KR0182310B1 - Method and machine for knitting jacquard fabric - Google Patents

Abstract

Two or more different colors form each body of the fabric, ie single or multiple wale pile loops.

The first and second pile yarn forming members are supported by the dial in the form of dial hook members and are selectively moved outward to pick up pile yarns fed thereto by the continuous yarn feeder. On the other hand, the cylinder needle needle selectively occurs in the continuous yarn feeder to catch the pile yarn as the dialhook member retracts inward into the dial.

Selected outward and inward movements of the first and second dialhook members send one dialhook member and bring the pile yarn back and engage at all hooks of the first and second dialhook members.

The theft yarn, or body yarn, is supplied to the knitting needle and the knitting needle forms a stitch loop to form a coarse of the fabric together with the first and second pile yarns incorporated into the stitch loop of the theft yarn.

A shearing process with a pile loop is suitable to form a patterned bellow jacquard fabric.

Description

Method and apparatus for knitting a jacquard pile fabric

FIG. 1 is a schematic view showing the formation of a jacquard pile fabric in three continuous yarns continuous with the knitting needle and the dial hook member.

2-6 is a longitudinal cross-sectional view which shows the position of the knitting needle and the dial hook member in the position along each division line of 2-2-6-6 of FIG.

FIG. 7 is a partial plan view showing the first dial hook member extending outward to lift the first pile yarn from the first pile yarn feed port; FIG.

FIG. 8 is a partial plan view showing the second dial hook member extending outward to lift the first pile yarn from the second pile yarn feed port; FIG.

9 to 12 are schematic views showing different selective movements of the dial hook member at a supply port of a continuous reel.

Fig. 13 is a perspective view of the first and second dial hook members accommodated to slide radially through each dial groove.

Figure 14 is an enlarged perspective view of a portion of a coarse of one pile jacquard fabric obtained according to the present invention.

FIG. 15 is a schematic view similar to FIG. 1 showing three pile yarn feed ports. FIG.

FIG. 16 is a schematic diagram similar to FIG. 15 showing four pile yarn feed holes. FIG.

* Explanation of symbols for main parts of the drawings

A: First-class sand dunes B: Second-class sand dunes

C: Third Grade Sand Dunes D: Fourth Grade Sand Dunes

H: first dial hook member (first pile yarn loop forming means)

H ′: Second dial hook member (second pile yarn loop forming means)

N: single hand P-1: first pile yarn

P-2: Second File Yarn P-3: Third File Yarn

P-4: Fourth pile yarn 10: Cylinder

11 dial 12 first yarn yarn

13: second yarn yarn yarn pincher 14: third yarn yarn yarn pinger

15: fourth pile yarn sharpener 32: cam surface

The present invention relates to a knitting apparatus and a method of a jacquard pile fabric. In particular, it relates to a knitting device and method for fabrics in which two or more different colored pile yarns form a single or multiple wale pile loops selectively in the ground yarn course of a jacquard pile fabric.

This kind of jacquard pile fabric was formed by installing two dial hook members in each groove of the dial of the knitting device. The dial hook member is selectively moved outward to lift the pile yarn fed therefrom from the continuous pile yarn feed port. On the other hand, however, the pin needle is selectively lifted from the pile yarn feed port to pick up the thread when the dial hook member is retracted into the dial.

When knitting circular knit pile fabrics, it is common to plait the pile yarn and the theft yarn together in all yarns and simultaneously form pile loops or terry loops of pile yarns.

Since piles or terry loops are formed by advancing the sinkers between adjacent stitches, body yarn stitch loops are formed on the upper nibs of the sinkers while the yarn stitch loops are formed on the upper stitches of the sinkers. It is formed on the top.

In this way the terryloop is improved, and then the fabric is cut to form a pile that projects from one fabric surface. However, the length of the pile or terry loop formed in this way is limited by the height of the upper nib of the sinker.

This fabric is a bit heavier and bulky because the pile yarns are plated with the weft yarn in the needle loops and the height of the piles or terry loops formed simply cannot be changed.

In addition, the plating of the pile yarn and theodolite is not precisely controlled, so the pile yarn is visible or stretches on the inside or back of the fabric.

