KR960006927Y1 - Apparatus arranging situation of signs - Google Patents

Abstract

No summary.

Description

Array holder for bulk positioning

FIG. 1 shows the arrangement for mounting the batch group of the body of the present invention. FIG.

Figure 2 (a) (b) to Figure 9 (a) (b) is an explanatory diagram illustrating the progress of the manufacturing process in one embodiment of the present invention

FIG. 10 is a diagram showing a conventional arrangement for mounting a batch position of a surface group.

* Explanation of symbols for main parts of the drawings

A, B: Array holder for batch positioning

1,1 ': Design sample 2: Thick paper (台 紙)

3: mounting media 4, 8, 9: protective paper

5: guide hole 6: holding member

6a: Body tightly closed ball (標 體 嵌 含 體 持 孔)

7: Release paper 9: Protected or protected object

10: jig stand (台) 11: guide

12: body group and guide jig plate

The present invention is a batch group for mounting positioning of a group of bodies provided when the bodies and plates (hereinafter, bodies) of various marks such as cars, electrical appliances, etc. are collectively attached to a predetermined place in a correct positional relationship and state. It's about the Earth.

A conventional array member for mounting a batch position of a table body (hereinafter referred to as an array retainer) will be described next with reference to the drawings.

FIG. 10 is a diagram showing a conventional array holder for surface group batch positioning mounting.

Fig. 10 (a) is a front view of a state in which a conventional protective sheet outer surface protective paper is peeled off, and (b) is a bottom view of a conventional protective sheet not peeled off. In this figure, A is a conventional array holder, symbol 1 is a design object on which letters, pictures, etc., symbol 2 is a thick paper, symbol 3 is a double-sided adhesive tape with adhesiveness on both sides. The mounting bracket, which is formed in the same manner as the back lubrication of 1), designates 4, vinyl protective paper 1 of the design body 1 having adhesiveness on the surface of the design body 1, and 4a unwinding of the protective paper 4 The part 5 is a guide hole for positioning and covering the protective paper 4.

The conventional array retaining body (A) is a state in which the group of the design object (1), the inner surface of which is arranged on the thick paper (2) by the mounting medium (3), so that the outer surface is easily peeled off the protective paper (4). It is adhered to the skin. Then, by attaching and exposing the thick paper (2) to the mounting medium (3), the group of design objects (1) is collectively applied and applied to predetermined places such as cars and electrical appliances.

Next, a description will be given below with a drawing on a sample batch attaching object (hereinafter referred to as attaching object or the like) of a conventional array holder and an electric appliance.

First, the positioning setting cutouts 2a and 4b of the array retainer A are first placed on a ridged convex guide not shown in the attaching object, and an alternative mounting position of the design sample group 1 is determined. Think and decide

Next, the entire array retainer A is lifted from the convex guide to be mounted, and the thick paper 2 of the array retainer A is removed. Then, the positioning setting cutout portion 4b of the protective paper 4 is again placed on the ridge-shaped convex guide, and the drawing medium (3) adhered to the back surface of the drawing object group 1 group firmly attaches the drawing object ( 1) Glue the group together. Then, the protective paper 4 on the surface of the design object group 1 is peeled off, and the work of attaching or sticking to the predetermined position of the object to be attached is completed in the designed arrangement and posture.

In the conventional array holder (A), since the protective paper 4 of the positioning reference medium used in the final step of collective contact has flexibility, the positioning setting becomes unstable at the time of sticking and the protective paper 4 is bent or In addition, the presence of the unwinding portion 4a does not match each other, so it is difficult to maintain the positional relationship and posture state such as the design, and the thick paper (1) group, which is positioned and bonded on the thick paper (2), in a beautiful state The problem of losing cores due to peeling of (2) was that the gaps did not coincide with each other, the lengths increased, and they were bent and stuck together. However, this problem is that when the skill level of the operator decreases, it becomes troublesome in positioning, and it becomes easy to break down the arrangement state. There was a problem.

The present invention eliminates these problems and facilitates positioning of the array retainer, and even a low-skilled worker can easily apply a batch of pattern object groups without collapsing the position of the array retainer once set. The present invention provides an array retaining member for positioning.

