TWI589742B - Knitting machine-free shut-down metering roll out of the device - Google Patents

Description

Non-stop continuous measuring and measuring device for knitting machine

The invention provides a technical field of an automatic machine, in particular to a technically-provided non-stop connection type measuring and winding conveying device of a knitting machine, wherein the continuous material is completely automated and free from feeding, winding, metering, cutting and sending. Downtime can save a lot of manpower and save the waiting time for changing the volume.

According to the continuous material roll-up process, the most troublesome part is that when the previous roll-up is completed, the finished roll must be shut down and the continuous material is cut off first, then the completed roll is removed and replaced with a new one. A reel, and the position of the continuous material cutting is fixed to the reel, the reeling machine can be opened again, the retracting machine is very inconvenient to open and close, and the unloading is stopped every time, and the overall waste is quite If you have more time, if there is a printing machine or a knitting machine in front of the reeling machine, you should also turn it off. This will cause serious delays in the work, and there is considerable room for improvement. How can we continue to measure the volume without shutting down, which is the problem that the industry is trying to overcome today.

Therefore, in view of the problems existing in the above-mentioned conventional structure, such as How to develop an innovative structure that is more ideal and practical, and consumers are eagerly awaiting it, and it is also the goal and direction of relevant industry players to work hard to develop breakthroughs.

In view of this, the inventor has been engaged in the manufacturing development and design experience of related products for many years. After detailed design and careful evaluation, the inventor has finally obtained the practical invention.

The main object of the present invention is to provide a non-stop connection type measuring and unwinding and feeding device for a knitting machine, which can achieve continuous unwinding and unwinding without shutting down, and the continuous material is fed, rolled, metered and cut. It is fully automated and free of downtime, which can save a lot of manpower and save the waiting time for changing rolls.

In order to achieve the above object, the present invention provides a non-stop continuous metering reeling and feeding device for a knitting machine, which comprises: a machine table, a main roller is arranged above the feeding end of the machine, and a front roller is arranged in front of the main roller of the feeding end The cutter device has a roll-up device above the main drum, the roll-up device is provided with a roll-receiving channel, the outer circumference of the roll is pre-applied and a set of reels is placed, and the reel is placed on the reel storage channel for standby. The group measuring arm is movable between the main drum and the discharge end of the machine, and a set of discharging arms, when the metering of the measuring arm reaches the preset diameter, after the cutting device is cut, The coil is moved to the position of the discharge arm, and the material is rolled up and sent by the discharge arm, and the continuous material is pushed to the bottom of the preset roll, and the glue of the roll is stuck, and The main drum drives the rotating reel, and the volume is rolled up to a certain distance. The upper winding device is swung downward, and the reel is moved to the front of the measuring arm to press the measuring arm, and the measuring arm starts to measure until the preset diameter, then returns to the above-mentioned stroke, and the automatic measuring and rewinding is repeated Out of the delivery, from the above settings to achieve complete no-stop and labor-free automatic continuous roll receipt workers.

The above-mentioned objects, structures and features of the present invention will be described in detail with reference to the preferred embodiments of the present invention. .

10‧‧‧ machine

11‧‧‧ Feeding end

12‧‧‧Drawing end

20‧‧‧Main roller

30‧‧‧Cutter device

31‧‧‧Lower scroll

32‧‧‧Cutter

33‧‧‧Cut roller

40‧‧‧Winding device

41‧‧‧ reel

42‧‧‧ reel

43‧‧‧Reel storage channel

44‧‧‧First air compressor

45‧‧‧Second air compressor

46‧‧‧pressure handle

47‧‧‧The third air compressor

48‧‧‧Automatic supply reel unit

481‧‧‧ Track

482‧‧‧Air pressure lifter

483‧‧‧Rotary stop

50‧‧‧Measuring arm

51‧‧‧fourth air compressor

52‧‧‧ rail slot

53‧‧‧Measuring arm

531‧‧‧ forks

60‧‧‧discharge arm

61‧‧‧ fifth air compressor

70‧‧‧Power source

71‧‧‧Speed motor

72‧‧‧Chain sprocket set

80‧‧‧Continuous materials

90‧‧‧Volume

The first figure is a perspective view of an embodiment of the invention.

The second drawing is a schematic plan view of a front view of an embodiment of the present invention.