Recognizing the shortcomings of such pile fabrics formed by the use of a sinker, Miscon published a circular knit pile fabric in US Pat. No. 2796751. In other words, the hook of the loop knitting machine (hooked loop jack) is used to raise the pile yarn, and the height of the pile or terry loop can be changed as the hooked loop jack changes the amount of retraction into the dial. have. The patent also solves the problem of plating the theodolite and pile yarn by inserting the pile yarn into the fabric formed of the theft yarn.

However, this patent uses half the hooked loop jacks of a single needle to make a plain weave with a theft weft loop across one stitch and simultaneously form piles or terry loops with pile yarns on all hooked loop jacks at each feed yarn.

The pile fabric produced according to this patent contains inwardly extending piles or terry loops between all wales of the plain weave loops of each of the weft yarns.

Circular knitting fabrics and conventional methods extend inwardly across a wale in which a continuous coarse weft yarn has pile yarns inserted into all other wales and at the same time the pile or terry loops remain. And in that sense alternates the wale wise to the pile or terryloop in the monocose in which the pile or terryloop intervenes in the monocose.

Conventional methods of knitting circular knit pile fabrics are carried out using a circular knitting machine including a plurality of circularly arranged knitting needles that can move vertically between a plurality of circularly arranged latch clear positions and stitch forming positions.

The single dial hook member is supported in each groove of the dial, and the number of dial hook members is equal to the number of stitches.

The pile fabric obtained in accordance with the present invention can form a pile loop of any length and is not affected by various elevations of the sinker ledge.

However, the pile fabric obtained in accordance with the above invention was limited to a single color of the pile yarn in each of the inosostrophic yarns.

SUMMARY OF THE INVENTION An object of the present invention is to provide a circular knitting machine and a method for fabricating a fabric in which two or more different colored pile yarns form a single or multiple wale pile loops selectively in the history of the weft yarn of the zachard pile fabric. The circular knitting machine includes a knitting needle supported for vertical movement in a cylinder, and a plurality of yarn feeders provided with a gap between the first and second dial hook members horizontally moving between radially selected radial needles in each groove of the dial. Doing.

The pile jacquard fabric knitted by the knitting method and apparatus according to the present invention contains a continuous coarse by wale of stitch loops knitted by a weft yarn. Each theodolite coose has a first pile loop yarn that is inserted into the theodolite for the selected wales to enhance the loop therebetween. In another wales, a second pile loop yarn is inserted into the inclined yarns to form a loop therebetween. Float by the first pilot loop extends over the pilot loop in the selected wale and extends over the second pilot loop. Upstanding pile loops and adverbs are sheared in a shearing process to knit a patterned velor zakaad fabric.

Auxiliary yarns may also be incorporated as theodolites in each course of pile zakaad.

In accordance with the present invention at least two dialhook members are provided between the knitting needles and operated to pull up the fabric to form a wales pile yarn loop or adverb around the selected knitting needle.

The pile yarn loops and adverbs formed on the dial hook member at one pile thread loop feed shall be selected to move from the continuous pile thread loop feed to the other dial hook member. After the theft yarn is supplied to the knitting needle to form the knitted fabric, the pile yarn loop and the adverb are released by the outer movement of the dial hook member.

The present method of knitting a pile jacquard fabric comprises first and second piles positioned between each knitting needle supported for longitudinal movement to form a stitch loop of the weft yarn and moving each other at right angles to the longitudinal movement of the knitting needle. It is carried out on a circular knitting machine comprising a plurality of groups of sarou forming means and continuous pile yarn feed ports.

The longitudinal movements of the pile saloupe forming means and the knitting needles can cross each other along the intersection point.

In broad terms, the method includes a continuous step. That is, supply the selected pile yarn loop forming means over the intersection point, supply the first pile yarn loop to it, move the selected knitting needle over the intersection point, and cross the first pile yarn loop to pull up the first pile yarn loop between the selected knitting needles in the first pile yarn feed port. And a continuous step of moving the selected file yarn loop forming means inside the line.

The first pile feed port moves at least some selected pile thread loop forming means within the intersection to raise the first pile thread loop between the selected knitting needles.

The selected pile yarn loop forming means is fed to the selected pile yarn loop forming means at the second yarn feed port, moves beyond the selected knitting needle intersection point, and lifts the loop of the second pile yarn between the selected knitting needles. Go to.

The selected knitting needle then moves over the crossing line to the clearing level and is supplied with the theodolite.

