JP2013151318A - Tissue box cover - Google Patents

Abstract

[PROBLEMS] To fold a bent fold line or a fold line at an intersection of at least two fold lines at an acute angle in a tissue box cover that forms a realistic structure by bending a plate-shaped member without damaging the appearance. Provides a tissue box cover that can be folded beautifully.
In a tissue box cover in which a photorealistic structure is formed by bending a plate-like member such as paper, at least two fold lines have an acute angle β. A line L4. L5. Irregular cuts on L6 31c. 32c. 33c is provided.
[Selection] Figure 7

Description

  The present invention relates to a tissue box cover configured by bending a plate-like member such as paper.

  Conventionally, as described in Patent Document 1 and Patent Document 2, a tissue box cover has been proposed in which a plate-like member is bent to form a structure simulating a vehicle. Under such circumstances, when pursuing to reproduce a realistic shape closer to the real thing, it is necessary to beautifully fold a bent fold line or a fold line where at least two fold lines intersect at an acute angle.

  Here, for straight folds such as valley folds, in order to bend beautifully, the cuts are regularly cut at relatively fine intervals, such as “Lead Rule” in which cuts are regularly placed on the fold lines. There are cases where "perforations" are used.

  For example, Patent Document 3 proposes a folding structure in which a part of the folding line is folded beautifully by absorbing the generation of the distortion at the perforation line when the paper is distorted.

Design registration No. 1401691 Design registration No.1231548 JP 2000-335590

  However, in the tissue box cover that forms a structure by bending a plate-like member, the lead ruled line and the perforation are used when bending a bent fold line or a fold line where at least two fold lines intersect at an acute angle. Then, conversely, wrinkles and the like were generated and could not be bent beautifully.

  Therefore, the present invention has an object to solve the problem of bending a bent fold line or a fold line at a portion where at least two or more fold lines intersect at an acute angle, and can be folded beautifully without deteriorating the appearance. The purpose is to provide a cover.

The tissue box cover of the first invention is a tissue box cover configured by folding a plate-like member such as paper as a photorealistic structure, where a bent fold line or at least two fold lines intersect at an acute angle. The present invention is characterized in that irregular cuts are provided on the broken line.
Here, “irregular cut” means that the lead ruled lines and the perforations are configured as regular cuts, etc., but the lengths of the respective cuts are non-uniform, and the cuts are adjacent to each other. This refers to a cut that is not uniform in length with an uncut portion, and refers to a cut that is determined as needed.

  In the second invention, the realistic structure in the first invention is configured as a model of an automobile, and the portion into which the irregular cut is made is on the line of the portion simulating a front bumper. It is characterized by.

  In the third invention, the realistic structure in the first invention is configured to resemble an automobile, and the portion into which the irregular cut is made is on the line of the portion resembling a rear bumper. It is characterized by this.

  In the fourth invention, the photorealistic structure in the first invention is configured as a model of an automobile, and the part where the irregular cut is made is on the line of the part that models the rear fender. It is characterized by this.

  In the fifth invention, the photorealistic structure in the first invention is configured as a model of an automobile, and the portion into which the irregular cut is made is on the line of the portion simulating the rear pillar. It is characterized by.

  In a sixth aspect of the invention, the realistic structure in the first aspect is configured as a model of an automobile, and the portion into which the irregular cut is made is on the line of the portion simulating a rear hatch gate. It is characterized by this.

  In this invention, since the irregular cut is provided on a curved fold line or a fold line at a portion where at least two fold lines intersect at an acute angle, a curved fold line or at least two or more fold lines are provided. It is possible to prevent the folding line of the portion where the crossing points are acutely bent from being unambiguously bent and to determine the bending direction and angle. Thereby, generation | occurrence | production of a wrinkle etc. at the time of bending a plate-shaped member can be prevented, and the bent fold line and the fold line of the part where at least 2 or more fold lines cross at an acute angle can be bent beautifully without impairing an external appearance.

It is the perspective view which showed one Example of this invention and was seen from the front of the tissue box cover. It is the perspective view which showed one use example of this invention and looked at the state which accommodated the tissue box in the tissue box cover from the front. It is the perspective view which showed one Example of this invention and was seen from the back of the tissue box cover. 1 is an exploded view of a tissue box cover according to an embodiment of the present invention. FIG. 4 is an enlarged view of the vicinity of a portion simulating a front bumper of a tissue box cover according to an embodiment of the present invention. FIG. 4 is an enlarged view of the vicinity of a portion simulating a rear bumper of a tissue box cover according to an embodiment of the present invention. FIG. 5 is an enlarged view of a portion of the tissue box cover that simulates a rear fender and a portion that simulates a rear pillar according to an embodiment of the present invention. 1 shows an embodiment of the present invention and is an enlarged YZ sectional view. FIG. 5 is an enlarged view of the vicinity of a portion simulating a rear hatch gate of a tissue box cover according to an embodiment of the present invention.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings. It should be noted that the following description of the preferred embodiment is merely illustrative in nature, and is not intended to limit the present invention, its application, or its use.

