| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 241 | Needle loom | EP04425386.2 | 2004-05-27 | EP1600537A1 | 2005-11-30 | Zorini, Luigi Omodeo; Pisani, Piermario |
A needle loom comprises at least one forming head (2) for a textile product (3) having a bearing plate (4) defining a predetermined forming plane (5) for the textile product (3) along a predetermined feeding direction (X), at least two heddle frames (11), at least one sickle (17), at least one needle (24) and one reed (31). The reed (31) is movable between a disengagement position and a compacting position, at which it lies in a lying plane (33) substantially transverse to the predetermined forming plane (5), to compact the weft thread (T) against the already formed textile product (3). In the compacting position, the lying plane (33) of the reed (31) and the predetermined feeding direction (X) delimit a predetermined angle (α1) different from 90°, in the predetermined forming plane. |
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| 242 | TISSU EN BIAIS, PROCEDE DE FABRICATION ET METIER A TISSER POUR LA FABRICATION EN CONTINU D'UN TEL TISSU | EP00911023.0 | 2000-03-22 | EP1163385B1 | 2004-05-12 | BRUYERE, Alain; DEBAILLE, Christian; PERRET, Franck |
| The invention concerns a fabric characterised in that it is in the shape of a finite web of length (L) and width (I), consisting of interlaced yarns, woven along respective directions (D and d) oblique relatively to the length (L) and whereof none has a knotting, even for an infinite length of the web. The invention is applicable to fabrics designed for technical use based on flat yarns. | ||||||
| 243 | Method for manufacturing a fabric and an apparatus for manufacturing a fabric | EP03292483.9 | 2003-10-08 | EP1411161A2 | 2004-04-21 | Kobayashi, Tazaemon; Takemoto, Izumi; Kobayashi, Yoko; Fujita, Tsumugi |
The present invention provides a method for manufacturing a fabric and an apparatus for manufacturing a fabric that enable weaving of weak fibers including monofilaments of noble metal such as 24-carat gold. The present invention provides a method for manufacturing a fabric using a power loom driven by driving means, comprising the steps of: (a) separating a warp into an upper part and a lower part to form a shed by means of rotation of said driving means; (b) accelerating a weft thread toward said shed by means of rotation of said driving means; (c) passing said weft thread through said shed by means of rotation of said driving means; (d) decelerating said weft thread passed through said shed by means of rotation of said driving means; (e) returning said warp to close said shed by means of rotation of said driving means; and (f) beating said weft thread inserted into said warp in said step (c) to draw up said weft thread into near side by means of rotation of said driving means; rotational speed of said driving means during said steps (b) and (d) being lower than rotational speed of said driving means during said step (c). |
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| 244 | Métier pour la réalisation de franges à tête gansée | EP97420079.2 | 1997-05-27 | EP0810311B1 | 2000-11-02 | Sahuc, Antoine |
| 245 | Verfahren und Vorrichtung zum Bereitstellen der Kettfadenenden eines Gewebebandes | EP98890292.0 | 1998-10-13 | EP0909846A1 | 1999-04-21 | Preuner, Christian |
Es wird ein Verfahren und eine Vorrichtung zum Bereitstellen der Kettfadenenden (3) eines Gewebebandes (2) beschrieben, von dem die Schußfäden im Bereich der Kettfadenenden (3) mit Ausnahme eines mit Abstand vom verbleibenden Geweberand (1) verlaufenden Schußfadenbündels (6) abgezogen werden, bevor die Kettfadenenden (3) durch einen Fachwechsel eines mit Hilfe der Schußfäden (8) des verbliebenen Schußfadenbündels (6) gebildeten Hilfsfaches (11) nacheinander entsprechend der Webordnung vereinzelt und auf der Seite des Geweberandes (1) aus dem Hilfsfach (11) herausgezogen werden. Um vorteilhafte Konstruktionsbedingungen zu schaffen, wird vorgeschlagen, daß zunächst die von den Schußfäden befreiten, zumindest angenähert parallel zueinander ausgerichteten Endabschnitte (4) der Kettfadenenden (3) miteinander durch eine Klebenaht (5) verbunden werden und daß dann die nacheinander entsprechend der Webordnung vereinzelten Kettfadenenden (3) mechanisch von den durch die Schußfäden (8) des Schußfadenbündels (6) noch in der Webordnung gehaltenen Kettfadenenden (3) getrennt und in Abstand gehalten werden, bevor die jeweils vereinzelten Kettfadenenden (3) von der Klebenaht (5) abgeschnitten und aus dem Hilfsfach (11) gezogen werden. |