The selected knitting needle then moves to the intersecting line and knitting level to form a coarse of the weft stitch stitch loop with the first and second pile yarns incorporated with the weft yarn in the selected knitting needle wale.

In particular, embodiments of the method include the following successive steps.

That is, the first yarn feed port moves each first dial hook member outward, raises the selected knitting needle above the level of the dial hook member, and supplies the first pile yarn.

At the first yarn feed port, the first dial hog member retracts and is pulled into the loop of the first pile yarn.

As the first dial hook member retracts, the loop formed by these humps moves on the humps of the second dial hog member and is engaged by the humps of the first and second dial hog members. It is pulled up and the second hump member retracts and is pulled up into the loop of the second pile yarn, while in the second pile yarn supply unit, each second dial hump member is moved outward and the second pile yarn is supplied.

In the third yarn feeder, all the needles are raised to the clearing level and the theodolite is supplied.

The third party supply is provided with a second pile yarn extending from above between each paaloop of the first pile yarn of the first pile yarn extending upwards between the plain jersey of the theodolite and the corresponding selected knitting needle wale and the corresponding another knitting yarn. All the needles fall below the knitting level to form each loop.

Adverbs of the first pile yarn extend over the pile loop of the second pile yarn and adverbs of the second pile yarn extend over the pile loop of the first pile yarn.

In another disclosed embodiment, in the second pile yarn feed port (FIG. 10), the first dial hook member moves the first dial hook member outward to pick up the second pile yarn while the first and second dial hooks. All members move outward to pick up the first pile yarn.

In another embodiment (11) only the second dial hook member is pulled inward while both of the first and second dial members move outward from the first pile yarn feed port to pick up the first pile yarn. Up.

The first dial hook member is not pulled until the first dial hook member passes through the second pile yarn feed port.

In another embodiment (FIG. 12), as the second dial hook member passes through the pile thread feed port, the second dial hook member remains in the inner position while only the first dial hook member feeds the first and second pile yarns. Move outward and inward from the sphere. In addition, third and fourth pile yarn feed ports are provided (FIGS. 15 and 16), and are formed in two or more colors of pile yarns incorporated in the respective coarse. Thus, the inner and outer movements of the first and second dial hook members in each pile thread feeding port are changed.

On their outer ends extending below the level of the low sliding edge of the dial hook member, the first and second dial hook members constitute hooks extending downwards and inwards.

Each of the downwardly extending hooks causes the first dial hook to move inward to move the second dial hook outward so that the second dial hook that cams out of the pile yarn caused by the cam acts as a cam. The outer cam surface is inclined inward.

At this time, the first dial hook moving inward retains the pile yarn loops and the adverbs picked up by the first dial hook when the preceding pile yarn is supplied.

By providing a pair of dial hook members in each slot of the dial, i.e., a groove and selectively causing knitting in the continuous pile yarn feed port, different colors of the pile pile yarn incorporated into the knitting yarn can be varied.

By selectively forming each pile loop and applying a single body, i.e., multiple welsh yarns of the weft weave, different types of patterned velor jacquard fabrics can be knitted.

The circular knitting machine used in the present invention includes a latch needle (N) supported for vertical movement in the groove of the needle cylinder 10 (2-6).

Each of the first and second pile loop forming members, as shown in the respective dial hook members H and H ', has a dial 11 (Figs. 2 to 6) which allows horizontal movement in the radial direction. Is supported in each of the radial slots, ie the grooves and between the adjacent knitting needles (N).

As shown in FIG. 1, a plurality of groups of four spheres spaced in succession largely indicated in A-D are located around the needle cylinder 10. As shown in FIG.

The first two consecutive spaced apart spheres (A) and (B) are called pile yarn feeders, sphere (C) is called the weft feeder and knitted spheres, and the fourth sphere (D) is pile loop and fiber shear, It is called a hold-down station.

The fiber and loop hold down plate 15 is supported in the fourth hole (D) and overlaps the top of the bearing cylinder 10 to keep it under the fabric and removes the pile loop from the dial hook members (H), (H ′). It also includes an inwardly horizontally extending portion 16 (FIG. 6) that is stable and maintained in the innermost position inwardly of the needle cylinder 10 in the manner described.

Figure 14 illustrates a very simple vertically striking method of knitting a Jacquard pile fabric.

