KR102026719B1 - Securing and Winding device for attachment type manual on release film - Google Patents

Abstract

The present invention relates to an apparatus for surface-fixing and winding release film for an attachment type manual. The apparatus comprises: a release film supply unit installed at one side of a main frame and supplying the release film, coated with an adhesion layer, to an upper part of a work surface; a protective sheet removing unit installed on the work surface and removing a protective sheet from the release film by attaching a sticker removing tape to an upper surface of the release film supplied from the release film supply unit and then detaching the sticker removing tape; a stacking unit holding the manual to be attached to the adhesion layer exposed by removal of the protective sheet; a manual attachment unit provided between a transfer path of the release film and the stacking unit and taking the manual from the stacking unit to attach the manual to an adhesive layer of the release film; a winding unit winding the release film having been passed through the manual attachment unit; and a control unit outputting a control signal. The apparatus for surface-fixing and winding the release film for the attachment type, having the configuration continuously absorbs and moves the manual in a previously folded state to attach the manual to the passing release film with a band shape, thereby improving work speed and regulating gaps between the manuals.

Description

Securing and Winding device for attachment type manual on release film}

The present invention relates to a release film surface fixing and winding device for an adhesive manual which is wound up after fixing the adhesive manual attached to the surface of various products on one surface of the strip-shaped release film continuously and at regular intervals. It is about.

In the case of a drug, for example, the package must contain instructions describing the drug's components, how to take them, and so on. Basic matters related to medicines may be listed next to the label attached to the medicine container.However, more detailed information on how to take or precautions or measures to deal with side effects is printed in a separate manual. Packed together in a box.

By the way, the operation of folding the manual separately from the medicine box in the packaging box, it is difficult to automate, the worker had to proceed manually by hand. For example, you need to put the medicine box in the box first, then fold the instructions several times and stick it in the corner next to the medicine box, which is quite cumbersome and time consuming.

On the other hand, in recent years, the packaging technique of a method of folding the manual itself horizontally and vertically and attaching to the outside of the medicine cabinet is applied. In this way, the medicine box and the instructions can be stored at once without separately in the packaging box. In particular, since the instructions are attached to the medicine box, the packaging box can be omitted.

In Korean Registered Utility Model Publication No. 20-0422778 (label for packaging container), a label attached to the packaging container itself is disclosed. The label has a configuration including a printing sticker adhered to the release paper surface, a transparent sticker and an inlay.

By the way, in the case of the manual attachment method described above, even if the manual is folded in advance, the operation of attaching the folded manual to the target site is inevitably done manually, and the inconvenience is still a little different. Falling has a new problem.

Domestic Registration Utility Model Publication No. 20-0422778 (Packaging Container Label) Domestic Patent Publication No. 10-1334966 (Attached Grounding Manual)

The present invention has been made to solve the above problems, and the manual in a folded state is continuously adsorbed and moved to attach to the passing strip-shaped release film and wound on a roll, and then the manual is effectively supplied by a separate adhesive machine later. It is an object of the present invention to provide a release film surface fixing and winding device for the adhesive manual.

Release film surface fixing and winding device for the adhesive manual of the present invention for achieving the above object, the main frame for providing a working surface of a predetermined height; Release film supply unit which is installed on one side of the main frame, take the form of a tape and is covered with a protective paper on the upper surface and coated with a pressure-sensitive adhesive layer spaced apart at regular intervals, and supplying the release film to the upper surface of the working surface; ; A protective paper removing unit installed on the working surface and detaching and removing a sticker removing tape on the upper surface of the release film supplied from the release film supply unit to remove the protective paper from the release film; A loading portion for receiving instructions to be attached to the adhesive layer exposed by removing the protective paper; A guide attachment portion provided between the transfer path of the release film and the loading portion, for taking out the manual in the loading portion and attaching it to the adhesive layer of the release film; A winding unit for winding up a release film that has passed through the manual attachment unit; And a control unit for outputting a control signal.