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| 246 | Nahtwebmaschine zum Endlosmachen eines Kunststoffgewebes mit einer unterhalb des Webfaches angeordneten Jacquardmaschine | EP93118376.8 | 1993-11-12 | EP0597493B1 | 1997-05-28 | Häcker, Hans Eugen |
| 247 | VERFAHREN UND VORRICHTUNG ZUR HERSTELLUNG VON ARMIERUNGSGEWEBEN MIT DIAGONALEN SCHUSSFÄDEN | EP88901573.1 | 1988-01-20 | EP0379478B1 | 1993-04-07 | |
| In a process for manufacturing reinforced fabrics with triangularly arranged, warp and weft threads, the fabrics manufactured possess uniformly high tensile strength in all directions. The reinforced fabrics consist of two or more conventional fabrics (2) in which the perpendicular arrangement of warp and weft threads is drawn obliquely during a rolling process into an oblique thread construction, the threads being joined together in this obliquely drawn form. | ||||||
| 248 | Verfahren und Vorrichtung zum Erstellen einer Webnaht als Verbindung zweier Gewebeenden | EP81104197.9 | 1981-06-02 | EP0043441B2 | 1988-03-16 | Koller, Rudolf, o.Prof.Dr.-Ing.; Runkel, Walter, Dr.-Ing. |
| 249 | Wide fabric manufacturing method and apparatus | EP82630040.2 | 1982-05-07 | EP0065475B1 | 1986-01-15 | Long, Barry Walter; Roush, David Henry |
| 250 | Machine à tisser sans navette à grande vitesse | EP83400026.7 | 1983-01-05 | EP0084471A1 | 1983-07-27 | Juillard, Yves |
Machine à tisser sans navette, à dispositif passe-trame, notamment à aiguilles rigides. La distance a entre le premier cadre à lisses C1, et la distance b entre ce premier cadre C1 et le porte-fil arrière 6, sont telles que la distance a est égale ou inférieure à 75 mm, et que le rapport % est compris entre 12 et 15, l'épaisseur des cadres C1, C2 .... étant égale ou inférieure à 7 mm. L'invention permet de faire fonctionner la machine à une cadence beaucoup plus élevée que les machines classiques. |
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| 251 | Verfahren und Vorrichtung zum Erstellen einer Webnaht als Verbindung zweier Gewebeenden | EP81104197.9 | 1981-06-02 | EP0043441A1 | 1982-01-13 | Koller, Rudolf, o.Prof.Dr.-Ing.; Runkel, Walter, Dr.-Ing. |
Die Gewebeenden werden teilweise ausgefranst, wonach die Schußfäden (8) des einen Gewebeendes als Kettfäden in das andere Gewebeende eingewoben werden und umgekehrt. Die Vorrichtung zu einer vollautomatischen Durchführung des Verfahrens besteht aus zwei einander gegenüberliegenden spiegelgleichen, von einer Jacquardmaschine (5) überlagerten Maschinenhälften (M, M'), welche längsverschieblich auf einem gleisähnlichen Gestell (G) angeordnet sind. Die ausgefransten Schußfäden (8) eines jeden Gewebeendes werden in ihrer neuen Eigenschaft als Kettfäden an Schnüren der Jacquardmaschine befestigt und bilden im Takte des Webvorganges Nahtwebfächer (11, 11'), in welche die durch Separatoren einzeln aus einer Bindung befreiten ursprünglichen Kettfäden (10, 10') in ihrer neuen Eigenschaft als Schußfäden schrittweise von Greif- und Führungsorganen (32, 43, 44, 58, 60, 61, 62) eingebracht und beigeschoben werden. Das Separieren, Aufgreifen und Führen eines Schußfadens kann in einem Zuge durch einen intermittierenden Luftstrom erfolgen. Da die Länge des Gestells praktisch unbegrenzt ist, kann man mit dieser Vorrichtung Gewebeenden jeder Breite zusammenweben. |
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| 252 | WEAVING LOOM HAVING OPTIMIZED WARP WEAVING | PCT/FR2012052849 | 2012-12-10 | WO2013088037A3 | 2014-02-20 | DAMBRINE BRUNO JACQUES GERARD; COUPE DOMINIQUE; OUELLETTE KEN; GOERING JONATHAN |
| The invention relates to a Jacquard weaving loom (100) for creating a fabric by weaving between a plurality of warp threads (201) and a plurality of woof threads (202). The fabric includes a predetermined number warp threads per length unit and a predetermined number of warp thread layers. The loom includes a comber board (111) including a plurality of holes (1110) for passing a corresponding number of guide threads (113) therethrough, each guide thread being provided with an eyelet (114) having a warp thread (201) passing therethrough. The holes (1110) in the comber board (111) are distributed along a predetermined number of columns (1111) extending parallel to the direction of the warp threads (201) and a predetermined number of rows (1112) per column extending in a direction perpendicular to the direction of the warp threads. The comber board (111) includes a number of columns (1111) of holes (1110) per length unit that is less than the number of warp columns per the same length unit in the fabric and a number of rows (1112) of holes (1110) greater than the number of warp layers in the fabric. | ||||||
| 253 | INTRUSION SENSING NETWORK FOR UNMANNED OUTDOOR GUARDING SYSTEM AND WEAVING MACHINE FOR SAME | PCT/KR2009007617 | 2009-12-19 | WO2010082729A3 | 2010-09-30 | JUNG DAE JONG |
