CN107338564B - Integrally-knitted vamp of hosiery machine and knitting process thereof - Google Patents

Abstract

The invention relates to a vamp integrally knitted by a hosiery machine, which comprises a vamp body integrally knitted by the hosiery machine, wherein the vamp body is a barrel body with an opening, the vamp body comprises a rib opening part, a stocking leg part, a stocking heel part, a stocking body part and a stocking head part, a toe sewing line is arranged at the stocking head part, the position of the stocking heel part formed by the vamp body is taken as the back, the position of the stocking head part formed by the vamp body is taken as the front, and the toe sewing line is arranged along the front and the back. When the vamp is used in shoes, the seam lines are not exposed on the left side and the right side of the sole, the attractiveness of the shoes can be ensured, the shoes are manufactured without covering the seam lines through patches, and the processing efficiency of the shoes can be improved. The invention also provides a knitting process of the vamp integrally knitted by the hosiery machine, the head part of the sock is integrally knitted by the hosiery machine, and the toe sewing line in the front and back direction is formed by sewing, so that the manufacturing efficiency of the vamp can be improved, and meanwhile, the vamp is used in shoe manufacturing, so that the processing efficiency of the shoe can be improved.

Description

Integrally-knitted vamp of hosiery machine and knitting process thereof

Technical Field

The invention relates to an integrally-knitted vamp of a hosiery machine and a knitting process thereof.

Background

The sock integrally knitted by the sock knitting machine mainly comprises a rib top, a sock leg, a heel, a sock body and a sock head (namely a sock front root). For example, the application number 201410167380.8, which is a Chinese invention patent application named 'lantern sock production method', discloses a lantern sock weaving method, which is characterized in that the specific weaving process is as follows: the process is carried out in the sequence from the rib top to the sock toe, 1) the rib top ring is raised according to the height of 1.2cm and the width of 6cm, one shuttle in the main shuttle and the rubber band shuttle simultaneously feed the yarns, and the weaving is finished according to the same direction of 10 rings; 2) The full length of the stocking leg is 13.5 cm, the full width of the stocking leg is 7.2 cm, and the total volume is 77 circles; the woven shuttle is woven in the same direction for 7 circles by incoming wires of one shuttle in one path of the main shuttle, the lower lantern part is woven in the same direction for 10.0 cm, the length of the shuttle is simultaneously 8 colors by 4 paths of 8 shuttles in the main shuttle, each shuttle independently reciprocates to weave a strip lantern tissue with the width of 2cm to form a lantern style main body with 8 colors, 50 circles are woven together, the 8 colors of the lines can be changed according to personal preference and customer requirements, the strip-shaped belts form the sides of the lantern structure, each width is 2cm, the distance between every two adjacent belts is 1.5cm, the side is connected at the position of the ro port, and no wire head at the position of the interface is ensured; the lower 2.0 cm of the strip lantern organization is formed by rotating the shuttle in the same direction in 1 path of the main shuttle, and 20 circles are woven together; 3) The heel is woven by adopting one incoming line in 4 paths of main yarns, and the color can be set according to different requirements; 4) The sock bottom and the sock surface are woven by simultaneously feeding 4 shuttles in 4 paths of main yarns and do reciprocating motion to form the sock bottom with 4 colors and 190 remaining circles, holes are formed at the intersection points of the 4 paths, hollow structures with the length of 2cm and the width of 0.5cm are respectively formed at the sock bottom, and the hollow structures with the length of 0.7cm and the width of 0.2cm are respectively formed on the sock surface; 5) The sock toe is woven by adopting main yarn 4-path incoming yarn, the head is sewn by adopting a manual eye-to-eye head sewing mode, and the product has no needle leakage and is smooth and comfortable; and setting by a steam setting machine, wherein the parameters are 0.13MPa of pressure, 120 ℃ of temperature and 5s of dwell time.

For another example, the application number is 200320124552.0, the name is 'knitting needle socks', and the knitting socks comprise an upper tube, a lower tube, a sock bottom and a sock head, wherein the sock head is provided with a head sewing thread.

The sock is characterized in that the sock is arranged in the left-right direction by taking the position, corresponding to the heel, of the sock as the back and the direction, corresponding to the toes, of the sock as the front. When the socks need to be made into shoes, the socks need to be shaped, sleeved with lasts and bonded with soles. At this time, the stitching thread is stretched by the shoe tree to expose the left side and the right side of the sole, so that the beauty of the shoe is affected, and the traditional method is that the exposed stitching thread is covered by a patch (such as a TPU block), so that the operation can increase the manufacturing time of the whole shoe and reduce the production efficiency of the shoe.

