DE19509272A1 - Weaving method and weaving device - Google Patents

Abstract

A loom with separate weft insertion mechanisms is used to weave two or more fabrics (210, 212) simultaneously, at least one of the fabrics having a Terry construction. The reed (214) is kept perpendicular to the fabrics in the loose (B) as well as the fast position (A). Stitching yarns may be employed crossing between two ground fabrics produced simultaneously on the loom, and these stitching yarns may be cut on the loom to produce two separate fabrics. The Terry loops may be formed on one or both faces of one or both fabrics. The loom is preferably a shuttleless loom. <IMAGE>

Description

The invention relates to the weaving of tissue by the "Terry" process, that is, a process in which there are basic and warp threads as well as weft threads and in which the An beat up is such that the shot is shot only beats (picks) in the goods edge (fur), which are separated by more than one cycle of the loom. Ty The loom presses the weft only every third Blow (cycle) in the fabric edge, although the loom on it Could be set up the shot every other stroke or actually every fourth beat or larger Number of blows to drive into the edge of the goods. In practice almost all terry weaving beats the third th or fourth punch (pick) in the edge of the goods. As a result the sequence of stops forms the pole chain into loops. Of the The Terry weaving process is well known. An object of the invention is creating an increased production quota by the fabric of the terryprocess. Another goal is the creation of a process for making terryge weave, which is particularly well adapted for use in the production of composite materials, for example materia lien, in which the terry fabric with other material in Layer form is combined, as occurs, for example, if tissue is inserted into a plastic film as reinforcement is gert.  

A known method of using a permanent befe constant riets for the production of terry fabrics has the consequence that the body of the fabric and the base warp threads of the series can be moved forward and backward.

According to a first aspect of the invention, a method comprises to fabricate the simultaneous weaving of two or more base fabrics on a loom with two or more Weft insertion systems and the simultaneous weaving of warp in at least one of the basic tissues through a terryprocess, such as defines here in which terri process the reed is vertical stands when the blows are struck.

Only by ensuring that the reed is vertical during the formation of groups of "loose" punches and also, if this when the "firm" stroke in the Wa edge of the tissue, it is possible to the potential for manufacturing fabrics according to the invention full use.

The invention avoids the need for the body of the tissue bes and move the base warp threads to cast on.

The invention includes the use of any method of manufacture provision of a terry binding effect.

The chain is expediently a pole chain.

Typically, the reed has "fixed" and "loose" modes in which the reed is vertical during the formation of the groups "lo this "blows and also when the groups of" loose "blows at the attack of the "fixed" shot in the edge of the goods at least two tissues are struck.

Preferably, pole loops are made by the terryprocess generated at least one side of the base fabric into which the Polgarn is woven.  

The reed is expediently cam-operated.

A pile chain is expediently inserted into each of the base fabrics woven a terryprocess to at least pole loops to create one side of each base fabric.

Conveniently, the method involves simultaneous insertion Ren of two or more shots in the goods edge of the Ge webes using a reed that is "fixed" and "loose" Has fashions, and the reed only in selected strokes the "fixed" mode is operated.

The stop of the weft thread is preferably such that the distance between the reed and the edge of the goods in the "loose" blows is the same for both or all tissues. This ensures that the same pole depth on both or all Tissue is generated.

This aspect of the invention can be used to two or to produce more completely separated tissues at the same time gen. However, according to a method for performing the aspect of the invention, a stitching warp crossed between two basic warp threads and with weft threads of two fabrics are woven so that a composite fabric is produced, in which two basic fabrics are superimposed on one another. Such a Fabric can be used as a composite, for example, by being embedded in plastic material as reinforcement and then cured to form a film or by combining it with staple cut fibers becomes. Such a fabric is useful for heat or noise insulation purposes. Alternatively, the step chain between the two basic tissues are separated to make two separate ones To form tissue, in which case the severed quilt warp yarns have a pile (velor) surface on each of the two Form the base fabric.  

In a method according to this aspect of the invention two base fabrics produced with terrypol yarns that are woven like this are that they are at least on one side of each base fabric Form loop pile. For example, terry loops can be on the front or right side of the upper fabric and the Back of the lower fabric may be present. Alternatively, you can the binding should be such that terry loops on the front the side and back of both base fabrics are created.

