JP2514562B2 - Paper boxes for electronic devices and instruction booklets - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a flat and portable electronic device such as an electronic notebook and an electronic game machine and an electronic device for storing an explanatory booklet and a paper box for packaging the explanatory booklet. Is.

[0002]

2. Description of the Related Art A conventional product packaging paper box is, for example, as described in Japanese Utility Model Application No. 58-110184 (Japanese Utility Model Application No. 60-18911), a description of a product and a description, a manual, etc. relating to the product. It is common to store booklets together in the same storage space. Further, a paper box having a configuration in which it is possible to store the product and an instruction booklet about the product together in the same storage space or store the manuals in the recesses formed on both sides of the product storage space. Is also known from Japanese Utility Model Publication No. 63-33799.

[0003]

However, in the case of a structure in which a product and an explanation booklet such as a manual for the product are stored together in the same storage space, the product may be stored with the manual overlapped at the same time. After storing the product, when inserting the instruction manual into the gap between the remaining product and the box wall, it is necessary to work carefully so that the instruction manual does not slip or fold. This not only reduces the efficiency of the packaging work, but also for ordinary purchasers, it takes the same labor as during packaging work to store it in a paper box for repeated storage, especially when only the product is taken out. Since the instructions fall down in the product storage space, after storing the product, after storing the product, correct the posture of the manual etc., do not push in the instructions, or once take out the product Similar means to There is an inconvenience that must be accommodated. In addition, the force applied from the product packed in the paper box, for example, the force due to the careless falling object, the weight of the product, etc., may act on the product close to the paper wall, resulting in the partial damage of the product. There are many. Further, in the structure in which the instructions and the like are stored in the recesses formed on both sides of the product storage space, since the product and the instruction can be handled separately, there is no inconvenience as described above, but Due to the fact that it is rolled into a shape and stored, it is limited to cases where it can be easily rolled up, such as the instructions for products with few explanations. In addition, since the tubular shape has a habit when it is taken out, there is the inconvenience that you cannot operate the product while looking at the instructions unless you remove the habit. There are many problems to be solved, such as being thick and unsuitable as a packing paper box for electronic notebooks, electronic game machines, and the like for learning operations while looking at instructions.

According to the present invention, the explanation booklet of the electronic equipment is thicker than the conventional product manual, and the electronic equipment is learned based on the explanation given in the explanation booklet. , A paper box in which the electronic device and the explanation booklet can be stored independently, and the electronic device and the explanation booklet have been put in and out either one or both. It can be easily manufactured by punching a single board, has good workability in product packaging, and has excellent product protection during loading and storage, and transport, and makes it easy for product users to store and handle.
It is intended to provide a paper box for packaging electronic devices and instruction booklets.

[0005]

In order to solve the above-mentioned problems, the present invention has a right side wall 1, a front wall 2,
The left side wall 3 and the back wall 4 are laterally connected via the folds a, b, c, and the upper and lower sides of the front wall 2 or the back wall 4 are folded with the lid plate 5 through the fold e. Insert piece 6 via d
In the paper box forming body A in which the flap pieces 7 are continuously provided on the upper and lower sides of the left and right side walls 3 and 1 through the folds f,
The width B of the left and right walls 3 and 1 is set to a thickness obtained by stacking the electronic devices which are objects to be packaged and the instruction booklet, and the folds g are formed on the left and right sides of the partition wall 8 having the same width as the front wall 2. , H to connect the partition support plate 9 having the thickness t of the electronic device to the side wall of the back wall 4 via the fold i to connect to the middle partition wall 8. Is a glue sticking piece 12 via a fold j at the tip to form an electronic device storage space C for storing and holding electronic devices inserted from one side.
Fold k formed at the base of the
The partition support plate 11 is formed by cutting the partition support plate 11 by bending the adhesive support piece 12 onto the back wall 4 by bending the
One of them is on the inner surface of the left side wall 3, and the other is the partition support plate 9
Is glued to the inner surface of the right side wall 1 to form an electronic equipment storage space C and an explanation booklet storage space H, which is a paper box for packaging the electronic equipment and the explanation booklet.

