EP1489211A2 - Verfahren zur Herstellung eines Doppelpolgewebes auf einer Doppelpolwebmaschine - Google Patents
Verfahren zur Herstellung eines Doppelpolgewebes auf einer Doppelpolwebmaschine Download PDFInfo
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- EP1489211A2 EP1489211A2 EP04014347A EP04014347A EP1489211A2 EP 1489211 A2 EP1489211 A2 EP 1489211A2 EP 04014347 A EP04014347 A EP 04014347A EP 04014347 A EP04014347 A EP 04014347A EP 1489211 A2 EP1489211 A2 EP 1489211A2
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- European Patent Office
- Prior art keywords
- threads
- shots
- weft
- binding warp
- repeat
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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 a Doppelpolwebm machine with at least two weft insertion levels below Use of weft threads, filling warp threads and groups of binding warp threads for the education of an upper and a lower basic commodity as well as choirs of Pole threads per warp course for the formation of a patterned, between the basic goods separable pile layer, the non-eye pile threads, the tot poles, between the back and inner shots, stabilizing the basic goods are involved.
- EP 1 217 114 A1 discloses a process for producing a double carpet fabric with symmetrically arranged patterning poles known.
- the mustering pile threads bind exclusively via simultaneously registered back shots of upper fabric and lower fabric. At regular intervals so-called.
- Inscribed with internal shots, which are the non-patterned pile threads - the so-called Totpole - bind to the base fabric by crossing with appropriate binding warp threads.
- the weft insertion rhythm is changed.
- the rapport of the Weft insertion extends over at least four loom tours.
- the Pol bond to back shots of each product is by entering the inner shots not changed.
- the binding warp threads close the back shots of successive tours mostly individually or in pairs between them.
- In the field of registered Inner shots wrap single binding warp threads also this inner shot.
- To compensate for the integration length takes place between the binding warp threads Within a rapport and a group usually twice a rhythm change instead, so that the binding warp threads within a repeat of the group of Tie warp threads all have a uniform bond length.
- This type of binding is beneficial because a pile thread change in virtually every one second tour can be done while each pole leg with high strength and vertical arrangement can be anchored in its basic commodity.
- Another advantage of this product is that the clamping of the pole handle between successively inserted shots in the warp direction exclusively in Area of the back shots takes place.
- the smaller number of inner shots allows on the one hand a saving of weft material.
- the lesser inner shots provide limited lateral evasion the pole thigh.
- 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 thus in the Area of the highest concentration of pole material between the back shots located. As a result, the weft density and thus the pile row density (in Warp direction).
- EP 1 180 556 A1 a method for producing a Doppelpolgewebes described with asymmetric Polhenkeleinitati.
- the two-way Working method is in each tour in each of the basic goods (uppers or Unterware) a shot entered.
- One of the shots is a backshot, a second Shot is an inside shot.
- the number of back shots is therefore identical to the number of inscribed inner shots - per one of the two goods.
- Each pole leg has two terminal points per basic product, which are in the depth of the Tissue are stacked. Two pole legs become regular between two successive back shots and also between two successive inner shots clamped in the same way.
- the carpet produced in this way has a very high pull-out strength all pole handles.
- the legs of the pole handles are regularly perpendicular the basic commodity.
- the disadvantage is that the area of the free pole legs, essentially co-determined the tread elasticity or the tread comfort of a carpet fabric, first begins to approach the area of the inner shots. This weaving process leads because of the greater depth of the basic product to increased thread consumption Pole material and weft material.
- the document describes binding reports for the binding warp threads. extending over a greater number of weft insertion cycles.
- the illustrated Bindungsrapporte are oriented to that - in addition to a sufficient firm binding of the inner shots on back shots in the depth - also one firm binding of weft threads adjoining one another in the warp direction (weft density) is guaranteed.
- Binding thread consumption in the area of the basic binding the clamping points in the plane the back shots as well as the interior and / or intermediate shots so to make that at a given high density, a fixed and substantially vertical Integration of the pole legs can be ensured.