The third figure is a sectional view of the plane action of the reel of the present invention sticking to the front end of the continuous material.

The fourth drawing is a cross-sectional view of the planar motion in the middle of the rotation of the winding device of the present invention.

Figure 5 is a cross-sectional view showing the plane action of the scrolling device of the present invention and the weighing arm pressing the spool.

Figure 6 is a cross-sectional view showing the plane action of the scrolling device of the present invention and the weighing arm pressing the reel.

The seventh figure is the completion of the winding of the present invention and the cutting device cutting the continuous material and the cutting of the material to be the output rotating arm, while the other reel rolls are pressed against the main drum. Face motion diagram.

The eighth figure is a schematic diagram of the plane movement in the middle of the winding of the winding device by the winding arm of the present invention.

The ninth figure is a schematic diagram of the plane action of the measuring arm of the present invention pressing the other reels for winding.

Figure 11 is a plan cross-sectional view showing another embodiment of the metering arm of the present invention.

The invention provides a designer of a non-stop continuous metering take-up and take-out device for a knitting machine.

In order to enable your review committee to have a better understanding and understanding of the purpose, features and effects of the present invention, the implementation method and the schema are as follows:

Referring to the first to ninth drawings, the present invention provides a non-stop continuous metering and winding conveying device for a knitting machine, comprising: a machine table 10, the machine table 10 comprising a main drum 20, the main drum 20 is disposed above the feeding end 11 of the machine table 10. The main drum 20 is rotated by a power source 70. The power source 70 can be a speed reducing motor 71 and a set of chain sprocket sets 72, and the main drum 20 of the feeding end 11 A cutter device 30 is disposed in the front, and the cutter device 30 includes a cutting roller 33, a lower roller 31 and a cutter 32. After the continuous material 80 is output to a desired length, the cutting roller 33 and the cutter 32 are synchronized. Lowering, the cutter 32 immediately cuts the continuous material 80; a winding device 40, the aforementioned winding device 40 is disposed above the main drum 20, The reeling device 40 is provided with a reel placement channel 43. The reel placement channel 43 is disposed on the outer circumference of the reel, and is pre-coated with a reel 41. The reel 42 is internally threaded with a reel 42 for continuous cutting. When the front end of the material 80 reaches below the winding device 40, a first air cylinder 44 is actuated to lower the reel 42 and the reel 41, and a second air cylinder 45 is actuated to push a pressing handle 46 to press the reel 42 to make the reel 41 close. The continuous material 80 and the main drum 20 are rotated, and the reel 41 is rotated by the main drum 20, and the adhesive material adheres to the continuous material 80 to start to be wound up by the rotation, and the roll receives the set degree, and a third air compressor 47 is actuated. Pulling the roll-up device 40 to rotate around the entire main drum 20 holding the pressure, a set of gauge arms 50, the metering arm 50 moving on the main drum 20 to the machine 10 by the pushing of a group of fourth air cylinders 51 Between the discharge ends 12, after the metering arm 50 presses the reel 42 protruding from both sides of the reel 41, the winding device 40 releases the reel 42 and reverses the reset, and then the reel 42 of the other reel 41 can be placed in the reel The channel 43 is placed, and the first air cylinder 44 is blocked into a stock roll state, and the gauge arm 50 is pressed against the spool 42. The continuous continuous material 80 is continuously taken up until the roll receives the required diameter length, the pressing roller 33 and the cutter 32 are synchronously lowered, and the cutter 32 immediately cuts the continuous material 80; the measuring arm 50 is flanked by the two sides. The guide groove 52 is retracted, and the cut coil 90 is rolled toward the discharge end 12. The discharge end of the machine 10 is provided with a discharge arm 60, and the discharge arm 60 is pushed by a fifth air cylinder 61. The upper and lower swing arms 60 can be swung downward to reduce the height of the roll 90, and then the roll 90 can be sent out, and the front end of the cut continuous material 80 is repeated to reach the upper roll. When the device 40 is below, The first air cylinder 44 is actuated to lower the reel 42, and the second air cylinder 45 is actuated to push the pressing handle 46 to press the reel 41 against the continuous material 80 and the main drum 20, so that the reel 41 is rotated by the main drum 20 The roll is collected, so that it can be continuously sent out of the roll 90 without any downtime.

