp yarn (6), to obtain at least one simple tight weave area followed by an area of floats, the alternation of the different abovementioned areas causing contractions of the weft yarn (7) creating a significant relief of the fabric thereby obtained. According to the invention, said covering comprises flat yarns (8) arranged over at least one part of the width of said woven structure on at least one of the surfaces thereof, each of said flat yarns (8) being taken, steadily or not, by weft yarns (7) placed at the ends of the projections of said woven structure surface.
191 CORNER FITTING AND METHOD OF FORMING A CORNER FITTING USING FIBER TRANSFER EP06826114.8 2006-10-16 EP1943377A2 2008-07-16 GOERING, Jonathan
A comer fitting (10) and a method of forming a corner fitting including steps of providing a flat woven fabric (20) 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 (28) and sacrificial second direction fibers (26) 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.
192 Seam construction of papermaker's fabrics EP02251092.9 2002-02-18 EP1233103B1 2005-04-27 Kornett, Glenn J.
193 METHOD OF PRODUCING REINFORCING FIBER WOVEN FABRIC AND PRODUCTION DEVICE THEREFOR AND REINFORING FIBER WOVEN FABRIC EP02707278.4 2002-04-01 EP1441053A1 2004-07-28 HORIBE, Ikuo; HOMMA, Kiyoshi; NISHIMURA, Akira

A method of producing a reinforcing fiber woven fabric, for producing on a weaving machine a reinforcing fiber woven fabric from wefts of reinforcing fiber yarns and warps of reinforcing fiber yarns, the method comprising providing, on a weft supply passage for supplying a weft from a weft bobbin to the weaving machine, a weft unwinding means for laterally unwinding weft from the weft bobbin, and a weft storing cylinder body for sucking , along with air, part of weft thus unwound and directed toward the weaving machine and temporarily storing it therein, contactingly supporting weft, minimized in generation of twist by means of lateral unwinding, by a weft contacting means provided in the weft storing cylinder body while being stored in the weft storing cylinder, and preventing the generation of twist of weft being stored by the supporting; a production device therefore, and a reinforcing fiber woven fabric produced therefrom.

194 Method for producing high weave density airbag fabric on a water-jet loom using unsized yarns EP96301919.5 1996-03-20 EP0747267B1 2003-03-05 Bower, Charles Leigh; Huggins, Marshall LaBruce; Tyler, Jerry
195 Seam construction of papermaker's fabrics EP02251092.9 2002-02-18 EP1233103A1 2002-08-21 Kornett, Glenn J.

An on-machine-seamable papermaker's fabric, which may be produced by modified endless weaving, includes machine-direction (MD) and cross-machine-direction (CD) yarns. When so produced, the MD yarns (24) weave continuously back and forth between the two widthwise edges of the fabric, each time forming a seaming loop (18) at one of the two widthwise edges. Interwoven with at least one of the two sides, top and bottom, of the seaming loops (18) at one or both widthwise edges are at least two additional CD yarns (26). The additional CD yarns (26) interweave with the top and/or bottom of the seaming loops (18) in a leno weave, which keeps the seaming loops (18) in a common position vertically relative to the plane of the papermakers fabric, locks the seaming loops (18) into a desired position and orientation with their planes perpendicular to that of the papermaker's fabric.

196 GAINE TEXTILE DE PROTECTION ACOUSTIQUE EP00956589.6 2000-08-01 EP1203115A1 2002-05-08 LAURENT, Benoît; THOMAS, Patrick; MALDEN, Janice; WINTERS, Dan; BRUSHAFER, Robert
The invention concerns a sound absorbent protective sleeve (10) comprising yarns of a first type (11) including a monofilament and yarns of a second type (12) including a multifilament. Said sleeve (10) consists of a textile structure with unsymmetrical distribution of the yarns of the first and second type on either side of the sleeve (10). The invention is particularly useful for protecting electrical wiring harness in motor vehicles.
197 PROCEDE DE FABRICATION DE D'UNE TOILE POUR SACS, ET TOILE POUR SAC EP00954258.0 2000-09-07 EP1099015B1 2002-01-23 SCHINASI, Piero; FEARON, Dennis, SG Baker Ltd
The invention concerns a method for weaving a fabric, in particular for making bags for carrying goods, such that the fabric, the parameters being constant, has enhanced friction coefficient providing the bags with better slip resistance. The method consists in decreasing the tension by at least one weft shuttle while weaving. The resulting fabric repeatedly comprises at regular intervals a series of protuberances corresponding to the yarn(s) winding more freely and with greater amplitude than others.
198 SAC EN TOILE, TOILE POUR LA FABRICATION DUDIT SAC ET PROCEDE DE FABRICATION DE LA DITE TOILE EP00954258.0 2000-09-07 EP1099015A1 2001-05-16 SCHINASI, Piero; FEARON, Dennis,SG Baker Ltd
The invention concerns a method for weaving a fabric, in particular for making bags for carrying goods, such that the fabric, the parameters being constant, has enhanced friction coefficient providing the bags with better slip resistance. The method consists in decreasing the tension by at least one weft shuttle while weaving. The resulting fabric repeatedly comprises at regular intervals a series of protuberances corresponding to the yarn(s) winding more freely and with greater amplitude than others.
199 VERFAHREN ZUR HERSTELLUNG VON WEBWARE EP98939497.8 1998-06-09 EP0988409A1 2000-03-29 Sanders, Falk-Hayo
The invention relates to a method for producing woven fabric of defined length, consisting of the following steps: 1. placement of the warp ends in a warp end position in a frame determining the defined length and fixation of the warp ends in the frame (warp end station); 2. placement of the frame into a weft device with a shedding device (1st transfer stage); 3. positioning of the weft with actuation of the shedding device (weft station); 4. filling of the frame with the finished woven fabric to the maximum size of the frame (2nd transfer stage); removal of the woven fabric from the frame (removal post).
200 APPARATUS FOR MAKING SOFT TISSUE PRODUCTS EP95914948.0 1995-03-30 EP0708857A1 1996-05-01 CHIU, Kai, F.; EVANS, David, T.; RIETVELT, Antonius, F.; WENDT, Greg, A.
A throughdrying fabric (70) for the drying section of a papermaking machine is disclosed in several embodiments. In each embodiment, the fabric (70) has a load-bearing layer (72) and a sculpture layer (75). The sculpture layer (75) is characterized by impression MD knuckles, in the present instance formed as warp knuckles (74') floating over a plurality of shutes (73) but positioned substantially above the tops of the lowest shute knuckles in the load-bearing layer so as to provide machine direction knuckles projecting in the sculpture layer (75). Methods of weaving the fabric (70) are disclosed using a standard fourdrinier loom (Fig. 17). The loom may embody an auxiliary jacquard mechanism (152) which is effective to control the impression warps in the sculpture level (75) to produce a wide variety of patterns of impression knuckles which, in turn, produce an image on the pulp web which the throughdrying fabric (70) carries through the machine.
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