KR102542526B1 - Vinyl feeding apparatus for four surfaces vinyl packing equipment - Google Patents

Abstract

The present invention relates to a device for supplying each vinyl fabric upwards and downwards after cutting the vinyl fabric in half in a facility for packaging medical products such as masks with vinyl.
The present invention is a combination of a plurality of roll units such as a roll for supplying vinyl, a roll for maintaining tension of vinyl, a roll for transporting vinyl, and a roll for cutting vinyl when packaging four sides of medical products. By implementing a new type of vinyl supply device that properly supplies vinyl to the packaging part, a vinyl supply device for a four-sided vinyl wrapping machine that can improve the efficiency and productivity of the packaging process through smooth supply of vinyl is provided.

Description

Vinyl feeding device of four-sided plastic packaging machine {VINYL FEEDING APPARATUS FOR FOUR SURFACES VINYL PACKING EQUIPMENT}

The present invention relates to a vinyl supply device for a four-sided vinyl wrapping machine, and more particularly, in a facility that wraps medical products such as masks, as well as electronic parts, food, and medicine, in vinyl, slitting vinyl fabric by 1/2 After that, it relates to a device that supplies each vinyl fabric upwards and downwards.

In general, packaging is used to procure products such as food or goods necessary for life, and to protect, store, move, distribute, or exchange them.

That is, product packaging is often used for purposes such as preventing the introduction of foreign substances and preventing product appearance damage until the product is provided to consumers.

Currently used means for product packaging include vinyl, cans, bottles, PET, paper, and plastics.

Among the means for packaging such products, vinyl is mainly used when packaging cheap and wrinkled products.

Usually, plastic wrapping paper is widely used as a packaging bag for various foodstuffs or parts due to its low cost and excellent sealing and airtightness.

The vinyl used in such an automatic vinyl wrapping machine is supplied in a roll wound state with the front and rear sides open, or supplied in a sheet-like vinyl state from a roll, and after a worker inserts the product into the vinyl, the product is supplied. Individual product packaging is performed by sealing both ends of the vinyl in the longitudinal direction by fusion, or by fusion of the vinyl in the width direction and both ends in the longitudinal direction.

For example, a facility that wraps products using vinyl is a part that continuously supplies vinyl folded in the width direction in the longitudinal direction, a part that perforates the vinyl with a needle means to discharge internal air when sealing and packaging the product, and a half It includes a part that proceeds by reversing the folded vinyl into an up and down unfolded state, a part that fusion cuts and wraps the vinyl after receiving the product in the vinyl, and a part that winds and collects the remaining pieces of vinyl after packaging the product.

The object of the present invention is a vinyl supply device that automatically supplies vinyl to wrap medical products such as masks in vinyl (eg, OPP, PET, PE, etc.).

Publication No. 10-2011-0063878 Patent Publication No. 10-2014-0109730 Publication No. 10-2017-0128901 Publication No. 10-2021-0082762

Therefore, the present invention has been devised in view of this point, and a roll for supplying vinyl, a roll for maintaining tension of vinyl, a roll for transporting vinyl, and a roll for cutting vinyl when packaging four sides of medical products. By implementing a new type of vinyl supply device that supplies vinyl appropriately to the packaging part side by linking a number of roll units such as a slope that can improve the efficiency and productivity of the packaging process through the smooth supply of vinyl The purpose is to provide a vinyl supply device for a vinyl wrapping machine.

In order to achieve the above object, the vinyl supply device of the four-sided vinyl wrapping machine provided by the present invention has the following characteristics.

The vinyl supply device of the four-sided vinyl wrapping machine is a device for supplying vinyl from a four-sided vinyl wrapping machine including a product supply unit, a vinyl supply unit, and a product packaging unit. A roll part for vinyl balance that gives proper tension to the vinyl, a roll part for vinyl transfer that transfers the vinyl passing between the two rolls by frictional force, and a vinyl that divides the vinyl in half by cutting the middle of the width of the vinyl. A roll part for cutting, a plurality of vinyl guide rolls that guide the vinyl to proceed along a predetermined trajectory, and a pair of rolls that are disposed on the entry side of the product packaging unit and change the direction of the vinyl divided in half by 90°. It is characterized by including a roll for converting vinyl direction.

