TW201335456A - Cursory knitting machine for regulating weave spacing of sash cord - Google Patents

Abstract

This invention is a cursory knitting machine capable for regulating weave spacing of sash cord, and more particularly to the knitting device disposed with a counting device. The counting device comprises of a first and second counter and a controller, wherein the controller sets the surrounding number of times of a sheathed wire. A hook line device is disposed with a crochet corresponding to a side below a concentrator of a rolling facility. The crochet is driven by a pushing mechanism to stretch out and retract the crochet. While achieving the surrounding number of times, a spool rack will firstly touch the first counter. The controller then notifies the pushing mechanism to stretch out the crochet for crocheting sheathed wires in order to form a hanging ring. The spool rack then continuously touches the second counter. The controller notifies the pushing mechanism to retract the crochet so as to complete motions of threaded wires on the hanging ring. Since the set surrounding number of times is less, the spacing between hanging rings is smaller, and it will be more intercepted filter ropes. Conversely, when the set surrounding number of times is more, the spacing between hanging ring is larger, and it will be fewer intercepted filter ropes. Accordingly, the spacing between hanging rings on the hanged ropes can be regulated.

Description

Filter sling to adjust the weaving distance of the horse weaving machine

The woven sling of the filter sling of the invention adjusts the weaving pitch of the woven knitting machine, and is mainly applied to the knitting technology which can adjust the spacing of the plurality of hoist rings on the sling.

According to the traditional sling, there are a plurality of slings separated by a certain distance, and used as a plurality of intercepting filter ropes. When the filtered material is smaller, the spacing between the hoisting rings is smaller, and the hanging interception is carried out. The more the filter ropes; the larger the larger the filtered material, the greater the spacing between the rings, and the fewer the intercepting filter ropes are suspended.

However, the conventional sling weaving method cannot adjust the spacing between the rings according to actual needs, and the number of intercepting filter ropes that are hung, which is a problem and a problem that has yet to be solved.

The present inventor is currently engaged in the manufacture and design of related products, accumulating practical experience and experience for many years, and actively investing in the spirit of innovation and improvement in response to the existing problems and lack of traditional conventional sling weaving methods. Adjust the weaving distance of the horse knitting machine.

The technical means to solve the problem of the present invention and the efficacy against the prior art are as follows: the knitting device is provided with a counting device, the counting device comprises: first and second counters and a controller, and the controller sets the number of wraps around the outer line The controller notifies the action of the hook line device, and the hook line device is provided with a hook on the lower side of the hub corresponding to the retracting device of the machine, and the hook needle is driven by a pushing mechanism as The hook is extended and retracted; when the outer wrap reaches the set number of wraps, the bobbin holder first touches the first counter, that is, the controller notifies the push mechanism to extend the hook to hook the outer cable The bobbin holder touches the second counter, and then the controller notifies the pushing mechanism to retract the hook to complete the hook line action. The fewer the number of wraps around the outer wrap, the smaller the pitch of the rings produced, and the more the intercepting filter ropes are hung; on the contrary, the more the outer wraps are set, the more the rings are made. Large, the less the intercepting filter rope is hung, the raft can adjust the spacing of the plurality of rings on the sling, which has the effect of improving, and is the main purpose.

