TW201346096A - Multifunctional circular knitted towel knitting machine - Google Patents

Abstract

A multifunctional circular knitted towel knitting machine mainly comprises a plurality of weaving needles, capable of vertically performing motions, respectively disposed in the needle channel of the needle cylinder; a plurality of sets of sinkers and yarn cutting pieces or auxiliary pieces disposed in the sliding groove of the sinker tray to levelly perform motions; and an upper weaving triangle controlling the motion of the sinker and the yarn cutting piece or the auxiliary piece, wherein the positive and negative mass and the yarn cutting block are mainly disposed on the upper weaving triangle. Therefore, the towel cloth positively woven or negatively woven can be achieved by regulating the positive and negative mass and cooperating with different sinkers. Moreover, the effect of weaving terry and shearing the woven terry together can be achieved by regulating the position of the yarn cutting block and cooperating the sinker with the yarn cutting piece. Accordingly, the toweling cloths having different effects and different types can be woven by allocating each other, so that the dealers can obtain the maximum benefits at the least investment costs, thereby enhancing the competition capability of the enterprises.

Description

Multifunctional circular knitting towel knitting machine

The present invention relates to a multifunctional circular knitting towel knitting machine, in particular to a knitting machine which can adjust and select a plurality of different types and different effects of towel cloth by simple structure and configuration.

The terry cloth woven by the general circular knitting machine includes: three kinds of woven towel fabrics, anti-wrap woven towel fabrics, and reverse-woven woven towel shearing fabrics. These three different fabrics need different components to complete. When working, different components are replaced depending on the type of towel cloth to be woven. In the above-mentioned members, different upper braiding triangles are used, and different raw chips are used, because the tracks of the inner surfaces of the different upper braided triangles are different, so that the path and action of driving the raw sheets are driven. It is also different, so different weaving effects are achieved.

Please refer to the first figure, which is a schematic diagram of the main components and action principle of the woven woven towel fabric. The inner surface of the upper braiding triangle 81 is provided with a protruding rail 811. The slab 82 is provided with a guiding groove 821 corresponding to the rail 811, and the inner surface of the lower braiding triangle 83 is provided with a concave rail 831. The needle 84 is provided with a stitch 841 corresponding to the track 831. When the circular knitting machine is in operation, the needle cylinder carries the knitting needle 84 and the squeegee 82 rotates, and the rail 811 of the upper braiding triangle 81 falls into the guiding groove 821 of the slab 82, so the raw gram The piece 82 is operated according to the trajectory of the track 811 of the upper knitting triangle 81, and can be moved forward and backward; at the same time, the stitch 841 of the knitting needle 84 falls into the track 831 of the lower knitting triangle 83, so The knitting needle 84 is capable of performing the hooking operation of the upper and lower trajectories according to the trajectory of the rail 831 of the lower knitting triangle 83, and the towel fabric having the effect of the weave knitting effect can be obtained by the above-described members and the principle of operation.

Please refer to the second figure, which is a schematic diagram of the main components and action principle of the woven reverse-woven woven towel fabric. The action principle of the anti-wrap weaving effect is substantially the same as that of the above-described weave knitting effect, except that the trajectory of the track 851 of the upper weaving triangle 85 is slightly changed, so that the action of the slab 86 is different, and The matching raw sheet 86 must be replaced with a reverse-woven woven sheet 86, so that a towel fabric having a reverse-weaving effect can be achieved.

As described above, if the conventional components are to weave different kinds of towel fabrics, it is necessary to replace the different upper knitting triangles and the matching raw gram sheets at the same time, so that the manufacturer often needs to replace the components according to the production requirements, which is not only troublesome to operate, but also It is necessary to re-adjust the matching situation, which greatly reduces the production efficiency, and the above-mentioned reverse-woven woven towel fabric, if it is required to perform the shearing work, the cloth is usually placed in another shearing machine to perform the shearing operation. It is not only troublesome and inefficient, but also cuts off the top part of the loop tissue during the shearing process, which not only causes the loss of the material, but also needs to be repaired multiple times to achieve the neat effect of the length of the hair, so the cost is too high. It is not ideal.

