EP1489211B1 - Procédé pour la fabrication d'un tissu double peluche sur un métier à tisser double peluche - Google Patents

Procédé pour la fabrication d'un tissu double peluche sur un métier à tisser double peluche Download PDF

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Publication number
EP1489211B1
EP1489211B1 EP20040014347 EP04014347A EP1489211B1 EP 1489211 B1 EP1489211 B1 EP 1489211B1 EP 20040014347 EP20040014347 EP 20040014347 EP 04014347 A EP04014347 A EP 04014347A EP 1489211 B1 EP1489211 B1 EP 1489211B1
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EP
European Patent Office
Prior art keywords
weft
binding
binding warp
threads
warp threads
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EP20040014347
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German (de)
English (en)
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EP1489211A3 (fr
EP1489211A2 (fr
Inventor
Rainer Dr. Gössl
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Schoenherr Textilmaschinenbau GmbH
Schonherr Textilmaschinenbau BMBH
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Schoenherr Textilmaschinenbau GmbH
Schonherr Textilmaschinenbau BMBH
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Priority claimed from EP03014007A external-priority patent/EP1489210A1/fr
Application filed by Schoenherr Textilmaschinenbau GmbH, Schonherr Textilmaschinenbau BMBH filed Critical Schoenherr Textilmaschinenbau GmbH
Priority to EP20040014347 priority Critical patent/EP1489211B1/fr
Publication of EP1489211A2 publication Critical patent/EP1489211A2/fr
Publication of EP1489211A3 publication Critical patent/EP1489211A3/fr
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Publication of EP1489211B1 publication Critical patent/EP1489211B1/fr
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    • D—TEXTILES; PAPER
    • D03—WEAVING
    • D03D—WOVEN FABRICS; METHODS OF WEAVING; LOOMS
    • D03D27/00—Woven pile fabrics
    • D03D27/02—Woven pile fabrics wherein the pile is formed by warp or weft
    • D03D27/10—Fabrics woven face-to-face, e.g. double velvet

