JP2018135140A - Packaging container with projection mapping appreciation function - Google Patents

Abstract

[PROBLEMS] To provide a packaging with a projection mapping appreciation function that can be used as a packaging container that can store an article having a sufficient capacity in addition to the appreciation device, and that improves the appreciation of appreciation as an appreciation device. Provide containers at low cost. A single plate-like transparent plate member is accommodated in a substantially rectangular parallelepiped packaging box, a window forming portion is provided on one face plate of the packaging box, and a fixing portion is provided on the taking-in facing surface. A viewing window forming portion is provided on at least one of the four side plates connected to the image capturing surface and the capturing facing surface, and the transparent plate member is fixed to the fixing portion. A packaging container with a projection mapping appreciation function, wherein the object to be appreciated is placed between the capture facing surface and the transparent plate member, and the projection mapping appreciation can be performed when the object to be appreciated is viewed from the appreciation window. . [Selection] Figure 2

Description

  The present invention relates to a packaging container with a projection mapping appreciation function, which has a function of performing projection mapping on an object to be viewed arranged in a packaging box using an image displayed on a video display portable terminal such as a smartphone and appreciating it. .

  In recent years, projection mapping technology has been widely used for projecting images onto a three-dimensional object to be viewed and then viewing the image superimposed on the surface of the object to be viewed. Many attempts have been made to obtain an effect of attracting customers by performing an effect by projection mapping as an object.

  On the other hand, in packaging containers for storing and packaging articles, in recent years, by adding functions other than the original packaging function for storing and transporting articles in the packaging container, the added value of the packaging container itself can be increased, thereby packaging the packaging container. There is a movement to promote the sale of sold goods.

  In response to such a flow, packaging containers having a projection mapping appreciation function have been proposed (for example, Patent Documents 1 to 4).

  In each of Patent Documents 1 to 4, a solid object (viewed object) is placed inside a box, a transparent plate is tilted and fixed in front of the solid object, and an image projected from the top of the box is displayed. A video display device is disclosed that is capable of superimposing and displaying the video on the three-dimensional object by reflecting on the transparent plate and viewing from the front of the transparent plate.

However, since the transparent plate used in the video display devices as disclosed in Patent Documents 1 to 4 has a configuration in which a plurality of transparent thin plates are laminated, it is difficult to bend and store the transparent plate. Therefore, when the transparent plate is stored together with the three-dimensional object in the box, the transparent plate is stored in an obliquely leaned state in the box. Thereby, even if it is going to enclose some goods etc. in addition to the solid object and the transparent plate in the box, the space for putting the goods etc. will be very small compared to the capacity of the box. There was a problem.
In addition, there is also a problem that the manufacturing cost increases by laminating a plurality of transparent thin plates as compared with the case of using one single plate.

  Further, in the video display devices as in Patent Documents 1 to 4, when the transparent plate is stood diagonally in front of the three-dimensional object, it stands so as to be in contact with the inclined surface of the top surface of the three-dimensional object and the bottom surface of the box. It is assumed that it is used without fixing the position of the transparent plate. Therefore, when viewing the projection mapping using the video display device, touch the video display device or place the video display portable terminal such as a smartphone on the upper surface of the box after leaning the transparent plate diagonally. When an external force is applied, for example, by touching the three-dimensional object or the transparent plate, the position of the transparent plate is displaced each time.

Japanese Patent No. 5808777 JP-A-2015-90407 JP-A-2015-90408 JP-A-2006-6542

  The present invention has been made in view of the circumstances as described above, and is a packaging container with a projection mapping appreciation function that allows easy viewing of projection mapping, and has a sufficient capacity other than the use of the projection mapping appreciation device. It is an object of the present invention to provide an inexpensive packaging container with a projection mapping appreciation function that can be used as a packaging container that can store articles and that has improved the convenience of appreciation as a projection mapping appreciation device.