In addition, the roll part for the vinyl balance includes an upper position-fixed roll and a lower position-floating roll that are parallel to each other from above and below, and a roll bar connecting both ends between the position-fixed roll and the position-floating roll, respectively, and the position-fluidable roll is vinyl According to the tension acting on the pendulum movement back and forth with the position-fixed roll as the central axis, and at the same time, the roll axis of the position-fixed roll also rotates along its own axis during the pendulum movement of the position-float type roll.

In addition, the vinyl cutting roll part includes a die roll having a cutter groove along an outer circumferential surface, a rotatable cutter shaft installed in parallel with the die roll and a rotatable cutter shaft, and a "c" shaped cutter holder coupled to the cutter shaft. and a ring cutter installed on the cutter holder in a rotatable structure and cutting the vinyl while in contact with the cutter groove of the die roll.

In addition, the vinyl cutting roll part is a tension bar that is coupled to the cutter axis and moves together, and one side is fixed to the frame side of the packaging machine and the other side is connected to the tension bar so that the ring cutter is in contact with the die roll side Tension spring that always provides elasticity It is characterized in that it further comprises.

In addition, as a means for adjusting the vinyl supply speed in the vinyl supply roll part according to the tension of the vinyl, a brake drum mounted on the roll axis of the vinyl supply roll part, and a part of the outer circumferential surface of the brake drum Pressurize the drum Or a brake belt to be released, a brake clamp that has one end fixed to the frame side of the packaging machine and the other end connected to one side of the brake belt, and one end connected to the other end of the brake belt and the other end of the roll part for vinyl balancing. It is characterized in that it comprises a brake device including a brake wire connected to the roll axis of the position-fixed roll to pull or release the brake belt.

In addition, the brake clamp of the brake device includes a brake holder connected to the brake belt side, a brake rod extending from the rear end of the brake holder and penetrating a fixing bar on the packaging machine frame side, and mounted around the brake rod to one side. It is characterized in that it includes a brake spring that provides a restoring force to the brake belt while the other side is supported on the brake rod side on the side of the fixing bar.

The vinyl supply device of the four-sided vinyl wrapping machine provided by the present invention has the following effects.

First, a new vinyl that properly supplies vinyl to the packaging part by combining a vinyl supply roll, a vinyl balance roll, a vinyl transfer roll, a vinyl cutting roll, and a vinyl guide roll in conjunction when packaging four sides of medical products. By applying the supply device, there is an effect of improving the efficiency and productivity of the packaging process through the smooth supply of vinyl.

Second, by applying a brake device that can completely eliminate phenomena such as loose vinyl or excessive pulling of vinyl by always giving appropriate tension to vinyl during vinyl transfer, process defects are minimized and operation rate of the four-sided vinyl wrapping machine can be improved and the packaging quality can be secured.

1 is a front view showing a film supply device of a four-sided film packaging machine according to an embodiment of the present invention
Figure 2 is a plan view showing a film supply device of a four-sided film packaging machine according to an embodiment of the present invention
Figure 3 is a side view showing a film supply device of a four-sided film packaging machine according to an embodiment of the present invention
4 and 5 are a perspective view and a front view showing the roll arrangement relationship in the film supply device of the four-sided film packaging machine according to an embodiment of the present invention
Figure 6 is a perspective view showing a brake device in the film supply device of the four-sided film packaging machine according to an embodiment of the present invention
7 is a side view showing a vinyl supply state in the film supply device of the four-sided film wrapping machine according to an embodiment of the present invention.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a front view showing a film supply device of a four-sided film packaging machine according to an embodiment of the present invention, Figure 2 is a plan view showing a film supply device of a four-sided film packaging machine according to an embodiment of the present invention, and FIG. It is a side view showing a film supply device of a four-sided film packaging machine according to an embodiment of the present invention, and FIGS. 4 and 5 are a perspective view and a front view showing a roll arrangement relationship in the film supply device of a four-sided film packaging machine according to an embodiment of the present invention. .

As shown in FIGS. 1 to 5, the four-sided plastic wrapping machine includes a product supply unit 10 for supplying products such as masks to a conveyor means, a vinyl supply unit 11 for supplying vinyl for product packaging, and a vinyl It includes a product packaging unit 12 for packaging products while performing processes such as printing, width and length sealing, punching, and slitting.

Here, the structure and operation of the product supply unit 10 and the product packaging unit 12 are the same as those of the product supply unit and product packaging unit provided in known plastic packaging machines, so detailed descriptions thereof will be omitted.