Definitions

  • the invention relates to a method for producing a Doppelpolgewebes on a Doppelpolwebm aschine with at least two weft insertion levels using weft yarns, Grekfäden and groups of binding warp threads for the formation of an upper and a lower base goods and choirs of pile threads per warp course for the formation of a patterned between The Polymers separable pile fabric, the Totpole, are integrated between the back and inner shots to stabilize the basic goods.
  • EP 1 217 114 A1 discloses a method for producing a double carpet fabric with symmetrically arranged patterning poles.
  • the patterning pile threads bind exclusively via simultaneously registered back shots of upper fabric and lower fabric.
  • so-called inner shots are recorded, which bind the non-eye pile threads - the so-called tot poles - to the basic fabric by crossing them with corresponding binding warp threads.
  • the weft insertion rhythm is changed.
  • the repeat of the weft insertion extends over at least four loom tours.
  • the pile binding on back shots of each product is not changed by the entry of the inner shots.
  • the binding warp threads include the back shots of successive tours predominantly individually or in pairs between them. In the area of the registered inner shots, individual binding warp threads also wrap around this inner weft. To compensate for the integration length, a rhythm change usually takes place twice between the binding warp threads within a repeat and a group, so that the binding warp threads within a repeat of the group of binding warp threads all have a uniform integration length.
  • This type of binding is advantageous because a Polfaden LCD can be done practically every other tour and each Polhenkel can be anchored with high strength and vertical arrangement in its basic product.
  • Another advantage of this product is that the clamping of the pole leg between consecutively inserted shots in the warp direction takes place exclusively in the region of the back shots.
  • the lower number of inner shots allows one hand, a saving of weft material.
  • the smaller number of inner shots allow a limited lateral deflection of the pole legs.
  • the pile layer which determines the tread elasticity and the pedaling comfort, thus already begins immediately inside, adjacent to the back shots.
  • a disadvantage of this type of binding is primarily the mandatory predetermined symmetrical arrangement of all mustering poles. With a clean color pattern, this requires a higher number, namely twice the number of choruses. That in turn requires a more elaborate machine with multiple control points.
  • Another disadvantage is that the majority of the crossing points of the binding warp threads is arranged in the plane of the back shots and is therefore located in the region of the highest concentration of pile material between the back shots. This limits the weft density and thus the row width density (in the warp direction).
  • EP 1 180 556 A1 describes a process for the production of a double-pole fabric with asymmetric Polhenkeleinitati.
  • the educatorsigen mode of operation is in each tour in each of the basic goods (upper or Unterware) shot a shot.
  • One of the shots is a back shot, a second shot is an inside shot.
  • the number of back shots is therefore identical to the number of inscribed shots - based on one of the two goods.
  • Each pole leg has two terminal points per base product, which are arranged one above the other in the depth of the tissue. Two pole legs are regularly clamped between two consecutive back shots and also between two consecutive shots in the same way.
  • the carpet produced in this way has a very high pull-out strength of all pole handles.
  • the legs of the pole loops regularly protrude vertically from the base fabric.
  • the document describes binding reports for the binding warp threads which extend over a greater number of weft insertion cycles.
  • the illustrated binding reports are based on the fact that - in addition to one sufficient firm binding of the inner shots on the back shots in the depth - and a firm bond in the warp direction adjacent weft threads (weft density) is ensured.
  • the binding warp threads of a group are divided into adjacent warp courses.
  • binding warp threads is understood to mean the binding warp threads usually associated with a warp course which, within a weave repeat, cross each weft thread (back or inner weft) at least once.
  • rhythm changes are provided within a weave repeat. Due to the rhythm changes, the function of the change of subject between the mentioned weft planes, which regularly requires a higher length of integration, is distributed uniformly over all binding warp threads.
  • a further saving of binding warp material is achieved by distributing the binding warp threads of a group to adjacent warp courses.
  • a weaving method is described in which the weft threads are entered in an example four-speed rapport. Two weft pairs are first entered in successive tours. One each of these pairwise registered weft threads is an inner weft in a first product (upper or lower fabric) and a back weft in a second product. In the following tour the assignment changes. In the following episode two single shots will be entered. A first single shot is a back shot in the second and another single shot is a back shot in the first.
  • the three shots in each product entered in the four tours are enclosed by two binding warp threads of a group in a common opening.
  • the inner shot is located between two back shots, which are encompassed by a binding warp thread.
  • a further disadvantage of this procedure shown here is that the non-eye pile threads (the tot poles) float at the base of the pile layer of one of the two base fabrics and are held exclusively in this area by the pattern-changing pole binding.