- the binding warp threads a group split into adjacent warp courses.
- binding warp threads usually associated with a warp course, which are within one Binding repeat each weft (back or inboard shot) at least cross once.
- a further saving of binding material is achieved by the fact that the Bind warp threads of a group are distributed on adjacent warp courses.
- the three shots in each product entered in the four tours will go through each two binding warp threads of a group enclosed in a common opening.
- the inner weft is between two of a binding warp thread grabbed back shots.
- the highest concentration of pile threads between successively registered Weft threads are located in the plane of the back shots of each product. In the same level also intersect after every fourth weft insertion cycle the binding warp threads in each warp course at the same time.
- the non-poling poles by means of internal shot and a correspondingly guided binding chain polograph held on the back shot.
- the three shots mentioned include two back shots and one Inner shot - the filler chain and the dead poles in between.
- the Inner shots of both goods are entered in pairs.
- the back shots On the other hand, by omitting one shot entry each, it is always a single shot alternately introduced into the two goods. Patterned pole handles will - apart from the pile thread change - spread by back shots of both goods.
- Polfaden be single leg of Polhenkeln of Inside shots stretched.
- EP 1 152 076 A2 describes a weaving method in a similar manner, as disclosed by DE 21 64 904. The only difference is in that the pole handles of the upper or lower fabric alternately between back shots both goods and arranged between within the filling chain "Intermediate shots" of both goods are to be clamped.
- the three shots of each item entered within a four-time report are thus in three different levels, which are parallel to the plane of the Fill warp threads of the fabric extend.
- the highest density of the pole-thighs is equally in the plane of the intermediate shots and - almost in the same way - in the plane of the inner shots reached. In the plane of the intermediate shots, the density is therefore something higher because here the binding warp threads cross each other and actively forces in the direction of attack muster.
- the object of the present invention is, with the most economical use of Pol-, Weft and binding warp yarn material, in asymmetric Polhenkelan extract and To ensure a high Polhenkel-Ausziehfestmaschine the density of Polhenkel Herbertn of double pole tissues increase. To ensure a sufficient Productivity of tissue production should be at least partially a dual-mode Working method and a two-speed pile weave be possible.
- the procedure according to claim 4 increases the number of opposing autismvertritte a binding warp group per shot repeat and ensures a clear higher pole row density.
- the limited differentiated integration length of the individual Binding warp threads of a group are similar to most thread materials automatically out. If necessary, by regular rhythm changes the prerequisites be achieved for a uniform incorporation of binding warp threads.
- the practically measured highest shot density is with the design of the binder thread repeat reachable according to claim 6.
- Critical crossing points of the binding warp threads especially in the areas of the back shots are on two distributed adjacent to each other Kettkurse. The intersections of warp yarn pairs, that cross each other within a chain course, we find in the depth range Totebole or the filler chain.
- this described is suitable Binding thread repeat in a special way.
- claim 7 shows a binding variant with a larger one Pick repeat. Such bonding leads to further material savings and to an improvement in pedaling comfort.
- Double carpet weaving machine with at least two weft insertion levels, with one - preferably 12-shank - shank arrangement for the shedding of the binding warp threads and the Grekfäden and with an at least three-position Jacquard machine for controlling the drive of the pile warp threads for shed formation.
- This double carpet weaving machine is equipped with a clamping and cutting device for the weft threads, which is also capable of a weft thread the To present or not to present the rapier of a weft insertion system. She is also equipped with a sensor that monitors whether a weft was entered in accordance with the RS report or not.
- the spine SR1 is inserted in the upper fabric WO and the inner weft SI2 in the lower ware WU.
- the back shot SR1 individually in the lower ware WU and then also individually the back shot SR2 registered in the top product WO.
- the Schussrapportes RS are again registered two shots simultaneously. The are to the first of the inner weft SI1 in the top WO and the second of the Backshot SR4 in the underware WU.