[0006]

With the above structure, the gluing piece 12 is glued to fold the fold g, and then the fold c is glued to the surface of the partition plate supporting plate 9 adjacent to the fold h. Is folded in a valley and the surface of the middle partition wall 8 is overlapped with the inner surface of the front wall 2, and finally glued on the surface of the partition plate support plate 9 adjacent to the fold g, and then the right side wall 1 is folded in a valley fold a. When glued together, a box flat body is formed, and when the left and right side walls are erected so that each fold is a valley fold, inside the box body part, a partition support plate 11 separates the back wall 4 from the middle wall. The electronic device storage space C is formed between the wall 8 and the explanation booklet storage space H between the front wall 2 and the intermediate partition wall 8 so as to be independently stacked. If the corresponding items are stored in the storage space, the electronic devices can be divided into three parts, that is, the partition wall 8, the explanation booklet, and the front wall which are overlapped with the electronic devices. There acts to exert a buffering function with respect to the force from the top. Therefore, it is a paper box that can store electronic devices and explanation booklets independently, and this can be easily manufactured by punching a single board, and the product packaging workability is good, and it can be stored and transported easily. It is possible to obtain a paper box for packaging electronic devices and explanatory booklets, which is excellent in product protection and can be easily stored and handled by product users.

[0007]

The first embodiment of the present invention will be described below in detail with reference to the drawings. FIG. 1 is a development view showing the inner surface side of a cardboard (not limited to this) cardboard box for wrapping an electronic notebook and an explanation booklet according to the present invention, and FIG. 2 is an upper side in an assembled state (in the following description). The top and bottom of the figure are based on the case where the drawing is viewed from the front.)
FIG. 3 is an enlarged plan view with the flap piece open, and FIG. 3 is a front view of the completed product. This deployable body uses an electronic notebook as an object to be stored. In the deployed state, the right side wall 1, the front side wall 2, the left side wall 3, and the back side wall 4 are connected through folds a, b, and c. , The upper wall of the front wall 2 and the lower wall of the rear wall 4 are provided with a cover plate 5 through a fold e and a plug piece 6 through a fold d, and also on the left and right walls 1 and 3. The upper and lower sides are based on a paper box forming body A in which flap pieces 7 are continuously provided through folds f. The cover plate 5 may be provided on the back wall 4 or one of them may be provided.

In the paper box forming body A, the widths B of the right and left side walls 1 and 3 are set to a thickness in which the electronic notebook as an object to be packaged and the explanation booklet are overlapped with each other, and the width is equal to the width of the front wall 2. A partition forming portion 10 in which a partition support plate 9 having a thickness width t of an electronic notebook is connected to the left and right sides of the partition wall 8 via folds i is connected to a side of the back wall 4 via a fold i. Then, on the partition wall 8, a gluing piece 12 is formed at the tip end through a fold j so as to surround an electronic equipment storage space C for storing and holding an electronic notebook inserted from one side, and A fold line k provided at the base position is bent to cut and form three partition support plates 11 for gluing the glue pieces 12 to the back wall 4.

Then, the gluing piece 12 is glued to fold the fold g, and then the fold h is glued to the surface of the partition plate support plate 9 adjacent to the fold h. If the surface of the wall 8 is overlapped with the inner surface of the front wall 2 and finally glued on the surface of the partition plate support plate 9 adjacent to the fold g, the right side wall 1 is fold-folded at the fold a and glued, When the box flat body is formed and the left and right side walls are erected so that each fold is a valley fold, as shown in FIG. 2 and FIG. An electronic device storage space C is formed in the central portion between the partition wall 4 and the intermediate partition wall 8, and an explanatory booklet storage space H is formed on the entire surface between the front wall 2 and the intermediate partition wall 8.

FIG. 4 is a second embodiment and is a partially developed view showing the inner surface side of the paper box with a part of the paper box forming body A in the first embodiment omitted, and FIG. 5 is a front view of the finished product. .

In this case, the width B (see FIG. 1) of the right and left side walls 1 and 3 is to be packaged on the back wall 4 of the paper box forming body A (illustration and description thereof are omitted because it is the same as the first embodiment). The thickness of the electronic notebook is set to be a thickness in which the electronic devices that are objects and the explanation booklet are overlapped, and is narrower than the width B through the folds g and h on the left and right of the partition wall 8 that is equal to the width of the front wall 2. The partition forming portion 10 in which the partition support plate 9 having the width t is connected,
The tip end portion is connected to the side of the back wall 4 via a fold i, and the partition wall 8 surrounds an electronic device storage space C for storing and holding electronic devices inserted from one side. Two separating support plates for forming the glued piece 12 through the fold j and bending it at the fold k provided at the base position to glue the glued piece 12 to the back wall 4 11, the electronic equipment storage space C is formed at a biased position between the back wall 4 and the middle partition wall 8 as shown in FIG. 5, and the front wall 2 and the middle partition wall 8 are formed. An explanation booklet storage space H is formed on the entire surface between and.