In view of this, the creators have been adhering to the experience of many years of experience in this business. After continuous research and experimentation, the creator designed a multi-functional circular knitting towel knitting machine. With simple structure and configuration, the knitting can be adjusted and selected. A variety of different types and effects of towel fabrics can greatly improve work efficiency and create higher economic benefits.

The main purpose of this creation is to provide a multi-functional circular knitting towel knitting machine which can adjust and choose a variety of different types and different effects of towel fabrics with a simple structure and configuration.

The above-mentioned multi-functional circular knitting towel knitting machine mainly comprises a plurality of knitting needles which are respectively arranged in the needle groove of the syringe, and a plurality of arrays respectively arranged in the sliding groove of the raw plate to be horizontally operated. And weaving the triangle on the cut or auxiliary sheet and controlling the movement of the raw and cut sheet or the auxiliary sheet. Wherein, the upper braiding triangle is mounted on the bottom end of the inner disc of the upper saddle, and the inner surface is provided with a protrusion and an irregular curved rail, and the upper braiding triangle is provided with a positive and negative mass and all the yarn blocks. .

The versatile circular knitting towel knitting machine, wherein the front section of the upper braided triangle track is provided with a positioning groove, and a limiting groove is extended on one side of the positioning groove; the front and back block is installed on the front side The positioning groove is provided with a protruding positioning portion corresponding to the same side of the limiting groove, and the positioning portion is placed in the limiting groove; and the positioning portion is adjusted by The position in the limiting slot can control the positioning of the forward or reverse contraction of the forward and reverse pockets, so as to change the trajectory of the track of the upper braided triangle, thereby changing the action of the matched slab. Thus, a towel fabric that is woven or reverse-woven can be woven.

In the above-mentioned multi-functional circular knitting towel knitting machine, the front and back slabs of the upper woven triangle are fixed to the long through holes of the inner disc of the upper saddle by screws, and the front and rear adjustments can be performed on the inner disc. fixed.

In the above-mentioned multifunctional circular knitting towel knitting machine, an extension plate is further disposed on the outer end surface of the tail section of the upper braided triangle, and a sliding groove is arranged on the extension plate to install all the yarn blocks in the sliding groove.俾 By adjusting the position of the cutting block, the cutting yarn is driven to perform the yarn cutting operation.

In the above-mentioned multifunctional circular knitting towel knitting machine, the cut yarn block of the upper braided triangle is fixed to the long through hole of the inner disc of the upper saddle by screws, and the front and rear adjustment and fixing can be performed on the inner disc. The inner end surface of the cutting block is provided with a wedge-shaped convex portion, so that the distance between the outer end surface of the track of the upper knitting triangle and the inner end surface of the cutting block is gradually reduced, and the outer end surface of the track corresponds to At the position of the cut yarn block, a recessed position is formed.

In the above-mentioned multifunctional circular knitting towel knitting machine, the raw crepe sheet which is matched with the upper knitting triangle comprises a positive-woven woven raw crepe and a reverse-woven woven raw gram. The front end of the front wrap is provided with an upwardly protruding head, the bottom end is provided with a sliding portion, and the rear end is provided with an upwardly convex piece, and a guide is formed between the head and the foot. The groove is provided with a protruding piece nose above the head, and a guiding ring tongue is arranged at the front end of the piece nose, and a hook line groove is formed between the piece nose and the head.

The above-mentioned multifunctional circular knitting towel knitting machine, wherein the shape of the reverse-woven woven slab is substantially the same as that of the above-mentioned woven slab, and the different positions are above the tongue of the nose of the piece, and another extension is provided. Blocking.

The multi-functional circular knitting towel knitting machine described above, wherein the cut yarn piece matched with the reverse-wrapped woven crepe sheet has a head protruding upwardly at the front end, a sliding portion at the bottom end, and an upward portion at the rear end a raised leg, and a guiding groove is formed between the head and the leg, and a protruding arbor is disposed above the head, and a blade is provided at a front end of the arbor, and the blade edge is provided It is inclined from the top to the bottom, and a space is formed between the arbor and the head.