| The present invention relates to an intrusion sensing network of a structure that does not allow the sensing network to be disassembled or dissolved easily but does enable easy installation at the site, and to a weaving machine that weaves the same. The invention relates to an intrusion sensing network the entirety whereof is woven with one sensing line, that includes a repeating and consistent weaving pattern; wherein the consistent weaving pattern comprises a support line, a line of a zigzag shape that enables the support line to connect all the vertices of one side starting from one end of the support line and ending at the other end, and another line of a zigzag shape that is formed in symmetry with the zigzag shape based on the another support line, wherein at the point where the line of a zigzag shape meets with the another line of a zigzag shape, two sensing lines corresponding to each line wind and hold one another. In addition, the invention also provides a weaving machine for an intrusion sensing network furnished with a cylindrical part that can undergo rotation and a driving means that rotates the cylindrical part, wherein a plurality of pins projecting from the surface of the cylindrical part are formed in columns along its circumference; and the plurality of pin columns are formed by repeatedly alternating a first column wherein a plurality of pins are deployed in one line and a second column located adjacent to the first line with a certain gap between them wherein the pins are deployed at the locations facing the region in-between the pins of the first column. | ||||||
| 254 | MODULAR WEAVING FOR SHORT PRODUCTION RUNS | PCT/US2006007542 | 2006-03-02 | WO2006115582A3 | 2007-10-11 | NAYFEH SAMIR; ROHRS JONATHAN |
| A modular weaving machine (10, 10') includes a loom chassis (12) and a plurality of modular warp units (14). The warp units (14) are each configured for being pre-loaded with a plurality of warp threads (22). The loom chassis (12) is configured to receivably support the warp units (14) thereon, so that the warp threads (22) are disposed in parallel, spaced relation to one another, extending in a downstream direction. A plurality of shedding (actuators 52) are coupled to the loom chassis (12) and configured to form a shed with warp threads (22) of each of the warp units (14). A weft insertion module (26, 28) is configured to insert a weft thread (25) through the shed. | ||||||
| 255 | FIXTURE FOR THE REED OF A SEAM WEAVING MACHINE IN ORDER TO ALTERNATIVELY ROLL IN THE SEAM WEFT THREAD BY MEANS OF AN INCLINED POSITION OF THE COMBS OR A MOVABLE ROLL | PCT/EP2006069178 | 2006-12-01 | WO2007063121A8 | 2007-08-09 | HOFSTETTER EDGAR; KOHFINK NORBERT |
| Disclosed is a fixture for the reed of a seam weaving machine used for joining two opposite ends of a synthetic fabric by means of a woven seam. The reed is provided with pivotally mounted combs (22) for sliding seam weft threads to the selvage. The fixture comprises an inclined rail (24) and a pressure rail (30) which are disposed at a distance from the bearing mechanism (20) and apply opposite torques to the combs (22), as well as devices (26, 32) for positioning the inclined rail (24) and the pressure rail (30) at angles relative to the bearing mechanism (20) in order to stagger the combs (22) in the position thereof by means of the inclined rail (24) and the pressure rail (30) so as to operate the machine in a first mode of operation. A roll is also provided which can be displaced along a track across the width of the reed in order to successively swivel the combs (22) towards the selvage so as to operate the machine in a second mode of operation. The inclined rail (24) or the pressure rail (30) can be removed from the combs (22) to operate the machine in the second mode of operation. A U-shaped rail (40) can be placed on the front side of the combs (22) in the second mode of operation, the bottom leg (42) of said U-shaped rail (40) impinging the combs (22) below the shaft (20) and the top leg (44) thereof impinging the combs (22) above the shaft (20). | ||||||
| 256 | FIXTURE FOR THE REED OF A SEAM WEAVING MACHINE IN ORDER TO ALTERNATIVELY ROLL IN THE SEAM WEFT THREAD BY MEANS OF AN INCLINED POSITION OF THE COMBS OR A MOVABLE ROLL | PCT/EP2006069178 | 2006-12-01 | WO2007063121A2 | 2007-06-07 | HOFSTETTER EDGAR; KOHFINK NORBERT |