- the following tour begins the next shot repeat RS in the same way.
- the binding warp B are divided into two pairs per group.
- the first couple B11, B15 is in the first warp K1 and the second B12, B16 in the second Kettkurs K2 fed.
- the respective second binding warp B15, B16, B17, B18 of a pair starts with a common bond with the first binding warp outside on one first back shot. However, he then stays in the outer compartment for three more tours, before he changes to the middle compartment in the next tour and then the Inside shot crosses inside. In the next tour he changes back into the Outside pocket and finished his rapport RB.
- the relations between the rapport RB of the binding warp B and the repeat RS of the weft threads S are always retained in each double carpet fabric.
- the Size of the repeat RB is always an integer multiple of the repeat RS of the weft threads S.
- the binding of the top fabric WO produced according to this scheme is shown in FIG. 6 again shown in a roughly natural section in the plane of the warp course 1.
- the filling chain F and the group of Totpole PT, which are linked to the respective warp course belong, are in the background and are therefore shown in dashed lines.
- PT are the respective pole handles PM of the K1 K1 course, all of which bind via back shots SR1, SR2.
- Other intersections within a K1 course are in the Area of the Totpole PT. They do not limit the filament density of the tissue.
- binding warp threads which are the narrowest area between back shots regularly, consist of binding warp threads of both warp courses K1, K2. This also does not limit the row density. It is clearly visible 6 also that each back shot SR by a respective binding warp B1 is pulled to the previously formed basic goods. This will ensure that the density of the tissue produced by the reed by the specialist of a Binding warp of each group is fixed almost without loss.
- the binding warp threads are the individual warp courses K1 and K2 also assignable in another way. It is possible that in the same way Binding binders B11 and B12 binding to the weft repeat; B13, B14 one first warp course K1 and the binding warp threads B15, B16; B17, B18 a second To assign Kett ist K2. This eliminates double bindings of the binding chains on the back. On the other hand, crossing areas are created, which are the areas of the highest density of the pile thread legs between the back shots at least tangent.
- the binding type according to FIG. 2 differs from the illustration according to FIG. 1 by the reduced to two reduced number of binding warp threads B2 in top fabric WO and Unterware WU and the size and design of the Rapport RB2 the Tie warp threads B21, B22 of the top fabric WO and the binder warp threads B23, B24 of Underware WU.
- the repeat RB2 of the binding warp threads B2 extends over sixteen Weft insertion cycles in every commodity WO, WU.
- the binding warp B21 begins left outside with a binding inside over the inner weft SI1, then changes into the next tour outside on the back shot SR1 of his goods (WO), before he after crossing another backslot SR2 for another three Tours inside again over the next inside shot SI1 binds. From there He returns to the level of the back shots SR.
- 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 eight turns or weft insertion cycles executed offset each other.
- Each binding warp B21, B22 has in his Repeat section two change points W212 and W211 or W221 and W222. In In these sections a rhythm change takes place. This rhythm change is necessary to create within a rapport RB the necessary connections of the Inner shots SI with only one binding warp B21, B22 to execute and at the same time the integration length of all binding warp threads B21, B22 within one Binding thread repeat RB2 to keep a uniform size.
- the binding warp threads B21, B22, B23, B24, which execute this repeat, can be used for UPWARE WO and for underware WU be pulled from the same warp beam.
- the binder thread repeat RB2 in the lower fabric WU is preferably symmetrical and added a tour to the rapport RB2 of the top product WO.
- the pole handle Between two inner shots SI are regularly the four pole legs the pole handle, which binds via the back shots SR. Their density is in the plane the inner shots SI significantly lower than in the plane of the back shots SR, where the total number of shots is twice as high. These inside shots SI are hardly deflected by the binding warp threads B21 and B22.
- the pole thighs stand vertically from the basic commodity WO. They are going through the inner shots SI flexibly supported 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 another type is shown in FIG. 3. Again it except the rapport RB3 of the binding warp B31, B32, B33, B34 opposite the Fig. 1 is a complete match.