The above-mentioned multi-functional circular knitting towel knitting machine, wherein the cutting yarn piece matched with the reverse-wrapped raw gram piece can be used to set the blade edge of the cutting edge of the arbor to be inclined from the bottom to the rear end, and other parts. The shapes are roughly the same, and can also be combined with the reverse-wrapped crepe to achieve the function of shearing the yarn.

The above-mentioned multifunctional circular knitting towel knitting machine, wherein the two kinds of the cutting yarns mentioned above correspond to the reverse-woven woven slab, and the arbor corresponds to the nose of the reverse-woven slab, and is close to Appropriate position of the cutting edge is moderately bent in the direction of the reverse wrapping knit, so that the cutting edge of the cutting piece can be more closely attached to the raw piece, and the guiding groove of the reverse wrapping knit sheet and the cutting The guide grooves of the yarn sheets are of the same width, and the legs of the cut sheets are slightly wider than the legs of the reverse-woven sheets.

The above-mentioned multifunctional circular knitting towel knitting machine, wherein the auxiliary sheet is provided with a shape corresponding to the lower half of the above-mentioned raw sheets, and the auxiliary sheet is only used to stabilize the raw sheets, and there is no other Function, because the creation of the braided loops and the shearing operation, it is necessary to incorporate a set of raw and cut yarns into the chute of the raw disc, and when the creation does not perform the shearing operation, The auxiliary piece replaces the cut piece, so that the raw piece is stable and does not shake during the operation. Of course, the creation can also be stabilized without using the auxiliary piece, and directly adopting the thickened design of the raw piece. effect.

Please refer to the third and fourth figures. The main basic components of this creation include the majority of the knitting needles 12, which are respectively arranged on the upper and lower movements of the syringe 1, and the multiple arrays respectively arranged on the raw plate 14 for horizontal movement. The sheet 2 and the cut yarn sheet 3 or the auxiliary sheet 203 and the control swarf sheet 2 and the cut yarn sheet 3 or the auxiliary sheet 203 are woven on the woven triangle 4. The syringe 1 is in the form of a circular cylinder. A plurality of needle slots 11 are formed on the outer surface of the cylinder 1, and a knitting needle 12 is mounted in each of the needle slots 11 along the upper end of the outer surface of the cylinder 1. Forming an annular groove 13 corresponding to the position of the groove 13 horizontally extending outwardly with a sprocket disk 14; the upper surface of the sprocket disk 14 is provided with a plurality of sliding grooves 141, and each chute Each of the 141 is provided with a set of slabs 2 and a cut piece 3 or an auxiliary piece 203, and a needle groove 11 opened in the barrel 1 is passed through the scotch disk 14 so that the needles 12 can be upward. It runs to the top position of the syringe 1 and cooperates with the slab 2 for the knitting operation.

