JPH043160A - Id booklet forming device - Google Patents

Abstract

PURPOSE:To allow the efficient blanking and ejecting of an image receiving material by constituting an ejecting roller and a blanking blade so as to move vertically and providing cams which vertically move the ejecting roller on the same driving shaft. CONSTITUTION:An ejecting roller unit 36 is vertically movably provided by hollowing the inside of the male blade 23 and the ejecting roller 37 is supported in the ejecting roller unit 36. The lower part of the ejecting roller unit 36 comes into contact with the cam 26b for vertically moving the ejecting roller through the male blade 23 and is held energized downward by a spring and, therefore, this unit is vertically moved by the eccentric rotation of the cam 26b for vertically moving the ejecting roller. On the other hand, the male blade 23 is pressed to the cam 26a for vertically moving the cutter blade supported coaxially with the the cam 26b for vertically moving the ejecting roller. These cams are connected by a driving gear 41 to a driving means and are controlled to execute the blanking and ejecting of the image receiving material with good timing. The image receiving material after the blanking is efficiently and surely ejected in such a manner.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a laminate film punching device built into an ID booklet production device.

[Conventional technology]

It has been a long time since ID cards have been used to prove an individual's identity, but if we do not prevent the falsification of information such as photographs to prove an individual's identity and information about the individual's rights, There is no point in proving it with this ID card.

Therefore, in order to prevent the replacement of photographs and the falsification of written information, a numerically laminated method was adopted.

Lamination is a method in which a transparent laminate material is adhered to the photo side or written side of the card.The laminate material firmly adheres to the image, so even if it is removed, the card side may be damaged. Even if you paste something else,
It is clearly known to be a forgery.

For bonding these laminates, hot adhesives such as hot melt adhesives have been used.

When laminating a photo after pasting it on a card as described above, since the photo is approximately 100 microns or more thick, there is a step at the edge of the photo, which may cause the lamination to not work properly and cause the card to peel off. Become. Therefore, in recent years, forming such photographs directly on laminate materials has begun to be put into practical use.

For example, an image formed by imagewise exposure on a photoreceptor made of a transparent PET base coated with a photosensitive material is transferred to an image-receiving sheet made of transparent PET as a base and an image-receiving layer formed on one side. There is a method of directly laminating the transferred image onto the card, taking advantage of the fact that the image surface that receives the image is thermoplastic.

[Problem to be solved by the invention]

This invention was made in view of the above-mentioned prior art, and
It is an object of the present invention to provide a film cutter device that can efficiently punch out and carry out an image-receiving material that also serves as a laminate material in a device for creating a booklet.

[Means to solve the problem]

This purpose is to provide an ID booklet production device having an image-receiving material punching means, in which the image-receiving material punching means has a force for punching out the film that is the image-receiving material, and a transport roller for transporting the film, which is built into the punching blade. and provide
The carrying out roller and the punching blade are configured to move up and down, and a cam that moves the punching blade up and down and a cam that moves the carrying out roller up and down are provided on the same drive shaft.
This is achieved by an ID booklet creation device characterized by the following.

〔Example〕

First, the ID booklet will be explained.

As shown in FIG. 1, the ID booklet consists of a booklet part 2 consisting of a plurality of pages that can be written on, and an ID car part 1 3 in which personal information is written.

The ID car 1 part 3 includes an individual's face photograph 4 and information 5 regarding the individual such as name, date of birth, and address.

The outer device 10 of the ID booklet is made of, for example, a plastic film that cannot be easily damaged.
One is the exterior of the booklet section 2, and the other is the exterior of the ID car 1 section 3.

Paper Ill is glued to the inner surface of the outer device 10 from the rD card part to the booklet part, and polyvinyl chloride (PVC) +12 is glued or coated on this paper Ill.
The image receiving material 20 is welded to this.

This image-receiving material 20 is placed on a transparent PET support 12+.
A VC image recording layer 122 is provided. Note that the image was recorded as a reverse image so that it would be a normal image with the image receiving material 20 welded to p v c +12.

The image receiving material 20 is made as follows.

First, a photo of the applicant's face and text information are recorded on a photosensitive material using exposure means. As this exposure means, a laser printer or the like that makes full use of information processing technology is used.

The recorded image is transferred to the PVC layer of the image-receiving material by bringing the photosensitive material into close contact with the image-receiving material and heat-developing it. Thereafter, the photosensitive material is scraped off and discarded, and the remaining material is used as the image receiving material 20.