  • the advantage of higher tread elasticity, which results from the lower number of inner shots with the lowest possible total pile height, is compensated again, because a certain, larger pile height is required for covering the floating totepole.
  • the non-poling poles by means of internal shot and a correspondingly guided binding chain polograph held on the back.
  • the three weft threads per ware (upper fabric, lower fabric) which are registered within four turns (weft insertion cycles) are enclosed in a single opening of two binding warp threads per ware.
  • the three shots mentioned - two back shots and one inside shot - enclose the filler chain and the dead poles in the depths.
  • the inner shots of both goods are entered in pairs.
  • the back shots are always introduced alternately into the two goods by discharging one shot entry at a time as a single shot.
  • Patterning pole handles are - apart from the pile thread change - spread by back shots of both goods.
  • EP 1 152 076 A2 describes a weaving method in a similar manner as disclosed by DE 21 64 904. The only difference is that the pole loops of the upper or lower fabric are alternately spanned between back shots of both goods and arranged between within the filler chain "intermediate shots" of both goods.
  • the highest density of the pole legs is achieved equally in the plane of the intermediate shots and, in almost the same way, in the plane of the inner shots. In the plane of the intermediate shots, the density is therefore slightly higher, because here the binding warp threads cross each other and actively apply forces in the direction of attack.
  • the object of the present invention is to increase the density of Polhenkel Horzien of Doppelpolgeweben with the most economical use of Pol, weft and binder warp yarn material, with asymmetric Polhenkelan extract and securing a high Polhenkel-Ausziehfestmaschine. To ensure a sufficient productivity of tissue production should be possible at least in sections a Wegten mode of operation and a two-speed pile weave.
  • the procedure according to claim 4 increases the number of opposing autismvertritte a binder warp thread group per Schussrapport and ensures a significantly higher pile row density.
  • the limited differentiated integration length of the individual binding warp threads of a group is compensated automatically for most thread materials. If necessary, the conditions for a uniform incorporation of the binding warp threads can be achieved by regular rhythm changes.
  • the practically measured highest shot density can be achieved with the design of the binder thread repeat according to claim 6.
  • Critical crossing points of the binding warp threads, especially in the areas of the back shots, are distributed over two adjacent warp courses.
  • the intersections of warp yarns crossing each other within a warp course are found in the depth range of the tot poles and the filler chain, respectively.
  • this described binding warp repeat is particularly suitable for fixing the weft density, which is achieved during the weft stop.
  • claim 7 shows a binding variant with a larger Schussrapport. Such bonding results in further material savings and improved ride comfort.
  • a double carpet weaving machine with at least two weft insertion, with a - preferably 12-Mftigen - shank arrangement for shedding the binding warp threads and Grekfäden and with at least a three-position Jacquard machine to control the drive of the pile warp threads for shedding.
  • This Doppelteppichwebmaschine is equipped with a clamping and cutting device for the weft threads, which is also able to submit a weft to the Bringergreifer a weft insertion system or not present. It is also equipped with a sensor that monitors whether a weft thread has been registered according to the RS report or not.
  • shots SR, SI are entered starting from the left in the sequence shown. Superimposed shots are entered simultaneously.
  • the back weft SR1 is entered into the top fabric WO and the inside weft SI2 into the underware WU.
  • the back weft SR3 is entered individually into the lower ware WU and then also individually the back weft SR2 into the upper WO.
  • two shots are registered again at the same time.
  • the next shot repeat RS begins in the same way.
  • the binding warp B are divided into two pairs per group.
  • the first pair B11, B15 is fed in the first warp course K1 and the second pair B12, B16 in the second warp course K2.
  • the respective second binding warp thread B15, B16, B17, B18 of a pair starts with a common bond with the first binding warp thread outside over a first back weft. However, he then remains in the outer compartment for three more tours, before switching to the middle compartment in the next tour and then crossing the inside shot. In the next tour he returns to the outer compartment and ends his Rapport RB.
  • This combination of pairs has the advantage that none of the intersections of the binding warp threads B of a group is positioned between successive back shots SR. As far as the crossing Stelien within the basic goods are their binding warp threads are distributed on two adjacent warp courses K1, K2. For this we can determine that each backshot SR is fixed in the direction of impact by a technical representation of a binding warp B1 of a group.
  • the relations between the repeat RB of the binding warp threads B and the repeat RS of the weft threads S are always retained in each double-stitched fabric.
  • the size of the repeat RB is always an integer multiple of the repeat RS of the wefts S.
  • the binding of the top fabric WO produced according to this scheme is shown again in FIG. 6 in an approximately natural section in the plane of the warp course 1.
  • the filling chain F and the group of Totpole PT, which belong to the respective warp course, are in the background and are therefore shown in dashed lines.