Accordingly, the present inventors have made extensive studies to solve the above problems and have made the present invention.

Disclosure of Invention

The invention aims to provide an integrally woven vamp of a hosiery machine, which is convenient for manufacturing shoes, can improve the processing efficiency of the shoes and ensure the attractiveness of the shoes.

The invention also aims to provide a knitting process for integrally knitting the shoe upper by the hosiery machine, which has the advantage of high processing efficiency.

In order to achieve the purpose, the invention adopts the following technical scheme:

the utility model provides an integrative vamp of weaving of hosiery machine, includes the vamp body of weaving by hosiery machine is integrative, and the vamp body is and has an open-ended barrel, and the vamp body includes rid cuff portion, leg portion, heel portion, body portion and toe portion, is equipped with the seam line at the toe portion to the position that the vamp body formed the heel portion is the back, uses the position that the vamp body formed the toe portion as preceding, the seam line sets up around following.

In a preferred aspect of the present invention, the position of the toe portion corresponding to the sole bottom is a bottom portion, the opposite position is a face portion, and the toe seam line is provided at the bottom portion and at a middle portion of the toe portion.

As a preferable mode of the present invention, the toe portion is surrounded by a first knitting piece, a second knitting piece, a third knitting piece, a fourth knitting piece, and a fifth knitting piece, with one end of the first knitting piece near the toe portion being a rear end and the opposite end being a front end, the first knitting piece has a cover portion on the face portion of the toe portion and a first connecting piece and a second connecting piece on the bottom portion of the toe portion, the second knitting piece is triangular, a first edge of the second knitting piece is connected to the first connecting piece, a second edge of the second knitting piece is connected to the toe portion, the third knitting piece is triangular, a first edge of the third knitting piece is connected to the second connecting piece, a second edge of the third knitting piece is connected to the toe portion, the fourth knitting piece and the fifth knitting piece are triangular, a first edge and a second edge of the fourth knitting piece are connected to the front end of the first knitting piece, a first edge and a second edge of the fifth knitting piece are connected to the front end of the first knitting piece, and a third edge of the fourth knitting piece and the fifth knitting piece are connected together and the knitting piece is sewn together with the other end of the third knitting piece.

As a preferable mode of the present invention, a first rectangular connecting block is further disposed between the sock body and the second edge of the second knitted block, and a second rectangular connecting block is further disposed between the sock body and the second edge of the third knitted block.

The invention also provides a knitting process of the vamp integrally knitted by the hosiery machine, which comprises a vamp body integrally knitted by the hosiery machine, wherein the vamp body is a barrel body with an opening, the vamp body comprises a rib opening part, a stocking barrel part, a stocking heel part, a stocking body part and a stocking head part, a toe sewing line is arranged at the stocking head part, the position of the stocking heel part formed by the vamp body is taken as the back, the position of the stocking head part formed by the vamp body is taken as the front, and the knitting process of the stocking head part sequentially comprises the following steps: A. weaving the rib opening part; B. knitting the sock leg part; C. knitting a heel portion of the sock; D. knitting the sock body part; E. knitting the head of the sock; the sock head comprises a first weaving block, a second weaving block, a third weaving block, a fourth weaving block and a fifth weaving block, the sock is woven by a sock machine which at least comprises a three-way shuttle-in area and a needle cylinder capable of rotating forward and backward, the three-way shuttle-in area is respectively set as a second way, a third way and a fourth way, the third way of shuttle-in weaving starts the first weaving block, the second way of shuttle-out starts weaving the second weaving block, the fourth way of shuttle-out starts weaving the third weaving block, the first weaving block, the second weaving block and the third weaving block are correspondingly connected with the sock body, the weaving of the first weaving block, the second weaving block and the third weaving block is completed by the forward and backward rotation of the needle cylinder, the second way of shuttle-in starts weaving the fourth weaving block, the fourth way of shuttle-out weaving is provided with a fifth weaving block, the fourth weaving block and the fifth weaving block are connected with the front end of the first weaving block, and the second weaving block and the third weaving block are connected together by sewing, and the fourth weaving block and the fifth weaving block are connected together along the front and back stitching line to form a front and back stitching line.