The above-mentioned conventional problem is solved by the characteristic constitutional means of the present invention as follows and the object can be achieved.

That is, the first feature of the present invention is an arrangement retaining body which collectively attaches a group of objects such as letters and drawings to a determined place, as it is designed and in a posture state, from the double-sided adhesive tape to the back contour of the respective bodies. Corresponding to each of the surfaces of the mounting body formed by drilling a hole on the back integrally with the above-described arrangement and the arrangement of the posture state, the free-formed body can be freely pulled out to the tight support hole. The release paper is spread over the entire inner surface of the mounting medium side of the holding member group so as to sandwich the protective paper in the form of sandwiches on the entire surface of the outer surface of the surface of the shell group. It is an array retainer for package group batch positioning mounting to be attached.

A second feature of the present invention is a support group batch positioning mounting retainer wherein the retainer on the first feature is a foamed urethane resin body.

Since the present invention is constructed as described above, even a low skilled worker maintains the correct positional relationship and state by the retainer itself, so that the graphic object groups are not evenly spaced and stretched, or partially twisted. Without losing, the pasting work itself can be completed accurately in a short time as compared with the conventional array holder.

Example

An embodiment of the present invention will be described with reference to the drawings.

(A) is a front view of the state which peeled off the protective paper of the surface group batch positioning mounting arrangement holder of this embodiment, FIG. 1 (b) is a bottom view which has not yet peeled off the protective paper, (C) is sectional drawing seen by the Ic-Ic line in FIG. 1 (a).

In the figure, B is an array of retaining members for the batch group positioning according to the present embodiment, where 1 'is a design sample showing characters, figures, etc., and 6 is a positional relationship and posture state of the design sample 1'. The holding member of the foamed urethane resin, 6a, is a holding member or a holding member of the body, 7 is a release paper which allows the inner surface of the holding member 6 to be attached to the whole, and 8 is a holding member. It is vinyl resin protective paper which makes the outside of 6 stick all over. In addition, the same code | symbol is attached | subjected to the same member as the said prior art example.

In the arrangement retainer according to the present embodiment, B is configured as described above, but the mounting procedure thereof will be described next.

First, the first working example will be described.

First, place the positioning setting cutouts 6b, 7a, and 8a of B of the surface group batch positioning mounting array retainer on the release paper 7 side, and put it on the unshown ridged convex guide to be mounted. It is decided by considering the alternative mounting position of design body (1 ') group.

Next, once the surface group batch positioning mounting array holder B is lifted up, the release paper 7 is peeled off so that the mounting medium 3 is exposed, and the positioning setting cutouts 6b and 7a are further removed. While setting the position, press the surface group batch positioning mounting bracket B on the mounting target, and attach the design body (1 ') to the mounting target.

Next, the protective paper 4 is peeled off and more firmly crimped | bonded through the surface clamping hole 6a from each design body 1 '.

Then, peeling off the retaining member 6 such as foamed urethane resin, the work of attaching the design object group 1 'to the mounting object is finished.

Next, a second working example will be described. These procedures are designed for highly skilled workers, but the work speed is greatly improved by omitting the procedures. In the sample group batch positioning mounting arrangement B used for this work, the precondition is that the adhesive force of the mounting medium 3 is higher than the adhesive force of the protective paper 4.

First, the release paper 7 is peeled off in advance. Thereby, the mounting bracket 3 surface is already exposed.

Next, the mounting medium 3 is attached to the mounting target while the mounting position is determined by the positioning setting cutouts 6a and 8a of the array group B for the surface group batch positioning position. The array holder B for mounting the bulk group is fixed firmly to the mounting object without blurring.

Then, holding members 6, such as foamed urethane resin, are held up vertically for each protective paper 4. As a result, the adhesive force of the attaching medium 3 becomes larger than the adhesive force of the protective paper 4, so that the group of design objects 1 'is peeled off from the protective paper 4 and is attached to the mounting medium 3, so that the design object ( The batch positioning operation of 1 ') group is finished.

Next, an example of the manufacturing process of squeezing each group of design objects 1 'of the surface group batch positioning mounting retainer B according to the present embodiment to a predetermined position will be described with reference to the drawings.