| Disclosed is a fixture for the reed of a seam weaving machine used for joining two opposite ends of a synthetic fabric by means of a woven seam. The reed is provided with pivotally mounted combs (22) for sliding seam weft threads to the selvage. The fixture comprises an inclined rail (24) and a pressure rail (30) which are disposed at a distance from the bearing mechanism (20) and apply opposite torques to the combs (22), as well as devices (26, 32) for positioning the inclined rail (24) and the pressure rail (30) at angles relative to the bearing mechanism (20) in order to stagger the combs (22) in the position thereof by means of the inclined rail (24) and the pressure rail (30) so as to operate the machine in a first mode of operation. A roll is also provided which can be displaced along a track across the width of the reed in order to successively swivel the combs (22) towards the selvage so as to operate the machine in a second mode of operation. The inclined rail (24) or the pressure rail (30) can be removed from the combs (22) to operate the machine in the second mode of operation. A U-shaped rail (40) can be placed on the front side of the combs (22) in the second mode of operation, the bottom leg (42) of said U-shaped rail (40) impinging the combs (22) below the shaft (20) and the top leg (44) thereof impinging the combs (22) above the shaft (20). | ||||||
| 257 | CONTROLLED ELECTROSPINNING OF FIBERS | PCT/IB2007003249 | 2007-04-09 | WO2008020326A3 | 2009-04-23 | BARINOV VICTOR; LEVON KALLE |
| An electrospinning apparatus and method for spinning a polymer fiber from a fluid that comprises a polymer, comprises: a plurality of collectors; a jet supply device delivering a quantity of fluid; at least one collector of the plurality of collectors in electrical communication with the jet supply device during at least one time duration, the at least one collector and the jet supply device adapted to form an electric field therebetween and draw the quantity of fluid from the jet supply device toward the at least one collector and form the polymer fiber at the at least one collector device during the at least one time duration; a controller controlling sequence and the at least one time duration of which of each the at least one collector of the plurality of collectors is in electrical communication with the jet supply device at least once during a time period. | ||||||
| 258 | WEAVING KIT IMPROVEMENTS | PCT/EP2008060723 | 2008-08-14 | WO2009022000A2 | 2009-02-19 | JAVA LUZ; DONEGAN NOEL |
| A sheet creasing device (1) is operable to form folding guide creases (8, 9, 10) in a sheet (7) to facilitate folding the sheet (7) to form a weaving element. The device (1) has a base support (2) on which is mounted a paper creasing assembly (3) operable to impress a number of fold lines (8, 9, 10) in a paper sheet (7) delivered between complementary rollers in the creasing assembly (3). A top portion (4) of the device (1) is adapted for manually pressing downwardly to clamp the device (1) against a support surface such as a table whilst winding a handle (19) of the creasing assembly (3) to feed the sheet (7) between the creasing rollers. | ||||||
| 259 | MODULAR WEAVING SYSTEM WITH INDIVIDUAL YARN CONTROL | PCT/US2006044207 | 2006-11-14 | WO2007081436A2 | 2007-07-19 | NAYFEH SAMIR A; ROHRS JONATHAN D |
| A modular weaving machine includes a loom chassis and a plurality of modular warp units. The warp units are each configured for supporting a plurality of removable bobbins thereon, the bobbins being pre-loadable with a plurality of warp threads. The loom chassis is configured to receivably support the warp units thereon, so that the warp threads are disposed in parallel, spaced relation to one another, extending in a downstream direction. A plurality of shedding actuators are coupled to the loom chassis and configured to form a shed with warp threads of each of the warp units. A weft insertion module is configured to insert a weft thread through the shed. | ||||||
| 260 | AUTOMATIC SEAMING MACHINE | PCT/GB0002096 | 2000-06-08 | WO0075408A3 | 2002-09-19 | WATERS PAUL |
| An automatic seaming machine for joining by weaving two opposed fabric ends. The machine comprising an end selector (50) driven by an end selector drive for selecting a free warp yarn and an inserter means (70) driven by an inserter means drive for pulling the yarn thus selected through the shed to join the ends together. A fault detector monitors the selection of the yarn by the end selector (50), and an inserter pick-up detector monitors the engagement and pulling of the yarn by the inserter means (70), such that if a fault occurs in either the selection or engagement/pulling the respective fault detector and inserter pick-up detector sends a fault signal to a central control means which in turn then sends a stop signal to the end selector drive and the inserter means drive in order to bring the machine to a complete halt and thereby terminate the weaving process. | ||||||
