ES2384521T3 - Procedure for the realization of a knitwear with drawings - Google Patents

Abstract

Procedure for the realization of a knitted pattern with drawings in a straight knitting machine with at least two opposite stains (V, H), which has rows of stitches, whose meshes are formed by a base thread (GF) and by at least by means of a drawing thread (MF), characterized by the following steps: a. At the beginning of the repetition of the drawing, form a row of meshes with the base thread (GF) and thread load meshes, with at least one drawing thread (MF), into free needles of the opposite size; b. With those needles that must be occupied with the base thread (GF) according to the drawing to be shaped, form a row of meshes with the base thread (GF); C. Transfer the load mesh (s) from the opposite font by hanging it (s) on those needles of the first font that, according to the drawing to be configured, must be occupied with at least one drawing thread (MF) and, loosen the respective load mesh with the base wire mesh (GF), which has been located in the receiving needle; d. Repeat steps b) and c) until all load meshes of at least one drawing thread (MF) have been hung and, consequently, have been incorporated into the knitwear.

Description

Procedure for the realization of a knitwear with drawings.

The present invention relates to a process for the realization of a uniform knitwear with drawings in a straight knitting machine equipped with at least two opposite sizes, which has rows of stitches, the meshes of which are formed by a base thread and At least one drawing thread.

For the realization of uniform knitwear with drawings in a straight knitting machine, according to the state of the art there are substantially two procedures: the Jacquard technique and the Intarsia technique.

In the Jacquard technique, needles or groups of needles alternate in the same fonture, which form meshes with the base thread, with needles or groups of needles that configure the meshes with a drawing thread. This causes that in each row of dots the base thread is found as a floating thread behind the meshes that had formed with the drawing thread, and that the drawing thread is found as a floating thread behind the meshes that had been formed with the base thread. Said floating threads reduce the transverse elasticity characteristic of the knitwear and, consequently, also reduce the comfort of use of the knitwear. Likewise, a specific thread guide is required for the base thread and a specific thread guide for each of the drawing threads, as well as a specific bolt. If there is, for example, a row of dots composed of three different threads, three bolts will be required so that the row of dots can be shaped.

With the Intarsia technique, uniform knitwear can also be made, which has groups of meshes made with different threads. The fields of the knitwear formed with the different threads are joined together at the edges. However, special Intarsia thread guides are required for this, which can be directed so that they only provide thread to the selected needle areas.

The objective of the present invention is to create a possibility of realization of uniform knitwear with drawings, which in the same row of points have meshes formed with a base thread and meshes formed at least with a drawing thread, offering however, a high transverse elasticity and that for its realization can be dispensed with special thread guides.

Said objective is achieved with a procedure for the realization of a knitwear with drawings on a knitting machine rectilinear with at least two opposite sizes, which has rows of points whose meshes are formed by a base thread and at least one drawing thread, characterized by presenting the following stages:

a) At the beginning of the repetition of the drawing, form a row of meshes with the base thread and thread the load meshes, with at least one drawing thread, into free needles of the opposite size;

b) With those needles that must be occupied with the base thread according to the drawing to be formed, form a row of meshes with the base thread;

c) Transfer the load mesh (s) from the opposite font by hanging it (s) on those needles of the first

fontura that, according to the drawing to be configured, must be occupied with at least one drawing thread and, release

the respective loading mesh with the base wire mesh, which has been located in the receiving needle;

d) Repeat steps b) and c) until all loading meshes of at least one drawing thread have been hung and, consequently, have been incorporated into the knitwear.

After the formation of the row of stitches at the beginning of the repetition of the drawing, only the thread guide that guides the base thread is required in each row of stitches. Accordingly, with the process according to the present invention, knitted patterns can be made with only one bolt. On the back side of the knitwear no floating thread passes. Consequently, the knitwear obtains its full transverse elasticity. The drawing thread or threads are first threaded as loading meshes on needles of the font opposite the font with the base thread meshes, and they are progressively transferred along the height of the repeat drawing on the needles according to the drawing, which has the meshes of the base thread, so that when released with the mesh of the base thread they are incorporated into the knitwear.

