JP2552503B2 - Die-cutting and laminating device for laminating sheets - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to an apparatus for die-cutting a bonding sheet and attaching the die-cut sheet to a card.

2. Description of the Related Art Prepaid cards (prepayment cards), such as telephone cards and JR companies' orange cards, include cards called free design cards and model design cards.

A free design card is a blank card except for the minimum printing required for the intended use of the card,
The purchaser prints his / her favorite design.

The model design card is printed with only the minimum amount of printing and design necessary for the purpose of use of the card, and the purchaser prints the character portion.

These free design cards and model design cards are used for advertising, corporate PR, sales promotion, and prizes for various events.
It is widely used for souvenirs, wedding gifts, business cards, and other purposes.

Conventionally, the printing of these cards is limited to 500 or more for a free design card and 50 or more for a model design card.

However, it is often the case that you want to print a very small number of telephone cards, etc. for birthday celebrations, gifts for parents and close friends, or other private purposes. It is often too small to execute.

Therefore, it is designed to display what was shot with a video camera on the screen, stop the screen at a certain scene, print it out, cut it into an appropriate size and attach it to the card. As a printing paper for the above, a laminated sheet comprising a print sheet with a rewetting adhesive and a peelable sheet for protecting the adhesive surface has been developed.

In this case, in order to punch the printed paper after printing to the size to be pasted on the card, a device that presses the printed paper between the receiving plate and the plate with a die-cutting blade to perform die-cutting. (A device called Thomson) is being developed.

Also, in order to remove the peelable sheet from the die-cut paper and attach it to the card, it is necessary to moisten the adhesive side of the print sheet with water and attach it to the card. Since it needs to be removed, it is necessary to separately prepare a crimping device for that purpose.

Problems to be Solved by the Invention However, the press-type Thomson is disadvantageous in that the bulkiness of the device is large, the pressing operation by the lever is troublesome, and moreover, it requires an arm force and requires some skill for the operation, There is a problem that it is not suitable for home use aside from commercial use.

In addition to the press-type Thomson, the need for a crimping device for sticking the die-cut print sheet to the card and a crimping device for bleeding air imposes an economic burden on the user. However, it was also disadvantageous in terms of storage of the device.

An object of the present invention is to provide a compact device that can easily perform die-cutting of a bonding sheet and sticking of a die-cut print sheet to a card.

DISCLOSURE OF THE INVENTION Problems to be Solved by the Invention In a die-cutting and laminating apparatus for a laminating sheet of the present invention, a laminating sheet (9) is provided between a receiving plate (7) and a plate body (8) with a die-cutting blade. A base (1) provided with a feeding surface (2) for feeding the laminated body (10) sandwiched between them, and a lower feed roll provided across the feeding surface (2) of the base (1) (3), an upper feed roll (4) disposed above the lower feed roll (3) in parallel therewith, and arranged above the upper feed roll (4) in parallel with and in contact therewith. It is composed of a pressure bonding roll (5) provided and a rotary operation part (6) for rotating the upper feed roll (4).

 The present invention will be described in detail below.

A typical example of the laminating sheet (9) is a laminated sheet including a print sheet with a rewetting adhesive and a peelable sheet that protects the adhesive surface, but a peelable sheet is provided. No adhesive, or another adhesive or pressure-sensitive adhesive may be used instead of the rewetting adhesive.

As the backing plate (7), metal, plastics, rubber, wood board, plywood, ceramics or the like is used.

As the plate body (8) with a die-cutting blade, plywood, wood board, plastics board, metal plate, etc. are used.
The overall shape of a) is square, parallelogram, circular, elliptical,
It can be of any shape, including heart, star, dumbbell, and cloud.

A die-cutting and laminating apparatus for a laminating sheet according to the present invention includes a base (1) having a feeding surface (2) and a lower side provided across the feeding surface (2) of the base (1). A feed roll (3), an upper feed roll (4) disposed above the lower feed roll (3) in parallel therewith, and in parallel with and contactable above the upper feed roll (4) And a rotary operation unit (6) for rotating the upper feed roll (4).