In addition, the release film supply unit; A supply roll on which the release film is wound, a vertical plate positioned on the side of the supply roll and supported by the main frame, a plurality of guide rods fixed in one side of the vertical plate and extending in a vertical direction, and the guide A lifting block supported on the rod and capable of lifting and lowering, and a tension roller for lifting and lowering together with the lifting block supported by the lifting block and supporting the release film released from the supply roll to adjust the tension of the release film.

In addition, the protective paper removing unit; A stripping tape supplying roll on which the stripping tape is wound, a stripping tape for adhering the stripping tape supplied from the stripping tape supply roll to the upper surface of the release film, and a stripping tape passing the tape pressing portion from the release film. It is provided with the tape winding roll which isolate | separates and removes the said protective paper from a release film.

In addition, the tape compression unit; A support roller and a pressure roller, which are supported by a roller support for providing a support force, are rotatably supported by the roller support, and pass through the release film and the removal tape in an overlapping state therebetween, and tightly fix the removal tape to the release film; It is provided with a roller actuator which press-supports a roller to a support roller side.

In addition, the upstream side of the protective paper removing unit, the entry sensor for detecting the protective paper in the release film moving to the protective paper removing unit and delivers the detection content to the control unit.

In addition, the manual attachment portion; A driving unit support fixed to the work surface, the driving unit supported by the driving unit support and outputting a rotational force by receiving a control signal of the control unit, and horizontally installed on a vertical upper portion of the release film moving path, Receives a rotating spindle alternately half a turn in both directions, and the piston is fixed to the end of the spindle to form a body, and has a piston rod extending in the opposite direction, the piston rod in the opposite direction by the pneumatic pressure transmitted from the outside A pair of nozzle blocks installed on each of the piston rods and reciprocating with each other, spaced apart from each other, or approaching in a direction approaching each other, and connected to a vacuum pump through a pneumatic hose; After moving to the lower part of the loading part and suctioning out the manual from the loading part, Move to the side of the film and includes a plurality of suction nozzles that attach to the adhesive layer.

In addition, the vertical lower portion of the spindle, the film supporting portion for supporting the release film pressed by the suction nozzle horizontally.

In addition, the upper end of the drive unit support is provided with a case support, the loading portion; A fixed case which is supported by the case support part and provides a plurality of storage spaces having a lower outlet opened to the suction nozzle side, and a rectangular pillar-shaped member extending in a vertical direction, in which a description in a stacked state is provided; And a detachable case inserted into each of the storage spaces of the fixed case to guide the instructions to the lower exit of the fixed case.

In addition, at the lower end of the fixed case, a locking step is formed to prevent the manual nozzle from falling down by its own weight before the suction nozzle is adsorbed.

In addition, between the manual attachment portion and the winding portion, a detection unit for detecting the attachment state of the manual attached by the manual attachment portion is provided.

In addition, the sensing unit; It is installed on the conveyance path of the release film passed through the manual attachment portion, and includes a vision inspection unit for photographing and attached to the release film attached to the release film to the control unit.

The release film surface fixing and winding device for an adhesive manual according to the present invention, which is made as described above, has a fast working speed and a constant interval between manuals by continuously adsorbing and moving the manual in a folded state to a passing band-shaped release film. Do.

1A and 1B are views for explaining a concept of a release film surface fixing and winding apparatus for an adhesive manual according to an embodiment of the present invention.
Figure 2 is a block diagram for explaining the overall configuration of the release film surface fixing and take-up device for adhesive instructions according to an embodiment of the present invention.
FIG. 3 is a side view illustrating the manual attaching part shown in FIG. 2 separately.
FIG. 4 is an exploded perspective view for explaining the mutual relationship between the stacking portions with respect to the manual attachment portion shown in FIG. 2.

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

Basically, the fixing | fixing and winding apparatus 20 which concerns on this invention is an automated apparatus which attaches manual A to the release film 11 prepared previously. The release film 11 extends in the longitudinal direction and has a predetermined width, and the adhesive layer 13 is coated on the upper surface thereof, and the protective paper 15 is stacked on the adhesive layer 13. The protective paper 15 is separated and removed from the release film 11 in order to attach the instruction manual A to the adhesive layer 13.