In this four-sided vinyl wrapping machine, the vinyl supply unit 11 functions to continuously supply vinyl while advancing it in a predetermined trajectory using a combination of a plurality of roll parts. Divided by 2, and each vinyl in this divided state is provided to the product packaging part 12 side.

To this end, the vinyl supply unit 11 includes a roll part 13 for supplying vinyl as a means for unwinding and supplying vinyl wound in a roll form.

The vinyl supply roll part 13 includes a roll vinyl mounting roll 13a installed in a horizontal position while being supported through one end at the upper end of the side wall of the packaging machine frame 20, and a roll vinyl mounting roll at this time ( 13a) includes a ring-shaped roll vinyl holder 13b holding both ends of the roll vinyl while being assembled.

Here, the pair of roll vinyl holders 13b can be moved and fixed on the roll 13a for mounting the roll vinyl, so that the distance between them can be adjusted according to the roll vinyl of various specifications.

In addition, the roll 13a for mounting the roll vinyl has a freely rotatable structure, and when the vinyl is released from the roll vinyl by the driving of the roll part 15 for vinyl transfer, the roll vinyl is rolled by the unwinding force at this time. It can be rotated naturally together with the vinyl mounting roll 13a.

In addition, the vinyl supply unit 11 includes a roll part 14 for vinyl balance as a means for imparting appropriate tension to the vinyl.

The roll part 14 for vinyl balance is disposed in front of the roll part 13 for vinyl supply, and one end of the roll axis 14d of the position-fixed roll 14a is placed at the upper end of the side wall of the packaging machine frame 20. It is installed in a horizontal position while being supported through

At this time, one end of the roll shaft 14d of the position-fixed roll 14a is assembled through the side wall of the packaging machine frame 20 through a bearing (not shown) so that it can be rotated around its own axis.

The vinyl balance roll part 14 includes an upper position fixed roll 14a and a lower position floating roll 14b, and a position fixed roll 14a and a position floating roll 14b, which are horizontally arranged from top to bottom. It includes a pair of roll bars 14c connecting both ends of the liver, respectively.

Here, the position-fixed roll 14a and the position-flow type roll 14b are assembled in a freely rotatable structure on each roll axis 14d and can be naturally rotated by friction with the vinyl transported on the roll.

In addition, between the roll bars 14c on both sides, a trouser pin 14e positioned side by side between the upper and lower position fixed roll 14a and the position floating roll 14b is installed, and at this time, the trouser pin 14e ) serves to integrally bind the roll bars 14c on both sides that bind the upper and lower roll shafts 14d.

In particular, the lower position floating roll (14b) has the position fixed roll (14a) as the central axis according to the tension acting on the vinyl, in other words, the roll axis (14d) of the position fixed roll (14a) as the central axis It makes a pendulum movement back and forth.

In addition, while the position floating type roll 14b performs a pendulum movement, the roll axis 14d of the upper positioning type roll 14a also rotates around its own axis at the same time.

Therefore, the vinyl supplied from the side of the roll part 13 for vinyl supply crosses the upper position-fixed roll 14a clockwise, continues to extend downward, and passes through the lower position floating roll 14b counterclockwise. After spanning in this direction, it proceeds along a path extending toward the vinyl guide roll 17 located above this.

In this state of progress, when tension in the forward direction of the forward direction acts on the vinyl, that is, when the vinyl is pulled forward, the positional floating roll 14b is also pulled forward while pendulum movement by the force at this time, (For example, a combination of a position-fixed roll, a position-float roll, and a roll bar assumes an inclined posture), and when the tension applied to the vinyl is released, the position-float type roll 14b at this time is restored to its original state by its own restoring force. (For example, a combination of a position fixed roll, a position floating roll, and a roll bar assumes a vertical posture).

Depending on the tension acting on the vinyl, the position floating hole 14b can balance the progress speed of the vinyl while repeating the pendulum movement.

In addition, the vinyl supply unit 11 includes a roll part 15 for transferring vinyl as a means for transferring vinyl passing between two rolls by frictional force.

The vinyl transfer roll part 15 includes two rolls, that is, a driving roll 15a and a driven roll 15b disposed in a state in which outer circumferential surfaces face each other with the vinyl interposed therebetween.