In order to make it easier for those skilled in the art to understand the art to have a deeper understanding of the device content of the present invention and the functional benefits that can be achieved, a specific embodiment will be described and described in detail with reference to the following: a filter sling adjustment weaving The spacing of the horse knitting machine, please refer to the first figure: a three-dimensional combination diagram of the present invention. 2 and 3 are schematic views showing a partial enlarged combination of the present invention and a B-B cross-section of the second drawing. And the fourth and fifth figures are: a schematic view of a right side view plane combination of the present invention and a C-C cross section of the fourth figure. Mainly by: a transmission device 10, a brake device 20, a knitting device 30, a winding device 40, a counting device 50, a hook line device 60; wherein: please refer to the sixth figure Show: is a schematic diagram of the front view plane combination of the present invention. The transmission device 10 is provided with a transverse transmission shaft 11 on the side of the machine table 1. The transverse transmission shaft 11 is driven by a pulley set 12 to drive a first and a second helical gear 13 in a horizontal configuration and another vertical configuration. 14. The second helical gear 14 is provided with a direct drive shaft 15 . The second helical gear 14 is provided with a first claw portion 141 with a claw portion facing downward, and is used for combining with the braking device 20 . The first and second transmission gears 151 and 152 are disposed under the transmission shaft 15 for driving with the knitting device 30. The third, fourth, and fifth transmission gears 153 are disposed above the vertical transmission shaft 15. 154, 155, as the transmission with the retracting device 40; please refer to the seventh figure: a schematic diagram of the plane combination of the brake device of the present invention. And the eighth figure: is a schematic diagram of the P-P section of the seventh figure. The brake clutch device 20 is provided with a clutch 21 on the upper fixed plate 31 of the knitting device 30. The clutch 21 is pivoted into a lever type by a bolt P. The clutch 21 is provided with a direct drive corresponding to the side of the transmission mechanism 10. The transmission rod 22 is parallel to the transmission rod 22, and the transmission rod 22 is provided with a coupling groove 221 corresponding to the clutch 21, so that the clutch 21 can be selectively fitted or not fitted into the coupling groove 221 of the transmission rod 22, and the transmission rod 22 is pivoted downward. A handle 23 is provided, and the other end of the handle 23 is provided with a second claw portion 231 with a claw facing upward, and the first claw portion 141 and the second claw portion 231 are centrally provided with a first elastic member S1, the first elastic member The type of S1 is a compression spring, and the first claw portion 141 and the second claw portion 231 are kept in a separated state. The second elastic member S2 is further disposed in the middle of the clutch 21, and the second elastic member S2 is in the form of a torsion spring. The clutch 21 can drive the transmission rod 22 and the handle 23 downward to keep the first claw portion 141 and the second claw portion 231 in a separated state. When the vehicle is braked, only the clutch 21 needs to be pushed open, and the handle is driven downward by the weight of the transmission rod 22. 23, the second claw portion 231 is coupled upward The first claw portion 141 can stop the transmission; please refer to the ninth figure: a perspective exploded view of the knitting device of the present invention. The knitting device 30 is provided with upper and lower fixed disks 31 and 32 on the other side of the machine table 1. The upper and lower fixed plates 31 and 32 are separated by a plurality of equally spaced pillars 33 into an accommodating space. The fixed disk 32 is provided with first, second, third, and fourth knitting gears 321, 322, 323, and 324 that are meshed with each other, and the first knitting gear 321 meshes with the second transmission gear 152 of the transmission mechanism 10. The first and third knitting gears 321 and 323 are rotated in the forward direction, and the second and fourth knitting gears 322 and 324 are reversely rotated. The first, second, third, and fourth knitting gears 321 322, 323, 324 are provided with first, second, third, and fourth toggle plates 325, 326, 327, and 328 having a cross shape, and the first, second, third, and fourth toggle plates 325 are provided. The cross-shaped portions of the 326, 327, and 328 are all provided with a U-shaped port 329. The upper fixed plate 31 is provided with two elliptical hollow tracks 311 arranged in an intersecting manner corresponding to the arcing path of the U-shaped port 329. The shape hollow track 311 has seven spool frames corresponding to the U-shaped ports 329 of the first, second, third, and fourth dial plates 325, 326, 327, and 328. 34. The bobbin holder 34 is provided with a bobbin 341 and an outlet port 342, so that the outer wire 343 can be concentrated from the outlet port 342 to an intermediate position, and a shaft tube 35 is disposed at the center of the upper and lower fixed plates 31, 32. A plurality of guide wheels 351 are arranged in front of the machine table 1 as the guide core wire 352 is passed through the shaft tube 35 to the intermediate position; please refer to the tenth figure: the winding operation of the retracting device of the present invention . The retracting device 40 is provided with a first frame 41 above the machine table 1. The first frame 41 is provided with a transmission shaft 42 corresponding to the fifth transmission gear 155 of the transmission mechanism 10, and the transmission shaft 42 is provided. The pinion gear 43 and the small retracting wheel 44 are disposed thereon. The pinion gear 43 and the small retracting wheel 44 are provided with a large gear 45 and a large reeling wheel 46. The pinion 43 meshes with the transmission large gear 45 to allow the small reel to be received. The wheel 44 rotates in a reverse direction with the large winding wheel 46. The front and rear two pressing wheels 47 are disposed above the large winding wheel 46. The third elastic member S3 is disposed on the left and right sides of the pressing wheel 47. The type of the elastic member S3 is a tension spring, whereby the pressing wheel 47 is pressed at the circumference of the large winding wheel 46. A hub 48 is disposed at the shaft tube 35 corresponding to the knitting device 30 below the frame body 41 as a core wire. 352 and the outsourcing line 343 are concentrated into the sling 70; please refer to the eleventh figure: a schematic diagram of the counting operation of the counting device of the present invention. The counting device 50 is provided with the first and second counters 51, 52 at the position of the upper fixing plate 31 of the knitting device 30 corresponding to the second knitting gear 322, and is used for counting the number of times the spool frame 34 is surrounded. And a controller 53 sets the number of wrap times, and the controller 53 serves as a notification to the action of the hook line device 60; please refer to FIG. 12: the present invention is extended by the first push mechanism Schematic diagram of the hook line state action. And the thirteenth figure is a schematic diagram of the action of the return state of the hook of the first push mechanism in the present invention. The hook line device 60 is provided with a second frame body 61 above the machine table 1. The second frame body 61 is provided with a hook needle 62 at a lower side of the hub 48 corresponding to the winding device 40. The hook pin 62 is provided. Driven by a pushing mechanism 63, the pushing mechanism 63 can push and retract the hook 62 by the magnetic attraction and magnetic repulsion of the two electromagnetic switches 631. When the set number of times of the circle is reached, the bobbin holder 34 is 34. When the first counter 51 is touched, the electromagnetic switch 631 of the pushing mechanism 63 is notified by the controller 53 to extend the hook 62, and the bobbin holder 34 touches the second counter 52, that is, the controller 53 notifies the pushing mechanism 63. The electromagnetic switch 631 retracts the hook 62 to complete the actor of the hook line.