  The present invention has been made in view of such problems, and the packaging container with a projection mapping appreciation function of the present invention has a single plate-like transparent plate member housed in a substantially rectangular parallelepiped packaging box composed of six face plates. One face plate of the packaging box is provided with a window forming portion for forming a window for capturing an image, and the face plate provided with the window forming portion of the packaging box is defined as an image capturing surface, the image capturing surface, In the case where the opposing face plate is a capture facing surface, a fixing portion for fixing the transparent plate member is provided on the capture facing surface, and the image capturing surface and four side plates connected to the capture facing surface are provided. At least one face plate is provided with an appreciation window forming portion for forming an appreciation window through which the inside of the packaging box can be seen through the transparent plate member, and the transparent plate member is fixed to the fixing portion. The object to be viewed is disposed between the capturing facing surface and the transparent plate member in a state where the image is captured, and the image captured from the window for capturing the image is reflected by the transparent plate member, thereby allowing the transparent plate member to reflect the image. When the object to be viewed is viewed, the image captured from the window for capturing the image is seen superimposed on the surface of the object to be viewed.

  Further, in the packaging container with a projection mapping appreciation function of the present invention, the video capturing surface is a top plate of the packaging box, and the video display portable terminal is placed on the upper surface of the window for capturing the video, thereby It is good also as a structure which takes in an image | video from the window for taking in.

Further, the transparent plate member of the packaging container with a projection mapping appreciation function of the present invention has a fold line, and the transparent plate member is formed on the fixed portion in a state where a plurality of reflecting surfaces are formed with the fold line as a boundary. It may be fixed.
Further, at this time, the viewing window forming portion for forming a viewing window that allows the inside of the packaging box to be seen through the respective reflecting surfaces of the bent transparent plate member includes the image capturing surface and the capturing facing surface. It may be provided on two or more face plates among the four face plates.

The packaging container with a projection mapping appreciation function of the present invention is composed of a substantially rectangular parallelepiped packaging box and a single-plate-like transparent plate member, and is the minimum necessary simple member for having a projection mapping appreciation function. Therefore, it can be provided at a very low cost.
In addition, when not used as a projection mapping appreciation device, it can be used as a normal packaging container for storing and packaging articles.
Further, since the packaging box is provided with a fixing portion for fixing the transparent plate member, when the video display portable terminal for video projection is arranged after the transparent plate member is arranged, the projection mapping appreciation of the present invention can be performed. When appreciating projection mapping using a packaging container with a function, even if an external force is applied to the packaging container with a projection mapping appreciation function, there is no possibility that the position of the transparent plate member will shift. Thereby, it is possible to improve the convenience of viewing as a projection mapping viewing device.
Furthermore, since the transparent plate member has a single plate shape, the manufacturing cost is not only suppressed, but it is also easy to bend or deflect. Thereby, since the storage space for the transparent plate member can be reduced, when the packaging container with a projection mapping appreciation function of the present invention is used as a packaging container for storing and packaging articles, the size of the packaging box is required. It is possible to store an article having a sufficient capacity to meet the requirements.

  Further, in the packaging container with a projection mapping appreciation function of the present invention, the image capturing surface is a top plate of the packaging box, and the image display portable terminal is placed on the upper surface of the window for capturing the image. In addition, it is not necessary to separately prepare a holding member or the like for holding the video display portable terminal in an upright state, and it is possible to view projection mapping more easily.

Further, the transparent plate member of the packaging container with a projection mapping appreciation function of the present invention has a structure having a folding line, so that the transparent plate member is folded at the folding line when stored in the packaging box. It can be stored in a state.
In addition, it is possible to display projection mapping in a plurality of directions by configuring the transparent plate member to be fixed to the fixing portion in a state where a plurality of reflecting surfaces are formed with the bending line as a boundary. Become.

  In addition, an appreciation window forming portion that forms an appreciation window that allows the inside of the packaging box to be seen through each reflecting surface of the bent transparent plate member is provided between the image capturing surface and the capturing facing surface. By providing it on two or more of the four face plates, a plurality of people can enjoy viewing the projection mapping from different viewing windows at the same time.

