JPH07121112A - Vacuum pack arrangement holder for simultaneous positioning and fixing of label body group and its production - Google Patents

Abstract

PURPOSE:To provide the vacuum pack arrangement holder for simultaneous positioning of label body groups capable of simultaneously carrying out the operation to position and stick the plural label bodies once set in design to an object to be adhered without destroying the positions and postures of these label bodies and the process for production thereof. CONSTITUTION:This vacuum pack arrangement holder B for simultaneous positioning and fixing of the label body groups for simultaneously adhering the label body 1' groups of the determined characters, designs, etc., in compliance with the designed arrangement and posture state is formed by sticking adhesive media 4 stuck and arranged respectively slightly smaller than the single label body 1' group on the sticking positions of release paper 7 enclosed and penetrated with penetrating fine hole 6 groups and the label body 1' groups formed with the characters, designs, etc., on the adhesive media 4 by allowing the margins for hemming allowances 1a' to remain. The stuck adhesive media 4 and single label body 1' groups are vacuum packed and held by a protective film 3' in such a manner that these media and groups are freely penetrated and enveloped down to the lower side of the hemming allowances 1a' of the label body 1 groups.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a case where unit decorations such as letters and designs are arranged in a predetermined arrangement to form decoration decorations, and the decoration decorations are attached to a sticking target such as a car or an electric product. The present invention relates to a vacuum pack array holder for collective positioning and mounting of sample groups, the array and attitude of which do not shift or come off in pieces, and a manufacturing method thereof.

[0002]

2. Description of the Related Art A conventional array holder for batch positioning and attachment of this type of object group (hereinafter, simply referred to as "array holder") is
This will be described with reference to the drawings. FIG. 7A is a front view of the conventional array holder with the protective film peeled off, and FIG. 7B is a bottom view of the array holder with the protective film not peeled off. In the figure,
A is a conventional array holder, 1 is a monolithic body of characters, symbols, etc., 2
Is a backing sheet, 3 is a protective film having adhesiveness on the side surface of the single standard body 1 group, and 4 is a double-sided adhesive tape for bonding the single solid body group 1 and a bonding target (hereinafter, simply bonding target) of a car or an electric product. An adhesive medium 5 and the like are positioning setting notch guides.

The conventional collective positioning and sticking work of the array holder A will be described with reference to the drawings. First, the array holder A
It is applied to an object to be bonded (not shown), and an approximate bonding position is assumed. Next, the array holder A is once removed from the object of adhesion, the mount 2 is peeled off, and the adhesive medium 4 is exposed. Then, the single standard bodies 1 are pressure-bonded to the object to be bonded and are collectively bonded to the object to be bonded. After that, the protective film 3 is peeled off, and the single solid 1
Complete the batch array sticking of groups.

[0004]

In the conventional array holder A, the protective film 3 of the positioning reference medium is thin and has flexibility at the final stage of collectively adhering, and the position and orientation of each single standard 1 are fixed. The presence of the slack portion 3a does not hold it as designed, so if the positioning setting becomes unstable during sticking and the protective film 3 bends, the positioning and adhesion will be done neatly on the mount 2 There has been a problem that the set single solid body 1 group loses its core due to the peeling of the backing sheet 2 and is bent and stuck, or the intervals are not uniform or they are stretched and stuck.

Further, since the protective film 3 has an adhesive property on the surface of the unit standard body 1 in order to maintain the arrangement and posture thereof, the adhesive property is easily transferred to the surface of the single standard body 1 and, as a result, However, there is a problem that dirt and dust may be attached to the surface of the single standard body after the sticking. Here, the present invention provides a vacuum pack array holder for collective positioning and mounting of standard groups, which enables collective bonding work without disturbing the position and orientation of each single standard that has been set once. It is intended to be provided.

[0006]

The above-mentioned object can be achieved by adopting the novel characteristic construction methods and means listed below the present invention. That is, the first feature of the present invention is that in an array holder in which a group of standard bodies such as characters and patterns are stuck together according to the designed sequence and posture, the double-sided adhesive tape allows a smaller amount than the back contour of the single standard body. The mounting medium punched out in a small similar shape is integrally backed while leaving a margin margin along the outer peripheral edge of the back face, and at least the standard bodies arranged in the designed arrangement and posture are sandwiched inside, On the adhesive medium side, there is a release paper in which a myriad of fine hole groups are provided in the vicinity of the periphery of each bonding position, and on the opposite side, it is possible to wrap and hold up to the edging margin of each single standard body. It is a vacuum pack array holder for collective positioning and mounting of standard groups, which is integrally laminated with a vacuum-packed protective film in a sandwich form.