However, it can be seen that according to the present invention a very complicated Jacquard pile fabric can be knitted. In FIG. 1, the second dial hook member H 'is moved to the retracted position of the dial 11 as shown in FIGS. 2 and 7 while the first dial hook member H is the first pile yarn feed port. As passing through (A), the first dial hook member H moves outwards along the intersection line with the cylinder needle N. FIG.

The first dial hook member H moves inward and outward of the intersection with the cylinder needle N along the movement path indicated by 20 in FIGS. 1 and 7, and moves inwardly thereof. ) Move above the level of the hook of the first dial hook member H and then pass as it passes along the passage indicated by 21.

As the first dial hook member H retracts, a number of wale yarns of the pile yarn P-1 are pulled onto the cylinder needle N which does not rise from the first yarn feed port as illustrated in FIG. A hook extending downward of the first pile yarn P-1 is picked up and a single pile yarn loop is pulled up between the raised needles.

As can be seen from FIGS. 2-6 and 13, the dial hook members H and H 'have hooks extending downward to their outer units extending below the level of the low sliding edge of the dial hook member. Have

This downwardly extending hook constitutes a downwardly inclined outer cam surface 32 which cams the pile yarn down in the manner described so that the pile yarn has moved from the hook of one hook member to the hook of another dial hook member. Is in.

Needle N, in which the first pile yarn P-1 is selected by the first dial hook member H while the second dial hook member H 'starts an external movement as illustrated in the right part of FIG. Is pulled inside. As the second dial hook member H 'moves outward, the inclined outer cam surface 32 engages the pile yarn P-1 downward, so that the hook of the second dial hook member H' is pile yarn. (P-1) goes up.

Thus, the second dial hook member H 'is positioned inward of the hook of the second dial hook member H' as it moves outward from the right portion of FIG.

In the second pile yarn feed port B, the second dial hook member H 'moves outward along the intersection line with the cylinder needle N.

Next, as shown by the moving passages 22 in FIGS. 1 and 8, the cylinder needle N is pulled to the inside of the intersecting line together with the cylinder needle N, and the second pile yarn P- Pick up 2).

At the second yarn feed port B, another pair of adjacent needles N is lifted up, moved behind the intersection point, and moved above the level of the hook of the second dial hook member H 'and lowered along the movement path indicated in 23. .

At the second yarn feed port, as the second dial hook member H 'retracts, the inner pile loop of the second yarn P-2 is attracted between adjacent needles generated at the second yarn feed port. And a plurality of wale yarns of the second yarn (P-2) are formed on the needle which is not pulled up from the second pile yarn feed port (B).

As can be seen from the right part of Fig. 8, the first dial hook member H is held inward and the loops and adverbs of the pile yarn P-1 are retained while the second dial hook member H ' Two pile yarns (P-2) are pulled inside the selected needle (N).

The first dial hook member H moves inward and outward, while the second dial hook member H 'is pulled inward so that the first and second pile yarns P-1 and P-2 It is held by the 1st and 2nd dial hook members H and H '.

Thus, as shown in the right part of FIG. 8, the first and second pile yarns P-1 and P-2 are formed of both the first and second dial hook members H and H '. Is held on the hook.

All of the cylinder needles N in the third body, i.e., the weft and knitting sphere C, rise about the clearing level along the passage 24 (FIG. 1) while both the dial hook members H and H ' Is held in the retracted position and as shown in FIG. 14, the body, i.e., the weft yarn (G), is fed while forming a plain stitch loop of the weft yarn (G) in the needle wales.

As shown in FIG. 14, the first pile yarn (P-1) constitutes each pile loop between the needle wale (W-6), (W-5) and (W-2), and (W-1). Form a number of wale adverbs along Nadew (W-3).

The second pile yarn P-2 forms the respective pile loops between the needle wale W-4 and W-3, and the needle wale W-6, W-5 and W-1. ), Along with (W-2) form a number of wale adverbs.

If desired, the cylinder needle (N) is lowered and knitted at the position of the third body yarn feed and knitting sphere (C), and then the fabric is held down and the pile loop from the dial hook members (H), (H ') and Multiple waleoops can be stripped.

However, it is possible to position the pilot loops locally from the dial hook members H and H 'and to keep the pilot loops inside the needle (Fig. 6). For this purpose, the dial hook members (H), (H ') move outward along the movement passage indicated at 30 in FIG. 1 while the cylinder needle (in the fourth sphere (D) (FIGS. 1 and 6) N) is lowered again.