Please also refer to the fifth and sixth figures. The knitting triangle 4 is mounted on the bottom end of the inner disc 51 of the upper saddle 5, and the inner surface is provided with a protruding and curved irregular track 41, wherein A positioning slot 42 is defined in the front section of the rail 41 of the upper braiding triangle 4, and a limiting slot 421 is defined in a side of the positioning slot 42. The front and rear pockets 43 are mounted in the positioning slot 42. And the protruding portion 43 is provided with a protruding positioning portion 431 corresponding to the same side of the limiting slot 421, and the positioning portion 431 is placed in the limiting slot 421; the upper braided triangle 4 track An extension plate 44 is further disposed on the outer end surface of the 41-end segment. A sliding slot 441 is defined on the extension plate 44, and all the yarn blocks 45 are mounted in the sliding slot 441. The inner end surface of the cutting yarn block 45 is provided with a wedge shape. a convex portion 451, and at a position corresponding to the yarn cutting block 45 at the outer end surface of the rail 41, a recessed position 411 is formed; the forward and reverse mass 43 of the upper braided triangle 4 and the cut yarn block 45 are The screw is fixed to the long through hole of the inner disk 51 of the upper saddle 5, and the front and rear adjustments and fixings can be performed on the inner disk 51; Referring to the seventh and eighth figures, the crepe sheet 2 which is matched with the upper braiding triangle 4 in the present invention comprises a woven woven sheet 201 and a woven woven sheet 202, wherein the woven slab is The front end of the 201 is provided with an upwardly protruding head portion 21, the bottom end is provided with a sliding portion 22, and at the rear end, an upwardly convex leg 23 is provided, and a guide groove is formed between the head portion 21 and the leg 23 24, and a protruding piece nose 25 is disposed above the head 21, a guiding ring tongue 251 is disposed at the front end of the piece nose 25, and a hook line groove 26 is formed between the piece nose 25 and the head 21; The reverse-wrapped woven slab 202 is substantially the same shape as the woven slab 201, and is located above the guide ring 251 of the nose 25, and further has a blocking portion 252; see In the nine-figure, the cut yarn piece 3 of the present invention is provided with a head 31 which protrudes upward at the front end, a sliding portion 32 at the bottom end, and an upwardly convex leg 33 at the tail end, and the head 31 and the piece A guiding groove 34 is formed between the legs 33, and a protruding shank 35 is disposed above the head 31, and a cutting edge 351 is disposed at a front end of the shank 35, and the The blade edge 352 of the blade 351 is inclined from the top to the bottom end, and a cutout portion 36 is formed between the blade bar 35 and the head portion 31; the foregoing cut piece 3 is corresponding to the reverse wrapping knit chip 202. The shank 35 of the dicing sheet 3 corresponds to the nose 25 of the woven woven sheet 202, and is appropriately bent in the direction of the woven slab 202 near the edge of the blade 351, so that the cutting is performed. The blade 351 of the yarn sheet 3 can be more closely attached to the reverse-woven woven chip 202, and the guide groove 24 of the reverse-woven woven chip 202 and the guide groove 34 of the dicing blade 3 have the same width. The leg 33 of the cut piece 3 is slightly wider than the leg 23 of the reverse-knit slab 202; the auxiliary piece 203 is provided with a shape corresponding to the lower half of the slab 2 The upper end is provided with a guiding slot 240 and a bottom portion is provided with a sliding portion 220.

With the above-mentioned components, when the creation is in operation, the syringe 1 is connected to the sprocket 14 in a rotating state, and the movement of the knitting needles 12 is controlled by the knitting triangle 6 provided on the inner surface of the lower saddle 7. The action of the upper and lower hook yarns can be performed, and the squeegee 2 and the skein 3 or the auxiliary sheet 202 are placed in the chute of the skein plate 14 with the sliding portions 22, 32, 220 at the bottom end thereof. 141, and the track 41 of the braiding triangle 4 disposed on the bottom end of the upper base 5 is dropped into the guide grooves 24, 34, 240 of the scotch sheet 2 and the cut piece 3 or the auxiliary piece 203 to enable driving. The slab 2 and the dicing sheet 3 or the auxiliary sheet 203 are moved in front and rear.

When the present invention is used for the weaving operation of the main bag, please refer to the seventh figure to weave the towel cloth of this type. The slab 2 must be covered with the woven slab 201, and the chute 141 of the slab 14 A set of positive-wrap squeegee 201 and an auxiliary piece 203 are simultaneously mounted therein; and the positive and negative slabs 43 of the upper woven triangle 4 are adjusted to the rear end, that is, the forward and reverse masses 43 are not extended to change the track 41. The track, the inner and outer end faces of the track are smooth; and the cutting block 45 of the upper knitting triangle 4 is adjusted to the rear end, that is, the cutting block 45 does not participate in the work; Adjusting, the positive-wrap woven sheet 201 can cooperate with the knitting needle 12 to follow the trajectory of the track 41, so that the woven towel cloth can be knitted.