In addition, the manual (A) is folded in the vertical and horizontal instructions printed on the necessary content, pre-filled in the detachable case (65 in Fig. 4) to be described later is taken out one by one attached to the adhesive layer (13).

The finished product through the fixing and winding is in a state wound on the product winding roll (75 of FIG. 2). The product winding roll 75 is mounted on a separate packaging machine, that is, an integral packaging machine for attaching the manual to the product, so that the packaging machine separates the manual one by one.

The fixing and winding apparatus 20 of the present invention, which is installed on one side of the main frame and the main frame providing a working surface of a predetermined height, takes the form of a tape and is covered with a protective paper on its upper surface and fixed. Release and release the release film with the adhesive layer spaced apart at intervals, the release film supply unit for supplying the upper surface of the work surface, and the sticker removal tape on the upper surface of the release film installed on the work surface and supplied from the release film supply unit. A protective paper removing unit for removing the protective paper from the release film, a loading unit for receiving instructions to be attached to the adhesive layer exposed by the removal of the protective paper, and between the transfer path and the loading unit of the release film. Manual attachment part which takes out the manual in a loading part and attaches it to the adhesive layer of a release film, It is installed on the upper part of the mold film and detects the attachment state of the manual, a winding unit for winding the release film passed through the detection unit, and a control unit for outputting a control signal. The description thereof will be described in detail with reference to the accompanying drawings.

1A and 1B are views for explaining a concept of a release film surface fixing and winding apparatus for an adhesive manual according to an embodiment of the present invention.

In the fixing and winding apparatus 20 according to the present embodiment, the sticker removing tape 17 is attached to the upper surface of the release film 11 moving in the direction of arrow a, and then peeled off to expose the adhesive layer 13 and exposed. The manual (A) is attached to the adhesive layer 13.

Referring to FIG. 1A, it can be seen that a plurality of adhesive layers 13 are applied to the upper surface of the release film 11, and each adhesive layer 13 is covered with a protective paper 15. The adhesive layer 13 is an adhesive surface arranged at regular intervals along the longitudinal direction of the release film 11. The release film 11 is a tape-shaped member having a predetermined thickness and width, and is supplied in a state of being wound around the supply roll 31 as shown in FIG. 2.

In addition, the sticker removing tape 17 is pressed onto the release film 11 by the tape pressing portion 44 shown in FIG. 2 in the state of overlapping the upper surface of the release film 11. The sticker removal tape 17 is moved in a state where it is combined with the release film 11 for some time, and is separated from the release film 11 by pulling in the direction of arrow b as shown in FIG. 1B. At this time, the protective paper 15 is separated from the adhesive layer 13 in a state where it is adhered to the sticker removing tape 17.

The release film 11 having the adhesive layer 13 exposed through the above process is wound on the product winding roll 75 after forming the adhesive (A).

Figure 2 is a block diagram for explaining the overall configuration of the release film surface fixing and take-up device 20 for the adhesive instruction manual according to an embodiment of the present invention.

As shown in the drawing, the fixing and winding apparatus 20 according to the present embodiment includes a main frame 21 that provides a working surface 21a of a predetermined height. The working surface 21a supports the protective paper removing unit 40, the manual attaching unit 50, the control unit 71, the vision inspection unit 73, and provides a transfer path of the release film 11 thereon.

In addition, the release film supply unit 30 is located on the left side of the main frame 21 in the drawing. The release film supply unit 30 supports the supply roll 31 to be rotatable, applies an appropriate tension to the release film 11 released from the supply roll 31, and guides the upper portion of the work surface 21a. .

The release film supply unit 30 is located on the side of the supply roll 31, the supply roll 31 which is rotatable by the release film 11 and caught on a support shaft (not shown) and supported by the main frame 21a. Vertical plate 33a, fixed roller 39 fixed to both sides of the upper end of the vertical plate 33a, a pair of guide rods 33b fixed to one side of the vertical plate and extending in the vertical direction, guide rod 33b And a tension roller 37 supported on the elevating block 35, which is installed on the elevating block 35 so as to be rotatable. The vertical plate 33a, the tension roller 37, and both fixed rollers 39 constitute a supply guide part 33 for smooth supply of the release film 11.