The feeding path surface (2) is a surface for feeding the laminated body (10) in which the bonding sheet (9) is sandwiched between the receiving plate (7) and the plate body (8) with a punching blade. .

Lower feed roll (3), upper feed roll (4),
At least the surface material of the pressure-bonding roll (5) is made of metal, plastics, hard rubber, ceramics, or the like. Of these, the surface material of the pressure-bonding roll (5) preferably has a slightly cushioning property.

The upper end of the lower feed roll (3) has a feed path surface (2).
Install so that it projects slightly from. If the lower feed roll (3) is lacking, the feed of the laminate (10) may not be performed smoothly.

The upper feed roll (4) can also be formed with a longitudinal plane (4a) on its cylindrical or cylindrical peripheral surface. FIG. 5 is a sectional view showing an example of the upper feed roll (4) at that time. If the flat surface (4a) side of the upper feed roll (4) is positioned right below during the die-cutting operation, the stacking (10) can be more easily inserted and positioned, and the rotation operation section (6) described later can be used. This is because there is no possibility of causing a trouble that the rear end of the laminated body (10) floats due to pressure being applied only to the insertion side of the laminated body (10) at the start of rotation of the upper feed roll (4). However, in general, even if the plane (4a) is not provided, no particular trouble occurs, so that the formation of the plane (4a) is usually omitted.

The pressure bonding roll (5) and the upper feed roll (4)
In the meantime, the adhesive layer of the print sheet is wetted with water and is laminated on the card so as to be pressed and deflated.

The rotation operation section (6) rotates the lower feed roll (3) by rotating the upper feed roll (4),
Moreover, the pressure bonding roll (5) is also for rotating.
The rotation of the upper feed roll (4) by the rotation operation section (6) can be performed by a motor, but usually manually is sufficient.

Action In performing the die-cutting of the bonding sheet (9) by the device of the present invention, first, the bonding sheet (9) is placed on the receiving plate (7), and then the plate with the die-cutting blade is placed thereon. The blade (8a) side of the body (8) is faced down and abutted.

Next, the laminated body (10) thus prepared is placed on the feed path surface (2) of the base (1), and the laminated body (10) is pushed until it hits the upper feed roll (4).

When the rotating operation part (6) is operated in this state, the laminated body (10) is pressed against the lower feed roll (3) and the feed face (2) by the upper feed roll (4) and the feed face (2) is pressed. ) Is moved during this time, and the bonding sheet (9) is die-cut by the blade (8a) of the plate body (8) with a die-cutting blade.
That is, the upper feed roll (4) serves both as a feed and a press for the laminate (10).

If the height of the upper feed roll (4) is set appropriately,
For example, when the bonding sheet (9) is a laminated sheet composed of a print sheet with an adhesive and a peelable sheet that protects the adhesive surface, the bonding sheet (9) is punched and cut, and the adhesive is also used. It is also possible to do half-cutting, which cuts only the attached print sheet.

After die-cutting, the peelable sheet is peeled off from the laminated sheet, the adhesive side of the print sheet is moistened with water to be laminated on the card, and the print sheet is positioned by moving the finger so that it fits the card exactly.

Then, this is inserted between the upper feed roll (4) and the pressure roll (5), and the rotating operation part (6) is operated to bring the print sheet into close contact with the card. At that time, air is removed at the same time, and the print sheet is beautifully adhered to the card.

After all, the upper feed roll (4) not only plays the role of both feeding and pressing the laminate (10) as described above, but also cooperates with the pressure roll (5) to remove the print sheet. It also plays the role of close contact with the card and bleeding air.

Example 1 Example 1 FIG. 1 is a front view showing an example of the apparatus of the present invention, FIG. 2 is a plan view thereof, FIG. 3 is a right side view thereof, and FIG. 4 is an enlarged cross-sectional view of its main part. Is.