  As shown in FIGS. 1 to 3, the present embodiment is a tissue box cover M that houses a long rectangular tissue box TB. The tissue box cover M has a structure realistically imitating an automobile. A portion 10 simulating a front bumper is formed in the front portion of the tissue box cover M, a portion 50 simulating a bonnet is formed on the upper portion, and a portion 60 simulating a front window is further formed on the upper portion. A portion 70 simulating a roof is formed on the top of the tissue box cover M. Furthermore, a portion 90 imitating a front fender is formed adjacent to a portion 80 imitating a front pillar on both side surfaces, and a portion 30A imitating a rear fender is configured on the rear, imitating a front fender. A portion 100 simulating a door window is formed between the portion 90 and a portion 30A simulating a rear fender. Further, a portion 110 simulating a side mirror is formed near the lower portion of the portion 80 simulating the front pillar. As shown in FIG. 3, a portion 20 simulating a rear bumper is formed on the lower rear side, and a portion 40 simulating a rear hatch gate is formed on the upper side. On both sides, portions 30B simulating a rear pillar are formed. And it is comprised so that the part 120 which imitated four tires may be arrange | positioned in four places of the lower part so that these may be supported.

As shown in FIG. 4, the tissue box cover M is first printed as necessary on a plate-like member α such as paper, and then a fold line and a cut are inserted. Thereafter, the front portion forming member 1, the top portion, the rear portion, the left side surface forming member 2, the right side surface forming member 3, and the engaging portion A. B. C is hooked and fixed. E. F. G. H. I. J. et al. K to each of the locking holes D ′. E '. F '. G '. H '. I '. J '. Further, the side mirror forming member 5 is folded according to the fold line and inserted into the side mirror locking hole a to form the side mirror 110, and the tissue box cover T that can accommodate the commercially available tissue box TB is inserted. Configure.
Thereafter, the upper sealing portion C is cut along the cutting line B, thereby forming an outlet D for taking out the tissue paper T one by one. In addition, when a tissue box is not accommodated, it can also be used as a car-shaped figurine without removing the sealing part C.

  Hereafter, each characteristic part of this embodiment is demonstrated in detail.

  In the upper line L1 among the lines of the portion 10 simulating the front bumper shown in FIG. 5, the uncut portions 11a. 11a, and adjacent to it, an irregular cut 11c. 11c is provided. This irregular cut 11c. 11c is not provided, a restoring force is generated to return to the state before folding, and it cannot be beautifully folded, but this irregular cut 11c. By providing 11c, it is possible to reduce the restoring force, bend the bent fold line beautifully, and to realistically represent the rounded shape of the front bumper.

  In the lower line L2 among the lines of the portion 20 simulating the rear bumper shown in FIG. 6, the uncut portions 21a. 21a, adjacent to it, an irregular cut 21c. 21c is provided. In the upper line L3, the uncut portions 22a. Of the length of about 17% of the entire fold line 22 are provided at both ends of the fold line 22. 22a, adjacent to it, an irregular cut 22c. 22c is provided. Similar to the irregular cut 11c11c provided in the portion 10 simulating the front bumper, this irregular cut 21c. 21c. 22c. In the case where the 22c is not provided, a restoring force is generated to return to the state before the folding, and the beautiful cutting cannot be performed. 21c. 22c. By providing 22c, the restoring force can be reduced, the bent fold line can be bent beautifully, and the square shape of the rear bumper can be realistically expressed.

  The line L4. Of the portion 30A imitating the rear fender and the portion 30B imitating the rear pillar shown in FIGS. L5. In L6, the line L4 and the line L5 intersect at an acute angle β, and the line L5 and the line L6 intersect at an acute angle θ, respectively. The broken line 31 is provided with an uncut portion 31a of about 48% of the entire broken line 31 from the intersection point 34, and adjacently, an irregular cut 31c having a length of about 28% of the entire folded line 31 is provided. Is provided. Further, the broken line 32 is provided with an uncut portion 32a of about 15% of the entire broken line 32 from the intersection point 34, and adjacent thereto is an irregular length of about 30% of the entire folded line 32. A cut 32c is provided. Further, the fold line 33 is provided with an irregular cut 33c having a length of about 30% of the entire fold line 33 from the intersection 35, and adjacent to it, about 19% of the entire fold line 33 is not cut. A portion 33a is provided. This irregular cut 31c. 32c. When 33c is not present, the broken lines intersect with each other, so that wrinkles or the like are generated at the intersections, thereby generating a strong restoring force to return to the state before folding, and the broken lines cannot be bent beautifully. However, this irregular cut 31c. 32c. By providing 33c, it is possible to reduce the restoring force by preventing the occurrence of wrinkles and the like at the intersection, and to bend the fold line where at least two fold lines intersect beautifully, and the rear fender and rear pillar It is possible to realistically represent the special shape of.