It is explanatory drawing which showed typically the expanded view of each member in embodiment of the packaging container with a projection mapping appreciation function of this invention. It is explanatory drawing which showed typically the state in the middle of an assembly in the case of utilizing embodiment of the packaging container with a projection mapping appreciation function of this invention as a packaging container. It is explanatory drawing which showed typically the 1st procedure in the case of utilizing the packaging container with a projection mapping appreciation function of this invention as a projection mapping appreciation apparatus. It is sectional explanatory drawing which showed typically the 2nd procedure in the case of utilizing the packaging container with the projection mapping appreciation function of this invention as a projection mapping appreciation apparatus. It is explanatory drawing which showed typically the 3rd procedure in the case of utilizing the packaging container with the projection mapping appreciation function of this invention as a projection mapping appreciation apparatus. It is explanatory drawing which showed typically the utilization condition at the time of utilizing the packaging container with the projection mapping appreciation function of this invention as a projection mapping appreciation apparatus.

  Hereinafter, a first embodiment for carrying out the present invention will be described with reference to the drawings.

  A packaging container 1 with a projection mapping appreciation function of the present invention is composed of a packaging box 2 and a transparent plate member 3.

The blank sheet that constitutes the packaging box 2 may be any material that can vividly project the projected image with strength in consideration of transporting the product in a packaged state, and is inexpensive and easy to process. In particular, it is preferable that the inner surface is printed or colored black using cardboard such as double-sided cardboard or double-sided cardboard, paperboard such as white cardboard, or cardboard. A resin layer or the like may be provided on the front surface or the back surface.

As shown in FIG. 1, the blank sheet which comprises the packaging box 2 is connected in series through the bending line in order of the rear surface board 21, the top surface board 22, the front surface board 23, the bottom surface board 24, and the paste margin piece 24a.
A left side inner plate 25a and a right side inner plate 25c are connected to the left and right sides of the top surface plate 22 via a folding line, and an insertion plate 25b is connected to the front end of the left side inner plate 25a. The insertion plates 25d are connected to each other. Locking portions 22a and 22a are formed at the boundary between the top plate 22, the left side inner plate 25a, and the right side inner plate 25c.
Further, a left side outer plate 26a and a right side outer plate 26c are connected to the left and right sides of the bottom plate 24 via a bend line. The insertion pieces 26d are connected to each other.
Inner flaps 21a, 21a, 23a, 23a are connected to the left and right sides of the rear plate 21 and the front plate 23, respectively.

  In the present embodiment, since the top plate 22 is an image capturing surface and the bottom plate 24 is a capturing opposite surface, the window forming portion 27 is provided on the top plate 22 that is the image capturing surface. A fixed portion 28 is provided on each bottom plate 24. In this embodiment, the fixing portion 28 is assumed to be fixed by folding the transparent plate member 3 in two, as will be described later. The number, shape, and arrangement can be arbitrarily designed according to the position and direction in which the transparent plate member 3 is fixed. Moreover, the formation method of the fixing | fixed part 28 is not restricted to a score line, It is possible to fix the transparent plate member 3 in arbitrary positions, and when using the packaging box 2 as a packaging container which accommodates and wraps articles | goods, it has trouble. Anything that doesn't come ok.

  Further, in the present embodiment, the left side outer plate 26a and the right side outer plate 26c are connected to the bottom plate 24 via a fold line, but the fold line is changed to a cut line, When the packaging container 1 with a projection mapping appreciation function is used as a projection mapping appreciation device, the left side outer plate 26a and the right side outer plate 26c may be separated.

