JPH0668863U - Postcard for 3D photo - Google Patents

Abstract

(57) [Summary] [Purpose] Safely mail a realistic 3D photo as a postcard, and make it function as a photo stand after mailing. [Structure] The postcard for stereoscopic photography of the present invention includes (a) a first surface formed by providing a photo insertion section 11 having a size equal to or larger than the vertical and horizontal sizes of the stereoscopic picture S, and forming an adhesive layer 12 around it. b) A window column 13 for displaying the three-dimensional photograph S is provided on the inner side, and the vertical and horizontal dimensions are formed wider than the adhesive layer 12, and a frame back column 14 is formed to frame the periphery of the three-dimensional photograph S. A surface, and (c) a forehead table column 21 that forms the front side of the forehead / back column 14 is formed, and the stereoscopic photograph S is exposed through the window of the window column 14.
And a (d) address writing field 22 and a communication field 2 below
3 is provided, and a broken line 24a is inserted in the left-right vertical direction in a part thereof, and perforation lines 24b and 24c are engraved, and a fourth surface on which a hanging piece 25 of the photo stand is formed is provided on the front and back surfaces. .

Description

[Detailed description of the device]

[0001]

[Industrial applications]

 The present invention relates to a postcard on which a stereoscopic photograph or the like can be mounted, and more specifically, after mounting a stereoscopic photograph or the like on which a landscape or a person is printed and mailing it, the recipient leans it on a table or the like and uses it as a fond stand. Regarding possible postcards.

[0002]

[Prior art]

 The present invention is mainly intended for stereoscopic photography, by dividing the image into three frames with three special lenses, shooting it, processing it technically with a computer, and making it clear with the naked eye. A three-dimensional image can be printed on one photo with a sense of reality (Meitec 3D-1000, trade name of ITI, USA). The three-dimensional photo has a lenticular lens layer formed on the surface and a transparent resin layer inside. , And an emulsion coating layer and a protective layer are formed on the back surface.

[0003]

[Problems to be solved by the device]

 However, since the emulsion layer and the protective layer on the back surface are extremely thin and weak, the above-mentioned three-dimensional photograph has drawbacks such that it is easily scratched by scratches or peels off even when an adhesive such as glue is applied. However, there was a problem in attaching this to a postcard as it was and making it a postcard. The present invention intends to utilize this as a mailing postcard in view of the fact that the above-mentioned three-dimensional photograph provides a realistic image when depicting a landscape, a person, etc., and eliminates the above problems that occur at that time. , It was devised so that it can function as a photo stand as it is after mailing.

[0004]

[Means for Solving the Problems]

 The postcard for three-dimensional photographs of the present proposal has (a) a photo insertion section larger than the vertical and horizontal sizes of the three-dimensional photographs on the front and back sides, and an adhesive layer or an adhesive layer coated with an adhesive is formed around the columns. And a window column that is cut out to expose the three-dimensional photograph on the inside (b), and the vertical and horizontal dimensions are made wider than the adhesive layer to frame the periphery of the three-dimensional photograph. And (c) a forehead column that forms the front side of the above-mentioned forehead column and forms a forehead decoration column that exerts a decorative effect on the forehead. On the 3rd side, and (d) occupying the upper half of the form, with an address entry field that describes the name, address, etc. of the person to be mailed, and below that, a communication field that describes the contact information. Provide a broken line in the left-right vertical direction in a part of the communication column, connect the broken line and carve a perforation line, and also cut the sewing machine in the center. Carved line, constituted by disposing a fourth surface forming the standing hanging piece of photo stand.

[0005]

[Action]

 The forehead column is formed wider than the adhesive layer, and the forehead column is formed so as to slightly cover the three-dimensional photograph, so that the three-dimensional photograph can be firmly fixed by the covering margin, and the photograph insertion column Since the above is more than a three-dimensional photograph, the adhesive does not adhere to the emulsion layer of the photograph, and there is no fear that the adhesive force will destroy the emulsion layer and the protective layer. Also, since the back side of the three-dimensional photograph is covered by the column for inserting the photograph, there is no risk that the emulsion layer and the protective layer will be scratched by fingers, etc., and it will not be damaged during rough handling during the mailing process. Work to protect 3D photos and mail them safely.