The vertical plate 33a has a predetermined thickness and vertically fixed to support a pair of guide rods 33b vertically. The guide rod 33b supports the elevating block 35 to elevate as round bars parallel to each other. The lifting block 35 supports the tension roller 37 to be rotatable and guides the lifting movement of the tension roller 37.

The release film 11 released from the supply roll 31 is lowered in a state spanning the left fixed roller 39 to extend the lower portion of the tension roller 37 to the upper side, and then the right fixed roller 39 is opened. After moving to the protective paper removing unit 40, the tension roller 37 presses the release film 11 by its own weight to keep the release film 11 always in a taut state. That is, the tension of the release film 11 is maintained within the appropriate range by the tension roller 37. For reference, the release film 11 is pulled by the product winding roll (75). The description thereof will be described later.

The protective paper removing unit 40, after attaching and detaching the sticker removing tape 17 on the upper surface of the release film 11 supplied from the release film supply unit 30, removes the protective paper 15 from the release film. Do it.

The protective paper removing unit 40 is provided on the roll frame 40a fixed on the work surface 21a and the upper center of the roll frame 40a, and the removal tape supply roll 41a on which the removal tape 17 is wound. And a removal tape winding roll 41c positioned at the right side of the removal tape supply roll 41a, and a release paper winding roll 41b provided at the left side. Some or all of the removal tape supply roll 41a, the peeling paper winding roll 41b, and the removal tape winding roll 41c may be rotated at a set speed by having a separate power unit.

In addition, the entry part sensor 42, a plurality of in-position rollers 43, a tape presser 44, and a branching roller 45 are positioned below the roll frame 40a.

The entrance sensor 42 detects the movement of the release film 11 entering the protective paper removing unit 40 and transmits the detected content to the control unit 71. That is, as shown in FIG. 4, when six detachable cases 65 are applied, the protective paper 15 generates an instant signal after six passes, causing the controller 71 to output an appropriate control signal. The release film 11 is not continuously transported without changing the speed, but is step transported by a distance passing through the six protective papers 15.

The exact position roller 43 is arranged in parallel to support the release film 11 toward the tape compression portion 44, to enable the smooth transfer of the release film (11).

The tape pressing portion 44 is fixed on the working surface (21a), the roller support 44a for providing a support force, the pressure roller (44c) and the support rollers rotatably installed up and down on the roller support (44a) 44b) and the roller actuator 44d which presses the pressure roller 44c to the support roller 44b side.

The pressing roller 44c and the supporting roller 44b pass through the release film 11 and the sticker removal tape 17 in an overlapped state, and serve to closely fix the removal tape to the release film. The separate release film 11 and the sticker removing tape 17 are compressed while passing between the press roller 44c and the support roller 44b to face the branch roller 45.

The sticker removing tape 17 is an adhesive tape having a predetermined width, wherein the adhesive surface is wound while the adhesive surface is covered by the release paper 17a, and the release paper 17a is lowered toward the tape presser 44. Are separated. The release paper 17a peeled off the sticker removal tape 17 is wound by the release paper winding roll 41b. When the worker sets the fixing and winding apparatus 20 of this embodiment, the worker peels off the release paper 17a and winds it around the release paper winding roll 41b.

In addition, the removal tape winding roll 41c serves to separate the sticker removal tape 17 from the release film 11 passing through the branch roller 45. In particular, the protective paper 15 is stuck to the sticker removing tape 17 separated from the release film 11. The sticker removal tape 17 serves to separate the protective paper 15 from the release film 11. The sticker removing tape 17 to which the protective paper 15 is attached is continuously wound on the removing tape winding roll 41c to maintain the operation of removing the protective paper 15 from the release film 11.

The release film 11 passing through the branch roller 45 is transferred to the manual attachment part 50 in a state where the protective paper 15 is removed.

The manual attachment part 50 serves to attach the manual A to the adhesive layer 13 of the release film 11 being transferred, and has a configuration shown in FIGS. 3 and 4.

FIG. 3 is a side view illustrating the manual attaching part 50 shown in FIG. 2 separately, and FIG. 4 is an exploded perspective view for explaining the mutual relationship of the loading part to the manual attaching part.