Further, the front plate 23 is formed with an insertion port forming portion 29 into which an object to be viewed is inserted when the packaging container 1 with a projection mapping appreciation function is used as a projection mapping appreciation device. On the in-plane plate 25c, viewing windows 20a and 20b through which the inside of the packaging box 2 can be seen through the transparent plate member 3 are formed.
Here, in the present embodiment, the left and right side surfaces are overlapped with the inner plate (the left side inner plate 25a and the right side inner plate 25c) and the outer plate (the left side outer plate 26a and the right side outer plate 26c). Because of the double structure, the viewing windows 20a and 20b are formed in advance on the inner plate (the left side inner plate 25a and the right side inner plate 25c). However, the present invention is not limited to this. At least one face plate (in the present embodiment, it is assumed that the transparent plate member 3 folded in half is used for viewing from the left and right sides). A viewing window or a viewing window forming unit capable of forming a viewing window may be provided on the face plate. Specifically, when the left and right side surfaces have a single structure, the viewing window forming portions 20a and 20b partitioned by perforations or the like are not provided, but the viewing windows are formed in advance, as in the present embodiment. Even in the case of the double structure, the viewing window forming portions 20a and 20b partitioned by perforations without opening a hole may be used in consideration of the storage stability of the contents.

  In addition, in the present embodiment, the insertion port forming portion 29 is divided by a cut line in the present embodiment. However, the present invention is not limited to this, and it is sufficient that the object to be viewed 4 can be inserted into the packaging box 2. The part may be a fold line.

  Next, the assembly at the time of assembling the packaging box 2 from the state of the blank sheet shown in FIG. 1 to a box form is demonstrated.

When assembling the packaging box 2, first, the rear plate 21, the top plate 22, the front plate 23, and the bottom plate 24 are bent at substantially right angles along the folding line, and the paste margin piece 24 a connected to the tip of the bottom plate 24 is moved to the rear. By adhering to the back surface of the face plate 21, a square tube shape is formed.
Next, the left side inner plate 25a and the right side inner plate 25c are bent at substantially right angles along the folding line, and the insertion plates 25b and 25d connected to the respective ends are inserted so as to be in contact with the inner surface of the bottom plate 24. Thus, it is assembled in the state shown in FIG.

  Thereafter, the left side outer plate 26a and the right side outer plate 26c are folded so as to cover the outer surfaces of the left side inner plate 25a and the right side inner plate 25c, and the insertion pieces 26b and 26d connected to the respective tips are engaged. The assembly of the substantially rectangular parallelepiped packaging box 2 is completed by inserting the stoppers 22a and 22a.

  Next, the transparent plate member 3 will be described. The plate constituting the transparent plate member 3 is a single plate-like transparent plate, reflects the projected image, and displays the image on the object to be viewed 4 disposed on the back side of the transparent plate member 3. As long as the material can be seen through, a transparent resin such as acrylic or polyethylene terephthalate is preferably used.

As shown in FIG. 1, the transparent plate member 3 in the present embodiment has a fold line 31 at the center of the left and right sides, and has two reflecting surfaces, a left reflecting surface 32 a and a right reflecting surface 32 b with the fold line 31 as a boundary. doing. Here, the transparent plate member 3 may be used as one reflecting surface without having the folding line 31, but the folding line 31 may be formed to have a plurality of reflecting surfaces for the following reason. preferable. One reason is to realize a structure that improves viewing convenience by allowing a plurality of people to enjoy projection mapping viewing at different viewing positions at the same time. Another reason is to reduce the storage space for the transparent plate member 3. Since the single plate-like transparent plate member 3 is used, it is possible to store the transparent plate member 3 so as not to obstruct the storage of other articles by bending or bending without providing the folding line 31. However, it is possible to reduce the storage space of the transparent plate member 3 more reliably by providing a structure that has the folding line 31 in advance and is bent.
Further, each of the reflection surfaces 32a and 32b of the transparent plate member 3 can be reflected most beautifully when the inclination angle from the vertical position is approximately 45 degrees, and thus is provided on the bottom plate 24 of the packaging box 2. The fixing portion 28 is formed at a position where the transparent plate member 3 can be fixed such that the inclination angle of the reflection surfaces 32a and 32b of the transparent plate member 3 is approximately 45 degrees.