2A to 9A are explanatory views showing, as an example, the manufacturing process of the surface group batch positioning mounting array retainer B according to the present embodiment from the front (b) from the bottom.

In the figure, 6 'is a hole in the position where the body clamping hole 6a is designed, and after completion, the plate of foamed urethane, etc., which becomes the retaining member 6, 9' is a double-sided adhesive tape (3 '). Protective paper (separator), 10 is a jig stand (top), 11 is a guide planted on both ends of the jig stand (10), 12 is a body group such as transparent acrylic perforated in accordance with the design body (1 ') group and Guide jig plate. On the other hand, in each subsequent figure (b) was drawn to emphasize the thickness of each member slightly to understand the manufacturing process in detail.

First, the following three steps are performed as preparation steps of each member. First, as shown in FIG. 2, the to-be-protected body 9 is formed so as not to penetrate the release paper 7 from the double-sided adhesive tape 3 'in the same shape as the design object 1' as in FIG. And the mounting medium (3) (half drilling). At the same time, the guide holes (5) at both ends are penetrated by the release paper (7).

Next, as shown in FIG. 3, the double-sided adhesive tape 3 'and the protective paper 9' are left alone on the release paper 7 with the mounting medium 3 group and the protected object 9 group integrally peeled off. .

Next, as shown in FIG. 4, the size of the design object 1 'on the plate 6' such as foamed urethane having the same thickness as the polymerization (overlapping) of the design object group 1 'and the mounting medium 3 is overlapped. , Puncture the body tight bore ball (6a) in accordance with the arrangement. That is, the thickness of the drawing body 1 'varies depending on various purposes of the drawing body 1', but is generally about 3 to 5 mm, and the thickness of the plate 6 'such as foamed urethane water is the mounting medium 3 thereon. The thickness of the fill.

Next, a description will be given of a custom fabrication process of the array holder B for surface group batch positioning mounting.

As shown in FIG. 5, first, the third and fourth degrees were prepared on the jig 10. The processed release paper 7 is placed through the guide 11 of the jig 10 through the guide holes at both ends. Then, the group to be protected 9 is peeled off.

Next, as shown in FIG. 6, each design object 1 'is pressed onto the corresponding mounting medium 3 through the body guide hole 12a of the body group and the guide jig plate 12. As shown in FIG. By this operation, the mounting medium 3 and the design object 1 'are pressed together without misalignment. In addition, the surface group and the guide jig plate 12 are made of a transparent acrylic resin here, and may be provided by providing a body guide hole 12a that can easily fit the design body 1 ', regardless of the material. .

Next, as shown in FIG. 7, the foam group and the guide jig plate 12 were lifted and the foam urethane resin made through the portion of the design body 1 'prepared by the preparation process of FIG. 4 as shown in FIG. The guide hole 6b is clamped along the guide 11 by using the plate 6 'as the holding member 6.

Finally, as shown in Fig. 9, the protective paper 8, which has adhesiveness on one side, is attached to the outer surface of the design body 1 'and the retaining member 6, and the guide of the jig stand 10 is attached. When it is pulled out from (11), the array group B for positioning of the surface group batch positioning mounting of this embodiment is completed.

As described above, according to the present invention, each design object of the mounting positioning array body is maintained in the correct positional relationship and state by the retaining member, and the space between the design object groups does not match or increase between each other, partial torsion, overall It has a very useful design feature such that the work can be completed in a shorter time than the conventional array holder in the pasting operation without being attached in a bent state.

Claims (2)

In an arrangement holder for collectively attaching a group of characters such as letters and patterns to a predetermined place as it is designed and in a posture state, Each body that attaches a mounting medium that is drilled in the same manner as the back contour of each body from the double-sided adhesive tape to the back is integrally attached to the body tight fitting hole drilled in correspondence with the designed arrangement and the arrangement in the posture state. The cover group characterized by freely peeling off the protective paper over the entire inner surface of the mounting medium group side of the holding member to be freely pulled out and holding the sheet, and overlapping the sheet in the form of a sandwich. Array holder for batch positioning. The array retainer for a batch group positioning mounting according to claim 1, wherein said retaining member is made of foamed urethane resin.