[0006] Furthermore, since a broken line is inserted in the left-right vertical direction, the broken lines are connected and a perforation line is engraved, and a perforation line is also engraved in the center to form a standing piece of the photo stand, the post-mailing machine When you cut the line of sight and open the hanging piece, the slightly tilted postcard is supported by the hanging piece on the back side and acts as a photo stand.

[0007]

【Example】

 As shown in FIGS. 1 and 2, the postcard of the present proposal cuts the paper into the size of two sheets of the size of a normal postcard (the size in the type 1 standard postal mail), and folds the line in the center. It is foldable and forms a back surface 10 with a stereoscopic picture attached and a front surface 20 for addressing. As described above, the three-dimensional photograph is a three-dimensional image that is created by printing a decomposed image of three or more frames on a single photo by special processing, and the surface of the lenticular that causes light refraction. A lens layer is formed, a transparent resin layer is sandwiched between the lens layers, and an emulsion coating layer and a protective layer are formed on the back surface of the lens layer.

As shown in FIG. 1, the back surface 10 is formed by a first surface on the right side of the drawing and a second surface on the left side, and the first surface is a photograph insertion column for inserting a stereoscopic photograph S in the center. 11 is provided, and a pressure sensitive adhesive or an adhesive layer 12 coated with an adhesive is formed on the periphery thereof. The size of the photo insert column 11 is the same as or slightly larger than that of the three-dimensional photograph S so that the adhesive does not destroy the emulsion layer of the photograph. For example, when the three-dimensional photograph S is 88 × 113 mm, 90 × It is about 115 mm. The pressure-sensitive adhesive layer 12 adheres or adheres to the forehead / back row 14 described later and fixes it in cooperation with the forehead / back row 14, and has a width of about 10 mm and is made of polyethylene resin, polyester resin, or the like. An adhesive may be applied or a double-sided adhesive tape may be interposed.

Next, the second surface is provided with a window column 13 punched out so as to expose the three-dimensional photograph S on the inside, and the periphery of the three-dimensional photograph S is trimmed around the window column 13 for decorative effect on the forehead. It is constructed by forming the forehead back column 14. At the same time as edging, the frame back column 14 is formed so that its vertical and horizontal dimensions are wider than the adhesive layer 12 so as to fix and fix the three-dimensional photograph S inserted in the photo insertion column 11, that is, the frame back column. 16 is slightly covered on the three-dimensional photograph S, and is fixed by the covering margin.

Next, as shown in FIG. 2, the front surface 20 is formed by a third surface on the right side of the drawing and a fourth surface on the left side, and the third surface is a forehead table column that forms the front side of the forehead back column 14. 21 is formed, and it is desirable to apply a color or pattern to the surface of the three-dimensional photograph S so as to exert a decorative effect. The inside thereof is, of course, a punched window column 14 through which the stereoscopic photograph S is displayed.

Further, on the fourth side, first, an address writing field 22 for occupying about the upper half of the sheet and for writing the name, address, etc. of the other party to be mailed is provided, and a communication field for writing contact information under the address writing field 22. 23 is provided. Then, in a part of the communication column 23, a polygonal line 24a is inserted in the left-right vertical direction, the polygonal line is connected to engrave a perforation line 24b, and a perforation line 24c is also engraved in the center of the photo stand. 25 is formed. That is, when the hanging piece 25 tears the perforation lines 24b and 24c and opens the hanging piece 25 according to the fold line 24a, the hanging piece 25 functions as a photo stand for supporting the stereoscopic photograph S as it is. The angle of leaning is determined by the ratio of the half length La of the perforation line 24b to the distance Lb between the lower perforation line 24b and the bottom side of the paper. In order to maintain, for example, La = 40 mm and Lb = 12 mm. At this time, if the protrusion 24d is formed on the perforation line on the lower side of the sheet, the supporting effect of the protrusion stabilizes the whole.

Although the front surface 10 and the back surface 20 are connected to each other as a postcard, they may be separated from each other on the left and right sides to be two.