For the transfer process, in which the loading mesh of a drawing thread is carried to the hooks of the opposite needles with a mesh of the base thread, two variants can preferably be used.

In the first variant, the load meshes are transferred respectively from the delivery needles to the receiving needles by moving the delivery needle to the transfer position after the base wire mesh has been arranged in the closed tongue of the receiving needle, and then the receiving needle is advanced between the branches of the loading mesh until its needle hook is above the loading mesh, before removing the delivery needle, whereby the mesh of load accesses the hook of the receiving needle and the same strip of the base thread through the mesh.

In this variant, the base wire mesh is located, before the loading mesh is collected, on the needle hook of the receiving needle on the closed tab of the receiving needle.

In the second variant, which can be used as an alternative, the load meshes are transferred respectively from the delivery needle to the receiving needle by moving the delivery needle to the transfer position, moving the receiving needle as much as possible and by passing through the branches of the loading mesh, whereby the mesh of the base wire is disposed behind the open tab of the receiving needle, before the delivery needle is removed, whereby the loading mesh it slides on the axis of the receiving needle and through a backward movement of the receiving needle accesses its needle hook and stretches through the mesh of the base thread. In this case, the mesh with the base thread is behind the open tongue of the receiving needle and closes the tongue as soon as the loading mesh has accessed the needle hook and the receiving needle is still withdrawn.

Preferably, at the beginning of the repetition drawing, loading meshes are formed with at least one drawing thread in number equal to the number of meshes with the base thread. In this way, any flotation of the drawing thread can be avoided. Likewise, by transferring as a mesh, the drawing thread can be carried to any desired area on the seen side of the knitwear.

In the event that there is a plurality of drawing threads, the load meshes can be formed by alternating the different drawing threads. This guarantees that each of the drawing threads at most must float on one or two needles, that is to say that the knitwear loses transversal elasticity to the smallest possible degree.

In an already known way, the knitwear can be formed with each needle or with one in two needles. This enables the realization of knitwear of different density and, likewise, of knitwear that have both right meshes and left meshes on the seen side. Of course, the knitwear on the seen side may also have only right meshes or only left meshes.

According to the intended pattern of knitwear, at least one drawing thread can be used, which is distinguished from the base thread by color and / or structure and / or thickness. Depending on the choice of the drawing thread (s), a knitwear is created with a color drawing and / or with a structure drawing.

The present invention also relates to a knitwear, which is performed following a method according to the present invention. Said knitwear can be a flat knitwear or a sleeve knitwear. For the realization of a knit type sleeve type, it is knitted only with one of every two needles of each fontura.

In the following, some examples of drawings of knitwear according to the present invention, possible transfer procedures for load meshes, as well as different embodiments of the process according to the drawings are described in more detail The present invention.

In particular, the figures represent the following:

Figures 1a-h show eight examples of drawings of knitwear according to the present invention;

Figure 2 shows a schematic representation of a first variant for the transfer of a load mesh following a method according to the present invention;

In figure 3 a second variant corresponding to figure 2 is shown to transfer a load mesh;

Figure 4 shows a thread path of a first embodiment of a method according to the present invention for the realization of a knitted fabric;

Figure 5 shows a thread path of a second embodiment of a method according to the present invention for the realization of a knitted fabric;

Figure 6 shows a thread path of a third embodiment of a method according to the present invention for the realization of a knitted fabric;

Figure 7 shows a thread path of a fourth embodiment of a method according to the present invention for the realization of a knitted fabric;

Figure 8 shows a thread path of a fifth embodiment of a method according to the present invention for the realization of a knitted fabric;