In another preferred method according to this aspect The invention creates two base fabrics with Terrypol yarns that are woven so that they are on one side of the two Forming base fabric loops, and with quilted warp yarns are woven into both base fabrics. For example, the Loop pile only on the front of the upper fabric be det.

When using quilted warp yarns that are layered in two Basic fabrics are woven into twice as many yarns be on the warp beam, with the yarns between the two Basic tissues can be divided. For example, a Quilted warp yarn around two consecutive weft yarns in the be wrapped in the upper fabric and then in around a weft the lower fabric, while an adjacent warp yarn by one Weft in the top fabric and then two weft in the lower tissue may be looped.

It is understood that whenever terry loop pile is created , it can be shorn to a Florvelour surface and whenever quilting yarns are used those who cross between two tissues, these either un can be left cut (to make a composite fabric generate) or can be separated to two separate ones Fabric with a pile of velor on the back of the upper Ge webes and on the front of the lower fabric gene, which is formed by the cut quilting yarns.  

A composite fabric can also consist of two superimposed fabrics be formed simultaneously according to this aspect of Er are woven without the use of quilted yarn (or in addition to using quilting yarn) Form terry loop pole at the back of the upper Ge weave and at the front of the lower tissue and connective that of these loops through a cross (Leno) weave.

According to a second aspect of the invention comprises a method to fabricate the simultaneous weaving of two or more base fabrics on a loom with two or more Weft insertion systems and the simultaneous weaving of pile chains in at least one of the base tissues through a terryprocess, as defined here, which terryprocess stitching (stitching threads) that forms at least two of the two or more Link basic fabric.

Conveniently, the method includes any of the additional Chen steps of the first aspect of the invention.

According to a third aspect of the invention comprises a loom Devices for feeding and fanning two or more Basic chains, and a corresponding number of shots supporting mechanisms so that the loom is set up weave two or more fabrics at the same time, chain feed directions and a reed mechanism, which makes the loom arranged to hold the reed upright when the blows are struck.

The chain feed device expediently comprises a pole chain feeding device.

Conveniently, the loom further comprises a device to operate the reed in "fixed" and "loose" modes, in to which the reed is perpendicular during the formation of the groups "loose" punches and also when the groups "loose" punches  at the stroke of the fixed stroke in the edge of the goods will hit.

The loom is conveniently designed for that, Terry loop pile at each of the weft insertion positions gene.

Conveniently, the loom also includes a cam mechanism that controls the reed.

The loom preferably has attachment devices for one or more pile warp beams and a tensioning device for such warp beams separated from the tensioning arrangement for the basic chain. Furthermore, the stop mechanism is preferred so arranged that it is ensured that the distance between the reed and the edge of the goods (fabric) both or all fabrics that are produced on the loom at the "loose" blows is the same.

The weft insertion mechanism is preferably of the type fixed shooting sequence, since the absence of shooters it allows to use small warp compartment openings, and this is the application of the screen mechanism to a loom facilitated with two or more superimposed shot feeders. If lances (rapiers) are used, it is preferable to that they are of the donor-and-sensor type, in which the Ge Half a way through the reed room with a loop emits where the pickup picks up the weft loop and it takes off when he retires to a single weft. Lances could also be used, the two shots enter streaks with each stroke.

Beats can be interwoven with both sets of loops.

It is obvious that the simultaneous formation method of two fabrics on the loom (according to the first aspect of the invention) is the same as that of the conventional one  Double plush chair used. However, the conventional one Double plush method by overlaying a terrypol or modified loop plush formation. A loom according to The third aspect of the invention can therefore be a double include plush chair modified by the Hin addition of a terrypol formation mechanism that is designed for this attaches to both double plush weft insertion mechanisms loom to work. In other words, there is prak most table way to carry out the invention in it, the shot entry of a double plush chair a terry modification add, although theoretically by modifying one Terry looms could be made by a second Weft insertion mechanism and a device for feeding two separate basic chains are added.

According to a fourth aspect of the invention comprises a loom Devices for feeding and fanning two or more Basic chains, and a corresponding number of shots supporting mechanisms so that the loom is set up weave two or more fabrics at the same time, chain feed directions and a mechanism for the loom is intended to be used using quilting threads of the terrace mechanism, the at least two of the two or more Basic fabric linked.

