TW201346094A - Shearing device of circular towel knitting machine - Google Patents

Abstract

A shearing device of circular towel knitting machine mainly places a set of sinkers corresponding to each other and yarn-cutting sheets in each sliding chute of a sinker tray in the knitting machine, wherein the upper end of the yarn-cutting sheets has a knife bar, and the front end of the knife bar is formed with a knife edge, and the blade of the knife edge tilts toward the tail from the top to down and, at the proper position near the knife edge on the knife bar, is bent toward the direction of the sinker to allow the knife edge of the yarn-cutting sheet tightly sticking close to the sinker. After the sinker and the knitting needle collaborate to weave the terry of a towel, the terry is cut by driving the yarn-cutting sheet. Accordingly, the operation of weaving the fabric surface of terry and shearing can be completed together. Furthermore, its structure is simple, stable, and durable. The effect of cutting yarn threads is better, and the lengths of the cut yarn are identical.

Description

Shearing device for circular knitting machine (1)

The present invention relates to a shearing device (1) for a circular knitting towel knitting machine, in particular, a simple structure, stable and durable, and the yarn cutting effect is better, and the knitting loop and the shearing work can be completed at the same time, and A device that causes material loss.

Generally, the shearing operation of the woven reverse terry cloth is usually performed by knitting the terry cloth on the circular knitting machine, and then placing the cloth on another shearing machine to perform the shearing operation. This operation is not only troublesome, The efficiency is low, and the top part of the terry tissue is cut off during the shearing process, which not only causes the loss of the material, but also needs to be repaired a plurality of times to achieve the neat effect of the length of the hair, so the cost is too high, ideal.

In response to this, the creator has proposed to the Bureau a new type of patent No. M333421 (application number: 096217283), "The knitting device for the circular knitting machine", which is provided with a thinner blade at the front end of the raw sheet to form all the yarn knives. And a longitudinal cutting opening is formed at a suitable position on the top of the raising needle. The knitting needle is pulled by the knitting needle hook and the bottom yarn and the loop is woven in the groove of the raising needle, so that the raising needle is lowered to be concave The upper edge of the groove pulls the loop, and then the cutting knife advances into the cutting mouth of the raising needle, thereby cutting the loop, so that the work of knitting the loop fabric and the shearing is completed. The technical feature adopts 90 degree vertical shearing, that is, the cutting knife advances in the vertical direction, and when the shearing loop is sheared, the shearing force acts vertically on the loop, and the tangent point is concentrated at one point, and in some cases, it is not The loop is cut off, but it is “pushed off”, so the shearing effect is still not perfect.

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 shearing device for the circular knitting machine (1), which not only enables the knitting of the circular knitting machine. The work of the terry cloth and the shearing is completed, and the structure is simpler, more stable, more durable, and the shearing effect is better, which greatly improves the work efficiency and creates higher economic benefits.

The main purpose of this creation is to provide a shearing device (1) for a circular knitting towel knitting machine with a simpler structure, stability and durability, which can achieve the high-efficiency work done by knitting the terry cloth surface together with the shearing, and It can make the yarn length after shearing consistent, reducing losses and increasing profits.

The shearing device (1) of the above-mentioned circular knitting towel knitting machine mainly comprises a plurality of knitting needles which are respectively arranged in the needle groove of the syringe, and the plurality of arrays are respectively arranged in the sliding groove of the raw disc to be horizontally operated. The raw gram and cut yarn and the control crepe and the cut yarn are woven on the triangle.

The shearing device (1) of the circular knitting towel knitting machine described above, wherein the front end of the raw gram piece 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 guiding groove is formed between the head and the leg, and a protruding piece nose is arranged above the head, and a guiding ring tongue and a blocking portion are arranged at the front end of the piece nose, the piece nose and the head A hook line groove is formed between them.

The shearing device (1) of the circular knitting towel knitting machine described above, wherein the cutting end of the cutting yarn 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 guiding groove is formed between the head and the leg, and a protruding arbor is disposed above the head, and a cutting edge is disposed at a front end of the arbor, and the blade edge of the blade is from top to bottom. The end is inclined, and a vacancy is formed between the arbor and the head.