  • PT are the respective observable pole loops PM of the warp course K1, all of which bind via back shots SR1, SR2.
  • a binding warp thread section which changes within a tour from the back weft SR to the inside weft SI, only extends parallel to the pile thread legs between the back wefts SR1 and SR2. Thereby, additional space for the deflection of the pile thread legs in the lateral direction becomes available.
  • the majority of intersections between binding warps B1 (x) of a group are located on the outside of the back shots SR or inside on the inside shots SI. Other crossing points within a K1 Ketting course are located in the Totpole PT area. They do not limit the filament density of the tissue.
  • the binding warp threads can also be assigned to the individual warp courses K1 and K2 in a different manner. It is possible that in the same way Binding binders B11 and B12 binding to the weft repeat; B13, B14 a first warp course K1 and the binding warp yarns B15, B16; B17, B18 assign a second warp K2. This eliminates double bindings of the binding chains on the back. On the other hand, crossing areas arise which at least affect the areas of the highest density of the pile thread legs between the back shots.
  • the repeat RB2 of the binding warp threads B2 extends over sixteen weft insertion cycles in each product WO, WU.
  • binding warp thread B21 of the top fabric WO For the representation of the binding course of the individual binding warp threads we follow the binding warp thread B21 of the top fabric WO.
  • the binding warp B21 starts on the left outside with a binding inside over the inner weft SI1, then changes in the next tour on the outside of the back shot SR1 of his goods (WO), before after crossing another next backslot SR2 after another three tours inside over the next Inner shot SI1 binds. From there, he switches back to the level of the back shots SR.
  • the binding warp thread is stretched out between further two back shots SR and an inner shank SI inserted therebetween, being arranged in the plane of the filling chain F.
  • This phase serves as a rhythm change W211.
  • he binds only in plain weave to back shots SR, before he is again led in on the seventh tour on the inside shot SI1 and thus the new Rapport RB2 begins.
  • the type of binding of the second binding warp B22 of the top fabric WO is - based on the rhythm - identical to the first binding warp B21.
  • the binding elements are made eight turns or weft insertion cycles offset from one another.
  • Each binding warp B21, B22 has two change points W212 and W211 or W221 and W222 in its repeat section. In these sections a rhythm change takes place. This rhythm change is necessary in order to carry out the necessary connections of the inner shots SI with only one binding warp thread B21, B22 within a repeat RB and at the same time to keep the length of integration of all binding warp threads B21, B22 within a binding thread repeat RB2 to a uniform size.
  • the binding warp threads B21, B22, B23, B24, which execute this repeat, can be pulled for the top fabric WO and for the underware WU from the same warp beam.
  • the binder thread repeat RB2 in the lower fabric WU is preferably symmetrical and offset by a tour to the repeat RB2 of the top fabric WO.
  • pole legs of the pole loops binding over the back shots SR.
  • Their density is significantly lower in the plane of the internal shots SI than in the plane of the back shots SR, where the total number of shots is twice as high.
  • These inner shots SI are hardly deflected by the binding warp threads B21 and B22.
  • the pole legs are perpendicular from the basic product WO out. They are flexibly supported by the inner shots SI and thus ensure a high level of comfort and a good recovery ability of the pole layer after loading.
  • FIG. 3 The schematic binding image of a further type is shown in FIG. 3.
  • FIG. 3 apart from the repeat RB3 of the binding warp threads B31, B32, B33, B34, there is a complete match with respect to FIG.
  • the repeat RB3 of the binding warp threads B31, B32, B33, B34 extends in top fabric WO and underware WU over sixteen weft insertion cycles each.
  • the course of the binding warp threads B31, B32, B33, B34 and their repeat RB3 will be described with reference to the binding warp threads B3 of the top fabric WO.
  • the binding warp threads B31, B32 are arranged in a first warp course K1.
  • the binding warp threads B33, B34 (dash-dot or dash-dot-dot) are located in the underlying Kettkurs K2.
  • the binding program of these two binder warp pairs is offset from each other by four weft insertion cycles.
  • the binding program of the pairs of binding warp threads B31, B32 / B33, B34 is offset from each other by eight weft insertion cycles.
  • the form of the incorporation is described by the binding warp B31. First, it binds (top left) in the upper compartment without contact over the inside shot SI1 and crossing tangentially the back shot SR1 first. During the two following single shot entries SR4 and SR2 he stays in the upper outer pocket and finally engages the back shots SR1 and SR2 as a pair. The following inner weft SI crosses this binding warp thread without contact outside. He then remains within the plane of the back shots before he crosses the inside shot SI in the fifth tour inside. In the following seven tours, he switches between back shots and inner shots, back into the outer compartment and crosses in the eighth tour the back shots SR1 and begins with the new binder thread repeat RB3.
  • the repeats of the binding warp threads of the group are offset from one another in the warp direction in such a way that finally all back shots SR and all inner shots SI are set from outside or inside.
  • binding warp threads B33 and B34 of the second warp course K2 cross the binding warp threads B31 and B32 of the first warp course K1 in the plane of the back shots.