  When using the packaging container 1 with a projection mapping appreciation function as a packaging container for storing and packaging an article, the transparent plate member 3 overlaps the left reflecting surface 32a and the right reflecting surface 32b as shown in FIG. It is stored in a state of being folded into two at a folding line 31. Thereby, it becomes possible to store articles having a sufficient capacity corresponding to the size of the packaging box 2. In addition, in order to prevent the transparent plate member 3 from being scratched or adhering to the surface of the enclosed article during transportation, an individual packaging bag or partition plate for protecting the transparent plate member 3 is prepared. You may do it.

When the packaging container 1 with the projection mapping appreciation function composed of the members described above is used as a packaging container for storing and transporting an article, as shown in FIG. 2 (the stored article is not shown), as described above. The folded transparent plate member 3 is accommodated in the packaging box 2 assembled in the above manner, and a stored article such as a food or drink is enclosed. Here, considering that the user having the packaging container 1 with the projection mapping appreciation function can immediately enjoy the projection mapping appreciation, the storage article enclosed in the packaging box 2 is the object to be appreciated of the projection mapping. It may be 4.
Thereafter, the left side outer plate 26a and the right side outer plate 26c are folded so as to cover the outer surfaces of the left side inner plate 25a and the right side inner plate 25c, and the insertion pieces 26b and 26d connected to the respective tips are engaged. It can be used as a packaging container for transportation by being inserted into the stoppers 22a and 22a.

Next, an operation performed by the user when the packaging container 1 with a projection mapping appreciation function used as a packaging container is used as a projection mapping appreciation device will be described.
When transforming the packaging container 1 with the projection mapping appreciation function from the packaging container to the projection mapping appreciation device, first, as shown in FIG. 3, the outer plate (left side surface) on either the left or right side (left side in FIG. 3) After the outer plate 26a) and the inner plate (left side inner plate 25a) are opened and the transparent plate member 3 and the enclosed storage article are taken out, the window forming portion provided on the top plate (image capturing surface) 22 of the packaging box 2 27 is cut along the cut line, and an image capturing window is opened.

  Next, after fixing portions 28 and 28 provided on the bottom plate (take-in facing surface) 24 of the packaging box 2 are erected along the folding line, the transparent plate member 3 is formed in a mountain fold shape with the folding line 31 facing upward. Inserted from either the left or right side (for example, the left side), the outer surface end of the left reflecting surface 32a and the inner surface of the left fixing portion 28, the outer surface end of the right reflecting surface 32b and the inner side of the right fixing portion 28 The transparent plate member 3 is fixed in a state as shown in FIG. Here, FIG. 4 is a cross-sectional explanatory view showing a state in which the transparent plate member 3 is fixed in the packaging box 2, and is a cross-sectional explanatory view when cut substantially at the center in the front-rear direction of the packaging box 2. After the transparent plate member 3 is fixed, the open inner plate (for example, the left inner plate 25a) is closed.

Next, the insertion port forming portion 29 provided on the front plate 23 of the packaging box 2 is cut out along the cut line, and the object insertion port is opened as shown in FIG. The insertion port forming portion 29 may be configured to be partially cut open without being completely excised and left to be moved forward, and the left side outer plate 26a and the right side outer plate 26c may be separated from the bottom plate 24. It is good also as a structure separated from a part.
However, during viewing, the image will be clearer when light from the outside does not enter, so it should be provided in a form that is connected by a fold line without being cut off, and can be resealed (temporarily fixed). preferable.

  Then, the object-to-be-viewed object 4 is inserted into the packaging box 2 from the object-to-be-viewed object insertion opening provided on the front plate 23 by cutting away the insertion opening forming portion 29 and placed on the bottom plate 24. ) The video display portable terminal 5 is placed on the top panel 22 with the display surface facing downward so that the display is opposed to the video capture window provided at 22. Thereby, as shown in FIG. 6, the assembly of the projection mapping appreciation device is completed. Here, the video display portable terminal 5 is a portable terminal having a video display function such as a smartphone or a PDA (Personal Digital Assistant or Personal Data Assistance).