Figure 9 shows a thread path of a sixth embodiment of a method according to the present invention for the realization of a knitted fabric;

Figure 10 shows a thread path of a seventh exemplary embodiment of a process according to the present invention for the realization of a knitwear;

Figure 1 shows in a schematic representation different positioning possibilities of meshes formed with a drawing thread in a knitwear made following a method according to the present invention. All eight variants represented in Figure 1 are knitwear that are formed with each needle of a font. With "I" the meshes formed with the base thread are identified and with "X" the meshes formed with a drawing thread. The meshes of each row of points are identified with the letters A-M, the initial row of points with the letter S and the remaining rows of points with the numbers 1-13.

In the example of knitwear depicted in Figure 1a, the loops of the drawing thread in each row of stitches are incorporated into the knitwear so that a "V" results. In the row of stitches 1 the needle G receives the loading mesh of the drawing thread and releases it on the mesh it had held on its hook before the transfer process. In the following rows of points the needles F and H are in charge of this function, then the E and I, then the D and J, C and K, B and L and finally the needles A and M. In said arrangement of the meshes of the drawing thread, the 13 loading meshes of the drawing thread are joined with the knitwear after seven rows of stitches.

In the example according to Fig. 1b, the load meshes of the drawing thread in each row of stitches are incorporated into the knitwear so that an inverted "V" results. The development of the reception of the load meshes of the drawing thread and its release with the mesh of the base thread, which was previously in the needle hook, is identical to the development of Figure 1a.

In the drawing according to Figure 1c, the load meshes of the drawing thread are incorporated in the knitwear in one of every two rows of stitches, again resulting in a "V". The incorporation of the load meshes takes place in the rows of odd points. In the rows of even stitches, with each needle some meshes are formed with the base thread. In said drawing, the 13 loading meshes of the drawing thread are joined with the knitwear after the formation of 13 rows of stitches.

In the example of knitwear depicted in Figure 1d, in one of every two rows of stitches the load meshes of the drawing thread are incorporated into the knitwear so that an inverted "V" is turned out. The development of the incorporation of the load meshes to the knitwear is identical to the development of Figure 1b, the load meshes being incorporated, however, only in the rows of odd points. In the rows of even stitches, meshes are formed with the base thread.

Figure 1e represents a drawing in which the load meshes of the drawing thread are incorporated into the knitwear so that a "V" originates, the sides of which have a width of two meshes. The development of the incorporation of the load meshes is identical to the development of Figure 1a, receiving four needles, however, in each row of stitches, load meshes of the drawing thread. In said arrangement of the meshes of the drawing thread, the 13 loading meshes of the drawing thread have already been joined with the knitwear after four rows of stitches.

Figure 1f represents a drawing similar to the drawing of Figure 1e, in which, however, the "V" is inverted. The development of the incorporation of the load meshes is in principle identical to the development of Figure 1e, only the sequential order of the needles receiving the load meshes of the drawing thread being different.

In the knitwear according to Figure 1g, the load meshes in each row of points are incorporated into the knitwear so that straight lines of oblique trajectory originate. The needles, which receive the loading meshes of the drawing thread, are consecutively F + L, E + K, D + J, C + I, B + H and A + G. The 12 load meshes join the knitwear after the formation of six rows of stitches.

Finally, in figure 1h, in each row of stitches, loading meshes of the drawing thread are incorporated into the knitting so that vertical and horizontal lines originate. With said arrangement of the meshes of the drawing thread, the 13 loading meshes of the drawing thread are joined with the knitwear after three rows of stitches.

Since for each needle that forms meshes of a section of the drawing with the opposite needle a load mesh is formed with the drawing thread and all the loading loops must be joined with the knitting genre, for the height of the drawing so many shapes can be formed Rows of stitches such as drawing wire loading meshes are available.