When the creation is to carry out the reverse-weaving operation, please refer to the eighth figure to weave this type of towel cloth. The raw sheet 2 must be made of the reverse-woven woven sheet 202, which is also the chute 141 of the raw gram plate 14. A set of reverse-wrapped woven chips 202 and an auxiliary piece 203 are simultaneously mounted therein; and the positive and negative blocks 43 of the upper woven triangle 4 are adjusted to the front end, that is, the forward and reverse masses 43 have been extended to change the track 41. a track, the inner and outer end faces of the track 41 are curved; and the cutting block 45 of the upper knitting triangle 4 is adjusted to the rear end, that is, the cutting block 45 does not participate in the work; Adjusting, the reverse-wrapped woven chip 202 can cooperate with the knitting needle 12 to follow the trajectory on the track 41, so as to enable the weaving of the reverse-woven woven towel fabric without cutting the loop.

When the creation is to carry out the work of shearing and weaving together, please refer to the ninth figure, weaving this type of shearing fabric, based on the reverse wrapping weaving operation, and the raw crepe 2 series adopts the reverse wrapping woven raw gram. a sheet 202, but replacing the auxiliary sheet 203 with a cut piece 3, that is, a set of reverse-woven knit chips 202 and a cut piece 3 are simultaneously mounted in the sliding groove 141 of the raw plate 14; and the upper knitting triangle 4 The cut yarn block 45 is adjusted to the front end, and the distance between the outer end surface of the section rail 41 and the inner end surface of the cut yarn block 45 is gradually increased by the wedge-shaped convex portion 451 provided on the inner end surface of the cut yarn block 45. In order to reduce; by the above-mentioned components and adjustments, in the operation, the steps of the preceding stage are similar to the above-mentioned operations of performing the reverse-wrap knitting, that is, the cut-and-slices 3 are followed by the reverse-wrapped woven chips 202 and are not yet involved in the work. When the reverse-woven knit chip 202 and the cut yarn piece 3 are moved to the position of the extension plate 44 of the upper knitting triangle 4, since the cut piece 45 on the extension plate 44 has been adjusted forward, and the cut piece 45 is The inner end surface is provided with a wedge-shaped convex portion 451, which will make the outer end surface of the segment rail 41 and the cutting block 45 The spacing of the end faces is gradually reduced, and because the legs 33 of the cut piece 3 are slightly wider than the legs 23 of the reversely wrapped knit plate 202, thereby, when the cut piece 3 travels to the track 41, The pushing of the cutting block 45 will force the cutting piece 3 to suddenly move forward to the recessed position 411 of the outer end surface of the track 41, while at the same time, the leg 23 of the reverse-woven knit chip 202 is narrower. Therefore, it does not interfere with the cut yarn block 45, and it still maintains the original trajectory, so that the cut yarn piece 3 and the reverse wrap woven raw material sheet 202 relatively form a shearing effect, thereby The loops on the guide ring tongue 251 of the reverse-wrapped woven chip 202 can be cut, so that the woven loop fabric can be cut together.

Referring to the tenth figure, another embodiment of the cut yarn piece 3 of the present invention is characterized in that the blade edge 353 of the blade edge 351 at the front end of the cutter bar 35 is inclined from the bottom to the rear end, and the other portions are shaped. The two are substantially the same, and can also be combined with the reverse-coated woven sheet 202 to achieve the function of shearing the yarn.

It should be particularly noted that the foregoing auxiliary sheet 203 is only used to stabilize the slabs 2, and has no other functions. Because the creation of the woven loops is performed in the process of shearing the hair, it is necessary to slide the slab 14 The groove is embedded with a set of reverse-woven woven chips 202 and cut yarns 3, and when the present invention does not perform the shearing operation, the cutting piece 3 is replaced by the auxiliary piece 202, so that the raw pieces 2 It is stable and does not shake during the operation. Of course, this creation can also achieve the stable effect without using the auxiliary piece 203, and directly adopting the thickened design of the gram film 2.