The shearing device (1) of the circular knitting towel knitting machine described above, wherein the cutting blade of the cutting yarn is bent at a proper position near the cutting edge to the direction of the raw sheet, so that the cutting edge of the cutting piece can be more Close to the raw film.

The shearing device (1) of the above-mentioned circular knitting towel knitting machine, wherein the cutting edge of the cutting blade has an angle of inclination of the blade edge of the front end from the top to the bottom, and the range of 20° to 55° is the most The angle of inclination of the good shear effect.

The shearing device (1) of the circular knitting towel knitting machine described above, wherein the guide groove of the raw crepe sheet and the guide groove of the dicing sheet are of the same width, and the legs of the dicing sheet are larger than the slab The legs are slightly wider.

The shearing device (1) of the circular knitting towel knitting machine described above, wherein the inner surface of the upper knitting triangle is provided with a protrusion and an irregular curved track, and when running, the rail is dropped into the raw sheet and the cut sheet by the rail. The guiding groove is configured to drive the raw chips and the cutting piece; the front section of the upper knitting track is provided with a positioning groove for enabling installation of a positive and negative block, and by adjusting the front and back The block can change the trajectory of the track, so as to adjust the action of changing the slab to match the knitting needle for the woven or reverse woven; the outer end of the trajectory of the upper woven triangle is further provided with an extension plate. A sliding slot is arranged on the extension plate to enable installation of all the yarn blocks, and the cutting yarn block can be driven to drive the cutting yarn to perform the yarn cutting operation.

Please refer to the first to seventh figures. The basic components of this creation are basically the same as those of the general circular knitting machine. It mainly includes the knitting needles 12 which are respectively arranged on the upper and lower movements of the syringe 1. The raw disc 14 can horizontally move the raw sheet 2 and the cut sheet 3 and control the raw sheet 2 and the cut sheet 3 to woven the 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 dicing sheet 3, and the needle groove 11 opened on the barrel 1 is inserted through the scotch disc 14 so that the woven needles 12 can run upward to the syringe The top position of 1 is combined with the swatch 2 for knitting work.

The original piece 2 of the present invention is provided with a head 21 which protrudes upward at the front end, a sliding portion 22 at the bottom end, and an upwardly convex piece 23 at the tail end, and the head 21 and the foot 23 A guide groove 24 is formed between the head portion 21, and a protruding piece nose 25 is disposed at the front end of the piece nose 22. A guide ring tongue 251 and a blocking portion 252 are provided at the front end of the piece nose 25, and the piece nose 25 and the head portion 21 are provided. A hook line groove 26 is formed between the cutting piece 3; the head piece 31 is provided with an upwardly protruding head portion 31 at the front end, a sliding portion 32 is provided at the bottom end, and an upwardly convex piece 33 is provided at the end end, and the head is provided A guiding groove 34 is formed between the portion 31 and the leg 33. A protruding shank 35 is disposed above the head 31. A cutting edge 351 is disposed at the front end of the shank 35, and the shank 35 is brought close to the shank 35. Appropriate position of the blade 351 is moderately bent in the direction of the slab 2, so that the blade 351 of the dicing blade 3 can be more closely attached to the slab 2, and the blade edge 352 of the blade 351 is turned from the top to the bottom. The end of the shank is formed with a vacant space 36 between the shank 35 and the head 31; the shank 35 of the dicing sheet 3 corresponds to the nose 25 of the slab 2, and the guide groove of the dicing sheet 3 34 and raw grams The guide grooves 24 of the sheet 2 are of the same width, and the legs 33 of the cut sheet 3 are slightly wider than the legs 23 of the raw sheet 2; the inner surface of the upper braided triangle 4 is provided with protrusions and curved The irregular track 41 is provided with a positioning groove 42 on the front portion of the track 41, and a positive and negative block 43 is mounted on the outer end surface of the tail section 41 of the upper braiding triangle 4; A sliding slot 441 is defined in the extension plate, and all the yarn blocks 45 are installed in the sliding slot 441.

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 slabs 2 and the cut yarns 3 are placed in the sliding grooves 141 of the scotch disc 14 with the sliding portions 22 and 32 at the bottom ends thereof, and are set. The track of the braided triangle 4 on the bottom end of the upper base 5 falls into the guide grooves 24, 34 of the slab 2 and the cut yarn 3, enabling the driving of the slab 2 and the cut yarn 3 The action of the rear displacement.