The drive roll 15a and the driven roll 15b are disposed below the roll part 14 for vinyl balance, supported at both ends in a horizontal position between the side wall of the packaging machine frame 20 and the roll plate 15c, and rotated together. installed in a possible structure.

At this time, the drive roll 15a rotates by receiving power from a drive motor (not shown) through a sprocket (not shown) at one end and a chain (not shown) caught thereon, and the driven roll 15b In order to secure frictional force with the vinyl side, it is made in the form of a rubber roll wrapped with rubber on the outer circumferential surface.

In particular, an operating lever 15e is mounted on one end of the driven roll 15b, that is, an end supported by the roll plate 15c, and when the operating lever 15e is operated, the driven roll 15b It becomes possible to widen or narrow the gap between the drive roll 15a.

Here, the control lever 15e serves to maintain the fixed state of the driven roll 15b or release the fixed state of the driven roll 15b.

In addition, the roll shaft 15f serving as a support shaft of the driven roll 15d has an eccentric shaft structure having a stepped portion 15g, and the driven roll 15b mediates a bearing on the eccentric shaft portion. can be inserted and supported.

For example, the control lever 15e is coupled to the roll axis of the driven roll 15b, and when the control lever 15e is locked by turning it clockwise, the body portion of the control lever 15e at this time is locked. As the front surface of the roll plate 15c is pressed, the driven roll 15b can be fixed (the driving roll and the driven roll come into contact), and on the contrary, when the control lever 15e is tilted counterclockwise to release it, at this time The driven roll 15b becomes movable (when flipped counterclockwise, the driven roll becomes movable).

That is, when the control lever 15e is tilted to one side and released, the driven roll 15b can be moved. At this time, the distance between the driven roll 15a and the driven roll 15a can be adjusted while rotating the driven roll 15b. After adjusting the distance of (15b), when the control lever (15e) is flipped to the opposite side and locked, it is possible to maintain the adjusted distance at this time.

At this time, the entire roll shaft 15f including the driven roll 15b is resiliently supported by a lever on the roll shaft 15f and a spring supported at both ends between the upper end of the lever and the frame 20 of the packaging machine. supported, and accordingly, in a state in which the operating lever 15e is released, the driven roll 15b and the roll shaft 15f are subjected to a force to rotate counterclockwise.

Therefore, when the control lever 15e is tilted to one side and released, the driven roller 15b rotates as much as the eccentric amount of the roll shaft 15f, which is an eccentric shaft, and the gap with the drive roll 15a widens, and the operation When the lever 15e is operated in the opposite direction, the gap between the drive roll 15a and the driven roll 15b is narrowed and combined in a friction structure, so that the vinyl passes through the gap (engaged between the drive roll and the driven roll), so that the vinyl Supply transfer will take place.

By allowing the distance between the drive roll 15a and the driven roll 15b to be adjusted in this way, even when the specifications (eg, thickness, etc.) of the vinyl (film) change, there is an advantage of being able to actively cope with this.

In addition, four pins 15d disposed in a lattice shape and parallel to each other in a horizontal position are installed between the side wall of the packaging machine frame 20 and the roll plate 15c to form a drive roll 15a and a driven roll 15b. ), and among the four pins 15d installed in this way, three pins 15d, two upper left and right pins 15d and one lower right pin 15d have a vinyl guide roll ( 17) is installed in a freely rotatable structure.

Therefore, the vinyl extending downward after exiting the roll part 14 for vinyl balancing and passing through the upper vinyl guide roll 17 is the vinyl guide roll 17 in the upper left position → the drive roll 15a and Between the driven rolls 15b → the vinyl guide roll 17 at the upper right position → the vinyl guide roll 17 at the lower right position in turn, and then along the path extending toward the roll part 16 for vinyl cutting at the bottom Progress, and the vinyl progressing along this traveling trajectory can be given a conveying force by the frictional contact between the drive roll 15a and the driven roll 15b.

In addition, the vinyl supply unit 11 includes a vinyl cutting roll part 16 as a means for dividing the vinyl into 1/2 by cutting the middle of the width of the vinyl.