- the repeat RB3 of the binding warp threads B31, B32, B33, B34 extends in the upper fabric WO and subware WU each have sixteen weft insertion cycles.
- the binding warp threads B31, B32, B33, B34 and their rapport RB3 is based on the binding warp threads B3 of the top fabric WO described.
- 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 behind Kettkurs K2.
- the binding program of these two binder warp pairs is around four weft insertion cycles offset from each other.
- the binding program of Pair of binding warp B31, B32 / B33, B34 is eight weft insertion cycles offset from each other.
- 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 following two individual entries SR4 and SR2 he remains in the upper outer compartment and finally surrounds the outside shots SR1 and SR2 as a couple. The following inner weft SI crosses this binding warp thread still without contact outside. Thereafter, it remains within the plane of the back shots, before he crosses the inside shot SI in the fifth tour. In the He changes following seven tours, between back shots and inside shots remaining, back in the outer compartment and crosses in the eighth tour the back shot SR1 and thus begins the new binder thread repeat RB3.
- the same course has the binding warp B32 of the same warp and the binding warp threads B33 and B34, which are arranged in the underlying warp course are.
- the repeats of the binding warp threads of the group are such in relation to each other Chain direction offset, that eventually all back shots SR and all inside shots SI are tied from outside or inside.
- the binding warp threads B33 and B34 of the second warp course K2 cross in the Level of the back shots the binding warp threads B31 and B32 of the first warp course K1. With their distribution in different Kettadose K1, K2 one avoids however an excessive restriction of the space for the pole thighs in the plane of the Back shots SR, where the highest pile thread concentration is given.
- intersections of the binder warp B3 within a pair of binder warp threads B31 / B32 and B33 / B34 are regularly located in the inner area of the Goods WO or WU. They are thus significantly shifted from the zone of highest compression of the observable pole-legs in the plane of the back-shots SR. Pairs of back shots SR, between which binding warp B3 completely missing, are together by a professional representative of a binding warp B3 pulled against the previously compressed tissue and fixed in the stopper density.
- FIG. 3 With this type of binding according to FIG. 3, it can be proved by experiments in Dependence on yarn quality and its strength in a carpet fabric up to reach 150 rows per decimeter (150 / dm). The bonds after the By contrast, FIGS. 1 and 2 allow rows of piles between 100 / dm and 130 / dm to.
- FIG. 3 The approximately real design of the thread combinations in this tissue according to FIG. 3 is shown in FIG. The crossing points of the binding warp threads B31 and B33 as well Although the binding warp threads B32 and B34 are all in the highest range Concentration of the pile threads between the back shots. They are here, however only individually present, since they are in different warp courses K1, K2.
- intersections of the binding warp threads B31 / B32 or B33, B34 from the same Kettkurse K1 and K2 lie invariably clearly outside the level of the Back shots SR and thus do not affect the pole row density.
- the closest bond is shown in FIG. 8 in the same way, which offers the state of the art.
- the back shots SR8 and intermediate shots SZ8 outside and inside the filling chain 8 becomes the highest concentration of pile threads between weft threads in the plane of the Intermediate shots SZ8 and reached in the level of inside shots SI8.
- these Levels are each four pole legs, the cross section of the intermediate shot SZ8 or the internal shot SI8 and a crossing points or sections of the Binding warp threads B81, B82.
- the intermediate warp SZ8 fixing in the direction of attack binding warp threads can exert only a limited force in the direction of impact, so that between the two intermediate shots as well as between the inside shots lying Polfadenschenkel can stretch again after the attack.
- the at Attack of the weft threads reached density can not be obtained so.
- the binding warp threads of a group carry only one single professional representative.
- the density of the finished carpet fabric is clear lower than z. B. that of the fabric shown in Fig. 5 or in Fig. 7.