Thus, the loops of the pile yarns P-1 and P-2 are stripped positionally at the hooks of the dial hook members H, H ′ and the fabric is plate 16 when the needle N rises again. Down by (Figure 6).

As shown in FIG. 1, the second dial hook member H 'moves outward of the moving intersection passage as indicated by 33 in FIG. 1, while the first dial hook member H passes through the sphere A and then inside. Is pulled into.

When this occurs, the first pile yarn P-1 is pulled inward by the dial hook member H and engaged by the cam surface 32 on the adjacent dial hook member H 'and lowered by the cam surface 32. The pile saloupe passes through the inside of the hook of both the dial hook members (H) and (H ').

The same action takes place as the next pile yarn feed port B is moved into the dial hook member H 'as indicated by the movement passage 22. The dial hook member H moves outwards on the moving crossover passage as indicated by 34 in FIG.

Different colors of the pile yarns (P-1) and (P-2) at the first yarn feed ports (A) and (B) are supplied to the dial hook member so as to form a very simple zakaad file crop, It can be seen that the needles in the knitted fabric selectively rise additionally to form each pile loop and a plurality of wale yarns, while the additional color of the pile yarns can be supplied to the dial hook member at the additional yarn feed port.

The supply of the auxiliary pile yarn at the auxiliary yarn feed port is described in FIGS. 5 and 6.

Because pile yarns are located inside the coarse of the body yarns, each of the Jacquard fabrics is of a much lighter weight than a similar type of fabric in which the pile yarns are knitted in a plane relationship with the body yarns in each coarse.

However, it can be seen that the pile yarn can be knitted in a planar relationship with the body, i.e. the weft yarn.

In addition, by placing the pile yarn together with the body yarn in each coarse of the fabric, it is possible to eliminate the plane problem that can occur in this type of yarn when the pile yarn is knitted in a plane relationship with the body yarn.

9-12 illustrate several types of selected motions transferred to the first and second dial hook members H and H 'at the continuous pile yarn feed holes H and B. FIGS.

In FIG. 9, only the second dial hook member H 'moves outward from the second pile yarn feed port B, and then moves inward while only the first dial hook member H supplies the first pile yarn. It moves outward from sphere (A) and then inward.

This embodiment corresponds to the selected exercise described above with respect to FIGS. 1 and 7 and 8.

In FIG. 10, only the first dial hook member H moves outwardly from the second pile yarn feed port B and then moves inward while the first and second dial hook members H, H '. Moves outward from the first pile yarn feed port (H) and then inwards.

In FIG. 11, only the second dial hook member H 'retracts from the first pile yarn feed port A while both the first and second dial hook members H and H' move outward. .

The first dial hook member H is positioned at an outer position until it passes through the second pile yarn feed port B. And these are pulled inwards.

In FIG. 12, the second dial side member H is positioned inward from the first and second pile yarn feed holes A and B, while the first dial hook member H is located in the first and second pile yarn. Move outwards in the feed ports (A) and (B) and then inward.

15 and 16 illustrate the manner in which two or more colors of pile yarns can be incorporated into a fabric in accordance with the present invention.

The formation of the three-color fabric is shown in FIG. 15, and the dial hook member selected at the first pile yarn feed port moves from the outside to the inner side along the moving passage 40 and is supplied by the first pile yarn feed finger 42. FIG. Picks up the first pile yarn (P-10).

The selected dial hook member moves from the outside to the inside along the movement passage 50 at the second pile yarn feed port to pick up the third pile yarn P-20 supplied by the third pile yarn feed finger 52. .

The selected dial hook member moves from the outside inward along the moving passage 60 at the third pile yarn feed port to pick up the third pile yarn P-30 supplied by the third pile yarn feed finger 62. . As the body or the weft yarn G 'is supplied to the needle by the weft yarn feeding finger 14', three pile yarns are incorporated in a single course of fabric.

The formation of four color knitted fabrics is shown in FIG. 16, and the operation described with respect to FIG. 15 is repeated at the three first pile yarn feed ports and the notation is added to the corresponding letters. The selected dial hook member moves from the outside inward along the movement path 70 at the fourth pile yarn feed port to pick up the fourth pile yarn P-40 supplied by the fourth pile yarn feed finger 72. .