The vinyl cutting roll part 16 has a cutter groove 16a along the outer circumferential surface and is supported at both ends in a horizontal position between the side wall of the packaging machine frame 20 and the roll plate 16h, and installed in a rotatable structure A die roll 16b, disposed parallel to the top of the die roll 16b, supported at both ends in a horizontal position between the side wall of the packaging machine frame 20 and the roll plate 16h, and installed in a rotatable structure A cutter shaft 16c, a “c”-shaped cutter holder 16d coupled to a position midway along the length of the cutter shaft 16c and rotatable up and down with the shaft, a cutter holder 16d rotatable on the cutter holder 16d and a ring cutter 16e installed into the structure.

Here, the ring cutter 16e is a disc-shaped cutter having a cutter blade on its outer circumferential surface, and serves to cut the vinyl passing therebetween while contacting the cutter groove 16a in the die roll 16b through the cutter blade. will do

In addition, the vinyl cutting roll part 16 is a means for providing force so that the blade portion of the ring cutter 16e is always pressed to the die roll 16b side, and includes a tension bar 16f and a tension spring 16g. includes

The tension bar 16f is coupled to one end of the cutter shaft 16b through a lower end so that it can be rotated up and down together when the cutter shaft 16b rotates.

The tension spring 16g is installed in a structure in which both ends are fixed between one side of the packaging machine frame 20 and the upper end of the tension bar 16f, and always pulls the tension bar 16f downward to rotate the cutter shaft 16d counterclockwise. As a result, the ring cutter 16e is always in contact with the die roll 16b by receiving a predetermined pressing force.

Accordingly, when the vinyl passes between the ring cutter 16e and the die roll 16b, the vinyl at this time is cut by the cutter blade of the ring cutter 16e, and eventually the width of the vinyl is halved into two parts. will be divided into

In addition, the vinyl supply unit 11 includes a plurality of vinyl guide rolls 17 as means for guiding the vinyl in a predetermined trajectory.

The vinyl guide roll 17 is a roll made in the form of a long circular bar, and is installed in a rotatable structure while maintaining a horizontal posture while being supported on the side wall of the packaging machine frame 20 through one end.

The vinyl guiding roll 17 serves to guide the vinyl passing through each roll part along a predetermined trajectory and finally guide it toward the vinyl direction changing roll 18.

In addition, the vinyl supply unit 11 includes a pair of upper and lower vinyl direction conversion rolls 18 as a means for changing the traveling direction of the vinyl divided in half by 90°.

The roll 18 for changing the vinyl direction is installed in a structure supported by the packaging machine frame 20 side while maintaining a horizontal posture inclined at 45 ° with respect to the vinyl traveling direction and disposed on the entry side of the product packaging unit 12. .

Accordingly, when the two sheets of vinyl cut in half from the vinyl cutting roll part 16 are transported along the vinyl guide roll 17 and then pass through the upper and lower vinyl direction conversion rolls 18, at this time The vinyl of the moving direction is bent by 90 ° and transferred in parallel with the product transport direction so that it can be supplied to the product packaging unit 12.

6 is a perspective view showing a brake device in the film supply device of the four-sided film packaging machine according to an embodiment of the present invention.

As shown in FIG. 6, the brake device 19 functions to control the vinyl supply speed in the vinyl supply roll part 13, that is, the vinyl unwinding speed, according to the vinyl tension. The device 19 is installed in the inner region of the packaging machine frame 20, that is, in the inner region of the side wall of the packaging machine frame 20, and links between the roll part 13 for vinyl supply and the roll part 14 for balancing vinyl. Through this, it is possible to control the vinyl supply speed while regulating the roll part 13 for vinyl supply.

To this end, a roll drum 19i is installed on the roll axis 14d of the position-fixed roll 14a of the roll part 14 for vinyl balance, and a roll for mounting roll vinyl of the roll part 13 for vinyl supply ( 13a) is installed with a brake drum (19a).

In addition, a brake belt 19b is wrapped around a part of the outer circumferential surface of the brake drum 19a, and the brake belt 19b at this time serves to pressurize or release the brake drum 19a through friction with the drum side. will do

In addition, one end of the brake belt 19b is connected to the brake clamp 19c installed in a structure fixed to the side of the packaging machine frame 20, while the other end of the brake belt 19b is connected to the position of the roll part 14 for vinyl balancing. It is connected to a brake wire 19d connected to a roll shaft 14d of the stationary roll 14a, substantially a roll drum 19i mounted on the roll shaft 14d.