  • K1, K2 one avoids an excessive restriction of the space for the pole legs in the plane of the back shots SR, where the highest pile thread concentration is given.
  • binding warp threads B3 within a pair of binding warp threads B31 / B32 and B33 / B34 are regularly located in the inner region of the goods WO or WU. They are thus clearly displaced from the zone of highest compression of the poles in the plane of the back shots SR. Pairs of back shots SR, between which binder warp B3 completely absent, are pulled together by a fraverlinger a binder warp B3 against the previously compressed fabric and fixed in the stopper density.
  • FIG. 5 The approximately real design of the thread combinations in this fabric according to FIG. 3 is shown in FIG. 5. Although the intersections of the binder warps B31 and B33 and the binder warps B32 and B34 are all in the range of the highest concentration of pile threads between the back shots. However, they are only present individually, since they are in different warp courses K1, K2.
  • intersections of the binding warp threads B31 / B32 or B33, B34 from the same warp courses K1 and K2 are without exception clearly outside the plane of the back shots SR and thus do not influence the pile row density.
  • the closest bond shown in the prior art in Fig. 8 is shown in the prior art.
  • the highest concentration of the pile threads is achieved between weft threads in the plane of the intermediate shots SZ8 and in the plane of the inner shots SI8.
  • the binding warp threads fixing the intermediate weft SZ8 in the direction of abutment can exert only a limited force in the striking direction, so that the pile thread legs lying between two intermediate wefts and those between the inner wefts can stretch again after the stop.
  • the density reached at the stop of the weft threads can not be obtained in this way.
  • the binding warp threads of a group perform only a single trade.
  • the density of the finished carpet fabric is significantly lower than z. B. that of the fabric shown in Fig. 5 or in Fig. 7.
  • a further disadvantage of the binding according to FIG. 8 is that the tufts between the inner shots leave the binding of the basic product slightly inclined. This inclination results from the fact that the intermediate shot deflects the pole legs under the back of the arch in an arc shape. This tendency increases the closer the double carpet fabric is to the more dense.
  • the fabric described with reference to FIG. 8 has further significant disadvantages. It is practically not possible to perform a pile thread change between a back shot SR8 and an intermediate shot SZ8. Regularly there would be missing individual pole legs. The already lower Ausziehfestigleit of Polhenkeln an intermediate shot (about 50%) is in this case even less. 21
  • each pattern point in the warp direction contains four poles and a Polhenkel, which binds over the back, is visible on the back. This limits the pattern possibilities to a considerable extent, since the pattern resolution is only half that of the two-speed two-shot bindings.
  • the pile threads PM41 to PM44 are involved in the pattern change shown. Starting from the left, the pile thread PM 41 looks in the usual way in a two-shank weave. In this area, the pile yarn PM42 prepares itself for its pattern by a binding inside via the inner weft SI41, which finally begins at the back weft SR41 in the lower fabric WU. After binding over the backseam SR43 in the upper fabric and over the weft thread SR42 in the lower fabric, it finishes its patterning in Totpolstrang PT of the underware WU.
  • the pile thread PM42 is detached by the pile thread PM43 from the top fabric WO. He begins his pattern over the backshot SR44, crosses the backshot SR45 of the underware WU and the backshot SR46 of the top fabric WO. He is then returned to the strand of Totpole PT.
  • the pile thread PM44 was prepared by a binding inside over the inside weft SI43.
  • the pile thread binds then patterned on the back of the SR46, the back of the SR47 and finally on the back of the SR48 back of the fabric. Because the back shot SR48 follows an inside shot SI44, the binding of this pile thread PM44 can be "stopped”. Finally, he is then returned to the Totpolstrang.
  • FIG. 9 a further binding variant for the binding warp threads B91 B92 is shown.
  • the shot repeat RS9 extends over four weft insertion cycles.
  • the repeat RB9 of the binding warp threads B91, B92 is repeated after every eight turns.
  • the two binding warp threads B91, B92 of a group are distributed on two warp courses K1 and K2.
  • the binding warp B91 coming from an inside shot SI intersects the first back shot SR one by one, then passes under the following back shots, before crossing another back shot on the outside and finally ending the rapport inside over the inside shot.
  • the binding warp B92 performs the same binding by four turns offset.
  • the invention is not limited to the use of a four-speed Schussrapportes SR. It is quite possible to increase this rapport by adding more single-shot pairs. This further differentiates the relationship between the number of back shots SR and the number of inside shots SI. A limit is set only by the need for supporting inner shots SI.
  • the shot repeat RS10 extends over six weft insertion cycles.
  • the repeat RB 10 of the binding warp threads B101, B102 is repeated after every twelve turns.
  • the two binding warp threads B101, B102 of a group are distributed on two warp courses K1 and K2.
  • the binding warp B101 coming from an inside weft SI crosses outside a pair of back shots SR, then under the following three back shots, before he crosses another back shot outside and finally inside over the inside weft binding terminates the rapport RB10.
  • the binding warp B102 performs the same binding by six turns offset.