As shown in the drawing, the manual attachment part 50 is installed at one side of the driving part supporter 51 and the driving part supporter 51 which is fixed perpendicularly to the working surface 21a and provides the support force, and is controlled by the controller 71. Drive unit 52 that receives the signal and outputs the rotational force, the spindle 52b is rotated half-turn alternately in both directions by receiving power from the drive unit 52, the cylinder 53a fixed to the end of the spindle 52b, the cylinder (53a) includes a piston rod (53b) installed and reciprocating in the opposite direction, a fixed block (53c) fixed to each piston rod (53b). In addition, each fixing block 53c is provided with an adsorption unit 55.

The drive unit 52 operates in various ways to output rotational force, and rotates the spindle 52b in both directions. For example, it rotates 180 degrees clockwise and 180 degrees counterclockwise. A step motor can be used as the drive part 52, and a pneumatic actuator can also be applied as needed.

The cylinder 53a reciprocates the fixed block 53c in the opposite direction by pneumatic pressure provided from the outside. That is, to open or pinch both sides of the fixed block (53c). In particular, the fixing block 53c rotates by half a turn and stops at 12 o'clock and 6 o'clock.

For example, the opposite fixing block 53c is located at the vertical lower portion of the cylinder 53a while one side fixing block 53c is located at the vertical upper portion of the cylinder 53a. That is, the fixed block 53c repeatedly reciprocates the upper and lower portions of the cylinder 53a in the vertical direction. This operation is also implemented by the control unit 71.

The suction unit 55 has a nozzle block 55a and a plurality of suction nozzles 55b. The nozzle block 55a is a block member in which an air flow path (not shown) is formed. In addition, the suction nozzle 55b communicates with the air flow path inside the nozzle block 55a and is affected by the negative pressure of the vacuum pump 59 provided through the pneumatic hose 55c. That is, the manual A waiting for a turn from the fixed case 61 of the loading part 60 is fixed by adsorption.

When one side suction unit 55 has sucked the manual from the loading part 60, the spindle 52b rotates half a turn. Accordingly, the adsorption nozzle 55b adsorbing the instruction manual A descends to the release film 11 side supported by the film support part 57 to the adhesive layer 13 waiting on the upper surface of the release film 11. Attach the instructions (A). Of course, the vacuum pressure is released after the manual is attached.

After one side of the adsorption unit 55 is attached to the adhesive layer 13, the release film 11 is moved to the right by one step while ascending to the lower portion of the loading part 60 again. Before the next adsorption unit 55 comes down with the instructions, the six adhesive layers 13 arrive first at the scheduled arrival point of the adsorption nozzle 55b and wait.

The film support part 57 includes a horizontal plate 57a extending in the horizontal direction and a support leg 57b for supporting the horizontal plate 57a at a predetermined height. The horizontal plate 57a is a flat plate that horizontally supports the release film 11 passing through the lower portion of the driving unit support 51, and prevents sagging when the release film 11 is pressed downward by the suction nozzle 55b. do.

On the other hand, the mounting portion 60 is a fixed case 61 supported by the case support portion 51b fixed to the upper end of the drive unit support 51, and a plurality of removable cases 65 inserted into the fixed case 61 ).

First, the case support part 51b is a flat plate member for horizontally supporting the fixed case 61, and has a positioning plate 51c on both sides. The positioning plate 51c is a flat plate having a predetermined thickness and has a long hole 51d on both sides thereof. The fixing hole 51e is filled in the long hole 51d. Loosen the fixing bolt 51e and adjust the position adjusting plate 51c in the direction of arrow e or the opposite direction, and then fix the fixing bolt 51e by tightening.

The fixed case 61 extends vertically and provides six storage spaces 61a partitioned from each other. Each of the storage spaces 61a is opened up and down, and particularly, a locking jaw 61b is formed at a lower end thereof. The locking jaw 61b prevents the instruction manual A waiting in the storage space 61a from falling out by its own weight. Reference numeral 61c denotes a lower exit. The bottom outlet 61c is a passage through which the suction nozzle 55b enters upward. The suction nozzle 55b enters through the lower exit 61c and then descends in a state where the manual is sucked out to take out the manual.