A second aspect of the present invention is a vacuum pack array holder for batch positioning attachment of a group of specimens, wherein the protective film in the first aspect is transparent or translucent.

A third feature of the present invention is that the first or second
The vacuum pack array holding body for collective positioning and mounting of the standard group, in which the group of fine holes in the above-mentioned feature is roughly provided as it goes away from the bonding position.

The manufacturing method of the present invention is characterized in that a release paper, an adhesive medium, a protective paper for the adhesive medium, and an adhesive medium layered structure constituted of three layers are arranged on both ends of the adhesive medium layered structure from the bottom. Arrangement and posture state of the solid bodies so that the area of the adhesive medium is a little smaller than the area of the single solid body by penetrating the positioning holes and opening a myriad of fine holes near the periphery of the adhesive medium. In some cases, the release paper is left half-cut out, and the single solid body insertion guide hole groups are punched out with the arrangement and posture state of the single solid bodies being reversed upside down, and each jig plate is provided with positioning holes at both ends. Insert each single solid corresponding to the solid insertion guide in the reversed state, peel off all the protective paper of the half-cut adhesive medium layered structure, turn it over, and put the positioning hole on the positioning hole of the jig plate. Align and mount the single standard and adhesive medium Wear, remove the release paper, the adhesive medium, the standard group array integrated with the single standard from the jig plate, cover the front side of the standard group array with a protective film, and put it in the vacuum packing device, This is a method for manufacturing a vacuum pack array holder for batch positioning and mounting of sample groups, which is formed by vacuum-packing air between the protective film and the sample group array through the fine holes of the release paper.

[0010]

The present invention takes the above-mentioned novel means and method, so that the protective film firmly bites down to the lower side of the margin of each single solid, so that it is clean even if the release paper is removed. Unit unit groups whose arrangement, posture, etc. are set do not come apart. Therefore, single body units are bent and attached, or the intervals are uneven or they are extended and attached. There is no such thing.

[0011]

【Example】

(Apparatus Example) An embodiment of the vacuum pack array holder for collective positioning of the standard group of the present invention will be described with reference to the drawings. Figure 1
FIG. 1A is a front view of a vacuum pack array holder for collective positioning and mounting of sample groups according to the present embodiment, and FIG. 1B is a bottom view of the same.

In the drawing, B is a vacuum pack array holder for collective positioning and mounting of standard groups, Ba is a standard group array, 1'is each single standard, 1a 'is an edge margin, and 3'is a vacuum coating pack. Transparent protective film, 5a is a positioning setting notch guide,
5b is a positioning hole, 6 is a fine hole, and 7 is a release paper which is the mount 2 in the conventional example. The same members as those in the conventional example are designated by the same reference numerals.

Each area of the adhesive medium 4 of the vacuum pack array holder B for collective positioning and mounting of the standard groups of the present embodiment is formed in a similar shape so that each area of the adhesive medium 4 is slightly smaller than the bottom area of each single standard 1 '. 1a 'is provided, and the fine holes 6 are densely pierced in the vicinity of the four circumferences of the adhesive medium 4 and coarsely as they are farther away, so that the vicinity of the adhesive medium 4 is particularly strongly sucked during vacuum packing. The film 3'is deeply cut into the adhesive medium 4 between each monolithic body 1'and the release paper 7 and deeply entangled to the lower side of the trimming margin 1a ', so that the film 3'is firmly wrapped and packed.

The vacuum pack array holder B for collective positioning and mounting of the standard group of the present embodiment has such a specific embodiment. Next, the procedure of the sticking work will be described with reference to the drawings. First, the positioning setting notch guide 5a of the vacuum pack array holding body B for collective positioning and mounting of the standard group is applied to a chevron-shaped convex guide (not shown) to be bonded, and the bonding position is assumed.

Next, the vacuum pack array holder B for collective positioning and mounting of the standard group is removed from the object to be bonded, and the release paper 7 is peeled off to expose the group of adhesive media 4. Then, the positioning setting notch guide 5a provided on the protective film 3'is applied along the convex guide to be adhered to the protective film 3 '.
The adhesive medium 4 is firmly pressed from the side of the single standard body 1'through the adhesive to collectively adhere to the object to be bonded, and the protective film 3'packed in a vacuum coating is replaced with the protective film 3'and the single standard body 1 '. Then, it is peeled off so that air can be introduced between it and the end of the attachment work.