Conveniently, the loom includes any of the additional Chen features of the third aspect of the invention.

The invention is described below by way of example hand according to the invention shown in the drawing tissue formation and the method and the device, through which they are generated. The drawing shows:

Fig. 1 to 8 weft sections through two tissue or by a composite web;

Fig. 9 is a schematic representation of a reed work, according to one aspect of the invention;

Fig. 10 is a schematic illustration of the operation of a "fallback" type reed with a single prior art fabric; and

Fig. 11 is a schematic representation of how the type shown in Fig. 10 would work with two fabrics on the loom.

In Fig. 1, a method for the simultaneous production of two pile textiles is shown, and this represents a very simple form of the invention. For the purpose of creating the fabric, a double plush chair (not shown) is modified to incorporate a loop plush (Terrypol) barrel.

Double plush chairs are generally known and need not be described in detail. The basic characteristic features of the double plush chair are the equipment for attaching and braking two basic warp beams one above the other, recording and braking devices for at least one quilting beam and two weft insertion mechanisms one above the other. The weft insertion mechanisms can be conventional rifle weft mechanisms, but it is expected that a loom for carrying out the invention has a stationary weft outlet and consequently is provided with lance weft insertion mechanisms or air jet or water jet nozzle weft mechanisms. The exact shape of the weft entry is unimportant, the essential feature being the interweaving of the two weft feeds with corresponding base chains to produce an upper and lower fabric. In Fig. 1, an upper tissue at 10 and a lower tissue at 12 are shown.

The double plush chair has a Schützenbahn as well a reed capable of weft yarns in the two fabrics to post. If lance, water jet or air jet sen shot entry is used, the rifle course is over liquid, but the reed is still needed. For the purpose of  Invention, a cam-operated reed is applied, the its position changes between beats with "firm" and "loose" stop to ensure that it with the "fixed" and the "loose" stops vertically stands. There are various terrier mechanisms that are used can be, but it is preferable to have a mechanism of The way in which the reed is made "loose" or "firm" is under the control of a "crossborder" shaft or Jacquard loom.

FIG. 10 shows a known "fall back reed" that is used to produce conventional terry toweling. A fabric 200 comprises a terry. A reed 202 is shown in its full stop position at A and with dashed lines in its fallback position at B. Helps 204 are also shown.

Such a reed mechanism would only be able to produce a low ratio of pole to base chain formation, for example a ratio of 2: 1 when applied to multilayer fabrics as described here. This is shown in more detail in FIG. 11, which is similar to FIG. 10, except that there are two layers of fabric, an upper 200 and a lower 206 . In this case, because of the reduced distance of the groups of "loose" beats from the end of the fabric in the lower fabric 206 , as the ratio of pile to backbones is increased, an uneven distribution of pile warp threads would result in loose and random loops and defective fabric cause, due to the greater distance of the groups of "loose" strikes of fabric 200 from the fell of the fabric.

The solution to the above-mentioned problem is shown in operation in FIG. 9. In Fig. 9, two fabric layers are shown, an upper 210 and a lower 212th A reed 214 is shown in its stop position at A and with dashed lines in its equivalent to the "fallback" position at B. Help 216 is also shown for completeness.

In Fig. 9 it can be seen that the reed 214 is perpendicular to the tissues 210 , 212 during the entire operation. In detail, the reed is positioned in its vertical position, both at the partial stop of the "loose" beating group and at the full stop in the end of the goods at "firm blows". This avoids the problems mentioned above.

A mechanism, for example a cam mechanism, for generating the reed movements described in connection with FIG. 9 is entirely within the scope of a person skilled in the art.

Mounts for one or more pile warp beams are mentioned been. Provision is made in the exemplary loom for two warp beams, and an essential feature of the Terrymodification is that the pole chain is less is taut than the basic chains. The loom could however two basic warp beams and a separate quilt warp beam have, that is, a total of three warp beams. In every ver ride where the two base fabrics are not stitched together the pole loops can be formed from the step chain become. However, the additional Terrykett tree would be needed where two basic fabrics are stitched together.

Additional terry aids are provided around the terry chain to control from the pole tree or the pole trees.