When viewing the projection mapping using the packaging container 1 with the projection mapping appreciation function, assembling as described above and displaying the image to be projected on the display of the image display portable terminal 5, as shown in FIG. The video display portable terminal 5 is placed on the top plate 22 with the display surface facing downward. Then, the image displayed on the display of the image display portable terminal 5 is reflected by the left reflecting surface 32 a and the right reflecting surface 32 b of the transparent plate member 3, and the image is displayed on the surface of the object 4 to be viewed placed on the bottom plate 24. 6 can be viewed from the viewing windows 20a and 20b in the two directions L and R in FIG.
Here, the video to be displayed on the display of the video display portable terminal 5 may be arbitrarily selected by the user, or a designation obtained from a QR code (registered trademark) or URL printed on the packaging box 2. It may be a video.

  As described above, a user who has purchased an article stored in the packaging container 1 with a projection mapping appreciation function can receive an image capturing window, an appreciation window, and a viewing window provided on a part of the packaging box 2 with a cut line or the like. The object to be viewed is opened, and the enclosed transparent plate member 3 is disposed at a predetermined position by using the fixing portions 28 and 28 provided in a part of the packaging box 2, and the object to be viewed 4 is disposed. By simply placing the handheld video display mobile terminal 5 on the video capture surface 22, the user can easily view the projection mapping that displays the video displayed on the display of the video display mobile terminal 5 superimposed on the surface of the object 4 to be viewed. It can be used as a projection mapping appreciation device that can be used.

DESCRIPTION OF SYMBOLS 1 ... Packaging container with projection mapping appreciation function 2 ... Packaging box 20a, 20b ... Appreciation window (appreciation window formation part)
21 ... Rear plate 21a ... Inner flap 22 ... Top plate (image capturing surface)
22a ... Locking part 23 ... Front plate 23a ... Inner flap 24 ... Bottom plate (take-in facing surface)
24a ... paste margin piece 25a ... left side inner plate 25b ... insertion plate 25c ... right side inner plate 25d ... insertion plate 26a ... left side outer plate 26b ... insertion piece 26c ... Right-side outer plate 26d ... insertion piece 27 ... window forming portion 28 ... fixing portion 29 ... insertion port forming portion 3 ... transparent plate member 31 ... bending line 32a ... -Left reflective surface 32b ... Right reflective surface 4 ... Object 5 ... Video display portable terminal

Claims (4)

A single plate-like transparent plate member is accommodated in a substantially rectangular parallelepiped packaging box composed of six face plates,
One face plate of the packaging box is provided with a window forming part for forming a window for capturing an image,
When the face plate provided with the window forming portion of the packaging box is an image capturing surface, and the face plate facing the image capturing surface is an capturing opposite surface,
A fixing portion for fixing the transparent plate member is provided on the capturing facing surface,
Appreciation for forming an appreciation window through which the inside of the packaging box can be seen through the transparent plate member on at least one of the four side plates connected to the image capturing surface and the capturing facing surface. A window forming part is provided,
With the transparent plate member fixed to the fixing portion, an object to be viewed is disposed between the capture opposing surface and the transparent plate member, and an image captured from a window for capturing the image is captured by the transparent plate member. Projection mapping appreciation function characterized in that when the object to be viewed is viewed from the viewing window by reflection, the image captured from the window for capturing the image is superimposed on the surface of the object to be viewed Packaging container with. A packaging container with a projection mapping appreciation function according to claim 1,
The image capturing surface is a top plate of the packaging box,
A packaging container with a projection mapping appreciation function, wherein an image is captured from a window for capturing the image by placing an image display portable terminal on an upper surface of the window for capturing the image. A packaging container with a projection mapping appreciation function according to claim 1 or 2,
The transparent plate member has a fold line,
The packaging container with a projection mapping appreciation function, wherein the transparent plate member is fixed to the fixing portion in a state where a plurality of reflecting surfaces are formed with the folding line as a boundary. A packaging container with a projection mapping appreciation function according to claim 3,
There are four viewing window forming portions between the image capturing surface and the capturing facing surface, which form an viewing window that allows the inside of the packaging box to be viewed through each reflecting surface of the bent transparent plate member. A packaging container with a projection mapping appreciation function, which is provided on two or more of the face plates.

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