The mechanism for welding this image-receiving material to the booklet is that both the booklet and the image-receiving material have a PVC layer on their surfaces.
By heating and pressurizing the two in close contact, this PVC
They melt and weld together one by one. Since the laminate material carrying the image is then welded directly to the booklet, it is impossible to alter the booklet by using this method.

Next, the configuration of an embodiment of the present invention will be explained with reference to FIG.

A large number of ID booklets before being laminated are stored in the hopper 6 of the book supply means 1 with the external device 10 facing upward. The direction is with the ID force F part 3 to the right.

The ten-flange 6 has an opening at the bottom, and a suction feeding means 7 is connected to this opening. Feeding means 7
descends, pulls out the booklet from the hopper 6, and inserts the right end of the ID car 1 section 3 into a pair of rollers 9 of the booklet conveying means. Then, due to the rotation f of the pair of rollers, the booklet is conveyed downward, and while being held between the pair of rollers 10, the ID card 1 part 3 is inserted into the printing part of the printer 15, and the necessary information is printed by control (not shown). Print 1.

At the time of 2, the booklet portion 2 of the booklet faces the swinging roller 11i. When printing is finished, the booklet is returned to the top, or
In synchronization with this, the swinging roller 11 moves to the left as shown by the dotted line, pushing the booklet section 2 to the left, and the roller 12 moves to the left.
Then, the booklet portion 2 is held between the swinging rollers 11.

Then, when the booklet attempts to move backward and rise further, the booklet portion 2 moves further to the left, but at this time, the roller 12 of the receiver is also driven counterclockwise to convey the booklet portion 2 further to the left.

Through this operation, the ID car 1 3 of the booklet is pulled up and returned to the branching path 16, but at this time the booklet is flat as a whole and follows the slope of the conveyance guide 17.
Next, when the roller 12 begins to drive clockwise,
The rD card section continues straight to the right and enters between the rollers 13 and 14. Then, roller 13
It is transported to the right by the clockwise rotation of. Note that the roller 14 is spring-biased or pressed by its own weight in the direction of the roller 13 from above, and is driven by the rotation of the roller 13.

On the other hand, the image-receiving material 201 has already completed image transfer and photosensitive material storage, is fed from the lower entrance 18, and is carried in by a pair of entrance rollers 19, but when 7' yam information is entered at the second time, The conveyance path switching means 2OA interrupts the conveyance path and retracts the image receiving material 20 into the tray 21 on the left side. Since the evacuated image-receiving materials 20 carry valuable images, they are stored in a separate storage means in the order in which they were evacuated, and when fed again, the ID booklet is synchronized with the booklet based on the recorded data. can be completed.

Next, when there is no jam information, the image-receiving material 20 is conveyed upward and then enters the cutter part 22, where a sensor detects a positioning mark recorded on the image-receiving material 20 and stops. . and position it correctly;
By the way, the male blade 23 of the force/taper part 22 rises and engages with the female blade 24 to punch out a size suitable for the ID car 1 part 3.

The force/taper portion 22 is configured such that a male blade 23 and a female blade 24 are guided by a guide post fixed to a stand and are properly engaged with each other, and a spring 25 is provided between them. The structure is such that the male blade 23 is raised or lowered by 260 rotations of an eccentric cam that comes into contact with the lower surface of the blade 23.

When the eccentricity of the eccentric cam is at its minimum, the male blade 23 is lowered, and the image receiving material $4 is placed between the male blade 23 and the female blade 24.
It forms a space into which 20 pieces of equipment will be transported.

When the eccentric cam 26 rotates and its eccentricity reaches its maximum, the male blade 23 engages with the female blade 24, and the image receiving material 20
is punched out.

In this state, the upper surface of the male blade 23 and the upper surface of the female blade 24 are configured to be approximately on the same plane, and the conveying means built into the male blade 23 operates to convey the punched image receiving material 20 to the upper right. , and sent to the alignment section 27.

On the other hand, the punched dregs of the image receiving material 20 are removed by the eccentric cam 2.
When the male blade 23 rotates further and descends, it is carried out to the right, stored in the waste receptacle 28, and discarded.

As described above, the image-receiving material 20 is fed in an appropriate size, and the booklet is also fed as described above and is synchronously controlled by a control section (not shown) so that they face each other at the alignment section 27.

In the second positioning section 27, the tip of the ID card 1 of the booklet 3 is positioned at a position where it slightly protrudes from the tip of the image-receiving material 20, and is temporarily bonded by being pressed by a pair of rollers 29. It is then sent to the right and enters the laminating section 3G.