(Method Example) The specifications of the vacuum pack array holder B for collective positioning and mounting of the specimen groups of this embodiment are the concrete embodiments as described above. An example of manufacturing the same will be described below with reference to the drawings. To do. 2 to 5, (a) is a front view for explaining each step of the progress state of the manufacturing example, and (b) is a bottom view thereof.

In the figure, 4a is a protective paper (separator) for the adhesive medium 4, and 8 is a punched out arrangement / posture state of the single solid bodies 1'to arrange the single solid bodies 1'in a predetermined position. A jig plate, 8a is a positioning hole, and 9 is a work table in which guide pins 9a for inserting the positioning hole 8a of the jig plate 8 and holding it at a fixed position are erected at both ends. The following figures (b)
In the figure, the thickness of each member is slightly emphasized so that the process can be understood in detail.

[First Step] First, as shown in FIG. 2, the adhesive medium 4 such as a double-sided adhesive tape is placed in a predetermined arrangement / posture state in which the individual solid bodies 1 ′ are designed in advance. The protective paper 4a and the adhesive medium 4 are punched out and half-blanked as a similar shape which is slightly smaller than the size '. At this time, because of the vacuum packing, the fine holes 6 are simultaneously formed in the release paper 7. The group of fine holes 6 is large in the vicinity of the adhesive medium 4 and is small in the area distant from the adhesive medium 4.

[Second Step] Next, as shown in FIG. 3, the positioning holes 8a are inserted into the simultaneous positioning guide pins 9a in a state in which the single solid bodies 1'are turned upside down on the jig plate 8 and are turned upside down. And place it on the workbench 9. As for the jig plate 8 used at this time, the hole for inserting the single standard body 1'is
Regardless of the shape, it does not matter if it is punched out only by the fitting shape that holds the single solid body 1 ', or as the contour shape of the single solid body 1'as shown in this method example. In addition, the jig plate 8 at the portion where the single solid 1'is inserted.
Has a thickness h1 of approximately the same as the thickness of the solid body 1 '.

[Third Step] Next, as shown in FIG. 4, the protective paper is prepared in the first step in accordance with the positioning guide pin 9a of the workbench 9 into which the single standard 1'is inserted. 4a
The positioning holes 5b of the release paper 7 on which the removed adhesive medium 4 is adhesively arranged are placed along the positioning guide pins 9a so as to penetrate the positioning holes 5b. Then, when the release paper 7 side is lightly and entirely pressed in the direction of the thick arrow shown in FIG. 4B, the adhesive medium 4 to be placed correspondingly has the margin 1a 'on the back surface of each single standard 1'. Excessive back lining. After confirming that they are adhered, the release paper 7, the adhesive medium 4, and the unit of the single solid body 1'which are integrally attached are removed from the workbench 9 and the jig plate 8 along the positioning guide pins 9a.

[Fourth Step] Next, the standard body 1 ', the adhesive medium 4 and the release paper 7 produced in the third step are adhered to the table of a vacuum packing device (not shown). When a large number of body group array bodies Ba are lined up and covered with a protective film 3'as shown in FIG. 5 and the vacuum packing device is operated, air is sucked from the groups of fine holes 6 and vacuum packed. And finally, the four sides and the positioning setting notch guide 5
When cutting is performed with respect to a, a vacuum pack array holder B for collective positioning and mounting of the sample groups as shown in FIG. 1 is completed.

In the vacuum pack array holder B for batch positioning and mounting of the sample group of this example, the positioning group notch guide 5a is used to position the vacuum pack array holder B for batch positioning and mounting of the sample group to the bonding target. I had made assumptions, but if it is permissible to drill holes in the bonding target,
Like the vacuum pack array holder B'for collective positioning and mounting of the standard group shown in FIG. 6, the mounting pins 10 extending from the rear surface of the single standard 1'through the adhesive medium 4 and the release paper 7 are used for positioning, etc. You may go. Positioning setting notch guide 5a for vacuum pack array holder B ′
Since the cutting step is not required, the cutting step can be simplified at the final stage of the manufacturing method.

[0021]

As described above, when the vacuum pack array holder for collective positioning and mounting of the standard group of the present invention is used, first, the surface of the single standard group is covered and protected by holding the single standard group. Since it is not necessary to apply an adhesive to the film as in the past, the adhesiveness does not transfer to the surface of the monument body group, which is important for appearance. I have no worries about In addition, since the film is deeply entangled under the edge margin of the standard group due to the vacuum pack, and it maintains the wrapping and arrangement posture, even if the release paper is peeled off, the single standard group may spill out. There is no. By the way, it goes without saying that the strength of this bite and hold is adjustable depending on the conditions during vacuum packing.