In particular, the brake clamp 19c is a brake holder 19e connected to the brake belt 19b side and a brake extending from the rear end of the brake holder 19e and passing through a fixing bar 19f on the frame side of the packaging machine. A rod 19g, a brake spring 19h mounted around the brake rod 19g, one side supported on the fixing bar side and the other side supported on the brake rod side to provide a restoring force to the brake belt 19b. .

When the brake belt 19b is pulled or released, the brake clamp 19c serves to elastically hold one side of the belt and provide appropriate tension to the brake belt 19b.

Therefore, when the roll shaft 14d is rotated counterclockwise by the rotation of the position-fixed roll 14a, the brake wire 19d is wound around the roll drum 19i and the brake belt 19b is pulled at the same time. At the same time, the brake belt 19b compresses and restrains the brake drum 19a, and eventually the vinyl is gradually released as the rotational speed of the roll vinyl mounting roll 13a of the roll part 13 for vinyl supply is slowed down. be able to

And, when the roll shaft 14d rotates counterclockwise by the return of the position-fixed roll 14a, the brake wire 19d is released from the roll drum 19i and the brake belt 19b is loosened at the same time, At the same time, as the compression force applied to the brake drum 19a is released, the rotational speed of the roll vinyl mounting roll 13a of the roll part 13 for vinyl supply increases, and at this time, the vinyl can be released relatively quickly .

7 is a side view showing a vinyl supply state in the film supply device of the four-sided film packaging machine according to an embodiment of the present invention.

As shown in FIG. 7, the vinyl 110 released from the roll vinyl 100 mounted on the roll vinyl mounting roll 13a of the vinyl supply roll part 13 of the vinyl supply unit 11 is positioned Fixed roll (14a) → Position floating roll (14b) → Vinyl guide roll (17) → Vinyl guide roll (17) → Between driving roll (15a) and driven roll (15b) → Vinyl guide roll (17) → After passing through the vinyl guide roll 17, it enters between the ring cutter 16e and the die roll 16b.

In this way, the vinyl entering between the ring cutter 16e and the die roll 16b is cut in the middle of the width by the ring cutter 16e, and the two sheets of vinyl 120 each having a width of 1/2 cut in this way are each While going through the vinyl guide roll 17 along the path, it proceeds to each of the vinyl direction conversion rolls 18 at the top and bottom, and at this time, the product packaging part is in a state where the direction is changed through the vinyl direction conversion roll 18 (12) is supplied.

Subsequently, two sheets of vinyl 120 having a width of 1/2 each supplied to the product packaging unit 12 are placed above and below the product to proceed together with the product, as well as to pass through a predetermined process in turn to pack the product when the product is purchased. As the supply of the vinyl as well as the supply of the product proceeds in tandem, the product packaging process by the continuous automation process is completed.

As such, in the present invention, a number of roll parts such as a roll for supplying vinyl, a roll for maintaining tension of vinyl, a roll for transporting vinyl, and a roll for cutting vinyl when packaging four sides of medical products are linked. By providing a new vinyl supply device that properly supplies vinyl to the packaging part side by combining with, it is possible to improve the efficiency and productivity of the packaging process through the smooth supply of vinyl.

10: product supply unit
11: vinyl supply unit
12: product packaging
13: roll part for vinyl supply
13a: roll for mounting roll vinyl 13b: roll vinyl holder
14: roll part for vinyl balance
14a: position fixed roll 14b: position floating roll
14c: roll bar 14d: roll axis
14e: pin for pants
15: Roll part for vinyl transfer
15a: drive roll 15b: driven roll
15c: roll plate 15d: pin
15e: operation lever 15f: roll axis
15g: stepped part
16: Roll part for vinyl cutting
16a: cutter groove 16b: die roll
16c: cutter axis 16d: cutter holder
16e: ring cutter 16f: tension bar
16g: tension spring 16h: roll plate
17: vinyl guide roll
18: Roll for converting vinyl direction
19: brake device
19a: brake drum 19b: brake belt
19c: brake clamp 19d: brake wire
19e: brake holder 19f: fixing bar
19g: brake rod 19h: brake spring
19i roll drum
20: Packer frame

Claims (6)