In a preferred aspect of the present invention, the hosiery machine is a Gao Lesi S1 hosiery machine, the cylinder is provided with 120 knitting needles, the hosiery machine includes four shuttle feed areas which are uniformly arranged on the circumferential edge of the cylinder, the four shuttle feed areas are provided as a first path, a second path, a third path and a fourth path, the first path and the third path are provided with 5 shuttles, and the second path and the fourth path are provided with 4 shuttles.

When the vamp is used in shoes, the seam lines are not exposed on the left side and the right side of the sole, the attractiveness of the shoes can be ensured, the shoes are manufactured without covering the seam lines through patches, and the processing efficiency of the shoes can be improved.

By adopting the technical scheme, the sock heads are integrally knitted through the sock knitting machine and the sewing threads in the front and back directions are formed through sewing, so that the vamp manufacturing efficiency can be improved, and meanwhile, the vamp is used in shoe manufacturing, and the shoe processing efficiency can be improved.

Drawings

FIG. 1 is a lateral elevational view of the upper of the present invention;

FIG. 2 is a bottom plan view of the upper of the present invention;

FIG. 3 is a schematic view of the four-way shuttle feed area in combination with a sinker and a sinker cap according to the present invention;

FIG. 4 is a schematic structural view of the knitting needle in three states of full needle position, half needle position and no needle lifting;

FIG. 5 is a schematic view of the weaving of the present invention;

in the figure:

10-rib mouth part 20-sock leg part

30-heel part 40-body part

41-face 42-bottom

50-sock head 51-first braiding block

510-mask portion 511-first connecting block

512-second connecting block 52-second weaving block

53-third weaving block 54-fourth weaving block

55-fifth weaving block 56-stitch

57-first rectangular weaving block 58-second rectangular weaving block

61-first path shuttle blocking plate 62-second path shuttle blocking plate

63-third path shuttle blocking plate 64-fourth path shuttle blocking plate

71-Shengke cover 72-Shengke tablet

80-knitting needle 90-needle cylinder

Detailed Description

In order to further explain the technical scheme of the invention, the following detailed description is combined with the accompanying drawings.

Referring to fig. 1 to 5, a footwear upper integrally knitted by a hosiery machine includes a footwear upper body integrally knitted by the hosiery machine, which is a tubular body having an opening, and has a shape similar to that of a sock, and is fixed on a sole by subsequent further processing (shaping, lasting, etc.) so as to form a footwear. The vamp body includes rid cuff portion 10, leg portion 20, heel portion 30, shaft portion 40 and toe portion 50, is equipped with line 56 in toe portion 50 to the position that the vamp body formed heel portion 40 is the back, takes the position that the vamp body formed head portion 50 as preceding, line 56 sets up along the front and back.

In a preferred embodiment of the present invention, the sock head portion 50 is provided at a position corresponding to the sole bottom portion as a bottom portion 42, and at an opposite position as a face portion 41, and the toe seam 56 is provided at the bottom portion 42 of the sock head portion 50 and at a middle portion. The toe line 56 extends from near the sock body portion 40 to near the front end of the sock head portion 50.

In a preferred embodiment of the present invention, the toe portion 50 is surrounded by a first knitting piece 51, a second knitting piece 52, a third knitting piece 53, a fourth knitting piece 54, and a fifth knitting piece 55, one end of the first knitting piece 51 near the body portion 40 is a rear end, and the other end thereof is a front end, the first knitting piece 51 has a cover surface portion 511 located on the face portion 41 of the toe portion 50, and a first connecting piece 511 and a second connecting piece 512 located on the bottom portion 42 of the toe portion 50, and the cover surface portion 511, the first connecting piece 511, and the second connecting piece 512 are integrally knitted. The second weaving block 52 is triangular, a first edge of the second weaving block 52 is connected to the first connecting block 511, a second edge of the second weaving block 52 is connected to the body portion 40, the third weaving block 53 is triangular, a first edge of the third weaving block 53 is connected to the second connecting block 512, and a second edge of the third weaving block 53 is connected to the body portion 40. The fourth weaving block 54 and the fifth weaving block 55 are both triangular, a first edge and a second edge of the fourth weaving block 54 are both connected to the front end of the first weaving block 51, a first edge and a second edge of the fifth weaving block 55 are both connected to the front end of the first weaving block 51, a third edge of the second weaving block 52 and a third edge of the third weaving block 53 are connected together and form a part of the stitch line 56, and a third edge of the fourth weaving block 54 and a third edge of the fifth weaving block 55 are connected together and form another part of the stitch line 56. As a preferable aspect of the present invention, a first rectangular connecting block 57 is further provided between the sock body and the second edge of the second knitting piece 52, and a second rectangular connecting block 58 is further provided between the sock body and the second edge of the third knitting piece 53. The first rectangular connecting piece 57 and the second weaving piece 52 are integrally woven, and the second rectangular connecting piece 58 and the third weaving piece 53 are integrally woven.