- each pattern contains point in the warp direction four pole legs and a pole handle that binds over the back visible on the back. This limits to a considerable extent the pattern possibilities because the pattern resolution compared to the two-speed two-shot bindings only half as big.
- each shot carrying a pole leg Backshot can be a pile thread change in every other tour realize.
- Examples show u. a. Fig. 4, in which a large number of variants for a such Polfadencic is shown.
- the pile threads PM41 to PM44 are involved in the pattern change shown. From Starting from the left, the pile thread PM 41 looks in the usual way in a two-shank weave. In this area, the pile thread PM42 is prepared by a bond inside over the inside shot SI41 on his pattern before, which finally on Back shot SR41 in the sub-WU begins. After bonding over the Backshot SR43 in the upper fabric and over the weft SR42 in the Underware he finishes his pattern in the Totpolstrang PT of the Unterware WU.
- the pile thread PM42 is detached by the pile thread PM43 from the upper fabric WHERE. He starts his pattern over the back shot SR44, crosses the Back shot SR45 of the underware WU and the back shot SR46 of the upper fabric WHERE. He is then returned to the strand of Totpole PT.
- FIG. 9 shows another binding variant for the binding warp threads B91 B92 demonstrated.
- the shot repeat RS9 extends over four weft insertion cycles.
- the repeat RB9 of the binding warp threads B91, B92 repeats after every eight Tours.
- the two binder warp threads B91, B92 of a group are on two warp courses K1 or K2 distributed.
- the binding warp B91 coming from an inside shot SI crosses the first back shot SR on the outside, then passes under the following ones Back shots, before he crosses another back shot outside and finally, inside the binding on the inside shot finished the rapport.
- the binding warp thread B92 performs the same binding four turns offset.
- the invention is not limited to the use of a four-speed Schussrapportes SR. It is quite possible to add this rapport by adding more Enlarge single-shot pairs. This will change the ratio between the number the back shots SR and the number of inside shots SI even more differentiated. A limit is set only by the need for supporting inner shots SI.
- FIG. 10 An example of such an enlarged shot repeat is shown in FIG. 10.
- the shot repeat RS10 spans six weft insertion cycles.
- the rapport RB 10 the binding warp B101, B102 is repeated after every twelve turns.
- the two binding warp B101, B102 a group are on two Kettkurse K1 or K2 distributed.
- the binding warp B101 coming from an inside weft SI crosses outside a pair of back shots SR, then cross the next three Back shots, before he crosses another back shot outside and finally finished in on the inside weft binding the rapport RB10.
- Of the Binding twine B102 performs the same binding six turns apart.
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Abstract
Description
- Fig. 1
- einen schematischen Querschnitt eines Doppelflorgewebes, bei dem die Schussfäden im Rhythmus ihrer Eintragsfolge angeordnet wurden, bei dem im rechten Bereich die Polhenkel weggelassen wurden und bei dem die Bindekette einen sich über acht Schusseintragszyklen erstrekkenden Rapport ausführt,
- Fig. 2
- eine Darstellung analog der Fig. 1, wobei sich der Rapport der Bindekette über sechzehn Schusseintragszyklen erstreckt,
- Fig. 3
- eine weitere Darstellung analog Fig. 1, wobei die Bindekettfäden in anderer Weise als in Fig. 2 einen Rapport über sechzehn Schusseintragszyklen ausführen,
- Fig. 4
- eine ähnliche Darstellung wie in Fig. 1, wobei die Polfadenwechsel in ihrer kürzesten Folge dargestellt sind,
- Fig. 5
- einen etwa realen Querschnitt durch den Teppich einer Oberware eines Doppelteppichgewebes in der Bindungsart nach Fig. 3,
- Fig. 6
- eine Darstellung analog Fig. 5 mit der Bindungsart nach Fig. 1,
- Fig. 7
- eine Darstellung analog Fig. 5 mit der Bindungsart nach Fig. 2,
- Fig. 8
- eine Darstellung analog Fig. 5, die eine Ausführung nach dem Stand der Technik zeigt (prior art),
- Fig 9
- eine Darstellung analog Fig. 5 mit einem weiteren achttourigen Bindekettfadenrapport und
- Fig. 10
- eine Darstellung analog Fig. 5 mit einem sechstourigen Schussrapport und einem zwölftourigem Bindekettfadenrapport.