Figure 2 represents a first variant of the reception and release of a drawing wire loading mesh 61. The receiving needle 1 and the delivery needle 2 are shown in the initial phase of the transfer process. In the example shown, the knitwear is formed with needles of the previous font V and the drawing thread is threaded into the needles of the later font H. For this reason, the receiving needle 1 is located in the previous font V and the delivery needle 2 is in the rear font H. Delivery needle 2 has already moved to its delivery position. The loading mesh 61 of the drawing thread 6 is in contact with the front 24 of the needle 2, and its transfer spring 25 slides along a branch of the loading mesh 61. The receiving needle 1 is in displacement of forward, its hook 13 is shortly before penetration into the intermediate space, which forms the transfer spring 25 with the needle shaft 21 of the needle 2. A mesh 51 of a gender of point 5 is located on the tongue 12 closed of the receiving needle 1. Since the development of the transfer process is in accordance with the state of the art, in this case it is not represented, but only described. The receiving needle 1 is advanced so that the hook 13 slides along the intermediate space that forms the transfer spring 25 with the axis of the needle 21, after which the hook 13 is located above the mesh loading 61. Delivery needle 2 is removed to its base position. In doing so, the loading mesh 61 reaches the hook 13 of the receiving needle 1. Next, the receiving needle 1 is removed so that the mesh 51 slides away on the hook 13 and rests on the branches of the load mesh 61, which is located on the hook 13.

Figure 3 represents a second variant of the reception and release of a load mesh 61 ’. The receiving needle is identified with the numerical reference 1 ’and the delivery needle with the numerical reference 2’. The process

transfer corresponds to the state of the art with the exception of the needle advance position

of reception 1 'represented in said figure. Delivery needle 2 ’has moved to its delivery position. Load mesh 61 ’of drawing wire 6’ is in contact with the front 24 ’of needle 2’ and its transfer spring 25 ’slides along a branch of load mesh 61’. Reception needle 1 ’has been taken to its outermost forward position. In doing so, a mesh 51 ’of its hook 13’ on the open tongue 12 ’has slipped over the needle shaft 11’ and is located behind the open tongue 12 ’. In the backward movement of the delivery needle 2 'to its base position, it slides through the load mesh 61', so that it only rests on the front part of the needle shaft 11 'of the receiving needle one'. By moving backward of the receiving needle 1 ', the loading mesh 61' reaches the hook 13 ', and the mesh 51' closes the tongue 12 ', whereby it can move away by sliding on the closed tongue 12' and the 13 'needle hook. The backward movement of the receiving needle 1 'develops in such a way that the mesh 51' slides on the hook 13 'and is in contact with the branches of the loading mesh 61', which is located on the hook 13 '.

Figure 4 depicts the realization of the knitwear according to Figure 1a, the knitting being formed with all the needles of the previous size V and the loading meshes of the drawing thread according to the procedure explained in Figure 2 are incorporated into the gender knitted.

In the R1 row the meshes are formed with the GF base thread as the initial stitch row with all the needles of the previous V. Then, in the row R2, with a MF drawing thread, the load meshes are threaded into the needles of the posterior H-size. In the R3 row meshes are formed in the previous V font with the GF base thread and with those needles that must be occupied with the base thread according to the drawing to be formed. In the example shown, said needles are all needles except needle G. Needle G makes a forward movement in row R4, until the mesh, which held it on its hook at the beginning of the advance movement, slides behind of the open tongue. The recoil displacement of the needle G which takes place next takes place until the mesh is on the closed tongue in the vicinity of the needle hook, as shown in Figure 2. Next, the needle g of the fontura H later delivers the loading mesh of the drawing thread MF to the hook of its opposite needle G of the fontura V above, as shown in row R5.

In row R6, the needle G is withdrawn so that the mesh, which was previously on the closed tongue, moves away sliding on the needle hook and until it rests on the branches of the load mesh that is in the hook of said needle and, consequently, the loading mesh with the appearance of a mesh is incorporated into the knitwear. Row R7 aims to clarify how the size of the cargo mesh converted to mesh is determined, by means of a defined backward movement of the needle G.