The method of weaving the two fabrics 10 and 12 will now be described. All warp yarns 14 , 22 , 24 and 28 can be controlled by eccentrics, a dobby or a Jacquard machine. Weft yarns 16 are fed from a sta tionary weft yarn outlet and are woven with the basic warp yarns 14 . It should be noted that in this special weave, some of the basic warp yarns float over two weft yarns (denoted by the numbers "1" and "2") and then under a single weft yarn (denoted by the number "3"). , whereas the other basic warp yarns pass under two weft yarns ("1" and "2") and then over the weft yarn "3". Now the shaft (dobby) which controls the reed is arranged so that the reed which strikes the weft yarn in the upper fabric 10 is "loose" after the weft entries "1" and "2", but after each weft entry "3" is "fixed". Consequently, the weft yarns "1" and "2" lie loosely in the shed until the "fixed" stop, at which stage all three weft yarns "1", "2" and "3" are driven into the goods by the reed. The base chain 14 is so tight that it slides through the reed at the "fixed" stop and forms a conventional non-pile base fabric with the weft yarns, which is indicated at 18.

The pile warp 20 from the pile warp is also woven with the weft yarn 16 , and in this special fabric the pile warp floats over the weft yarns "3" and "1" and under the weft yarn "2". Now, at the "fixed" stop, three weft yarns "1", "2" and "3" are driven into the edge of the goods, and since the pile warp yarn 20 is only relatively slightly tensioned, it will advance with the weft yarns "2" and "3" pulled and formed a loop 22 , where it lies afloat over the weft yarns "3" and "1". This is the terry process of pile loop formation, and it creates pile loops on the front of the upper fabric 10 .

Simultaneously with the formation of the upper fabric 10 , the sub fabric 12 is produced by exactly the same process - using base warp threads 24 , weft threads 26 and a pile chain 28 - apart from the fact that in this case the pile floats under the base chain and consequently the slack genpol is formed on the back of the lower fabric 12 . It is obvious that the mechanism of the terrier is simpler when the "fixed" stops are coordinated, and it is important that the distance between the corresponding upper and lower weft yarns and their respective goods borders is the same for the "loose" shots.

So there are two loop fabrics on the at the same time made a loom, what the manufacturing process be strong accelerates.

In Fig. 2, two separate loop fabrics 30 and 32 are shown GE, which are made on a loom of the same type as that described for the manufacture of FIG. 1, and the formation of the base fabric is exactly the same as that described with reference to FIG. 1 and therefore does not need to be repeated. There is also a pile warp yarn 34 which corresponds to the pile warp yarn 20 in FIG. 1 and which is formed into loop pile on the right side of the upper fabric 30 by means of the terry weaving process. There is also a looped gen pole 36 , which is exactly the same as the pole chain 28 described with reference to FIG. 1, and which is formed by means of the terry weaving process into a loop pole on the back of the lower fabric 32 . In addition, however, there is a further pile warp 38 , which is woven by means of the terry weaving process with the weft yarns of the upper fabric 30 , as shown in FIG. 2, and opposite to the pile warp 34 . So the pile warp 38 floats under the weft yarns "3" and "1" and is then taken over the weft yarn "2" and back under the next following weft yarns "3" and "1" so that they have loops on the back of the fabric 30 forms, which are identical to the loops formed by the pile chain 34 on the front of this fabric. There is also another pile warp 40 which is woven into the lower fabric 32 by the terrie process, opposite to the pile warp 36 , so that it is formed into a loop pile on the right side of the fabric 32 by the terry weaving process.

It therefore makes sense that two fabrics are produced simultaneously on the loom by the process shown in FIG. 2 and each of these loop poles has on both sides.

FIG. 3 shows the formation of two base fabrics 50 and 52 , which are woven in the same way as the base fabrics 10 and 12 described with reference to FIG. 1. There is also a pile chain 54 which is woven into the upper fabric 50 in the same manner as the pile chain 20 shown in FIG. 1 to create a terry loop pile on the front of the upper fabric. In this process, however, there is an additional set of warp yarns 55 that are woven using long-stroke aids as used in conventional double plush chairs so that they can be interwoven with the wefts of the two base fabrics 50 and 52 . In the example shown in Fig. 3, the warp yarn 55 runs over the weft "2" of the upper Ge webes 50 , then under the wefts "3" and "1" of the lower fabric 52 and up over the next weft "2" of upper tissue. Quilted yarns 57 are therefore provided which run between the two fabrics 50 and 52 and in this way shape these two fabrics into a composite fabric. It should be noted, however, that in this particular construction there are no terrypole loops on the lower fabric 52 .