Next, the operation of the postcard of the present invention will be described. Before using the postcard of the present invention, first, the above-mentioned three-dimensional photograph S is photographed, printed, and the like, and an appropriate size, preferably the first type standard postal mail is specified. Cut to a size that fits in. However, in the case of special sizes, it is not necessary to stick to regular mail. This three-dimensional photograph S is a photograph of an individual person, a tourist attraction, a landscape, etc., regardless of the subject.

This is inserted into the photo insertion column 11 on the first side, then the release paper on the adhesive layer 12 is peeled off, the center is bent, and the photo insertion column 11 and the back frame column 14 are separated. Stick it. Then, write the name, address, etc. of the person to be mailed in the address writing field 22 on the front surface 20, write the contact information in the communication field 23 below it, and post it as a postcard.

Then, the forehead and back columns 14 are formed such that the vertical and horizontal dimensions thereof are wider than the adhesive layer 12, and the forehead and back columns 14 are formed so as to slightly cover the three-dimensional photograph S. Then, fix the 3D photo S firmly. At that time, since the size of the photograph insertion column 11 is the same as or slightly larger than that of the stereoscopic photograph S, the adhesive 12 does not adhere to the emulsion layer of the photograph, and the adhesive force prevents the emulsion layer and the protective layer. There is no danger of destroying the layers. Further, since the back side of the three-dimensional photograph S is exactly covered by the photograph insertion section 11, the emulsion layer and the protective layer are completely protected without being scratched by a finger or the like. Therefore, in the process of mailing, even if rough handling is performed, the three-dimensional photograph S is not damaged and can be safely mailed.

[0016] Next, after the recipient receives the postcard, the three-dimensional photograph displays a three-dimensional image, which gives the impression of being realistic and giving the impression that the landscape or person actually exists. Therefore, it is most suitable for use as a photo stand, in which the perforation lines 24b and 24c carved in the communication column 23 are cut, and the standing piece 25 is opened around the broken line 24a. Then, the slightly inclined postcard is supported by the lower side of the hanging piece 25, and the postcard can be placed as it is on a desk or table and used as a photo stand.

At that time, the frame table column 21 works to frame the stereoscopic picture and exert a decorative effect as a frame, and further enhance the value as a photo stand.

The postcard of the present invention is mainly intended for stereoscopic photographs, but can be applied to general photographs by the same principle.

[0019]

[Effect of device]

 Since the present invention based on the above configuration can safely send a fragile three-dimensional photograph, it can be used as a substitute for a memorial postcard or a travel postcard, opening a new application for the three-dimensional photograph. You can

Also, after mailing, the hanging pieces can be opened and used as a photo stand as it is, so it is possible to make more advanced use of the characteristics of stereoscopic photography that can realistically depict landscapes, people, etc. it can.

[Brief description of drawings]

FIG. 1 is a plan view showing the back surface of a postcard of the present invention.

FIG. 2 is a plan view showing the surface of the postcard of the present invention.

FIG. 3 is a perspective view of a postcard of the present invention used as a photo stand.

[Explanation of symbols]

 10 Back Side 11 Photo Insertion Column 12 Adhesive Layer 13 Window Column 14 Forehead Column 20 Front Surface 21 Forehead Column 22 Address Writing Column 23 Communication Column 24a Line 24b Perforation Line 24c Perforation Line 25 Standing Piece

Claims (2)

[Scope of utility model registration request] 1. A first surface comprising (a) a photo insertion section having a size equal to or larger than the vertical and horizontal sizes of a three-dimensional photograph, and an adhesive or an adhesive layer coated with an adhesive formed around the column. (B) A window frame that is cut out to expose a three-dimensional photograph is provided inside, and the vertical and horizontal dimensions are made wider than the adhesive layer so that the periphery of the three-dimensional photograph is framed to exert a decorative effect on the forehead. A second surface formed by forming columns, and (c) a third surface forming a forehead column forming the front side of the above-mentioned back column, and displaying a stereoscopic image through the window of the window column, (d) ) Occupying about the upper half of the form, there is an address entry field that describes the name, address, etc. of the person to be mailed, and a communication field below which a communication item is described. Insert a polygonal line in the direction, connect the polygonal lines and carve a perforation line, and also carve a perforation line in the center, and stand on the photo stand. A postcard for three-dimensional photography, characterized in that a fourth surface on which a hanging piece is formed is arranged on the front and back surfaces. 2.