JPH0356376Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a book case, and particularly to a book case that can be applied according to the size of the book.

Generally, book cases are produced by publishers according to the book and are attached to the book at the time of sale.
Conventionally, when books without book cases are placed side by side on a bookshelf, the top 2, bottom 3, and edge 4 of the book 1 become discolored or accumulate dust, as shown in Figure 1. On the other hand, if an individual tried to make a book case suitable for the book, it would be time-consuming and troublesome. On the other hand, even if companies tried to make and sell book cases, it was difficult to make and sell them because the sizes of books varied. Temporarily 4/6 size, A5
Even if they were made for each type, such as a size, the thickness differed depending on the book, so it was impossible to make it suitable for almost all books of that type.

SUMMARY OF THE INVENTION It is therefore an object of the present invention to provide a bookcase mount which eliminates the above-mentioned drawbacks.

In the present invention, fold lines and tear lines are displayed or formed on the mount that constitutes the book case, and the book case is assembled by gluing after being bent and cut according to the required size.

The present invention will be described in detail below based on embodiments shown in the drawings.

2 and 4 are a perspective view and a developed view showing an embodiment of the book case of the present invention. The book case 5 is formed into a box shape including a front cover 6, a back cover 7, an upper side 8, a spine 9, and a lower side 10. Back 9
The opposite side is an opening 11 into which a book is inserted. The top edge 8, spine 9, and bottom edge 10 cover each edge of the book. Here, some books have different vertical and horizontal dimensions for the cover and pages, while others have the same vertical and horizontal dimensions for the cover and pages, but the height y and width x of the book case 5 must be slightly larger than the outside dimensions of the book. have The book case 5 consists of a single mount 12. Horizontal base lines 13 and 1 are horizontally located above and below the mount 12.
4 is formed. The dimension between the horizontal base lines 13 and 14 is equal to the vertical dimension y of the bookcase. Horizontal baseline 1
Transverse lines 15 and 16 are formed above 3. Transverse cutting lines 17 and 18 are formed below the horizontal base line 14. transversal lines 15, 16 and 17,
18 are formed at regular intervals from the horizontal base lines 13 and 14, and the upper transverse lines 15 and 16 correspond to the lower transverse lines 17 and 18. Vertical base lines 19 and 20 are formed in the center of the mount 12. The dimension from the left end 21 of the mount 12 to the vertical base line 19 is equal to the horizontal dimension x of the book case 5. The dimension between the vertical base lines 19 and 20 is equal to the dimension between the horizontal base line 13 and the cross-cut line 15 and between the horizontal base line 14 and the cross-cut line 17. Folding lines 23 and 24 are formed on the right end 22 side of the mount 12 of the vertical base line 20. The dimension from the vertical base line 19 to the fold line 23 is equal to the dimension from the horizontal base line 13 to the cross-cut line 16 and the dimension from the horizontal base line 14 to the cross-cut line 18. Similarly, the dimension from the vertical base line 19 to the fold line 24 is from the horizontal base line 13 to the mount 12.
It is equal to the dimension to the upper end 25 and the dimension from the horizontal base line 14 to the lower end 26 of the mount 12. From the right end 22 to the left end 21 of the mount 12 are vertical perforation lines 27, 2.
8 is formed. Vertical cutting line 2 from vertical base line 20
The dimensions up to 7 are equal to the dimensions from the left end 21 to the vertical base line 19. The dimension from the fold line 23 to the vertical cutting line 28 and the dimension from the fold line 24 to the right end 22 are likewise equal to the dimension from the left end 21 to the vertical base line 19. Vertical base lines 19, 20 and fold lines 23, 24 above the horizontal base line are score lines 19a, 20, respectively.
a, 23a, and 24a. The lines below the horizontal base line 14 of the vertical base lines 19, 20 and the fold lines 23, 24 form score lines 19b, 20b, 23b, 24b, respectively. Cut line 19a, horizontal base line 13, cut line 20a,
The rectangular portion formed by the upper end 25 forms a tongue 29 . The area of the tongue piece 29 changes depending on which of the score lines 20a, 23a, and 24a is cut. Similarly, the rectangular portion formed by the cut line 19b, the lower end 26, the cut line 20b, and the horizontal base line 14 also constitutes the tongue piece 30. The area of the tongue piece 30 also changes depending on the cuts made by the cut lines 20b, 23b, and 24b. Left end 21, horizontal base line 13, cut line 19a,
The rectangular portion formed by the upper end 25 constitutes an upper overlapping portion 31.
The rectangular portion formed by the cut line 20a, the horizontal base line 13, the right end 22, and the upper end 25 forms the upper overlapping portion 32, although it changes depending on the cut of the cut lines 20a, 23a, and 24a. Similarly, the rectangular part consisting of the left end 21, the lower end 26, the cut line 19b, and the horizontal base line 14 has the lower overlapping part 33 and the cut line 2.
0b, the lower end 26, the right end 22, and the horizontal base line 14 form a lower overlapping portion 34, respectively. The upper side 8 of the book case is formed by overlapping the upper overlapping parts 31, 32 and the tongue piece 29, and the lower side 10 is formed by overlapping the lower overlapping parts 33, 34 and the tongue piece 30. A rectangular portion consisting of the cut line 19a, the horizontal base line 13, the cut line 24a, and the upper end 25, that is, the back surface of the tongue piece 29 and the upper overlapping portion 32, and the cut line 19b, the lower end 26, and the cut line 24
b, a rectangular portion consisting of a horizontal base line 14, that is, a tongue piece 3;
An adhesive is applied to the back surface of the lower overlapping portion 33, and a release paper is pasted on the surface of the adhesive. By peeling off the release paper, the adhesive is exposed and can be bonded.