The invention also provides a knitting process of the shoe upper integrally knitted by the hosiery machine, which comprises a shoe surface body integrally knitted by the hosiery machine, wherein the shoe surface body is a barrel with an opening, the shoe surface body comprises a rib opening part 10, a stocking leg part 20, a heel part 30, a sock body part 40 and a sock head part 50, a toe sewing line 56 is arranged at the sock head part 50, the position of the heel part formed by the shoe surface body is taken as the back, the position of the sock head part 50 formed by the shoe surface body is taken as the front, and the knitting process of the sock head part 50 sequentially comprises the following steps: A. knitting the rib part 10; B. knitting the leg portion 20; C. a knit sock heel portion 30; D. knitting the sock body portion 40; E. knitting the sock head 50; wherein the rib top portion 10, the leg portion 20, the heel portion 30 and the body portion 40 may all be knitted using a conventional knitting process, the toe portion 50 includes a first knitting element 51, a second knitting element 52, a third knitting element 53, a fourth knitting element 54 and a fifth knitting element 55, the knitting is performed using a hosiery knitting machine having at least a three-way shuttle-in region defined as a second way, a third way and a fourth way, the third way lower shuttle knitting starts the first knitting element 51, the second way lower shuttle knitting starts the second knitting element 52, the fourth way lower shuttle knitting starts the third knitting element 53, and the first knitting element 51, the second knitting element 52 and the third knitting element 53 are brought into engagement with the body portion 40, an edge of the second knitting element 52 is joined to the first knitting element 51, an edge of the third knitting element 53 is joined to the first knitting element 51, a forward edge of the third knitting element 53 is joined to the first knitting element 51, the fourth knitting element 53 is joined to the third knitting element 55 using the forward and reverse rotation of the first knitting element 51, the second knitting element 52 and the third knitting element 53 are joined to form a triangular knitting structure with the third knitting element 55, the third knitting element 55 and the fourth knitting element 55, the second knitting element 55 are joined to form a triangular knitting element 55, the third knitting element 55, the second knitting element 55 and the second knitting element 55. In the embodiment, the first knitting block 51 is knitted by using hard yarn to ensure the stability of the shoe surface body, and the second knitting block 52, the third knitting block 53, the fourth knitting block 54 and the fifth knitting block 55 are knitted by using soft yarn to ensure the smoothness and comfort of the bottom of the shoe surface body.

In a preferred aspect of the present invention, the hosiery machine is a Gao Lesi S1 hosiery machine, the needle cylinder 80 is provided with 120 knitting needles 80, the hosiery machine comprises four shuttle feed areas which are uniformly arranged on the peripheral edge of the needle cylinder 80, the four shuttle feed areas are set to a first path, a second path, a third path and a fourth path, 5 shuttles are arranged in the first path and the third path, and 4 shuttles are arranged in the second path and the fourth path. Referring to fig. 3, the relative positions of the sinker cover 71, the sinker 72 and the shuttle stop corresponding to the position of the shuttle are shown, the sinker 72 is used for looping, the sinker cover 71 is used for controlling the sinker 72, and the first shuttle stop 61, the second shuttle stop 62, the third shuttle stop 63 and the fourth shuttle stop 64 correspond to the four-way shuttle feeding area. Fig. 4 is a diagram showing the position of a knitting needle 80 in three states of full-needle position, half-needle position and no-needle-up, in which tuck knitting is performed in the half-knitting state, loop knitting is performed in the full-needle position, and no-needle-up knitting is performed.