By the aforementioned components and the adjustment operation mode, the type of the woven or reverse woven fabric can be arbitrarily changed, and the cloth surface shape of the shearing or non-cutting can be achieved, so that a plurality of different types of knitting effects can be achieved by mutually arranging. Enable the industry to create higher economic benefits.

The foregoing embodiments are merely illustrative of the preferred embodiments of the present invention, and are not intended to limit the scope of the present invention, and the details of the present invention are not deviated from the spirit of the present invention.

1. . . Syringe

11. . . Needle slot

12. . . Knitting needle

13. . . Groove

14. . . Raw gram

141. . . Chute

2. . . Raw tablets

201. . . Zheng Bao Weaving Raw Film

202. . . Anti-wrap knit

203. . . Auxiliary film

twenty one. . . head

twenty two. . . Sliding portion

220. . . Sliding portion

twenty three. . . Slice foot

twenty four. . . Guide slot

240. . . Guide slot

25. . . Tablet nose

251. . . Guide ring tongue

252. . . Blocking

26. . . Hook slot

3. . . Cut yarn

31. . . head

32. . . Sliding portion

33. . . Slice foot

34. . . Guide slot

35. . . Arbor

351. . . Blade

352. . . Blade

353. . . Blade

36. . . Avoidance

4. . . Upper braided triangle

41. . . track

411. . . Depression

42. . . Positioning slot

421. . . Limit slot

43. . . Positive and negative block

431. . . Positioning department

44. . . Extension board

441. . . Chute

45. . . Cut yarn block

451. . . Convex

5. . . Sagittarius

51. . . Inner disk

6. . . Lower weave triangle

7. . . Lower squat

81. . . Upper braided triangle

811. . . track

82. . . Raw tablets

821. . . Guide slot

83. . . Lower weave triangle

831. . . track

84. . . Knitting needle

841. . . stitch

85. . . Upper braided triangle

851. . . track

86. . . Raw tablets

861. . . Guide slot

The first figure is a schematic diagram of the main components of a conventional woven woven terry cloth.

The second figure is a schematic diagram of the main components of the conventional woven reverse-wrapped woven terry cloth.

The third picture is a cross-sectional view of a part of the structure of the circular knitting towel knitting machine.

The fourth picture is an exploded view of the main components of the creation.

The fifth picture is an exploded view of the weaving triangle on this creation.

The sixth picture is a bottom view of the weaving triangle on the creation.

The seventh figure is a schematic diagram of the main components of the woven woven terry cloth.

The eighth figure is a schematic diagram of the main components of the woven reverse-woven woven terry cloth.

The ninth figure is a schematic diagram of the main components of the creation of the reverse-weaving operation.

The tenth figure is another embodiment of the present invention.

1. . . Syringe

11. . . Needle slot

12. . . Knitting needle

13. . . Groove

14. . . Raw gram

141. . . Chute

2. . . Raw tablets

3. . . Cut yarn

4. . . Upper braided triangle

5. . . Sagittarius

51. . . Inner disk

6. . . Lower weave triangle

7. . . Lower squat

Claims (10)