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Claims (8)

  1. Procédé de fabrication d'un tissu double poil sur un métier à tisser double pièce comportant au moins deux plans de tissage de trame,
    en utilisant des fils de trame (SR et S), des fils de chaîne de fourrure (FK) et des groupes de fils de chaîne de liage (B) pour la formation d'un tissu de base supérieur et d'un tissu de base inférieur (WO, WU),
    ainsi que des grils de poils (PM, PT) par chemin de chaîne
    - pour la formation d'une couche de poils de dessin, séparable entre les tissus de base, composée de fils de poils créant les dessins (PM) et
    - pour la fourrure des tissus de base par les fils de poils ne créant pas les dessins (poils morts PT), insérés entre les insertions arrière et les insertions internes,
    dans lequel les fils de trame (SR), selon un rapport d'au moins quatre passages, sont insérés
    - au moins deux fois par paire en tant qu'insertion arrière (SR3, SR1) dans un premier tissu de base (WU, WO) et en tant qu'insertion interne (SI1, SI2) dans un second tissu de base (WO, WU) et
    - deux, quatre ou six fois séparément en tant qu'insertion arrière (SR4, SR2) en alternance dans un des deux tissus de base (WU, WO),
    dans lequel les fils de poil respectifs formant le dessin (PM) sont guidés exclusivement entre les insertions arrière (SR1, SR2) du tissu supérieur (WO) et les insertions arrière (SR3, SR4) du tissu inférieur (WU) en tendant les boucles, et
    dans lequel les fils de chaîne de liage (B) d'un groupe, se croisant dans la zone de concentration la plus élevée des fils de poils entre des insertions arrière consécutives (SR1, SR2 ; SR3, SR4), sont répartis sur deux chemins de chaîne (K1, K2) voisins l'un de l'autre, et
    dans lequel les fils de chaîne de liage (B) d'un groupe, au sein d'un rapport de trame (RS), exécutent l'un après l'autre au moins deux fois un passage de foule - réparti sur les chemins de chaîne voisins (K1, K2).
  2. Procédé selon la revendication 1, caractérisé en ce que, lors du changement de fils de poils conformément au motif, des fils de poil commençant et finissant le dessin (PM41, PM42, PM43, PM44) se lient pour la première et dernière fois autour des insertions arrière (SR) de son tissu (WO ; WU).
  3. Procédé selon la revendication 1, caractérisé
    en ce que, selon un rapport en quatre passages (RS) des fils de trame, le rapport complet (RB1) des fils de chaîne de liage (B11, B12) s'étend sur huit cycles de tissage de trame, et
    en ce que le groupe des fils de chaîne de liage (B1) de chaque tissu (WO, WU) se compose de deux fils de chaîne de liage (B11, B12), qui - décalés de quatre passages les uns par rapport aux autres - entourent séparément respectivement une paire d'insertions arrière (SR1, SR2) voisines à l'extérieur et directement après une insertion interne (SI1) à l'intérieur.
  4. Procédé selon la revendication 1, caractérisé
    en ce que, selon un rapport en quatre passages (RS) des fils de trame, le rapport complet (RB1) des fils de chaîne de liage (B11, B12) s'étend sur huit cycles de tissage de trame, et
    en ce que le groupe des fils de chaîne de liage (B1) de chaque tissu (WO, WU) se compose de deux paires de fils de chaîne de liage (B11, B15 ; B12, B 16) dont les fils de chaîne de liage (B11, B15, B12, B16) - décalés de deux passages les uns des autres - entourent séparément respectivement une paire d'insertions arrière voisines (SR1, SR2) à l'extérieur puis une insertion interne (SI1) à l'intérieur.
  5. Procédé selon la revendication 1, caractérisé
    en ce que, selon un rapport en quatre passages (RS) des fils de trame, le rapport complet (RB9) des fils de chaîne de liage (B91, B92) s'étend sur huit cycles de tissage de trame, et
    en ce que chaque fil de chaîne de liage (B91, B92) de chaque tissu (WO, WU) entoure dans chaque rapport (RB9) une insertion arrière (SR) à l'extérieur, deux insertions arrière (SR) à l'intérieur, à nouveau une insertion arrière (SR) à l'extérieur et enfin une insertion interne (SI) à l'intérieur.
  6. Procédé selon la revendication 1, caractérisé
    en ce que, selon un rapport en quatre passages (RS) des fils de trame, le rapport complet (RB2) des fils de chaîne de liage (B) s'étend sur seize cycles de tissage de trame, et
    en ce que chaque fil de chaîne de liage (B21, B22 ; B23, B24) d'un tissu (WO, WU) par rapport (RB2) entoure d'abord une insertion arrière (SR) à l'extérieur, une insertion arrière (SR) à l'intérieur, une insertion interne (SI) à l'intérieur, à nouveau une insertion arrière (SR) à l'extérieur, deux insertions arrière (SR) à l'intérieur puis trois insertions arrière (SR) à l'extérieur, à l'intérieur et à nouveau à l'extérieur, et enfin l'insertion interne suivante (SI) à l'intérieur.
  7. Procédé selon la revendication 1, caractérisé
    en ce que, selon un rapport en quatre passages (RS) des fils de trame, le rapport complet (RB3) des fils de chaîne de liage (B) s'étend sur seize cycles de tissage de trame, et
    en ce que le groupe des fils de chaîne de liage (B3) se compose de quatre fils de chaîne de liage (B31, B32, B33, B34), qui sont coordonnés par paires (B31, B32 / B33, B34) à deux chemins de chaîne (K1, K2) voisins l'un de l'autre,
    en ce que les fils de chaîne de liage (B31, B32, B33, B34) d'un tissu (WO, WU) au sein d'un rapport (RB3) entourent respectivement une paire d'insertions arrière (SR1, SR2) à l'extérieur et - selon un écart - une insertion interne (SI) à l'intérieur.
  8. Procédé selon la revendication 1, caractérisé
    en ce que, selon un rapport en six passages (RS10) des fils de trame, le rapport complet (RB10) des fils de chaîne de liage (B10) s'étend sur douze cycles de tissage de trame, et
    en ce que chaque fil de chaîne de liage (B101, B102) de chaque tissu (WO, WU) entoure, dans chaque rapport (RB10) d'abord une paire d'insertions arrière (SR) à l'extérieur, trois insertions arrière (SR) à l'intérieur, à nouveau une insertion arrière (SR) à l'extérieur et enfin une insertion interne (SI) à l'intérieur.
EP20040014347 2003-06-21 2004-06-18 Procédé pour la fabrication d'un tissu double peluche sur un métier à tisser double peluche Expired - Lifetime EP1489211B1 (fr)