A device for supplying vinyl from a four-sided plastic wrapping machine including a product supply unit 10, a vinyl supply unit 11 and a product packaging unit 12,
The vinyl supply unit 11 includes a vinyl supply roll part 13 that unwinds the wound vinyl, a vinyl balance roll part 14 that gives proper tension to the vinyl, and vinyl that passes between the two rolls. A vinyl transfer roll part 15 that feeds by frictional force, a vinyl cutting roll part 16 that divides the vinyl into 1/2 by cutting the middle of the width of the vinyl, and guides the vinyl to proceed along a predetermined trajectory A plurality of vinyl guide rolls 17 and a pair of vinyl direction conversion rolls 18 that are disposed on the entry side of the product packaging unit 12 and change the traveling direction of the vinyl divided in half by 90 ° Including,
The vinyl cutting roll part 16 includes a die roll 16b having a cutter groove 16a along an outer circumferential surface, a cutter shaft 16c that is rotatable while being installed in parallel with the upper part of the die roll 16b, A “c”-shaped cutter holder 16d coupled to the cutter shaft 16c, and a rotatable structure installed on the cutter holder 16d and in contact with the cutter groove 16a of the die roll 16b A vinyl supply device for a four-sided vinyl wrapping machine, characterized in that it includes a ring cutter (16e) for cutting the vinyl while doing.
The method of claim 1,
The roll part 14 for vinyl balance includes an upper position fixed roll 14a and a lower position floating roll 14b parallel to each other from above and below, and both ends between the position fixed roll 14a and the position floating roll 14b. Each includes a roll bar 14c connected to each other, and the positional floating roll 14b performs a pendulum movement back and forth with the position-fixed roll 14a as a central axis according to the tension acting on the vinyl, and at the same time the position-fixed roll 14a The roll axis (14d) of the positioning type roll (14b) is also a vinyl supply device of a slope vinyl wrapping machine, characterized in that the rotational movement together with its own axis as the center during the pendulum motion of the positioning type roll (14b).
delete The method of claim 1,
The vinyl cutting roll part 16 is connected to a tension bar 16f that is coupled to the cutter shaft 16b and moves together, and one side is fixed to the frame side of the packaging machine and the other side is connected to the tension bar 16f to form a ring cutter ( 16e) The vinyl supply device of the four-sided vinyl wrapper, characterized in that it further comprises a tension spring (16g) for providing constant elasticity so that it comes into contact with the die roll (16b) side.
A device for supplying vinyl from a four-sided plastic wrapping machine including a product supply unit 10, a vinyl supply unit 11 and a product packaging unit 12,
The vinyl supply unit 11 includes a vinyl supply roll part 13 that unwinds the wound vinyl, a vinyl balance roll part 14 that gives proper tension to the vinyl, and vinyl that passes between the two rolls. A vinyl transfer roll part 15 that feeds by frictional force, a vinyl cutting roll part 16 that divides the vinyl into 1/2 by cutting the middle of the width of the vinyl, and guides the vinyl to proceed along a predetermined trajectory A plurality of vinyl guide rolls 17 and a pair of vinyl direction conversion rolls 18 that are disposed on the entry side of the product packaging unit 12 and change the traveling direction of the vinyl divided in half by 90 ° Including,
As a means for adjusting the vinyl supply speed in the vinyl supply roll part 13 according to the tension of the vinyl, a brake drum 19a mounted on the roll shaft of the vinyl supply roll part 13, and the brake drum 19a A brake belt 19b that pressurizes or releases the drum 19a while wrapping a part of the outer circumferential surface of the brake belt 19b, and a brake clamp 19c that has one side fixed to the packaging machine frame and the other side connected to one side of the brake belt 19b And, one side is connected to the other side of the brake belt (19b) and the other side is connected to the roll axis (14d) of the position-fixed roll (14a) of the vinyl balance roll part (14) to pull the brake belt (19b) A vinyl supply device for a four-sided vinyl wrapper, characterized in that it includes a brake device (19) including a brake wire (19d) for giving or releasing.
The method of claim 5,
The brake clamp 19c of the brake device 19 includes a brake holder 19e connected to the brake belt 19b side, and a fixing bar 19f extending from the rear end of the brake holder 19e to the frame side of the packaging machine. A brake rod 19g penetrating through the brake rod 19g and a brake spring mounted around the brake rod 19g and providing a restoring force to the brake belt 19b while supporting one end on the fixing bar side and the other end on the brake rod side. (19h) a vinyl supply device for a slope vinyl wrapper, characterized in that it comprises.

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