From the mount 12 with such a configuration, the book case 5
To make a book, first measure the thickness of the book as follows. Place the mount 12 on a flat surface and align the outside of one cover of the book with the vertical base line 19. It is assumed that the outside of the other cover of the book is inside the vertical base line 20 and adjacent to the vertical base line 20. This shows that the thickness of the book is the dimension between the vertical base lines 19 and 20. Vertical cutting line 27
Cut off the right end 22 side. The dimensions from the vertical base line 20 to the vertical cutting line 27 are the same as the dimensions from the left edge 21 to the vertical base line 19, so the front cover 6 of the book case 5
and the horizontal dimension x of the back cover 7 becomes constant. Next, cut the upper end 25 side from the cross-cutting line 15, and
Cut the lower end 26 from. Since the dimension between the horizontal base line 13 and the cross-cut line 15 and the dimension between the horizontal base line 14 and the cross-cut line 17 are equal to the dimension between the vertical base lines 19 and 20, the width of the upper side 8 and the lower side 10 of the book case 5 is aligned with the thickness of the book case 5. It will be done. Cut lines 19a, 20a
A cut is made along the upper end 25 to the horizontal base line 13, and a cut is made from the lower end 26 to the horizontal base line 14 along the cut lines 19b and 20b. The mount 12 is folded to the back side so as to form a back 9 from the vertical base lines 19 and 20. Upper overlapping parts 31, 32, tongue piece 29 and lower overlapping parts 33, 3
4. Fold the tongue pieces 30 into the back side of the mount 12 from the horizontal base lines 13 and 14, respectively. Tongue piece 29, upper overlapping part 3
Peel off the release paper on the back of step 2. As shown in FIG. 4, the upper overlapping portion 31 is placed inside, and the tongue piece 29 with adhesive is adhered to the surface of the upper overlapping portion 31. Tongue piece 29
The upper overlapping portion 32 with adhesive is adhered to the upper overlapping portion 31 to which the upper overlapping portion 32 is attached. This forms the upper side 8. With the lower overlapping portion 34 inside, this lower overlapping portion 3
A tongue piece 30 with adhesive is adhered to the surface of 4.
The lower overlapping portion 33 with adhesive is adhered to the lower overlapping portion 34 to which the tongue piece 30 is adhered. As a result, the bottom side 10
is formed. In this way, by differentiating the adhesion between the upper overlapping parts 31 and 32 from the adhesion between the lower overlapping parts 33 and 34, the upper side 8 and the lower side 10 are not offset, and the height becomes uniform. The thickness of the book is the vertical base line 19 and the fold line 2
If the size is between 3 and 3, the vertical perforation line 28 and the transverse perforation lines 16 and 18 are cut out and the book case 5 is manufactured in the same manner.