Priority Applications (1)

Application Number Priority Date Filing Date Title
EP20040014347 EP1489211B1 (fr) 2003-06-21 2004-06-18 Procédé pour la fabrication d'un tissu double peluche sur un métier à tisser double peluche

Applications Claiming Priority (3)

Application Number Priority Date Filing Date Title
EP03014007A EP1489210A1 (fr) 2003-06-21 2003-06-21 Procédé pour la fabrication d'un tissu double peluche sur un métier à tisser double peluche
EP03014007 2003-06-21
EP20040014347 EP1489211B1 (fr) 2003-06-21 2004-06-18 Procédé pour la fabrication d'un tissu double peluche sur un métier à tisser double peluche

Publications (3)

Publication Number Publication Date
EP1489211A2 EP1489211A2 (fr) 2004-12-22
EP1489211A3 EP1489211A3 (fr) 2005-11-09
EP1489211B1 true EP1489211B1 (fr) 2006-12-20

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Families Citing this family (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN100577901C (zh) 2006-02-15 2010-01-06 中材科技股份有限公司 三维机织中空层连织物

Family Cites Families (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
BE793390A (fr) * 1971-12-28 1973-04-16 Felix Tonnar G M B H Procede utilise pour tisser des doubles tissus a poils
EP1152076B1 (fr) * 2000-05-02 2006-11-29 NV Michel van de Wiele Procédé pour la fabrication face contre face de tissus à poils et tissus tissés selon ce procédé
DE50011569D1 (de) * 2000-08-16 2005-12-15 Schoenherr Textilmaschinenbau Verfahren zur Herstellung eines Doppelpolgewebes
DE50012045D1 (de) * 2000-12-08 2006-04-06 Schoenherr Textilmaschinenbau Verfahren zur Herstellung eines Doppelpolgewebes

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EP1489211A2 (fr) 2004-12-22

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