- B
- Bindekette, (allgemein)
- B1, B2, B3, B8, B9, B10
- Bindeketten der Figuren 1, 2, 3, 8, 9, 10 (die folgenden Ziffern sind lfd. Ziffern der Bindeketten der gleichen Fig.)
- F
- Füllkette
- K1
- Kettkurs (vorn) auch Anfügung an B-Bezugszeichen
- K2
- Kettkurs (hintenliegend) auch Anfügung an B-Bezugszeichen
- P
- Polfaden (allgemein)
- PT, PT8
- Totpole
- PM, PM8
- Pol, musternd, Polhenkel
- PM4
- Polfäden, musternd, der Fig. 4 (anschließende Ziffern bedeuten die Reihenfolge innerhalb der Figur)
- RB
- Rapport, Bindekettfäden (anschließende Ziffern bezeichnen die Figur; folgende Ziffern eine Reihenfolge innerhalb der Figur)
- RS
- Rapport der Schussfäden (vier Schusseintragszyklen)
- RS10
- Rapport der Schussfäden (sechs Schusseintragszyklen)
- SR
- Rückenschuss, allgemein (anhängende Ziffern bedeuten eine Reihenfolge in den Figuren 1 bis 3 und 5 bis 7)
- SR4
- Rückenschüsse der Figur 4 (anschließende Ziffern bedeuten die Reihenfolge innerhalb der Figur)
- SI, SI1, SI2
- Innenschüsse (allgemein --> 1 Oberware; 2 Unterware)
- SI4
- Innenschüsse der Figur 4 (anschließende Ziffern bedeuten die Reihenfolge innerhalb der Figur)
- SR8
- Rückenschuss, Figur 8
- SZ8
- Zwischenschuss, Figur 8
- SI8
- Innenschuss, Figur 8
- W
- Rhythm uswechsel (allgemein)
- W2
- Rhythm uswechsel der Figur 2 (im anhängenden Ziffernpaar bedeutet die erste Ziffer die Zuordnung zur Bindekette und die zweite Ziffer eine laufende Ziffer)
- WO
- Oberware
- WU
- Unterware
Claims (8)
- Verfahren zur Herstellung eines Doppelpolgewebes auf einer Doppelpolwebmaschine mit mindestens zwei Schusseintragsebenen,
unter Verwendung von Schussfäden (SR und SJ), von Füllkettfäden (FK) und Gruppen von Bindekettfäden (B) für die Ausbildung einer oberen und einer unteren Grundware (WO, WU)
sowie von Choren von Polfäden (PM, PT) pro Kettkursfür die Ausbildung einer gemusterten, zwischen den Grundwaren trennbaren Polschicht aus musternden Polfäden (PM) undfür die Füllung der Grundwaren durch die zwischen Rückenschüssen und Innenschüssen eingebundenen, nicht musternden Polfäden Totpole PT),mindestens zweimal paarweise als Rückenschuss (SR3, SR1) in eine erste Grundware (WU, WO) und als Innenschuss (SI1,SI2) in eine zweite Grundware (WO, WU) undzwei-, vier- oder sechsmal einzeln als Rückenschuss (SR4, SR2) abwechselnd in eine der beiden Grundwaren (WU, WO) eingetragen werden,
wobei die einander in dem Bereich der höchsten Polfadenkonzentration zwischen aufeinanderfolgenden Rückenschüssen (SR1, SR2; SR3, SR4) kreuzenden Bindekettfäden (B) einer Gruppe auf zwei einander benachbarte Kettkurse (K1, K2) verteilt sind und
wobei die Bindekettfäden (B) einer Gruppe innerhalb eines Schussrapportes (R S) nacheinander mindestens zweimal einen Fachvertritt - verteilt auf die benachbarten Kettkurse (K1, K2) - ausführen. - Verfahren nach Anspruch 1, dadurch gekennzeichnet, dass beim mustergemäßen Polfadenwechsel der mit der Musterung beginnende und endende Polfaden (PM41, PM42, PM43, PM44) erst- und letztmalig um Rückenschüsse (SR) seiner Ware (WO; WU) bindet.