The representation in row R07 shows the path of the thread in the V, H, anterior and posterior stains after which the needle G has incorporated the drawing thread MF into the first row of stitches. In the needles a to f and h to m of the posterior H-size, there are other meshes for loading the drawing thread, which must still be joined with the knitwear.

Row R08 represents the path of the thread in the anterior and posterior sizes, after the processes represented in rows R3 to R7 have been completed for the second row of stitches. The drawing thread is then incorporated into the knitwear with needles F and H. In the third row of stitches, the drawing thread is incorporated into the knitted fabric with needles E and I, as shown in row R09 .

The development, shown in rows R3 to R7, is repeated until all the load meshes of the drawing thread have been incorporated into the knitwear.

The development, as shown in rows R1 to R7, explains the incorporation of the drawing thread in individual stages. It is understood that, according to the bolt structure, the individual stages can be grouped. The process of row R7 can be suppressed if the bolt can receive the load mesh and at the same time it can shape its magnitude.

Figure 5 represents the incorporation of a plurality of drawing threads in a uniform knit fabric, which is formed with all the needles in the previous size V, the drawing corresponding to that of Figure 1a, and the incorporation of the load meshes Drawing wires are made according to the procedure in Figure 2.

In the initial row of stitches R1, the base thread GF forms meshes with each needle of the previous V font. Next, with a MF1 drawing thread, a load mesh is threaded into one of every two needles of the posterior H-size, as clarified in row R2. The needles of the posterior H-font that are still free are occupied in row R3 with loading loops of a second MF2 drawing thread.

From the row R4, the alternative incorporation of the drawing wires MF1 and MF2 is described. In row R4, all the needles except the needle G of the previous font form meshes with the base thread GF. In rows R5 to R8 it is represented how the needle g delivers the loading mesh of the drawing thread MF1 to the needle G and the same strip of the loading mesh through the mesh found thereon, determining the size of the mesh formed by the load mesh.

Row R08 shows the path of the thread in the anterior and posterior stains, after the needle G has incorporated the drawing thread MF1 in the first row of stitches. In row R09, all needles, except for needles F and H, form meshes in the previous font with the base thread. Then, in rows R10 to R13, two loading meshes of the drawing thread MF2 are delivered to the needles F, H, and the same, in the same way as the loading mesh of the first drawing thread MF1, incorporates them into the genre knitted. Then, the path of the wire shown in row R013 is obtained.

The developments of rows R4 to R13 are repeated until all the load meshes of the two drawing wires MF1 and MF2 have been incorporated into the knitwear. The change of the drawing threads takes place every two rows of dots.

Figure 6 shows the path of the thread for the realization of a knitted fabric, in which a drawing thread is incorporated following the procedure of Figure 2 and this is only formed with one of every two needles in the previous size V.

In row R1, the base thread GF forms a mesh with one of every two needles of the previous font V. Next, load meshes are threaded into the opposite needles of the posterior H font with an MF drawing thread. In the R3 row, meshes are formed with the base thread with all the needles already knitting in the R1 row of the previous font with the exception of the G needle. The G needle receives a loading mesh of the MF drawing thread of the opposite needle g of the posterior H font, as depicted in rows R4 to R7. Said process corresponds to that of Figure 4. The path of the wire represented in row R07 is obtained.

The developments of rows R3 to R7 are repeated until all the load meshes of the MF drawing thread have been incorporated into the knitwear.

Figure 7 depicts the realization of a knitwear with the possibility of forming right and left meshes, in which a drawing thread is incorporated into the knitting according to the procedure shown in Figure 2.

In the R1 row, meshes are formed with one in two needles of the previous V font and with the GF base thread. Next, in the row R2, a load meshes are threaded into one of every two needles of the back H H with the drawing thread MF, said needles of the back H being opposed to empty needles of the previous V. By means of said arrangement of the drawing thread MF, each needle of the previous font V having a mesh is opposed to an empty needle, in which a left mesh can be formed.