The laminating section 30 is constituted by a heating means and a pressing means, and the PvC is heated by the temperature-controlled heating means until the PvC is welded to each other, and the two are press-bonded, thereby completing the lamination as a unit.

However, since the extent of stretching of the image-receiving material 20 and the ID card 1 part 3 of the booklet is different, when the finished product is cooled to room temperature, an upwardly convex curl occurs, which is inconvenient for use. A correction section 31 is provided.

This curl correction section 31 employs a method in which the gap between the pair of upper and lower holding means 32 is formed in a downwardly convex shape, and is forcibly cooled from above by a fan 33. The holding means 32 can be opened in the direction of the arrow with the hinge 34 as the axis.
When the cooling has been carried out for a specified period of time, the holding means 32 opens downward and the booklet falls onto the tray 35.

The cutter portion 22 is now shown in more detail in FIGS. 4 and 5.

FIG. 4 is an enlarged cross-sectional view taken from the same direction as FIG. 3, and FIG. 5 is a plan view taken from above. However, for the sake of explanation, the eccentric cam is shown rotated 90' and viewed from the side.

The inside of the male blade 23 is hollowed out so that the carry-out roller unit 36 can be moved up and down. And unloading roller unit/
A delivery roller 37 is pivotally supported on the shaft 36. The lower part of the unloading roller unit 36 penetrates through the male blade 23 and is in contact with the unloading roller vertically moving cam 26b, and is not biased downward, so that the eccentric rotation 4 of the unloading roller vertically moving cam 26b causes the vertical move. On the other hand, male blade 2
3 is in contact with a cutter blade vertically movable cam 26a coaxially supported with the above-mentioned carry-out roller vertically movable cam 26b. These cams are connected to a drive means by a drive gear 11 and controlled.
The technique of striking and transporting the image receiving material 20 is done as accurately as possible.

Near the maximum eccentricity of the vertical movement cam of the carry-out roller, the carry-out roller 37 comes into contact with the carry-out roller (upper) 381 rotated counterclockwise by the carry-out motor 42 across the image-receiving material 20, and the punched image-receiving material 20 Take it out to the right.

At this time, the tips of the punched scraps are held between the scrap removal rollers 43, so when the punching is finished and the male blade 23 descends, the conveyance path is opened again, so the rotational drive of the scrap removal rollers 43 is stopped. Start and carry out the waste to the right.

〔Effect of the invention〕

With this structure, it is possible to provide an efficient film cutter device that can reliably transport the image-receiving material after punching and also discharge the punched waste.

[Brief explanation of drawings]

FIG. 1 is a perspective view of the ID booklet. Figure 2 is a cross-sectional view of the ID booklet. FIG. 3 is a sectional view of the ID booklet creation device. FIG. 4 is a sectional view of the film cutter device. FIG. 5 is a plan view of the film cutter device. l...Children's supply means 2...Booklet section 3/ID cart section 4...Face photo 5...Personal information 6...Homper 8...Sucker 10...Roller pair 12...Receiver roller 14...roller 16...branch path 18...inlet 20...image receiving material 2OA...transport path switching means 21...receiver plate 22...cutter 23...male blade 25...spring 24...Scalpel blade 7...Suction feeding means 9...Pair of rollers +1...Swing roller 13...Roller 15...Printer 17...Conveyance guide +9...Pair of entrance rollers 26 ...Eccentric cam part (image receiving material punching means) 27...Positioning part 28...Scrap receiver 29...
- Pair of rollers 30... Laminating part 31 - Curl correction part 32 - Holding means 33... Fan
34... Hinn 35... Receiving plate 36 - Carrying out roller 37 - Carrying out roller 38 - Carrying out roller (top) 39
・Conveyance roller 40...Conveyance roller 41...
Drive gear 42... Unloading motor 43... Scrap removal roller 110... Exterior Ill... Paper 112...
・PVC 121...-Transparent PET support 122...PVC image recording layer

Claims (1)

[Claims] In an ID booklet production device having an image-receiving material punching means, the image-receiving material punching means is provided with a carry-out roller built into the punching blade for carrying out a cut film obtained by punching out a film as the image-receiving material, The punching roller and the punching blade are configured to move up and down, and the cam that moves the punching blade up and down and the cam that moves the carrying out roller up and down are provided on the same drive shaft.
D booklet creation device.