The composite fabric formed by the process shown in FIG. 3 is suitable for installation in composite fabric structures, as are obtained using the composite fabric as a reinforcement in plastic films. The use of a composite fabric in such an application forms a very good reinforcement and serves, in particular, to resist delamination of the finished fabric. The loop pole 54 is believed to be particularly useful in resisting delamination of the finished composite material.

It will be appreciated that if the composite fabric made by the process shown in Fig. 3 cuts its quilting yarns 57 between the two base fabrics 50 and 52 , the result will be the production of two fabrics, the lower one Fabric simply has a pile (velor) front, while the top fabric has a terry loop pile front and a pile (velor) back.

Fig. 4 shows another method for producing a double fabric, which in turn has an upper base fabric 60 and a lower base fabric 62 , which are woven in a similar manner to the base fabrics 10 and 12 described with reference to FIG. 1. Further, the upper fabric has a terrypol chain 64 that is woven to create loops on the front of the upper fabric, and the lower fabric 62 has a terry chain 66 that is woven so that loop pile is on the back of the lower fabric 62 is generated. Up to this point, the formation of the two tissues is therefore identical to that described with reference to FIG. 1. However, the two fabrics are combined by a step chain 68 by the same method as that described with the aid of the step chain 55 in FIG. 3. Therefore, a composite two-layer fabric is created which can be used as a reinforcement in other materials or which can be cut to create two fabrics, each with a loop pile on one side and a pile on the other side.

Fig. 5 shows a fabric which is a further development of the fabric shown in Fig. 4. It again has two base fabrics 70 and 72 as well as terrypol warp yarns 74 and 76 , which are woven into the base fabric in the same way as those described with reference to FIG. 1. In this method, however, there are two quilted warp threads 78 and 80 which are woven in opposite ways. The step warp thread 78 is woven in the same manner as the step warp thread 57 shown in Fig. 3, but the step warp thread 80 is woven in the opposite direction, that is, it passes over the weft yarns "3" and "1" of the upper fabric 70 and under the weft yarn "2" of the lower fabric 72 . The resulting two-weave combination is similar to that shown in Fig. 4, except that it has twice the number of quilted threads 78 and 80 that run between the upper and lower fabrics.

In Fig. 6, another tissue formation is also shown in which an upper foundation fabric 90 and a lower foundation fabric 92 are present, to form a Terrypolkette 94 which is woven into the upper fabric to loops on the front side of the top fabric 90. There is also a quilting yarn 96 woven in a manner similar to the quilting yarn 56 described with reference to Fig. 3, except that in this construction the quilting yarn is under the wefts "1" and "2" of the lower fabric 92 and above the weft "3" of the upper Ge passes through, so that the positional relationship of the quilting yarns, where they cross between the two fabrics, to the positional relationship of the loops formed by the pile warp thread 94 is somewhat different from that shown in Fig. 3.

FIG. 7 illustrates the formation of a double weave having an upper weave 100 , a lower weave 110 , an upper terry chain 112 and a lower terry chain 114 , all of which are woven in the same manner as described with reference to FIG. 1 . There is also a quilting yarn 116 woven in the same formation as the quilting yarn 96 shown in FIG. 6 so as to provide quilting yarns that extend between the two base fabrics and have the same lay relation to the loop pile formed by the terry chain 112 like those shown in FIG. 6.

Finally, Fig. 8 illustrates a two-weave construction which includes an upper fabric 120 and a lower fabric 130 , each of which has a corresponding terry chain 122 and 132 , but in this construction there are two quilting yarns 134 and 136 with the quilting yarn 134 on 7 is woven exactly the same way as the quilting thread 116 described with reference to FIG. 7, and the quilting thread 136 is woven in the opposite direction to the quilting thread 134 , so that it is over the wefts "1" and "2" of the upper fabric and under the wefts " 3 "of the lower fabric is running.