Next, all four pile yarns are incorporated in the coarse of the fabric as the theft yarn G 'is supplied to the needle by the theft yarn feeding finger 14'.

In the illustrated embodiment, the zacád pile yarns are knitted with a single body or wonder yarn forming a plane control sister loop in each coarse and the pile yarns are raised inward or in planar relationship with the theodolite yarns.

The two or more bodies, or theodolite, are optionally supplied to the needle to form something other than the clay jersey type of the stitch loop, such as knit / welt or knit / tack, in each cose.

Although a needle with a pivoted latch is illustrated as being used as the cylinder needle N, it can be appreciated that a compound sliding latch type needle can be used.

Needles with latches, that is, compound needles, may be used in place of the illustrated dial hook members H and H 'and may change positions of the needle and the dial hook member.

The first and second dial hook members (H), (H ') are illustrated as being located in the same groove of the dial (11), but can be supported in a very narrow spaced adjacent groove. Although special terms and terminology have been used in the drawings and specification as best practice for carrying out the invention, they have been used in a general sense and the scope of the invention is limited to the claims.

Claims (13)

A pile having first and second pile saloupe forming means supported between the knitting needle supported for the longitudinal movement to form a stitch loop of the weft yarn and the adjoining of the knitting needle perpendicular to the longitudinal movement of the knitting needle; The pile jacquard fabric includes a continuous course of the weft's stitched wale knitting, so that the longitudinal movements of the yarn forming member and the knitting needle intersect each other along a plurality of groups of pile yarn feed ports that are spaced in succession from the intersection lines. The continuous cord of intersecting the first and the second pile yarn loop forming members selected from the continuous yarn feed in a method of knitting a pile zakaad fabric with a circular knitting machine comprising a pile loop yarn in the theft yarn. Move over and feed pile yarns, and move the selected knitting needle over the intersection line in the continuous yarn feed port. In the continuous yarn feed port, the selected pile yarn loop forming member is moved to the inside of the intersection line to draw the pile yarn loops between the selected knitting needles, to assist the pile yarn loops and the adverbs drawn, and to form another first and second pile yarn loops. And wherein the member is free to catch another pile yarn in the next yarn feeder. Pile yarn loops having a first needle and a second pile loop forming means supported between the knitting needle supported for longitudinal movement to form a stitch loop of the weft yarn and each knitting needle having a longitudinal movement perpendicular to the longitudinal movement of the knitting needle. The longitudinal movements of the forming member and the knitting needle are suitable to intersect with each other along a plurality of groups of yarn feed slots spaced in series with the intersecting lines and the pile jakaad fabric comprises a continuous course of the weft's stitched wales knitted fabric The continuous coarse is also a method of knitting a pile zakaad fabric with a circular knitting machine comprising a pyroof yarn incorporated into a weft yarn in a selected knitting needle, the first and second pile yarn loops crossing the intersection line in one said yarn feed port. The forming means is moved to supply the feed pile yarn, and cross the selected pile yarn loop forming member at one feed port. By moving the side pull the file's loop between knitting needles selected first and second method of knitting a fabric by the circular knitting machine that ad file Slope characterized by engaging the yarn loop file pulled by the file four loop-forming member. The pile yarn having first and second pile yarn loop forming members supported between the knitting needle supported for the longitudinal movement and the knitting needle perpendicular to the longitudinal movement of the knitting needle to form a stitch loop of the theft yarn. The longitudinal movement of the knitting needles of the loop-forming member is suitable to intersect along a plurality of groups of cross feeds and continuously spaced yarn feeds, and the jacquard fabric comprises a continuous course of the weft's stitch wales and selected knitting needles A method of knitting a pile zakad fabric with a circular knitting machine comprising at least one first pile loop loop yarn incorporated in the theodolite and in the one or more second pile zakkaad selected knitting needles, the first yarn supply Move the selected pile yarn loop forming member over the intersection line from the sphere and supply the first pile yarn to the first yarn feed port. Move the selected needle thread over the intersection line and move one or more selected pile yarn loop forming members inside the intersection line at the first yarn feeder to draw the first yarn loop between the selected yarn needles and at the second yarn feeder. Supplying the second pile loop yarn to the selected pile yarn loop forming member and moving the selected pile yarn loop forming member inside the intersection line at the second supply port to draw the loop of the second pile yarn between the selected knitting needles and cross the selected knitting needles. Move to the clearing level above to supply the theft yarn and move the selected knitting needle to the inside of the crossing line and the knitting level to move the coarse of the theft stitch stitch loop together with the first and second pilot loop yarns incorporated into the theft yarn in the selected knitting needle wale. Forming a method for knitting a pile zakaad with a circular knitting machine. 