The metering manner of the metering arm 50 can be metered manually or can be metered automatically.

Referring to the third figure, the continuous material 80 is continuously fed from the feeding end 11 to the main drum 20, the main drum 20 is continuously rotated, and the outer circumference is pre-coated with the adhesive drum 41, and the reel 42 is pressed by the winding device 40. The shank 46 presses against the continuous material 80 and the main drum 20, so that the reel 41 adheres to the continuous material 80 while being driven to rotate.

Referring to the fourth and fifth figures, after the winding device 40 presses the spool 42 of the spool 42 to a predetermined length, the winding device 40 rotates along the circumferential surface of the main drum 20, and the measuring arm 53 is the fourth pneumatic cylinder 51. The driving swings and the crimping reel 42 abuts against the main drum 20.

Referring to the sixth embodiment, an automatic supply reel device 48 is disposed above the winding device 40. The automatic supply reel device 48 includes a rail 481, an air pressure lifter 482 and a rotating block 483. The track 481 is guided. The other reel 41 reel 42 moves along the track 481, the foremost reel 41 reel 42 is blocked by the rotary stopper 483, the air pressure lifter 482 is lowered and the rotary stopper 483 is rotated, and the foremost reel 41 reel 42 is allowed to enter. The winding device 40 is on standby, that is, the winding device 40 is reversed and reset, and can be placed in the reel 41 in advance. The reel 42 is blocked by the first air cylinder 44 and is in a standby state. At this time, the reel 90 continues to be retracted.

Referring to the seventh figure, when the roll 90 is retracted to the required diameter length, the cutting roller 33 and the cutter 32 are synchronously lowered, and the cutter 32 can cut the continuous material 80. At this time, the roll 90 can be discharged. The end 12 moves until it is blocked by the discharge arm 60. At the same time, when the front end of the cut continuous material 80 is fed under the winding device 40, the first air cylinder 44 is retracted, the reel 42 is lowered, and the pressing handle 46 is pressed down the reel 42 to cause the reel 41 to adhere to the continuous material 80. The front end is in close contact with the rotating main drum 20, so that the reel 41 is driven to rotate and retract.

Referring to the eighth figure, the discharge arm 60 is lowered to perform the discharge operation of the roll 90, and the winding device 40 is rotated as shown in the fourth figure. By repeating the actions of the fifth to eighth figures in this way, it is possible to achieve the shutdown-free continuous measuring metering roll 90.

Referring to the tenth figure, the machine is provided with a non-stop connection type measuring and unwinding device, wherein the machine table 10 can be provided with no rail groove 52, and the front end of the metering arm 53 is provided with a fork body 531. The reel 42 can be forked, and the fourth air cylinder 51 can be pressed against the reel 42 to abut against the main drum 20. The measuring arm 53 provided at the front end of the fork 531 can be increased with the roll 90. Retreat from the main roller 20.

It can be seen from the above that the non-stop connection type measuring and unwinding device of the knitting machine of the present invention is indeed the first in the industry and meets the novel requirements of the invention patent, and its comprehensive and innovative design conforms to the invention patent. Step-by-step requirements, and its continuous shutdown can continuously repeat the continuous material feeding, winding, metering, cutting, and sending out, and at the same time the next round has been synchronously feeding and scrolling, which can increase production and work sustainably. Uninterrupted and avoiding the loss of downtime, in line with better industrial use.

The present invention has been described with reference to the preferred embodiments of the present invention. However, those skilled in the art can change and modify the present invention without departing from the spirit and scope of the invention. Such changes and modifications shall be covered in the scope defined by the following patent application.

In summary, the present invention provides a non-stop continuous metering take-up and take-out device for a knitting machine, which has indeed achieved all the objects of the present invention, and the spatial type of the combined structure is not found in the same product, and has not been disclosed in Before the application, it has complied with the provisions of the Patent Law and submitted an application in accordance with the law.