When the creation of the creation of the knitting action, please refer to the eighth figure is a schematic diagram of the continuous action of the creation. First, when the hook 121 of the upper end of the knitting needle 12 in the cylinder 1 is ascended to the upper position of the nose 25 of the slab 2, the slab 2 and the dicing sheet 3 are kept attached to each other. The front running, that is, the cutting edge 352 of the cutting yarn 3 does not exceed the blocking portion 252 of the nose 25 of the raw sheet 2 and the guide ring tongue 251. At this time, the knitting needle 12 is hooked by the hook 121 from top to bottom. When the yarn is lowered to the lower end surface of the hook groove 26 of the slab 2, a new loop 8 is formed, and at the same time, the old loop 8 formed by the previous weaving is set on the slab 2 The guide ring 251 of the nose 25 is matched with the blocking portion 252 to define the old loop 8 to ensure the tightness and identity of each loop 8 after knitting, thereby enabling the hair to be flattened after cutting. In the foregoing process, the cut yarn sheet 3 does not participate in the work, and only follows the synchronous operation of the raw sheet 2, at which time the raw sheet 2 and the cut sheet 3 are moved to the position of the extension plate 44 of the upper braided triangle 4 ( Please refer to the seventh figure). Since all the yarn blocks 45 are provided on the extension plate 44, and the inner end surface of the cutting yarn block 45 is provided with a wedge-shaped convex portion, the outer end of the track 41 will be made. The distance from the inner end surface of the dicing block 45 is gradually reduced, and the leg 33 of the dicing sheet 3 is slightly wider than the leg 23 of the slab 2, whereby the dicing sheet 3 travels to the track 41. At the same time, by the pushing of the cutting block 45, the cutting piece 3 will be forced to move forward abruptly, and at the same time, the leg 23 of the slab 2 is not narrow with the cutting yarn. The block 45 forms an interference which still maintains a predetermined trajectory, so that a relatively shearing effect is formed between the dicing sheet 3 and the slab 2 so that the guide ring 251 of the slab 2 can be placed The loop 8 is cut (i.e., the blade edge 352 on the cut sheet 3 advances beyond the blocking portion 252 of the nose piece 25 of the slab 2 and the guide ring tongue 251) to form the wire end 81, and then the needle 12 is formed. The slab 2 and the cut yarn 3 are immediately reset, waiting for the knitting operation of the next cycle.

The shearing action of the cut yarn piece 3 opposite to the slick sheet 2 is such that the shank 35 of the cut yarn piece 3 is appropriately bent in the direction of the slab 2 at a position close to the blade 351, so that the cut piece is cut. The blade 351 of 3 is more closely attached to the slab 2, so that a better shearing effect can be produced, and since the blade edge 352 of the blade 351 of the dicing blade 3 is inclined downward, during the process of cutting the loop 8, With the cutting of the crepe sheet 3, the blade 352 will form a "linear" cutting effect on the loop 8, which is more stable than the conventional "dot" cutting, and due to the cut sheet A vacancy 36 is formed between the shank 35 and the head 31, and the gap of the vacancy 36 is larger than the hook groove 26 of the slab 2, so that when the dicing sheet 3 and the slab 2 are combined and woven During the knitting operation of the needle 12, during the formation of the loop 8, the loop 8 has a process of pulling down the hook 121 of the needle 12, which avoids the gap between the loop 8 and the cut sheet 3. Friction is created to ensure smooth running of the entire weaving process.

It is worth mentioning that the cutter bar 35 of the aforementioned cut yarn piece 3 has an angle of inclination of the blade edge 352 at the front end from the top to the bottom, and is continuously studied, experimentally and adjusted by the creator, and is 20 to 55 degrees. The range is the tilt angle of the best shearing effect.

By the above-mentioned structure and operation mode, the present invention can surely achieve the high-efficiency work done by knitting the terry cloth surface and the shearing, and can make the length of the yarn after the shearing uniform, reduce the loss, save the cost, and facilitate the creation. Higher economic efficiency, and since the upper braiding triangle 4 is provided with the positive and negative masses 43 and the cut yarn block 45, the positive weave knitting can be arbitrarily changed by adjusting the position of the forward and reverse masses 43. The type of the reverse wrapping, and by adjusting the position of the cutting block 45, the cloth surface shape of the shearing or non-cutting can be selected, so that a variety of different types of knitting effects can be achieved by mutual blending, which is one of the original creations. Great feature.