The sock head 50 of the invention may in particular be knitted as follows:

the whole vamp body has the total length of 22cm, the width of 11.2 and the total number of 546 loops, and the 413 th to 546 th loops are knitted for the sock head part 50, and the total number of 134 loops are knitted. At the 413 th turn, the 3 rd shuttle of the third turn is dropped, and at the 78 th turn, the lifting needle eats the yarn of the 3 rd shuttle of the third turn. At the 413 th turn, the knitting range of the third turn is 78 th needle to 120 th needle and 1 st needle to 43 th needle. At the 413 th round, the 3 rd shuttle of the second way and the 3 rd shuttle of the fourth way and the 3 rd shuttle of the third way are taken off at the same time. The knitting area of the second path is from the 42 th needle to the 61 st needle, the knitting area of the fourth path is from the 60 th needle to the 79 th needle, and the knitting area of the third path is continuously changed to the 43 th needle from the 78 th needle to the 120 th needle to the 1 st needle as above. Distributed according to the working area and all do forward and reverse reciprocating motion for 6 circles. And starting at the 419 th turn, keeping the working area of the third path unchanged, keeping the parts of the needle raising working areas of the second path and the fourth path, which are connected with the third path, unchanged, and showing an inverted V-shaped opposite side needle number area in a decreasing trend. This decreasing trend text is described in detail below: and in the 419 th turn, the third needle count area is unchanged, the second needle count area is changed from 42-60 to 42-59, and the fourth needle count area is changed from 60-79 to 61-79, wherein the 60 th needle does not lift up and does not eat any thread. At the 420 th turn, the third path is unchanged, the second path area 42-61, the fourth path 63-79, wherein the 62 nd needle is not lifted. The 421 st turn is the same as the 419 th turn. The 422 th turn is the same as the 420 th turn. The 423 th turn is the second path 42-60 and the fourth path 61-79. Second way 42-59, fourth way 62-79, at turn 424. The 425 th turn, the second way 42-60, the fourth way 61-79. Every four turns corresponds to a cycle, as above, in every four turn cycle there is a small cycle of even and odd rows. The number 425-428, number 429-432 are decreased progressively, the area of the second path is decreased progressively to the left, and every four turns are decreased progressively to the left by one needle area, in the four turns, the rightmost side of the odd-numbered row does not have a needle, and the rightmost side of the even-numbered row, i.e. the reverse-numbered row, has more than one half-needle to play the role of connecting and reinforcing. The area of the fourth way decreases progressively towards the right, and a needle area decreases progressively towards the right in every four circles, wherein in the four circles, the leftmost side of the even-numbered rows plays a half-needle role more than the leftmost side of the odd-numbered rows, and the connection and reinforcement effect is played. The knitting area of the second and fourth courses were 64 loops from 413 to 476. At the time of the 476 th turn, the second and fourth courses of knitting end to withdraw from the shuttle. At this time, at the 476 th turn, the knitting area of the second pass was the 42 th to 45 th needles, and the knitting area of the fourth pass was the 76 th to 79 th needles.

At circle 477, knitting continues for the third pass, 1-44 needles on the left, 78-120 needles on the right, and the number of needles is decreased by two needles every two rounds, i.e., every two rows. The left area of the third path decreases to the left, and the right area of the third path decreases to the right. For example, the 477 th turn of the third way, left 1-44, right 78-120, the rightmost last pin of the even row on the left is the half pin of the third way, and the leftmost last pin of the odd row on the right is the half pin of the third way. And one circulation is carried out every two circles, and two needles are respectively decreased towards the left and the right. The left side of the 477 th circle is 1-44, the right side is 78-120, the left side of the 478 th circle is 1-45, the right side is 77-120, the left side of the 479 th circle is 1-43, the right side is 79-120, the left side of the 480 th circle is 1-41, and the right side is 81-120. And in the same way, ending the shuttle withdraw when the area of the third path weaves to the 516 th circle. At the 516 th turn, the left area of the third route has 1-7 needles, the right area has 114-120 needles, and the other areas have no needles and no thread. And in the 517 th circle, the 3 rd shuttle of the second path and the 3 rd shuttle of the fourth path work. The needles of the second path are lifted to eat the thread when the needles of the second path reach the 28 th path, the needles of the 28-32 paths are lifted, the needles of the fourth path are lifted from the 88 th path to the 93 th path, the 518 th loop, the 27-34 second path, the 87-94 fourth path, the 519 loop, the 26-34 second path, the 86-94 fourth path, the 520 th loop, the 25-36 second path, the 85-96 fourth path, the 521 th loop, the 24-36 second path, the 84-96 fourth path, the 522 th loop, the 23-38 second path, the 83-98 fourth path, the 523 loop, the 22-38 second path, the 82-98 fourth path, the 524 loop, the 21-40 second path, the 81-100 fourth path, the 525 second path, the 20-40 fourth path, the 80-100 fourth path, the 526 second path, the 19-42 second path, the 79-102 fourth path, and so on. And when the number of the second path and the fourth path reaches 542 circles, the second path and the fourth path are finished to withdraw the shuttle, at the moment, the 8 th needle to the 56 th needle in the second path area and the 76 th needle to the 113 th needle in the fourth path area are obtained. Lap 543-end of the whole toe by lap 546, being the stitch yarn, as far as the waste yarn machine head yarn is not shown in this figure, in the chain program file.