In row R3, the posterior H-size moves to its base position. The needles of the previous fonture, which have already knitted meshes in row R1, with the exception of needle G form meshes with the GF base thread. Next, in rows R4 to R7, the delivery of the needle load mesh to the needle G and its incorporation into the knitwear are described, said process corresponding to that of Figure 4 with the exception of a movement of displacement from the posterior font a needle to the left in row R5. The resulting thread path is shown in row R07. The development of rows R3 to R7 will be repeated until all the loading meshes of the drawing thread have been incorporated into the knitwear.

Figure 8 shows the realization of a knitted fabric with drawings, in which some areas of right meshes are alternated with areas of left meshes, and in which the drawing thread is incorporated into the knitted fabric following the procedure according to figure 2.

In the initial row of stitches R1, the needles A to E and K to O of the anterior font form right meshes and the needles f to j of the posterior fontura form left meshes with the base thread GF. Next, in the R2 row, a load mesh is threaded with the MF drawing thread in the needles of the anterior and posterior sizes that do not knit in the R1 row. In row R3, with all the needles that have already formed meshes in row R1, with the exception of needles C, meshes h and M are formed with the base thread. In rows R4 to R7 it is described how needles C, h and M receive load meshes of the corresponding opposite needles and incorporate them into the knitwear. Then, the thread path shown in the R07 series is obtained. Needles C and M have straight meshes with the drawing thread and the needle h has a left mesh with the drawing thread. The other needles are occupied with right or left meshes of the base thread.

The development of rows R3 to R7 is repeated until all the load meshes of the drawing thread have been incorporated into the knitwear.

Figure 9 illustrates the realization of a sleeve knitted pattern with drawings, the drawing thread being incorporated into the front face of the knitwear following the procedure shown in Figure 2.

In the initial row of stitches R1, meshes are formed with one of every two needles of the anterior and posterior font V, H and with the GF base thread. Then, in the row R2, a load mesh is threaded with the MF drawing thread in the free needles of the posterior H-size. In the R3 row, meshes are formed with the base thread with the needles of the previous font with the exception of the needle H. The needle H then receives a loading mesh of the drawing thread of the opposite needle h, as shown in rows R4 to R10. In row R4, the posterior H-size moves a needle to the left. All loading meshes of the drawing thread are transferred to their opposite needles of the previous V font. In row R5, the needles of the posterior font form meshes with the GF base thread, before in row R6 the loading meshes of the drawing thread return back to their original needles of the posterior fontura. In row R7, the posterior font is moved back to its base position. Then, until the R10 series, the delivery and release of the needle loading mesh h takes place in the manner already described in Figure 4. The path of the resulting thread is shown in row R010. The knitwear with a round sleeve has a right mesh on the anterior side of the needle H formed by the drawing thread.

The developments of rows R3 to R10 are repeated until all the meshes of the drawing thread have been incorporated into the knitwear.

Figure 10 shows the realization of a knitwear with the drawing of Figure 1a, in which the drawing thread is incorporated into the knitwear following the procedure according to Figure 3.

In the R1 row, meshes are formed with all the needles of the previous V font and with the GF base thread, before in the R2 row, load meshes are threaded in all the needles of the subsequent font with the thread of MF drawing. In row R3, all needles of the previous fonture, with the exception of needle G, form meshes with the base thread. Next, the needle g of the posterior font gives the loading mesh of the drawing thread to the opposite needle G of the previous font. The needle G moves until the mesh, which is located on its hook, slides behind its tongue. In row R5 the needle G is removed so that the mesh, which was behind the tongue, closes the tongue and moves away sliding on the needle hook and establishes contact with the branches of the load mesh, which is located on the hook of said needle, and consequently the loading mesh is incorporated into the knitwear with the appearance of a mesh. The size of the load mesh that has been converted into a mesh is determined by a defined recoil displacement of the needle G, as shown in row R6.