10‧‧‧ machine

11‧‧‧ Feeding end

12‧‧‧Drawing end

20‧‧‧Main roller

30‧‧‧Cutter device

31‧‧‧Lower scroll

40‧‧‧Winding device

43‧‧‧Reel storage channel

44‧‧‧First air compressor

45‧‧‧Second air compressor

46‧‧‧pressure handle

47‧‧‧The third air compressor

50‧‧‧Measuring arm

51‧‧‧fourth air compressor

52‧‧‧ rail slot

60‧‧‧discharge arm

61‧‧‧ fifth air compressor

70‧‧‧Power source

71‧‧‧Speed motor

72‧‧‧Chain sprocket set

Claims (6)

The utility model relates to a non-stop continuous measuring and winding receiving and conveying device for a knitting machine, comprising: a machine table; a main drum, wherein the machine table comprises a main drum, the main drum is arranged above the feeding end of the machine, and the main drum is a power source drives the rotation; a cutter device, the cutter device is installed in front of the main roller at the feeding end, and the cutter device comprises a cutting roller and a cutter, after the continuous material is output to the required length, The pressing roller and the cutter are synchronously lowered, and the cutting knife immediately cuts the continuous material; in a winding device, the above-mentioned winding device is disposed above the main roller, and the winding device is provided with a reel placing channel, and the reel is placed in the groove Disposing a reel, the inside of the reel must first be wound with a reel, and when the cutting front end of the continuous material reaches below the winding device, the first winding device acts as a first air cylinder to lower the reel and the reel, and a second air pressure The cylinder actuates and pushes a pressure handle to press the reel so that the reel is in close contact with the continuous material and the main drum, and the roll receives the set degree, and a third air cylinder is actuated to pull the whole set of the holding device to maintain the pressure around the main drum; Arm, the foregoing The measuring arm is moved between the main drum and the discharge end of the machine by the pushing of a group of fourth air cylinders, and the pressure of the fourth air cylinder is pressed against the two sides of the drum when the metering arm is moved to the main drum side. The reel, the winding device unwinds the reel and reverses the reset, after which the other reel spools can be placed in the reel placement channel and the first air cylinder is blocked into a stock reel State, the gauge arm pressure presses the reel so that it can continuously roll the continuous material until the roll receives the required diameter length, the pressing roller and the cutter move synchronously, and the cutter immediately cuts the continuous material; the measuring arm is smooth The rail grooves on each side are retracted, and a roll formed by the winding and cutting is rolled to the discharge end; and a discharge arm is arranged at the discharge end of the machine, and the discharge arm is provided. It can be oscillated up and down for pushing a fifth air cylinder. After the discharge arm is connected to the coil, it can swing downward to lower the height of the coil, and then the coil can be sent out while repeating the above-mentioned cutting continuous material. When the front end reaches the lower roll device, the first air cylinder acts to lower the other roll reels, and the second air cylinder pushes a pressure handle to press the other roll reels close to the continuous material and the main roller, so that the other rolls The drum reel is driven by the main roller to rotate and retract, and the above action is repeated to achieve continuous unloading of the roll without stopping the machine; the feature is that the outer circumference of the reel is pre-coated with glue, so that the reel is The main roller is driven to rotate while the glue is Live by continuously feeding start rotation of the retractor. The non-stop connection type measuring and unwinding and feeding device of the knitting machine according to the first aspect of the invention, wherein the machine table can be provided with no rail groove, and the front end of the metering arm is provided with a fork body and can be forked. The reel is pressed against the fourth air cylinder pressure to press the reel against the main drum, and the metering arm provided at the front end of the fork body can be gradually separated from the main drum as the material roll increases. The non-stop connection of the knitting machine as described in claim 1 of the patent application scope The metering winding take-out device, wherein the power source can be a speed reducing motor and a set of chain sprocket sets. The non-stop continuous metering take-up and take-out device of the knitting machine according to claim 1, wherein the above-mentioned roll-up device is provided with an automatic supply reel device, and the automatic supply reel device comprises a track and an air pressure lifting device. And a rotating block, the track guides the other reel reels to move along the track, the foremost reel reel is blocked by the rotating block, the air pressure lifter is lowered and the rotating block is rotated, and the foremost reel reel is Enter the rollup device to stand by. The non-stop continuous metering take-up and take-out device of the knitting machine according to the first aspect of the invention, wherein the measuring method of the measuring arm can be manually metered. The non-stop continuous metering take-up and take-out device of the knitting machine according to the first aspect of the invention, wherein the measuring method of the measuring arm can be automatically metered.