FIG. 6 shows a case where the object to be packaged in the third embodiment is an electronic game machine, and a part of the paper box forming body A in the first embodiment is omitted so as to show the inner surface side of the paper box. 7
Is a rear view of the finished product, the width B of the right and left side walls 1 and 3
(See FIG. 1) is set to a thickness in which electronic devices which are objects to be packaged and the explanation booklet are overlapped, and the electronic parts are formed on the left and right sides of the partition wall 8 having the same width as the front wall 2 through folds g and h. A partition forming portion 10 in which a partition support plate 9 having a thickness width t of a game machine is connected is connected to the side of the back wall 4 through a fold i, and the middle partition wall 8 is bent at the left end to the tip. The gluing piece 12 is formed through the eye j, and the gluing piece 12 is bent by the fold k provided at the base position of the gluing piece 12 to form the glued piece 12 on the back wall
A partition support plate 11 is provided so as to face either the right side wall 1 or the left side wall 3 when assembled, and the electronic device accommodating space C is formed near one of the side walls.

8 and 9 show the fourth embodiment. FIG. 8 is a partially developed view showing the inner surface side of the paper box with a part of the paper box forming body A in the first embodiment omitted, and FIG. 9 shows a completed product. In Embodiment 3, the inner lid 13 is formed on the upper and lower sides of the intermediate partition wall 8 through the fold P, and the contact piece 14 is formed on the inner lid 13 through the fold r. In addition, when the folded back piece 15 and the partition plate 16 are formed on the upper edge of the partition support plate 9 on the end side through the folds n and m, and are assembled, as shown in FIG. In addition to the booklet storage space H, a component storage space D for storing components such as batteries is formed.
The contact piece 14 may not be formed in some cases.

Each of the paper boxes shown in the above-mentioned embodiments is formed by punching by providing a fold in its developed state. The gluing piece 12 is glued and the fold g is valley-folded. Next, after gluing on the surface of the partition support plate 9 adjacent to the fold h, the fold c is valley-folded so that the surface of the middle partition wall 8 overlaps the inner surface of the front wall 2 and finally the partition adjacent to the fold g. After gluing on the surface of the support plate 9, the right side wall 1 is valley-folded at the folds a and glued to form a flattened box, which is stored and transported in this state. Then, the left and right side walls are erected so that each fold is a valley fold to make it three-dimensional, and the electronic devices and the explanation booklet are stored in each storage space, and the flap piece 7 and the lid 5 are folded to wrap them. used.

[0015]

According to the paper box for packaging the electronic devices and the explanation booklet of the present invention described above, the partition having the thickness width t of the electronic device through the folds g and h on the left and right of the intermediate partition wall 8. The partition forming portion 10 in which the support plate 9 is connected to the rear wall 4
Is connected to each other through a fold i, and a glue sticking piece 12 is formed at the tip of the partition wall 8 through a fold j, and a fold k is provided at the base position thereof. A partition support plate 11 that is bent and glues the glue piece 12 to the back wall 4
Since the box is formed by cutting, the electronic device accommodating space C can be formed in the central portion between the back wall 4 and the partition wall 8 by the partition support plate 11 inside the box main body portion. The explanation booklet storage space H can be independently formed on the entire surface between the second partition wall 8 and the inner partition wall 8. Moreover, the electronic device has three layers of the middle partition wall 8, the explanation booklet, and the front wall which are overlapped with this. It exerts a buffer function against the force from. Therefore, as in the prior art: a. Poor packaging efficiency due to misalignment and folding of the manual from the product, which occurred when storing the product and explanation booklets related to the product together in the same storage space, general purchase The same labor and time as the packaging work in storing and storing in a paper box after repeated handling by the user,
When the product is taken out, the trouble caused by the collapse of the manual in the product storage space is eliminated. b. Also, with a structure that stores instructions etc. in the recesses formed on both sides of the product storage space, it is not possible to secure a wide recess for storing the instructions, so the instructions can be rolled into a tubular shape and stored. The inconvenience of being unable to store a thick booklet and the inconvenience of browsing caused by the habit of the tubular shape when taken out are eliminated only in the case of products with few description items. c. Further, it is possible to eliminate inadvertent falling objects, partial damage to the product due to the force such as the weight of the product, which is added on the packaged product. As described above, according to the present invention, there is a paper box in which electronic devices and explanation booklets can be independently stored, and this can be easily manufactured by punching a single substrate, and product workability is good, In addition, it has excellent product protection when loading and transporting, and it is easy for product users to store and handle. In addition, it can be independently taken out and stored without rolling the thick instruction booklet of electronic devices and browsing it. A paper box which is convenient for packaging electronic devices and instruction booklets can be provided.