The support wall 63 is fixed to the upper end of the fixing case 61. The support wall 63 is for coupling the fixed case 61 to the case support part 51b, and has side coupling parts 63a at both sides thereof. The side coupling part 63a is a part which is fixed to the positioning plate 51c as a part protruding in both directions.

On the other hand, the detachable case 65 is opened in the lower portion as a rectangular columnar member extending in the vertical direction and accommodates the instructions (A) therein. The instruction manual A is in a stacked state inside the detachable case 65. The detachable case 65 is inserted into each storage space 61a in a state in which the instruction manual A is accommodated. At this time, the lower end of the detachable case 65 is supported by a part of the locking jaw (61b).

Referring back to FIG. 2, it can be seen that the control unit 71 and the vision inspection unit 73 are installed at the right side of the manual attachment unit 50. The control unit 71 controls all functions of the apparatus 20 based on the job information input by the operator.

The vision inspection unit 73 photographs the manual A passing through the lower part thereof, and determines whether there is an abnormality such as whether the manual A is properly fixed and transmits the photographed content to the controller 71.

The release film 11 which has passed through the vision inspection unit 73 is wound on the product winding roll 75 in a state where the manual A is fixed to the adhesive layer 13. The product take-up roll 75 is a winding unit for rotating by a separate motor and winding the release film.

Operation of the fixing and winding device 20 of this embodiment having the above configuration is made as follows.

First, the release film 11 and the sticker removing tape 17 are pulled and set to pass through the tape pressing portion 44 in an overlapped state, and the sticker removing tape 17 passing through the tape pressing portion 44 is the removing tape. On the winding roll 41c, the release tape 11 drives the removal tape winding roll 41c and the product winding roll 75 in the state wound around the product winding roll 75, and moves the release film 11 step by step.

While the release film 11 from which the protective paper 15 has been removed passes through the manual attachment part 50, the manual that the adsorption unit 55 rotates in half directions in both directions and is waiting for the loading part 60 ( A) is taken out by adsorption and attached to the adhesive layer 13.

The release film 11 to which the manual (A) is bonded is passed through the vision inspection unit 73 to the lower portion, and the presence or absence of abnormality is wound on the product winding roll (75). By repeating the above process, the attachment of the instructions A to all the release films 11 wound on the supply roll 31 is completed.

As mentioned above, although this invention was demonstrated in detail through the specific Example, this invention is not limited to the said Example, A various deformation | transformation is possible for a person with ordinary knowledge within the scope of the technical idea of this invention.

11: Release film 13: Adhesive layer 15: Protective paper
17: sticker removal tape 17a: release 20: fixing and winding device
21: main frame 21a: working surface 30: release film supply unit
31: Feed roll 33: Feed guide part 33a: Vertical plate
33b: guide rod 35: lifting block 37: tension roller
39: fixed roller 40: protective paper removal unit 40a: roll frame
41a: removal tape supply roll 41b: release winding roll 41c: removal tape winding roll
42: ingress sensor 43: fixed position roller 44: tape presser
44a: roller support 44b: support roller 44c: pressurized roller
44d: Roller Actuator 45: Branch Roller 50: With Manual
51: drive support member 51b: case support 51c: position adjustment plate
51d: long hole 51e: fixed bolt 52: drive unit
52b: spindle 53a: cylinder 53b: piston rod
53c: fixing block 55: adsorption unit 55a: nozzle block
55b: adsorption nozzle 55c: pneumatic hose 57: film support
57a: horizontal plate 57b: support leg 59: vacuum pump
60: loading part 61: fixed case 61a: storage space
61b: engaging jaw 61c: lower exit 63: support wall
63a: side coupling portion 65: removable case 71: control unit
73: vision inspection unit 75: product winding roll

Claims (11)