The filter sling made by the method provided by the invention adjusts the weaving pitch of the woven knitting machine, in practical application: please refer to FIG. 14 : the invention is extended by the second pushing mechanism Schematic diagram of the hook line state action. Wherein: the pushing mechanism 63 of the hook line device 60 can also push the hook 62 to extend or retract by the pressure cylinder 632, and the pressure cylinder 632 includes: a hydraulic cylinder or a pneumatic cylinder.

Please refer to the fifteenth figure, which is a schematic diagram of the action of the hook line of the third pushing mechanism extending out of the hook. Wherein: the pushing mechanism 63 of the hook line device 60 can also be rotated by the forward and reverse meshing of the gear 633 and the rack 634 to push the hook 62 to extend or retract.

Please refer to the sixteenth figure: it is a schematic diagram of the action state of the hook line of the fourth type of pushing mechanism of the present invention. The push mechanism 63 of the hook line device 60 can also be rotated forward or backward by the motor 635 and the screw 636 to extend or retract the hook 62. The motor 635 includes a stepping motor or a servo motor.

Please refer to the seventeenth and eighteenth drawings: a three-dimensional schematic diagram of a sling for making a small pitch and a large pitch pull ring according to the present invention. Wherein: the outer wire 343 set by the controller 53 of the counting device 50 can be used to surround the number of turns, and the pushing mechanism 63 of the hook line device 60 is extended to extend the hook 62 to hook out the lifting ring 71 of the sling 70. The fewer the number of turns, the smaller the spacing of the produced suspension rings 71; conversely, the more the number of surrounding turns is set, the larger the spacing of the produced rings 71 is.

Please refer to the nineteenth figure: a three-dimensional schematic diagram of the sling of the invention applied to the filter material. Wherein: the lifting ring 71 between the upper and lower slings 70 is longitudinally connected to a plurality of intercepting filter ropes 72, and the intercepting filter ropes 72 are used for filtering impurities in the water.

In view of the above-mentioned invention, a horse-drawn knitting machine for adjusting a weaving pitch of a filter material sling is provided, and after the actual production of the inventor and the repeated operation test, it is confirmed that the functional benefits expected by the present invention can be achieved, and at the same time For the "first creation" that has not yet been seen in the market, it has the "utility value of the industry". It is true that it has already met the requirements for the establishment of an invention patent, and has filed an application for an invention patent to the bureau in accordance with the provisions of the Patent Law.