  In the line L7 of the portion 40 simulating the rear hatch gate shown in FIG. 9, the uncut portions 41a. 41a is provided, and adjacent thereto, an irregular cut 41c having a length of about 24% of the entire broken line 41 is provided at the center. Irregular cuts 11c. Provided on the part 10 imitating the front bumper and the part 20 imitating the rear bumper. 11c. 21c. 21c. 22c. Similarly to 22c, when this irregular cut 41c is not provided, a restoring force is generated to return to the state before the folding, and it cannot be bent beautifully, but this irregular cut 41c is provided. As a result, the restoring force can be reduced, the bent fold line can be bent beautifully, and the shape whose angle changes with the curved line of the rear hatch gate as an axis can be realistically expressed.

As described above, the tissue box cover M according to this embodiment configured by bending a plate-like member such as paper as a realistic automobile has curved fold lines 11.41.41 or at least two fold lines having an acute angle β. . A line L1. L2. L3. L4. L5. L6. On L7, irregular cuts 11c. 11c. 21c. 21c. 22c. 22c. 31c. 32c. 33c. 41c is provided, the bent fold line 11.41.41 and at least two or more fold lines have an acute angle β. It is possible to prevent the folding line 31.32.33 of the portion intersecting with θ from being unambiguously bent and to determine the bending direction and angle. This prevents the generation of wrinkles or the like when the plate-like member α is bent, and the bent fold line 11.41.41 or at least two or more fold lines have an acute angle β. The broken line 31.32.33 at the portion intersecting with θ can be beautifully bent without deteriorating the appearance.
As a result, a complicated structure or a special structure can be realistically expressed in the tissue box cover M configured by bending the plate-like member α.

  In another embodiment, the tissue box cover can realistically mimic a train. In this case, it is conceivable that the irregular cut is provided in a portion simulating the front noise. Thus, by providing an irregular cut, it becomes possible to realistically represent the rounded shape of the front nose.

  In addition, the tissue box cover can realistically mimic a ship. In this case, it is conceivable that the irregular cut is provided in a portion simulating the bow portion. Thus, by providing an irregular cut, it is possible to realistically represent the shape of the bow portion warped in the vertical direction.

DESCRIPTION OF SYMBOLS 1 Front part formation member 2 Top part, rear part, left side surface part formation member 3 Right side part formation member 4 Bottom part formation member 5 Side mirror formation member A Engagement part B Engagement part C Engagement part D Insertion piece D 'Locking hole E Insertion Piece E 'locking hole F plugging piece F' locking hole G plugging piece G 'locking hole H plugging piece H' locking hole I plugging piece I 'locking hole J plugging piece J' locking Hole K Insert piece K 'Locking hole T Tissue paper TB Tissue box M Tissue box cover α Plate member β Acute angle θ Acute angle L1 Line L2 Line L3 Line L4 Line L5 Line L6 Line L7 Line I Side mirror locking hole B Cut line C Blocking portion 2 Take-out port 10 Portion imitating front bumper 11 Curved bent line 11a Uncut portion 11c Irregular cut 20 Rear bumper imitating portion 21 Curved folding line 21a Uncut portion 21c Regular cut 22 Curved ruled line 22a Uncut portion 22c Irregular cut 30A Rear fender-like portion 30B Rear pillar-like portion 31 Fold line 31a Uncut portion 31c Irregular cut 32 Fold line 32a Uncut part 32c Irregular cut 33 Folded line 33a Uncut part 33c Irregular cut 34 Intersection 35 Intersection 40 Part 41 imitating rear hatch gate Curved bent line 41a Uncut part 41c Irregular A cut 50 A part simulating a hood 60 A part simulating a front window 70 A part simulating a roof 80 A part simulating a front pillar 90 A part simulating a front fender 100 A part simulating a door window 110 A part simulating a side mirror 120 Thailand The part that mimics the

Claims (6)

  In a tissue box cover that forms a realistic structure by folding a plate-like member such as paper, it is irregular on the line of the curved fold line or the fold line of the part where at least two fold lines intersect at an acute angle Tissue box cover, characterized by providing a special cut.   2. The tissue according to claim 1, wherein the photorealistic structure is configured to resemble an automobile, and a portion where the irregular cut is made is on a line of a portion resembling a front bumper. cover.   2. The photorealistic structure is configured as a model of an automobile, and a portion into which the irregular cut is made is on a line of a portion simulating a rear bumper. Tissue cover.   2. The photorealistic structure is configured as a model of an automobile, and a portion where the irregular cut is made is on a line of a portion simulating a rear fender. Tissue cover.   2. The tissue according to claim 1, wherein the photorealistic structure is configured as a model of an automobile, and a portion where the irregular cut is made is on a line of a portion simulating a rear pillar. cover.     2. The photorealistic structure is constructed as a model of an automobile, and the portion into which the irregular cut is made is on a line of a portion simulating a rear hatch gate. Tissue cover.

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