- Verfahren nach Anspruch 1, dadurch gekennzeichnet, dass bei einem viertourigen Rapport (RS) der Schussfäden sich der komplette Rapport (RB1) der Bindekettfäden (B11, B12) über acht Schusseintragszyklen erstreckt und
dass die Gruppe der Bindekettfäden (B1) jeder Ware (WO, WU) aus zwei Bindekettfäden (B11, B12) besteht, die - um vier Touren zueinander versetzt - je ein Paar benachbarter Rückenschüsse (SR1, SR2) außen und unmittelbar danach einen Innenschuss (SI1) innen einzeln umgreifen. - Verfahren nach Anspruch 1, dadurch gekennzeichnet, dass bei einem viertourigen Rapport (RS) der Schussfäden sich der komplette Rapport (RB1) der Bindekettfäden (B11, B12) über acht Schusseintragszyklen erstreckt und
dass die Gruppe der Bindekettfäden (B1) jeder Ware (WO, WU) aus zwei Bindekettfadenpaaren (B11, B15; B12, B16) besteht, deren Bindekettfäden (B11, B15, B12, B16) - um zwei Touren zueinander versetzt - je ein Paar benachbarter Rückenschüsse (SR1, SR2) außen und danach einen Innenschuss (SI1) innen einzeln umgreifen. - Verfahren nach Anspruch 1, dadurch gekennzeichnet, dass bei einem viertourigen Rapport (RS) der Schussfäden sich der komplette Rapport (RB9) der Bindekettfäden (B91,B92) über acht Schusseintragszyklen erstreckt und
dass jeder Bindekettfaden (B91, B92) jeder Ware (WO, WU) in jedem Rapport (RB9) einen Rückenschuss (SR) außen, zwei Rückenschüsse (SR) innen, wieder einen Rückenschuss (SR) außen und schließlich einen Innenschu ss (SI) innen umgreift. - Verfahren nach Anspruch 1, dadurch gekennzeichnet, dass bei einem viertourigen Rapport (RS) der Schussfäden sich der komplette Rapport (RB2) der Bindekettfäden (B) über sechzehn Schussseintragszyklen erstreckt und
dass jeder Bindekettfaden (B21, B22; B23, B24) einer Ware (WO, WU) pro Rapport (RB2) zunächst einen Rückenschuss (SR) außen, einen Rückenschuss (SR) innen, einen Innenschuss (SI) innen, wieder einen Rückenschuss (SR) außen, zwei Rückenschüsse (SR) innen, dann drei Rückenschüsse (SR) außen, innen und wieder außen und schließlich den folgenden Innenschuss (SI) innen umgreift. - Verfahren nach Anspruch 1, dadurch gekennzeichnet, dass bei einem viertourigen Rapport (RS) der Schussfäden sich der komplette Rapport (RB3) der Bindekettfäden (B) über sechzehn Schussseintragszyklen erstreckt,
dass die Gruppe von Bindekettfäden (B3) aus vier Bindekettfäden (B31, B32, B33, B34) besteht, die paarweise (B31, B32 / B33, B34) zwei einander benachbarten Kettkursen (K1, K2) zugeordnet sind,
dass die Bindekettfäden (B31, B32, B33, B34) einer Ware (WO, WU) innerhalb eines Rapportes (RB3) je ein Paar von Rückenschüssen (SR1, SR2) außen und - im Abstand davon - einen Innenschuss (SI) einzeln innen umgreifen. - Verfahren nach Anspruch 1, dadurch gekennzeichnet, dass bei einem sechstourigen Rapport (RS10) der Schussfäden sich der komplette Rapport (RB10) der Bindekettfäden (B10) über zwölf Schusseintragszyklen erstreckt und
dass jeder Bindekettfaden (B101, B102) jeder Ware (WO, WU) in jedem Rapport (RB10) zunächst ein Paar von Rückenschüssen (SR) außen, drei Rückenschüsse (SR) innen, wieder einen Rückenschuss (SR) außen und schließlich einen Innenschuss (SI) innen umgreift.