1. . . Machine

10. . . transmission

11. . . Lateral drive shaft

12. . . Pulley set

13. . . First helical gear

14. . . Second helical gear

141. . . First claw

15. . . Straight drive shaft

151. . . First transmission gear

152. . . Second transmission gear

153. . . Third transmission gear

154. . . Fourth transmission gear

155. . . Fifth transmission gear

20. . . Brake clutch device

twenty one. . . clutch

twenty two. . . Transmission rod

221. . . Combined slot

twenty three. . . handle

231. . . Second claw

30. . . Weaving device

31. . . Upper fixed plate

311. . . 8-shaped hollow track

32. . . Lower fixed plate

321. . . First knitting gear

322. . . Second knitting gear

323. . . Third knitting gear

324. . . Fourth knitting gear

325. . . First toggle board

326. . . Second toggle board

327. . . Third toggle board

328. . . Fourth toggle board

329. . . U-shaped mouth

33. . . pillar

34. . . Thread bobbin

341. . . Wire spool

342. . . Outlet

343. . . Outsourcing line

35. . . Shaft tube

351. . . Guide wheel

352. . . Wire

40. . . Reeling device

41. . . First frame

42. . . transmission shaft

43. . . gear

44. . . Small roll round

45. . . big gear

46. . . Large reel

47. . . Pressing wheel

48. . . Hub

50. . . Counting device

51. . . First counter

52. . . Second counter

53. . . Controller

60. . . Hook line device

61. . . Second frame

62. . . Hook

63. . . Promotion agency

631. . . Electromagnetic switch

632. . . Pressure cylinder

633. . . gear

634. . . rack

635. . . motor

636. . . Screw

70. . . sling

71. . . Ring

72. . . Intercepting filter rope

P. . . bolt

S1. . . First elastic element

S2. . . Second elastic element

S3. . . Third elastic element

First Figure: A schematic diagram of a three-dimensional combination of the present invention.

Second figure: A schematic diagram of a partial enlargement combination prior to the present invention.

The third picture is a schematic view of the B-B section of the second figure.

Fourth Figure: is a schematic diagram of the right side view plane combination of the present invention.

Figure 5: Schematic diagram of the C-C section in the fourth figure.

Fig. 6 is a schematic view showing the combination of the front view planes of the present invention.

Figure 7 is a plan view showing the planar combination of the brake clutch device of the present invention.

Figure 8: Schematic diagram of the P-P section in the seventh diagram.

Figure 9 is a perspective exploded view of the knitting device of the present invention.

Fig. 10 is a schematic view showing the winding operation of the retracting device of the present invention.

Figure 11 is a schematic diagram showing the counting operation of the counting device of the present invention.

Twelfth Figure: is a schematic view of the action of the hook line of the first type of pushing mechanism extending from the first pushing mechanism.

Thirteenth figure: is a schematic diagram of the action of the return state of the hook of the first type of pushing mechanism of the present invention.

Fig. 14 is a schematic view showing the action of the hook line in the second push mechanism of the present invention.

The fifteenth figure is a schematic diagram of the state action of the hook line extending from the third pushing mechanism by the third pushing mechanism.

Figure 16 is a schematic view showing the action of the hook line of the fourth type of pushing mechanism of the present invention.

Figure 17 is a perspective view showing the sling of the small-pitch pull ring of the present invention.

Figure 18 is a three-dimensional view of a sling for making a large-pitch pull ring of the present invention.

Fig. 19 is a perspective view showing the sling of the present invention applied to the intercepting filter rope.

1. . . Machine

10. . . transmission

11. . . Lateral drive shaft

12. . . Pulley set

15. . . Straight drive shaft

151. . . First transmission gear

153. . . Third transmission gear

154. . . Fourth transmission gear

155. . . Fifth transmission gear

20. . . Brake clutch device

twenty two. . . Transmission rod

twenty three. . . handle

231. . . Second claw

30. . . Weaving device

40. . . Reeling device

41. . . First frame

42. . . transmission shaft

43. . . gear

44. . . Small roll round

45. . . big gear

46. . . Large reel

47. . . Pressing wheel

48. . . Hub

50. . . Counting device

51. . . First counter

52. . . Second counter

53. . . Controller

60. . . Hook line device

61. . . Second frame

62. . . Hook

63. . . Promotion agency

631. . . Electromagnetic switch

Claims (5)