It is obvious that in all examples in which Quilting threads link two or more fabrics, these quilting threads, if they are only slightly tense, by hitting the "hard hit" are pushed forward to exactly that same way as the yarns that loop the "terry" form. So a controlled amount of quilting yarn is in the two- or multi-layer fabric built in, which made it possible light, the layers apart by a controlled size move while they stay connected. As this the case is, by beating to weave only with the Quilting yarns inserted before the "firm beat" not just quilted yarns are formed, but "Quilting fabrics" (stitching fabrics), which essentially lower would be right to the main tissues if they were apart who are drawn, although they are almost parallel during weaving lel would lie to these.

In this way, what becomes a three-dimensional Ge Weaving is done in a folded form in the room between the last hit and the future fixed stroke to be struck.

By known means of "shedding" can additional high tension warp yarns are caused to to lie between the layers of tissue by passing through them hen and kept apart by the "quilted fabric".

It has been mentioned that the loom's mechanism of the loom is controlled by a "cross-border" dobby so that wherever one of the fabrics shown in Figs. 1 to 8 may not have pile loops (i.e. at a transition) (cross border) between two lengths of plush), the reed is "fixed" with every attack, so that no formation of poles occurs. In the case of those fabrics in which quilting yarns are present in the transition region, it is necessary to change the stroke of the aid controlling such a quilting yarn so that it only participates in the formation of the upper or lower fabric.

All of the constructions shown in Figs. 1 through 8 employ the same three-stroke terry structure, or briefly the three-stroke terry structure, but it will be understood that similar effects can be obtained with the four-stroke terry structure or less common terry structures. A four-stroke terry construction is more open than a three-stroke construction, and this allows more strokes per inch to be entered and a denser fabric to be created. For example, a three flap construction containing 14 rows of loops per inch has 42 flaps per inch, whereas a four flap construction containing 14 rows of loops per inch has 56 flaps per inch.

In each of the constructions where quilted warp yarns are applied the ratio of step chain to basic chain will be agrees by the vertical distance between the bottom Warp pocket of the upper fabric and the upper warp pocket of the lower tissue. The ratio of Terrypol to the step chain varies according to those required in the finished fabric Effects.

In fact, all warp yarns including the above mentioned quilting yarn by eccentric, a dobby or a jacquard machine can be controlled.

The reader's attention is drawn to all articles and Guided documents, which are simultaneously with or in front of this Have been submitted in connection with the specification Registration, and which for public examination with this  Specification are open, and the content of all such arti Documents and documents are included here by reference sen.

All features disclosed in this description (including Lich the accompanying claims, summary and drawing nung) and / or all steps of each disclosed so driving or processes can come in any combination be binary except combinations where at least some such features and / or steps mutually exclude.

Any feature disclosed in this description (including Lich the accompanying claims, summary and drawing alternative) can be replaced by alternative features that correspond to the serve the same, equivalent or similar purpose if not expressly stated otherwise. So if not expressly stated otherwise, each feature disclosed only an example of a generic series equivalent or of similar characteristics.

The invention is not to precede the details of the limited to the embodiment (s). The invention extends to any or any novel combination of the in features disclosed in this description (including the accompanying claims, summary and drawing) or on every novel step or a combination of the Steps of any process or process so disclosed.

Claims (27)