A main frame providing a working surface having a predetermined height;
Release film supply unit which is installed on one side of the main frame, take the form of a tape and is covered with a protective paper on the upper surface and coated with a pressure-sensitive adhesive layer spaced apart at regular intervals, and supplying the release film to the upper surface of the working surface; ;
A protective paper removing unit installed on the working surface and detaching and removing a sticker removing tape on the upper surface of the release film supplied from the release film supply unit to remove the protective paper from the release film;
A loading portion for receiving instructions to be attached to the adhesive layer exposed by removing the protective paper;
A guide attachment portion provided between the transfer path of the release film and the loading portion, for taking out the manual in the loading portion and attaching it to the adhesive layer of the release film;
A winding unit for winding up a release film that has passed through the manual attachment unit;
A control unit for outputting a control signal,
The protective paper removing unit;
A removal tape supply roll on which the sticker removal tape is wound;
A tape press portion for adhering the removal tape supplied from the removal tape supply roll to an upper surface of the release film;
And a tape winding roll separating the sticker removing tape passing through the tape pressing portion from the release film to separate the protective paper from the release film.
The tape compression unit;
A roller support providing a supporting force,
A support roller and a pressure roller which are rotatably supported by the roller support and pass through the release film and the removal tape in an overlapping state therebetween and tightly fix the removal tape to the release film;
A release film surface fixing and winding device for an adhesive manual having a roller actuator for pressing and supporting the pressure roller toward the supporting roller. The method of claim 1,
The release film supply unit;
A supply roll on which the release film is wound;
A vertical plate positioned on the side of the feed roll and supported by the main frame;
A plurality of guide rods fixed in one side of the vertical plate and extending in a vertical direction;
An elevating block supported on the guide rod and capable of elevating;
A lifting film surface fixing and winding apparatus for an adhesive manual including a tension roller for lifting and lowering together with the lifting block while being supported by the lifting block, and supporting a release film released from a supply roll to adjust the tension of the release film. delete delete The method of claim 1,
The upstream side of the protective paper removing unit, the release film surface fixing and winding device for the attached manual further comprising an entrance sensor for detecting the protective paper in the release film moving to the protective paper removing unit and delivers the detected contents to the control unit. The method of claim 1,
The manual attachment portion;
A drive unit support fixed to the working surface;
A driving unit supported by the driving unit support and receiving a control signal of the control unit and outputting a rotational force;
A spindle installed horizontally on the vertical portion of the release film moving path and receiving power from the driving unit to rotate in turns in half directions in both directions;
A cylinder fixed to an end of the spindle to form a body, having a piston rod extending in the opposite direction, and reciprocating the piston rod in the opposite direction by pneumatic pressure transmitted from the outside;
A pair of nozzle blocks installed on each of the piston rods, which are opened in a direction away from or close to each other, and connected to a vacuum pump through a pneumatic hose;
It is disposed on each nozzle block, the release film surface fixing for adhesive instructions including a plurality of adsorption nozzles to move to the lower portion of the loading portion to suck out the manual from the loading portion, and then move to the release film side to attach to the adhesive layer Winding device. The method of claim 6,
A release film surface fixing and winding device for an adhesive manual with a film support for horizontally supporting a release film pressed by a suction nozzle in a vertical lower portion of the spindle. The method of claim 6,
The upper end of the drive unit support is provided with a case support,
The loading portion;
A fixed case supported by the case support part and providing a plurality of storage spaces having a lower outlet opened toward the suction nozzle;
A rectangular pillar-shaped member extending in a vertical direction, in which a housing in a stacked state is accommodated and inserted into respective storage spaces of the fixing case to guide the manual to the lower exit of the fixing case. Release film surface fixing and winding device for the adhesive instruction manual comprising a. The method of claim 8,
At the bottom exit of the fixing case,
A release film surface fixing and winding device for an attached manual with a locking step for preventing the manual from falling down by its own weight before the suction nozzle is absorbed. The method of claim 1,
A release film surface fixing and winding apparatus for a detachable manual with a detecting unit provided between the manual attaching unit and the winding unit, the sensing unit detecting a state of attachment of the manual attached by the manual attaching unit. The method of claim 10,
The sensing unit;
It is installed on the upper part of the transfer path of the release film passed through the manual attachment portion, and the release film surface fixing and winding device for the attached manual including a vision inspection unit for photographing and transmitting the manual attached to the release film to the control unit.

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