(1) is a base, and is provided with a feeding surface (2) in the horizontal direction via a column (1a).

From the center of both sides of the base (1), two mounts (11),
(11) is erected, and the lower side feed roll (3), the upper side feed roll (4) and the pressure bonding roll (5) are fed between these frames (11) and (11) in order from the bottom. It is installed across the road surface (2).

The upper end of the lower feed roll (3) has a feed path surface (2).
The upper feed roll (4) is arranged so that its lower end has a slight gap with the upper end of the lower feed roll (3). I am doing it. The pressure roll (5) is provided so as to contact the upper feed roll (4).

In addition, a handle as an example of the rotation operation unit (5) is attached to one end of the shaft (4b) of the upper feed roll (4).

(10) in FIG. 4 is a laminated body, and the lower receiving plate (7)
The bonding sheet (9) is sandwiched between the plate body (8) with the die-cutting blade on the upper side. The bonding sheet (9) is
For example, it is a laminated sheet of a print sheet with an adhesive and a peelable sheet that protects the adhesive surface. The blade (8a) of the plate body (8) with a die-cutting blade is planted downward.

Place the laminate (10) on the feeding surface (2) of the base (1) and push it until it hits the upper feed roll (4).
Then, when the handle (6) is turned, the laminated body (10) moves from the right side to the left side in FIG. 4, and the laminating sheet (9) of the laminated body (10) moves to the plate body with a die-cutting blade ( 8) Blade (8a)
Die cut by.

After the die cutting, the peelable sheet of the laminating sheet (9) is peeled and removed, the adhesive side of the print sheet is wetted with water, laminated on the card and positioned, and then this is fed to the upper feed roll ( By inserting between 4) and the pressure-bonding roll (5) and operating the rotating operation part (6), the adhesion of the print sheet to the card and the air bleeding can be achieved at the same time.

EFFECTS OF THE INVENTION According to the device of the present invention, the bonding sheet (9) can be die-cut without requiring skill in operation and without the need for physical strength, and also the bonding of the print sheet to the card can be performed. It can be performed using the same single device.

Moreover, the upper feed roll (4) is crimped during die cutting.
Since it is also used for bleeding air, the device is simple and compact, and is advantageous in terms of cost, storage, and maintenance.

Therefore, the device of the present invention is useful as a die-cutting and laminating device for a laminated sheet including a print sheet with an adhesive and a peelable sheet that protects the adhesive surface.

[Brief description of drawings]

FIG. 1 is a front view showing an example of the apparatus of the present invention, FIG. 2 is a plan view thereof, FIG. 3 is a right side view thereof, and FIG. 4 is an enlarged sectional view of a main part thereof. FIG. 5 is a sectional view showing a modified example of the upper feed roll (4). (1) ... base, (1a) ... pillar, (2) ... road surface,
(3) ...... Lower side feed roll, (4) ...... Upper side feed roll, (4a) ...... Flat, (4b) ...... Axis, (5) ...... Crimping roll, (6) ...... Rotating operation part , Handle, (7) ……
Support plate, (8) ... plate body with die-cutting blade, (8a) ... blade,
(9) …… Laminating sheet, (10) …… Laminate, (11)…
… Stand

Claims (1)

(57) [Claims] 1. A laminated body (1) in which a bonding sheet (9) is sandwiched between a receiving plate (7) and a plate body (8) with a die-cutting blade.
0) a base (1) having a feed surface (2) for feeding, a lower feed roll (3) provided across the feed surface (2) of the base (1), the lower feed An upper feed roll (4) arranged above the roll (3) in parallel therewith, a pressure roll (5) arranged in parallel above and in contact with the upper feed roll (4) so as to be in contact therewith; The upper feed roll (4)
A die-cutting and laminating apparatus for a laminating sheet, which is composed of a rotation operation section (6) for rotating the sheet.