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EP20040014347 EP1489211B1 (de) | 2003-06-21 | 2004-06-18 | Verfahren zur Herstellung eines Doppelpolgewebes auf einer Doppelpolwebmaschine |
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EP03014007A EP1489210A1 (de) | 2003-06-21 | 2003-06-21 | Verfahren zur Herstellung eines Doppelpolgewebes auf einer Doppelpolwebmaschine |
EP03014007 | 2003-06-21 | ||
EP20040014347 EP1489211B1 (de) | 2003-06-21 | 2004-06-18 | Verfahren zur Herstellung eines Doppelpolgewebes auf einer Doppelpolwebmaschine |
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EP1489211A2 true EP1489211A2 (de) | 2004-12-22 |
EP1489211A3 EP1489211A3 (de) | 2005-11-09 |
EP1489211B1 EP1489211B1 (de) | 2006-12-20 |
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Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2007093109A1 (fr) * | 2006-02-15 | 2007-08-23 | Sinoma Science & Technology Co. Ltd. | Tissu à liaison de couches, creux, tridimensionnel |
Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
DE2164948A1 (de) * | 1971-12-28 | 1973-07-12 | Tonnar Gmbh Felix | Verfahren zum weben von doppel-florgeweben |
EP1152076A2 (de) * | 2000-05-02 | 2001-11-07 | NV Michel van de Wiele | Verfahren zum Herstellen von Doppelstück Plüschgewebe und nach diesem Verfahren hergestelltes Gewebe |
EP1180556A1 (de) * | 2000-08-16 | 2002-02-20 | SCHÖNHERR Textilmaschinenbau GmbH | Verfahren zur Herstellung eines Doppelpolgewebes |
EP1217114A1 (de) * | 2000-12-08 | 2002-06-26 | SCHÖNHERR Textilmaschinenbau GmbH | Verfahren zur Herstellung eines Doppelpolgewebes |
-
2004
- 2004-06-18 EP EP20040014347 patent/EP1489211B1/de active Active
Patent Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
DE2164948A1 (de) * | 1971-12-28 | 1973-07-12 | Tonnar Gmbh Felix | Verfahren zum weben von doppel-florgeweben |
EP1152076A2 (de) * | 2000-05-02 | 2001-11-07 | NV Michel van de Wiele | Verfahren zum Herstellen von Doppelstück Plüschgewebe und nach diesem Verfahren hergestelltes Gewebe |
EP1180556A1 (de) * | 2000-08-16 | 2002-02-20 | SCHÖNHERR Textilmaschinenbau GmbH | Verfahren zur Herstellung eines Doppelpolgewebes |
EP1217114A1 (de) * | 2000-12-08 | 2002-06-26 | SCHÖNHERR Textilmaschinenbau GmbH | Verfahren zur Herstellung eines Doppelpolgewebes |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
WO2007093109A1 (fr) * | 2006-02-15 | 2007-08-23 | Sinoma Science & Technology Co. Ltd. | Tissu à liaison de couches, creux, tridimensionnel |
US8114792B2 (en) | 2006-02-15 | 2012-02-14 | Sinoma Science & Technology Co. Ltd. | Three-dimensional woven hollow layer-connecting fabric |
Also Published As
Publication number | Publication date |
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EP1489211B1 (de) | 2006-12-20 |
EP1489211A3 (de) | 2005-11-09 |
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