Further, by changing the material and thickness of the film to be packed, it is possible to prepare a film suitable for the size of the array holder. Furthermore, by making the film used for the vacuum pack transparent or semi-transparent, it is possible to very easily identify and control the quality of the sample group array holder, and to exert excellent usefulness.

[Brief description of drawings]

FIG. 1A is a front view showing a state in which a protective film of a vacuum pack array holder for collective positioning of specimen groups showing an apparatus example of the present invention is peeled off, and FIG. 1B is a state in which the protective film is not peeled off. It is the same bottom view.

FIG. 2 is an explanatory view of a first step in the method example of the present invention, in which (a) is a front view and (b) is a bottom view.

3A and 3B are explanatory views of the same second step, where FIG. 3A is a front view and FIG. 3B is a bottom view.

FIG. 4 is an explanatory view of the same third step, where FIG. 4 (a) is a front view and FIG. 4 (b) is a bottom view.

FIG. 5 is an explanatory view of the same process as the fourth step, in which (a) is a front view and (b) is a bottom view.

6A and 6B are vacuum pack array holders for collective positioning and attachment of specimen groups showing another example of the device of the present invention, wherein FIG. 6A is a front view and FIG. 6B is a bottom view.

FIG. 7 (a) is a front view showing a state where a protective film of a conventional array holder for collective positioning and attachment of standard groups is peeled off, and FIG. 7 (b).
[Fig. 4] is a bottom view of the same with the protective film not peeled off.

[Explanation of symbols]

A ... Conventional array holder for collective positioning of standard group B, B '... Vacuum pack array holder for collective positioning of standard group Ba ... Standard group array 1, 1' ... Single standard 2 ... Mount 3 , 3 '... Protective film 4 ... Adhesive medium 4a ... Protective paper (separator) 5a ... Positioning setting notch guide 5b, 8a ... Positioning hole 6 ... Micro hole 7 ... Release paper 8 ... Jig plate 9 ... Working table 9a ... Positioning guide pin 10 ... Mounting pin

Claims (4)

[Claims] Claim: What is claimed is: 1. An array holder in which a group of standard bodies such as letters and designs are collectively attached according to a designed array and posture states. A double-sided adhesive tape punches out a similar shape with a smaller size than the back contour of the single standard body. The mounting medium thus taken is integrally backed while leaving a margin for margin along the outer peripheral edge of the back surface, and the standard body group arranged in the designed arrangement and posture is sandwiched inside, and at least the adhesive medium side. , A release paper in which a myriad of micropore groups are provided in the vicinity of the periphery of the respective bonding positions, respectively, and a protective film which is wrapped and held up to the edging margin of each single standard on the opposite surface side so as to be held. A vacuum pack array holder for positioning and mounting all of the standard groups, which is constructed by stacking layers together in a sandwich structure. 2. The vacuum pack array holder for collective positioning attachment of specimen groups according to claim 1, wherein the protective film is transparent or translucent. 3. The vacuum pack array holder for collective positioning and mounting of sample groups according to claim 1 or 2, wherein the group of fine holes is provided so as to roughly go away from the bonding position. 4. A release paper, an adhesive medium, a protective paper for the adhesive medium, and an adhesive medium layered product formed in a three-layer structure from the bottom, with positioning holes penetrating both ends of the adhesive medium layered product. Innumerable fine holes are formed in the vicinity of the periphery of the adhesive medium, and the release paper is left in an array and posture state of the solid bodies so that the area of the adhesive medium is a little smaller than the area of the solid body. Half-punching, and the single-piece insertion guide hole group is punched out with the arrangement and posture state of the single-piece being reversed upside down, and corresponding to each single-piece insertion guide of the jig plate with positioning holes at both ends. Insert each of the single solids in a reversed state, peel off all the protective paper of the adhesive medium layered half-cut and turn it over, and place the positioning holes in conformity with the positioning holes on the jig plate. Glue the monolith and the adhesive medium to Remove the release paper, adhesive medium, and monolithic body integrated body group from the package, cover the front side of the body group array body with a protective film, and put it in a vacuum packing device. A method for manufacturing a vacuum pack array holder for batch positioning and mounting of sample groups, in which air between body group arrays is extracted from the fine holes of the release paper and vacuum packed.