[Brief description of drawings]

FIG. 1 is a development view showing an inner surface side of a paper box for packaging an electronic notebook and an explanation booklet according to a first embodiment of the present invention.

FIG. 2 is an enlarged plan view according to the first embodiment in a state where one lid plate and a flap piece are opened in an assembled state.

FIG. 3 is a front view of a finished product of Example 1.

4 is a second embodiment and is a paper box forming body A in FIG.
FIG. 3 is a partial development view showing the inner surface side of the paper box with some of the parts omitted.

5 is a front view of a finished product of Example 2. FIG.

6 is a third embodiment and is a paper box forming body A in FIG.
FIG. 3 is a partial development view showing the inner surface side of the paper box with some of the parts omitted.

FIG. 7 is a front view of a finished product of Example 3.

8 is a fourth embodiment and is a paper box forming body A in FIG.
FIG. 3 is a partial development view showing the inner surface side of the paper box with some of the parts omitted.

FIG. 9 is a front view of a finished product of Example 4.

[Explanation of symbols]

1 right side wall 2 front wall 3
Left side wall 4 Rear wall 5 Cover plate 6
Insert piece 7 Flap piece 8 Middle partition wall 9
Partition support plate 10 Partition forming part 11 Partition support plate 1
2 Adhesive piece 13 Inner lid 14 Abutment piece 1
5 Folding piece 16 Separator A Paper box forming body
B width C electronic device storage space D component storage space H description booklet storage space a to r fold t
Thickness width

Claims (2)

(57) [Claims] 1. A right side wall 1, a front wall 2, in a deployed state,
The left side wall 3 and the back wall 4 are connected to each other through folds a, b, and c, and the lid plate 5 and the fold d are provided on the upper and lower sides of the front wall 2 or the back wall 4 through folds e. An electronic notebook, an electronic game machine, etc., in which insertion pieces 6 are connected in series via left and right side walls 3 and 1 and flap pieces 7 are connected in upper and lower sides of the left and right side walls 3 and 1 via folds f.
Of flat and portable electronic devices and their explanatory booklets
A paper box that wraps electronic devices and instruction booklets in the storage area
In the above, the width B of the left and right side walls 3 and 1 is the thickness width obtained by stacking the electronic devices and the instruction booklet which are objects to be packed, and the front wall 2
Folds g on the left and right of the partition wall 8 having a width equal to
The partition forming portion 10 in which the partition support plate 9 having the width t, which is the thickness of the electronic devices through h, is connected to the partition forming portion 10 through the fold i.
And connected to the rear wall 4, and further into said partition wall 8, are bent upright by the folds k provided at a position which becomes the root thereof to form a glue adhesive strip 12 via a crease j first end Glues the glue piece 12 to the back wall 4, equal to the width t
A single or a plurality of partition support plates 11 are formed by cutting, one of the partition support plates 9 is formed on the inner surface of the left side wall 3, the other partition support plate 9 is formed on the inner surface of the right side wall 1, and the fixing piece 1 is further formed.
2 is glued to the back wall 4 and the middle partition wall 8 is common
Carton for packaging electronic equipment and description booklet, characterized in that a configuration of forming the explanation booklet accommodating space H and electronic equipment housing space C before and after a. 2. The vertical width of the partition wall 8 is made narrower than that of the back wall, and the inner lid 13 is provided on the upper and lower sides thereof via the fold p, or the abutting piece 14 is attached to the inner lid 13 via the fold r. And a folded back piece 1 through the folds n and m on the upper edge of the partition support plate 9 on the end side.
5. The component storage space D for storing components such as batteries is formed separately from the electronic device storage space C and the booklet storage space H when the separator 5 and the partition plate 16 are formed and assembled. A paper box that wraps the electronic devices and instruction booklets.