FIG. 5 shows a second embodiment of the book case 5.
The mount 12A has vertical perforation lines 35, 3 on the left end 21 side.
6 is formed, and a vertical perforation line 3 is formed on the right end 22 side.
Mount 1 except that 7 and 38 are further formed.
It has the same configuration as 2. The dimension from the vertical perforation line 35 to the vertical base line 19 is equal to the dimension from the vertical base line 20 to the vertical perforation line 28, the dimension from the fold line 23 to the vertical perforation line 37, and the dimension from the fold line 24 to the vertical perforation line 38. From the vertical cutting line 36 to the vertical base line 20
The dimension up to is equal to the dimension from the vertical base line 20 to the vertical cut line 27, the dimension from the fold line 23 to the vertical cut line 28, and the dimension from the fold line 24 to the vertical cut line 37. When the lateral dimension of the book is narrow, this mount 12A allows the lateral dimension x of the book case 5 to be adjusted by cutting off the vertical perforation line in the above-mentioned relationship.

FIG. 6 shows a third embodiment of the book case 5. A mount 12B has fold lines 3 on the left and right of the vertical base lines 19, 20.
9, 40, 41, 42, 43, and 44 are formed, and the structure of the mounts 12 and 12A is the same except that the number of vertical and horizontal perforation lines is increased. The book case 5 is manufactured in the same manner as in the first embodiment, with the book aligned with either the vertical base line 19 or the fold lines 39, 40, and 41. This mount 12B can also have a dimension smaller than the standard dimension between the vertical base lines 19 and 20. Of course, dimensions larger than the standard dimensions can also be adjusted.

FIG. 7 shows a fourth embodiment of the book case 5.
The mount 12C has horizontal fold lines 45 and 46 formed inside the horizontal base lines 13 and 14, and another horizontal fold line 47 and 4 formed on the outside.
The configuration is the same as that of the mount 12A except that 8 is formed. The dimension between horizontal fold lines 45 and 47 is vertical base line 1
Equal to dimensions between 9 and 20. The dimension between the horizontal fold line 45 and the transverse cut line 15 is equal to the dimension between the vertical base line 19 and the fold line 23. The dimension between the horizontal fold line 45 and the transverse cut line 16 is equal to the dimension between the vertical base line 19 and the fold line 24. The dimension between the horizontal fold line 47 and the transverse cut line 16 is equal to the dimension between the vertical base lines 19 and 20. The dimension between the horizontal fold line 47 and the upper end 25 is equal to the dimension between the vertical base line 19 and the fold line 23. Horizontal fold lines 46 and 48 are also horizontal fold line 4
It has the same relationship as 5 and 47. The mount 12C can also be applied when the vertical and horizontal dimensions of the book are larger or smaller than the standard dimensions of the book case 5 defined by the horizontal base lines 13, 14 and the vertical base line 19.