A woven sling for adjusting a weaving pitch, comprising: a transmission device, a brake device, a knitting device, a winding device, a counting device and a hook line device; wherein: the transmission device is on the machine One side is provided with a transverse transmission shaft, and the power of the transverse transmission shaft is transmitted by the pulley assembly to a horizontally disposed first helical gear and the other vertically disposed second helical gear, and the second helical gear is provided with an upward direction a driving shaft, the first claw portion with the claw portion facing downward is disposed under the second helical gear, and is used for combining with the braking device, and the first and second transmission gears are disposed under the direct transmission shaft as For the transmission of the knitting device, the third, fourth and fifth transmission gears are arranged above the straight transmission shaft for driving with the retracting device; the brake clutch device is provided on the upper fixing plate of the knitting device a clutch, the clutch is pivoted into a lever type in the middle, and the clutch is provided with a transmission rod parallel to the straight transmission shaft corresponding to the side of the transmission mechanism, and the transmission rod is provided with a knot corresponding to the clutch a slot for allowing the clutch to be fitted or not fitted into the coupling groove of the transmission rod, the handle rod is pivotally provided with a handle, and the other end of the handle is provided with a second claw portion with a claw facing upward, the first claw a first elastic member is disposed at a center of the second claw portion, and the first claw portion and the second claw portion are kept in a separated state, and the second elastic member is further disposed in the middle of the clutch, so that the clutch can drive the transmission rod and the handle downward. The first claw portion and the second claw portion are kept in a separated state. When the vehicle is braked, only the clutch needs to be pushed open, and the handle is driven downward by the weight of the transmission rod, so that the second claw portion is coupled upward to the first claw portion. Stopping the transmission; the knitting device is provided with upper and lower fixed plates on the other side of the machine table, and the upper and lower fixed plates are separated by an aliquot into a receiving space, and the lower fixed plates are provided with mutual engagement The first, second, third, and fourth knitting gears are meshed and driven by the first knitting gear and the second transmission gear of the transmission mechanism, so that the first and third knitting gears rotate in a forward direction, and the second Inverted with the fourth weaving gear Rotating, the first, second, third, and fourth knitting gears are provided with first, second, third, and fourth dial plates having a cross shape, and the first, second, third, and third The cross-shaped portion of the four-pushing plate is provided with a U-shaped opening, and the upper fixed plate is provided with two elliptical hollow tracks which are arranged in an intersecting manner corresponding to the rotating arc of the U-shaped opening, and the elliptical hollow track corresponds to the first 1. The U-shaped port of the second, third and fourth dialing plates is provided with a plurality of bobbin holders, and the bobbin holder is provided with a bobbin and an outlet port, so that the covered wire can be concentrated from the outlet to the middle Position, the center of the upper and lower fixed plates is provided with a shaft tube, and a plurality of guide wheels are arranged in front of the machine table, and the guide core wire is passed through the shaft tube to the intermediate position; the retracting device is above the machine table. The first frame body is provided with a transmission shaft corresponding to the fifth transmission gear shaft of the transmission mechanism, and the transmission shaft is provided with a pinion gear and a small reeling wheel, and the pinion gear and the small reel are received. Above the wheel, there is a large gear and a large reel, and the small gear meshes with the transmission gear to make the small reel and the large reel Rotating direction, the front and rear two pressing wheels are arranged above the large winding wheel, and the third elastic member is arranged on the left and right sides of the pressing wheel, thereby pressing the pressing wheel at the circumference of the large winding wheel, the frame body A hub is disposed at a lower portion of the shaft tube corresponding to the knitting device as a sling for concentrating the core wire and the covered wire; the counting device is disposed at a position of the upper fixing plate of the knitting device corresponding to the second knitting gear There are first and second counters for calculating the number of times the spool holder is surrounded, and a controller sets the number of times of wrap, and the controller acts as a notification for the hook line device; the hook line device The second frame body is disposed above the machine base, and the second frame body is provided with a hook needle on a lower side of the hub corresponding to the retracting device, and the hook needle is driven by a pushing mechanism, when reaching the set When the number of times is rounded, the bobbin holder first touches the first counter, that is, the controller notifies the pushing mechanism to extend the hook, the bobbin holder touches the second counter, and then the controller notifies the pushing mechanism to retract the hook, and the completion is completed. The action of the hook line. The woven sling for adjusting the weaving pitch of the filter sling according to the first aspect of the patent application, wherein: the urging mechanism of the hook line device can push the hook needle out by the magnetic attraction and magnetic repulsion of the two electromagnetic switches Retracted. The knitting machine for adjusting the weaving pitch of the filter sling according to the first aspect of the patent application, wherein: the pushing mechanism of the hook line device can push the hook to extend or retract by the pressure cylinder, and the cylinder can be hydraulic cylinder Or choose one of the pneumatic cylinders. The knitting machine for adjusting the weaving pitch of the filter sling according to the first aspect of the patent application, wherein: the pushing mechanism of the hook line device can be rotated by the forward and reverse mesh of the gear and the rack to push the hook to extend or contract. return. The woven sling for adjusting the weaving pitch of the filter sling according to the first aspect of the patent application, wherein: the urging mechanism of the hook line device can be rotated forward or backward by the forward and reverse rotation of the motor and the screw to push the hook to extend or retract. The motor can be selected by a stepper motor or a servo motor.