Row R06 shows the path of the resulting thread. The developments of rows R3 to R6 are repeated until all the meshes of loading of the drawing thread have been incorporated into the knitwear. The process shown in row R6 can be dispensed with if the bolt can receive the load mesh and at the same time can conform its size.

In the variant of the reception and release of a mesh of loading of the drawing thread, shown in figure 3 and used in the realization of the knitting according to figure 10, the mesh, which is located in the hook of the needle of reception, arrives behind the needle tab during the reception process, so no special displacement of the needle advance is necessary as in the examples of knitwear of figures 4 to 9. All knitwear represented in figures 4 to 9 they can also be carried out using the procedure according to figure 3 instead of the procedure according to figure 2.

Claims (8)

1. Procedure for the realization of a knitted pattern with drawings in a straight knitting machine with at least two opposite stains (V, H), which has rows of stitches, whose meshes are formed by a base thread (GF) and at least by means of a drawing thread (MF), characterized by the following steps:

to.

At the beginning of the repetition of the drawing, form a row of meshes with the base thread (GF) and thread load meshes, with at least one drawing thread (MF), into free needles of the opposite size;

b.

With those needles that must be occupied with the base thread (GF) according to the drawing to be shaped, form a row of meshes with the base thread (GF);

C.

Transfer the load mesh (s) from the opposite font by hanging it (s) on those needles of the first font that, according to the drawing to be configured, must be occupied with at least one drawing thread (MF) and, loosen the respective load mesh with the base wire mesh (GF), which has been located in the receiving needle;

d.

Repeat steps b) and c) until all load meshes of at least one drawing thread (MF) have been hung and, consequently, have been incorporated into the knitwear.

2.

Method according to claim 1, characterized in that the loading loops (61) are transferred respectively from the delivery needle (2) to the receiving needle (1) by moving the delivery needle (2) to the transfer position after the mesh (51) of the base wire (GF) has been arranged in the closed tab (12) of the receiving needle, and then the receiving needle (1) is advanced between the branches of the loading mesh (61 ) until its needle hook (13) is above the load mesh (61), before removing the delivery needle (2), whereby the loading mesh (61) accesses the hook (13) of the receiving needle (1) and the same one stretches it through the mesh (51) of the base thread (GF).

3.

Method according to claim 1, characterized in that the loading loops (61 ') are transferred respectively from the delivery needle (2') to the receiving needle (1 ') by moving the delivery needle (2') to the positions of transfer and moving the receiving needle (1 ') as much as possible and is passed through the branches of the load mesh (61'), such that the mesh (51 ') of the base wire (GF) is it has behind the open tongue (12 ') of the receiving needle (1'), before the delivery needle (2 ') is removed, so that the load mesh (61') slides on the shaft of the receiving needle (1 ') and accesses, by a return movement of the receiving needle (1'), its needle hook (13 ') and is stretched through the mesh (51') of the thread base (GF).

Four.

Method according to any of claims 1 to 3, characterized in that at the beginning of the repetition of the drawing, the load meshes are formed with at least one drawing thread (MF) in a number equal to the number of meshes with the base thread ( GF).

5.

Method according to any one of claims 1 to 4, characterized in that in the case of a plurality of drawing threads (MF1, MF2), the load meshes are formed by alternating the individual drawing threads.

6.

Method according to any one of claims 1 to 5, characterized in that the knitted fabric is formed with each needle or with one in two needles.

7.

Method according to any one of claims 1 to 6, characterized in that right and / or left meshes are created on the seen side of the knitwear.

8.

Method according to any one of claims 1 to 7, characterized in that at least one drawing thread (MF) is used which differs from the base thread in terms of color and / or structure and / or thickness.