FIG. 8 shows a fifth embodiment of the book case 5.
The mount 12D has fold lines 45 and 4 above and below the horizontal base line 13.
7 is formed, and a fold line 46 is formed above the horizontal base line 14. Below the horizontal base line 14 is the horizontal cutting line 4.
9,50 are formed. The dimension between the horizontal base lines 13 and 14 is equal to the dimension between the horizontal fold line 45 and the transverse cut line 49 and between the horizontal fold line 47 and the horizontal fold line 46. The dimensions between the vertical base lines 19 and 20 are the horizontal fold line 47 and the top edge 25
The distance is equal to the dimension between the horizontal fold line 46 and the transverse cut line 49. The dimension between the vertical base line 19 and the fold line 23 is the horizontal base line 1
3 and the upper end 25, and between the horizontal base line 14 and the transverse cut line 50. The dimension between the vertical base line 19 and the fold line 24 is equal to the dimension between the horizontal fold line 45 and the upper end 25 and between the transverse cut line 49 and the lower end 26. The transverse cutting line 49 forms a cutting line and a folding line. The mount 12D has a lower side cut according to an upper side.

Note that each base line, fold line, and cutting line may be printed on the mount, or may be provided so that it is easy to fold or cut. It is convenient to prepare mounts for different book sizes, such as A.5 size and 4.6 size. The folding and cutting positions may be clarified by assigning numbers corresponding to the folding lines and cutting lines. Any number of folding lines and cutting lines may be formed. Base lines, folding lines, and tearing lines may be printed on the mount and these lines may be applied at corresponding positions. In the present invention, base lines, fold lines, and cut-off lines are printed or applied to the backing paper. However, it is also possible to print the base lines, fold lines, and cut-off lines on the front side, and apply fold lines to a release paper coated with adhesive on the back side. Alternatively, the release paper may be peeled off from the mount after being pasted on a mount and folded or cut out. In this case, the surface of the mount is treated with vinyl to prevent the release paper from being completely fixed to the mount and to make it easy to peel off the release paper from the mount. This allows the mount to be freely designed without printing base lines, folding lines, and cut-off lines on the mount.

As explained above, in this invention, base lines, folding lines, and tearing lines are formed at predetermined intervals on the mount, and after being bent and cut according to the required size, they are glued and assembled to create a book case according to the thickness of the book. be able to. Also, since multiple sizes, such as A5 size and 4/6 size, can be formed on a single mount, it can be used for books of many different sizes. By using a bookcase, books without a bookcase can be protected from discoloration and dust.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of a book, Fig. 2 is a perspective view of a book case according to the present invention, Fig. 3 is a developed view of the mount that constitutes the book case, and Fig. 4 shows the assembled state of the book case. It is a perspective view,
5 to 8 are developed views showing other embodiments of the mount of the book case of the present invention. 12...Mount, 13,14...Horizontal base line, 15,
16, 17, 18... cross-cutting line, 19, 20...
Vertical base line, 23, 24... Fold line, 27, 28...
Vertical cut line.

Claims (1)

[Claims for Utility Model Registration] (1) Two vertical base lines, two horizontal base lines formed at a distance from each other in a direction perpendicular to the vertical base lines, and each outside of the horizontal base lines. at least one transverse perforation line formed at intervals, at least one vertical perforation line formed on the outside of one of the vertical base lines, and the dimension between the two vertical base lines is equal to the horizontal base line and the vertical base line. It is characterized in that the dimension between the other side of the vertical base line and the end of the vertical base line is equal to the dimension with the transverse cut line, and the dimension between the one vertical base line and the vertical base line is equal. A mount for a book case. (2) The mount for a book case according to claim 1 of the utility model registration claim, characterized in that a vertical perforation line is also formed on the outside of the other vertical base line side. (3) A practical use characterized in that a plurality of vertical fold lines are formed inside and outside the two vertical base lines, and the dimensions of the fold lines and one or the other vertical base line are equal to the dimensions of the horizontal base line and the transverse cut line. A mount for a book case as set forth in claim 2 of the patent registration claim. (4) The bookcase mount according to claim 3 of the utility model registration claim, characterized in that horizontal folding lines are formed inside and outside the horizontal base line, respectively. (5) The bookcase mount according to claim 3 of the utility model registration claim, characterized in that only the transverse cutting line on the outside of one of the horizontal base lines is cut out.