The utility model relates to a multifunctional circular knitting towel knitting machine, which mainly comprises a plurality of knitting needles which are respectively arranged in the needle groove of the syringe, and a plurality of arrays respectively arranged in the sliding groove of the raw grams plate and can be horizontally moved. Cutting the yarn piece or the auxiliary piece and controlling the squeegee piece and the cutting piece or the auxiliary piece to act on the woven triangle, the upper woven triangle is fixed to the bottom end of the inner disk of the upper stern, characterized in that: the upper woven triangle, The utility model is provided with a protruding and irregularly curved track on the inner surface, and a positioning groove is arranged on the front side of the track, and a positive and negative block is arranged in the positioning groove, and an outer end surface of the track tail section is further provided with a The extension plate is provided with a sliding slot on the extension plate and is provided with all the yarn blocks in the sliding groove. The multi-functional circular knitting towel knitting machine according to claim 1, wherein one side of the positioning groove of the upper knitting triangle extends a limit groove, and the positive and negative blocks correspond to the limit. The same side of the bit groove is provided with a protruding positioning portion, and the positioning portion is placed in the limiting groove, and the forward and reverse blocks can be controlled by adjusting the position of the positioning portion in the limiting groove. Positioning for extension or contraction. The multi-functional circular knitting towel knitting machine according to the first aspect of the invention, wherein the positive and negative mass of the upper braided triangle is fixed by an elongated through hole of the inner disc of the upper saddle, and The front and rear adjustments and fixings can be performed on the inner disc, and the trajectory of the track of the upper braided triangle can be changed by adjusting the forward or backward contraction of the forward and reverse blocks. The multi-functional circular knitting towel knitting machine according to claim 1, wherein the upper knitting yarn is provided with a wedge-shaped convex portion on the inner end surface, and is outside the orbit of the upper knitting triangle. At the position where the end face corresponds to the cut piece, a recessed position is formed. The multi-functional circular knitting towel knitting machine according to claim 1, wherein the upper knitting yarn is cut by a long through hole fixed to the inner disc of the upper saddle by screws, and is in the inner disc The adjustment can be performed before, after and after adjustment. The multi-functional circular knitting towel knitting machine according to claim 1, wherein the raw crepe sheet matched with the upper knitting triangle comprises a positive-woven woven slab, which is characterized in that: The sheet is provided with a head protruding upward at the front end, a sliding portion at the bottom end, and an upwardly convex leg at the tail end, and a guiding groove is formed between the head and the foot, and the head is formed at the head A protruding piece nose is arranged above the part, and a guiding ring tongue is arranged at the front end of the piece nose, and a hook line groove is formed between the piece nose and the head. The multi-functional circular knitting towel knitting machine according to claim 1, wherein the raw crepe sheet matched with the upper knitting triangle comprises a reverse-woven woven slab, which is characterized in that: The sheet is provided with a head protruding upward at the front end, a sliding portion at the bottom end, and an upwardly convex leg at the tail end, and a guiding groove is formed between the head and the foot, and the head is formed at the head A protruding piece nose is arranged on the upper part of the part, a guiding ring tongue is arranged at the front end of the piece nose, and a blocking portion is extended above the tongue of the guiding ring, and a hook line groove is formed between the piece nose and the head. . The multi-functional circular knitting towel knitting machine according to the first aspect of the invention, wherein the cut yarn piece matched with the reverse-woven woven raw material sheet is characterized in that the cut yarn piece is protruded upward at the front end. The head has a sliding portion at the bottom end, and an upwardly convex leg is disposed at the tail end, a guiding groove is formed between the head and the leg, and a protruding arbor is disposed above the head. A cutting edge is arranged at the front end of the arbor, and the blade edge of the blade is inclined from the top to the bottom, and a vacancy is formed between the shank and the head. The multi-functional circular knitting towel knitting machine according to claim 1, wherein the cutting yarn is matched with the reverse-woven woven slab, wherein the cutting yarn is provided at the front end. The upwardly protruding head has a sliding portion at the bottom end, and an upwardly convex leg at the tail end, a guiding groove is formed between the head and the leg, and a protruding portion is arranged above the head. The arbor is provided with a cutting edge at the front end of the arbor, and the blade edge of the blade is inclined from the bottom to the rear end, and a vacancy is formed between the shank and the head. The multi-functional circular knitting towel knitting machine according to the seventh aspect of the invention, wherein the cutting yarn is corresponding to the reverse-woven woven slab, and the arbor of the dicing blade Corresponding to the nose of the reverse-wrapped crepe sheet, and bending at the appropriate position near the cutting edge in the direction of the woven crepe sheet, so that the cutting edge of the dicing sheet can be more closely attached to the reverse-weaving woven sheet. The slab, and the guide groove of the woven crepe sheet and the guide groove of the dicing sheet are of the same width, and the legs of the dicing sheet are wider than the legs of the woven crepe sheet.