The product form of the present invention is not limited to the embodiments and examples shown in the present application, and any suitable changes or modifications of the similar ideas should be made without departing from the patent scope of the present invention.

Claims (4)

1. A shoe upper integrally knitted by a hosiery machine comprises a shoe surface body integrally knitted by the hosiery machine, the shoe surface body is a cylinder body with an opening, the shoe surface body comprises a rib opening part, a sock cylinder part, a sock heel part, a sock body part and a sock head part, the toe part of the sock is provided with a toe sewing line, the position of the heel part of the sock formed by the vamp body is taken as the back, the position of the toe part of the sock formed by the vamp body is taken as the front, it is characterized in that the head sewing line is arranged along the front and back, the position of the sock head corresponding to the sole bottom is set as the bottom, the opposite position is set as the face, the toe sewing thread is arranged at the bottom of the sock head and is positioned in the middle of the sock head, the sock head is surrounded by a first weaving block, a second weaving block, a third weaving block, a fourth weaving block and a fifth weaving block, one end of a first weaving block close to the sock body part is used as a rear end, the other opposite end is used as a front end, the first weaving block is provided with a mask part positioned on the face part of the sock head part and a first connecting block and a second connecting block positioned at the bottom of the sock head part, the second weaving block is triangular, a first edge of the second weaving block is connected to the first connecting block, a second edge of the second weaving block is connected to the sock body part, a third weaving block is triangular, a first edge of the third weaving block is connected to the second connecting block, a second edge of the third weaving block is connected to the sock body part, the fourth weaving block and the fifth weaving block are both triangular, a first edge and a second edge of the fourth weaving block are both connected to the front end of the first weaving block, a first edge and a second edge of the fifth weaving block are both connected to the front end of the first weaving block, a third edge of the second weaving block and a third edge of the third weaving block are connected together to form a part of the sewing head line, a third edge of the fourth weaving block is joined with a third edge of the fifth weaving block and constitutes another portion of the stitch line.

2. The footwear upper integrally knitted according to claim 1, wherein a first rectangular connecting piece is further provided between the shaft and the second edge of the second knitted piece, and a second rectangular connecting piece is further provided between the shaft and the second edge of the third knitted piece.

3. The knitting process of the integrative vamp of weaving of hosiery machine includes the vamp body of weaving by hosiery machine, and the vamp body is and has an open-ended barrel, and the vamp body includes rid cuff portion, leg portion, heel portion, body portion and toe portion, is equipped with the seam line at toe portion to the position that the vamp body formed the heel portion is the back, uses the position that the vamp body formed the toe portion to be preceding, and the knitting process of toe portion includes in proper order: A. weaving the rib opening part; B. weaving the sock leg part; C. knitting the heel part of the sock; D. knitting the sock body part; E. knitting the head part of the sock; the sock is characterized in that the sock head comprises a first weaving block, a second weaving block, a third weaving block, a fourth weaving block and a fifth weaving block, the sock is woven by a sock machine which at least comprises a three-way shuttle-in area and a needle cylinder capable of rotating forward and backward, the three-way shuttle-in area is respectively set as a second way, a third way and a fourth way, the first weaving block is woven by the third way of shuttle-in, the second weaving block is woven by the second way of shuttle-out, the third weaving block is woven by the fourth way of shuttle-out, the first weaving block, the second weaving block and the third weaving block are correspondingly connected with the sock body, the first weaving block, the second weaving block and the third weaving block are woven by the second way of shuttle-in, the fourth weaving block is woven by the fourth way of shuttle-out, the fifth weaving block is connected with the fourth weaving block and the fifth weaving block, and the fourth weaving block and the fifth weaving block are connected with the front end of the first weaving block in a sewing mode, and the front and back sewing line is formed.

4. The process for knitting an integrally knitted upper according to claim 3, wherein said hosiery machine is a Gao Lesi S1 hosiery machine, said needle cylinder is provided with 120 knitting needles, said hosiery machine comprises four shuttle entrance areas uniformly arranged on the peripheral edge of said needle cylinder, said four shuttle entrance areas are provided with a first path, a second path, a third path and a fourth path, said first path and said third path are provided with 5 shuttles, and said second path and said fourth path are provided with 4 shuttles.

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