4. The method of claim 3, wherein the first pile yarn loop forming member moves beyond the intersection line at the first yarn feed port and is inside the intersection line, and the second pile loop forming member crosses the crossing line at the second yarn feed port. A method of knitting pile zakaad with a circular knitting machine, characterized in that it moves inwards. 4. The method of claim 3, wherein the first and second pile yarn forming members move beyond the intersection line at the first yarn feed port and the first and second pile yarn loop forming members move inward of the intersection line at the first yarn feed port. And the second pile yarn loop forming member moves beyond the intersection line at the second yarn feed port to the inside of the intersection line. 4. The method of claim 3, wherein the first and second pile yarn loop forming members in the first yarn feed port move beyond the intersection line and the first pile yarn loop forming means moves inward to the intersection line in the first yarn feed port. A method of knitting pile zakaad with a circular knitting machine, characterized in that the two-ply yarn loop-forming member crosses the intersection line at the first yarn feed port and the second-pile yarn loop-forming means moves inside the intersection line at the second yarn feed port. . 4. The method of knitting a pile zakaad with a circular knitting machine according to claim 3, wherein the knitting needle is moved to a clearing level to form a stitch loop. 8. The method of claim 7, comprising a relationship of shearing the pyroof fabric in the fourth sphere. A plurality of first and second dialhook members and three consecutively spaced yarn feeders which are radially horizontally moved between the needle adjacent cylinder needles supported for vertical movement in the needle cylinder and supported in the grooves of the dial and three consecutively spaced apart. Wherein the pile jacquard fabric comprises a continuous coarse of the theft weft's stitched wale and each continuous coarse includes a first pyroof yarn placed in the theft yarn in the selected knitting needle wand between each pyroloop. And the second pyroof yarns are located internally in the theodolite in the outer knitting needles to form respective pile loops therebetween, and the plurality of wale yarns of the first pile looping yarn extend over each of the corresponding selected adjacent knitting needles And standing piles and piles of wale are suitable for cutting by shearing process. A method of knitting pile jacquard fabric with a circular knitting machine forming a patterned bellows jacquard fabric, the method comprising: moving a first dial hook member outward at a first yarn feed port, supplying a first pile yarn, and supplying a first yarn The spherical needle selected above the level of the dial hook member in the sphere is retracted and the first dial side member is retracted from the first yarn feed port to draw the inner loop of the first pile yarn, and the second dial side member is moved outward on the second yarn feed. Feed the second pile loop yarn, raise another needle on the level of the dial hook member at the second yarn feed port, and retract the second dial hook member at the second yarn feed port to pull the inner loop of the second pile yarn and feed the continuous yarn feed port. Stitch loops by shifting the level of clearing all stitches in the feeder to supply the weft yarn and lowering all stitches to the knit level in the continuous yarn feed hole. Forming a coarse and each pile loop of the first pile yarn extends upwards from between the adjacent selected pair of knitting needles of the corresponding selected pair, the first pile yarns extending above the pile piles of the second pile yarns and the first pile yarns of the first pile yarns A method of knitting pile jacquard fabric with a circular knitting machine characterized by extending over a pile loop of a pile yarn. 10. The method of claim 9, wherein the first and second dial hook members are supported in the same groove of the dial. A circular knitting machine comprising a radially extending groove arranged between a knitting needle and a needle supported to rotate with a needle cylinder and an adjacent cylinder knitting needle for knitting a pile jacquard fabric and for vertical movement in the needle cylinder, the first and And a second dial hook is supported by a groove of the dial which is horizontally moved in the radial direction between the adjacent cylinder knitting needles, and a plurality of groups of the four feeding holes away from the space surround the knitting needle cylinders. 12. The circular knitting machine according to claim 11, wherein the first and second dial hook members are supported in the same groove of the dial. 12. The hook of claim 11 wherein the first and second dial hook members constitute a lower sliding edge supported at the bottom of the radially extending groove of the dial and the downwardly extending hook extends below and extends below the lower sliding edge. On this outer portion the outer cam surface is inclined downward.