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

121. . . Hook

13. . . Groove

14. . . Raw gram

141. . . Chute

2. . . Raw tablets

twenty one. . . head

twenty two. . . Sliding portion

twenty three. . . Slice foot

twenty four. . . 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

36. . . Avoidance

4. . . Upper braided triangle

41. . . track

42. . . Positioning slot

43. . . Positive and negative block

44. . . Extension board

441. . . Chute

45. . . Cut yarn block

5. . . Sagittarius

6. . . Lower weave triangle

7. . . Lower squat

8. . . Terry

81. . . Line head

The first picture is a three-dimensional assembly diagram of the main structure of the present creation.

The second figure is a cross-sectional view of the main structure of the circular knitting towel knitting machine of the present invention.

The third picture is a side view of the creative crepe.

The fourth picture is a side view of the cut yarn of the present creation.

The fifth picture is a schematic diagram of the combination of the cut yarn and the raw sheet.

The sixth picture is a perspective view of the cut yarn and the raw gram.

The seventh picture is the bottom view of the weaving triangle on this creation.

The eighth figure is a schematic diagram of the continuous action of the knitting operation.

1. . . Syringe

11. . . Needle slot

12. . . Knitting needle

121. . . Hook

13. . . Groove

14. . . Raw gram

141. . . Chute

2. . . Raw tablets

3. . . Cut yarn

4. . . Upper braided triangle

5. . . Sagittarius

6. . . Lower weave triangle

7. . . Lower squat

Claims (9)

A shearing device (1) for a circular knitting machine includes mainly a plurality of knitting needles respectively disposed in the needle grooves of the syringe, and a plurality of arrays of raw and cut yarns respectively disposed in the sliding grooves of the raw plates. Controlling the crepe sheet and the dicing sheet above the knitting triangle, wherein the dicing sheet has a head protruding upward at the front end, a sliding portion at the bottom end, and an upward convex portion at the tail end a chip, and a guiding groove is formed between the head and the leg, and a protruding arbor is arranged above the head, and a blade is arranged at a front end of the arbor, and the blade edge of the blade is Tilt down to the end. A shearing device (1) for a circular knitting machine according to claim 1, wherein a stagnation position is formed between the shank of the cutting blade and the head. The shearing device (1) of the circular knitting machine according to claim 1, wherein the cutter of the cutter is moderately bent toward the raw sheet at a position close to the blade. The blade of the cut yarn can be made closer to the raw sheet. The shearing device (1) of the circular knitting machine according to claim 1, wherein the cutting edge of the cutting blade has an angle at which the blade edge of the cutting edge is inclined from the top to the bottom. The range of 20° to 55° is the inclination angle of the best shearing effect. The shearing device (1) of the circular knitting towel knitting machine according to any one of claims 1 to 4, wherein the raw gram piece matched with the cut yarn piece is provided with a head protruding upward at the front end a sliding portion at the bottom end, an upwardly projecting leg at the tail end, and a guiding groove formed between the head and the leg, and a protruding piece nose is arranged above the head, A hook line groove is formed between the nose and the head. The hair cutting device (1) of the circular knitting machine according to claim 5, wherein the front end of the nose of the raw slab is provided with a guide ring tongue and a blocking portion. The shearing device (1) of the circular knitting machine according to claim 5, wherein the cutting blade of the cutting yarn corresponds to the nose of the raw sheet, and the guiding groove of the cutting yarn is The guide grooves of the slab are of the same width, and the legs of the dicing sheet are wider than the legs of the crepe sheet. The shearing device (1) of the circular knitting machine of the first aspect of the invention, wherein the outer end surface of the tail section of the upper braided triangle is provided with an extension plate, and a sliding plate is arranged on the extension plate. a groove, and all the gauze pieces are installed in the chute. The shearing device (1) of the circular knitting towel knitting machine according to claim 1, wherein the front section of the upper braided triangle track is provided with a positioning groove and a positive and negative mass is mounted by By adjusting the position of the forward and reverse blocks, the type of the woven or reverse woven can be changed at will.