1. A method for producing fabric, characterized in that two or more base fabrics are woven simultaneously on a loom with two or more weft insertion systems, and that at the same time warp is woven into at least one of the base fabrics by a Terryprocess, as defined here, in which Terryprocess the reed is vertical when the blows are struck. 2. The method according to claim 1, characterized in that a chain comprises a pole chain. 3. The method according to claim 1 or 2, characterized net that the reed has "fixed" and "loose" modes in which the reed is vertical during the formation of the groups "lo this "blows and also when the groups of" loose "blows at the attack of the "fixed" shot in the edge of the goods at least two tissues are struck. 4. The method according to any one of the preceding claims characterized in that pole loops through the terryprocess are created on at least one side of the base fabric, in which the pile yarn is woven. 5. The method according to any one of the preceding claims characterized in that the reed is cam-operated.   6. The method according to any one of the preceding claims, since characterized in that a pole chain in each of the basic areas weave through a terryprocess woven into pole loops on at least one side of each base fabric. 7. The method according to any one of the preceding claims, characterized in that the method the simultaneous Inserting two or more shot shots into the edge of the Fabric by using a reed that "solid" and "loose" fashions, and the reed only in selected Hit in the "fixed" mode. 8. The method according to claim 6, characterized in that the stop of the weft thread is such that the distance between between the reed and the edge of the goods in the "loose" blows for both or all tissues are the same. 9. The method according to any one of the preceding claims, characterized in that a quilted warp thread between two Basic warp threads crossed and with weft threads of the two fabrics is woven so that a composite fabric is produced in which two basic fabrics are superimposed on each other. 10. The method according to claim 9, characterized in that cut the quilt chain between the two base fabrics to form two separate tissues in which the quilted warp yarns cut a pile surface on each which form two basic tissues. 11. The method according to claim 6 or one of claims 7 to 10, if they depend on claim 6, characterized net that the pile yarns are woven in such a way that they are terry cunning fen on the front of the top fabric and the back of the lower tissue.   12. The method according to claim 6 or one of claims 7 to 10, if they depend on claim 6, characterized net that the pole chain is woven so that terry loops on the front and back of both base fabrics are created by who the. 13. The method according to any one of claims 1 to 10, characterized characterized in that two base fabrics are produced, wherein Terrypol yarns are woven so that they are on one side of a of the two base fabrics form loops, and quilted warp yarns in both basic fabrics are woven. 14. The method according to any one of the preceding claims, characterized in that quilted warp yarns are used, which are woven into two superimposed base fabrics, whereby there are two or more step chains, i.e. chains, what different patterns of attachment with the two seeds zen of weft yarns. 15. The method according to claim 1 or 2, characterized in net that terry loop pole on the back of the upper Ge webes and formed on the front of the lower tissue and these loops through a cross (Leno) weave get connected. 16. Process for the production of tissue, characterized records that two or more base tissues at the same time a loom with two or more weft insertion systems be, and that at the same time pole chain in at least one of the The base fabric is woven in by a terryprocess, as here defines which terryprocess forms quilting threads that do little Link at least two of the two or more base fabrics. 17. The method according to claim 16, characterized in that it the additional steps of any of claims 1 comprises up to 15.   18. Loom, characterized by devices for feeding and piling up two or more basic chains, a corresponding number of weft insertion mechanisms, so that the loom is set up to weave two or more fabrics at the same time, chain feed devices and a reed mechanism, whereby the loom thereon is set up to hold the reed ( 214 ) vertically when the blows are struck. 19. Loom according to claim 18, characterized in that the chain feeder is a pole chain feeder includes. 20. Loom according to claim 18 or 19, characterized by a device for operating the reed in "fixed" and "lo "fashions in which the reed is vertical during the bil formation of groups of "loose" blows and also when the groups "loose" strokes when the firm stroke hits the Goods edge of the at least two tissues are struck. 21. Loom according to one of claims 18 to 20, characterized characterized that it is intended to terry loops pole at each of the weft insertion positions. 22. Loom according to one of claims 18 to 21, characterized net by a cam mechanism that controls the reed. 23. Loom according to one of claims 18 to 22, characterized characterized by attachment facilities for one or more rere pile warp beams and a tensioning device for such pole Warp beams separate from the tensioning arrangement for the basic chain. 24. Loom according to one of claims 18 to 23, characterized characterized in that the stop mechanism is arranged is to ensure that the distance between the Advised and the end of the fabric of both or all of the fabrics,  which are created on the loom, in the "loose" blows is the same. 25. Loom according to one of claims 18 to 24, characterized characterized in that it includes a twin plush chair that is modified by the addition of a Terrypolbil extension mechanism that is designed to fire on both shots Entry mechanisms of the double plush chair to work. 26. Loom, characterized by feeding devices Renew and fan out two or more basic chains, one ent speaking number of weft insertion mechanisms so that the Loom is set up two or more fabrics weave, chain feeders and one at the same time Terrymechanism, whereby the loom is intended To form quilting threads using the terrace mechanism, which links at least two of the two or more base tissues. 27. Loom according to claim 26, characterized in that he the additional features of one of claims 18 to 25 includes.