JP2015039504A - Stand deformation card - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable a portable terminal to be supported with a card such as paper of a business card size.SOLUTION: A card can support a portable terminal even when a business card sized piece of paper or the like is used. Triangular surfaces, having an apex of a center point 1a of a front lateral side positioned in the front of the assembled state, are included as constitution surfaces of a bottom face 50, a right side lateral face 51 and a left side lateral face 52. The bottom face 50 is composed of a right vertical side and a left vertical side, an opening 8 is formed crossing a center mountain fold line 5 which is a boundary between the right side lateral face 51 and the left side lateral face 52 in the assembled state, and the opening 8 holds the portable terminal.

Description

  The present invention relates to a stand deformation card that becomes a stand of a mobile terminal when deformed along a score line or a fold line.

As a stand of a portable terminal, for example, the one shown in Patent Document 1 is known.
In Patent Document 1, a sheet of paper is folded twice so that it looks like a “U” when viewed from the side, and by means of non-linear notches provided on the upper and lower surfaces of the “U”. The upper and lower surface tabs are folded upward to form tabs, the upper and lower surface tabs are overlapped, and the tabs that protrude from the lower surface are inserted into the cut portions on the upper surface to prevent the upper and lower surfaces from shifting. Are formed, and the seat portion 32 of the portable terminal is constituted by the overlapped tab and the inclined upper surface.
Moreover, what is shown to patent document 2 is known as what changes a card of a business card size and makes it a stand, for example.
The patent document 2 describes a modified business card in which a business card, a mark, a shape of a product, a calendar, etc. are partially started up and viewed three-dimensionally by folding a flat business card according to a fold line.

The stand described in Patent Document 1 has been difficult to support a portable terminal when made using business card size paper or the like.
Further, the modified business card described in Patent Document 2 is intended to be displayed three-dimensionally, and is not intended to support a mobile terminal.
Accordingly, there has been a demand for a device that can support a portable terminal even when it is created using a card such as a business card.

  Means for solving the problems of the present invention are as follows.

First, a thickness of 0.15 to 0.33 millimeters, preferably 0.23 millimeters, a front and rear side of 87 to 93 millimeters, preferably 91 millimeters, and 48 to 57 millimeters, preferably 55 millimeters. The card is a stand deformed card with a rectangular card body composed of the right vertical side and the left vertical side, and has the following features.
In addition, the front side and the rear side are the sides that are located on the front side where the screen can be confirmed when the stand deformation card according to the present invention is used as the stand of the mobile terminal. For the sake of convenience, it is defined as the front side and is not distinguished by structural features.
It is made of a paper material having a basis weight of 150 to 220 g.
It has the linear part used as a broken line, and the linear part used as a score line, and it transforms into a stand holding a portable terminal by assembling based on these linear parts.
A central mountain fold line is provided from the center point of the front lateral side toward the center point of the rear lateral side.
A right mountain fold line is provided from the center point of the front lateral side toward the connection point between the rear lateral side and the right vertical side.
There is a left mountain fold line from the center point of the front side to the connection point between the rear side and the left side.
When assembled, each has a triangular surface with the center point of the front lateral side as an apex as the constituent surfaces of the bottom surface, the right side surface, and the left side surface.
When assembled, an opening is formed across the central mountain fold line, which is the boundary between the right side surface and the left side surface.
During the assembly, the opening separates the linear portion by the center cut line, the right side cut line, the right front cut line, the left side cut line, and the left front cut line, and on the right side along the right valley fold line and the left valley fold line. It is formed by bending the cut piece and the left cut piece.
Here, the central score line is located on the central mountain fold line, and takes a thickness of 7 to 13 millimeters, preferably 10 millimeters from the central point of the rear side, taking into consideration the thickness of the mobile terminal, for example, about 10 millimeters. The thing of the length of is formed.
The right side cut line is formed in parallel with the right mountain fold line and has the same length as the central cut line, and has a distance of 2 to 7 mm, preferably 5 mm between the right side fold line. It is.
The left side cut line is formed in parallel to the left mountain fold line and has the same length as the central cut line, and has a distance of 2 to 7 mm, preferably 5 mm, between the left side fold line. It is.
The right cut piece and the left cut piece support the back side of the portable terminal when assembled.
When assembled, the triangular bottom is the triangle formed by the right mountain fold line, the right vertical side, and the front horizontal side to the right of the center point, and the left mountain fold line, left vertical side, and the front side to the left of the center point The triangle is formed by overlapping the triangular part formed with the horizontal side, and at least one half of the front side with respect to the center point of the front side is the right or left side fold line It is comprised so that a position may be fixed by contacting.
The right side surface of the triangular shape when assembled is composed of a central mountain fold line, a right mountain fold line, and a half piece on the right side from the center point of the rear lateral side.
The left side surface of the triangle shape when assembled is composed of a central mountain fold line, a left mountain fold line, and a half piece on the left side from the center point of the rear lateral side.

Secondly, the stand deformation card according to the first aspect further has the following characteristics.
A triangular cut line is formed on a part of the right vertical side or the left vertical side so that a triangular notch is formed by removing the triangular piece along the triangular cut line during assembly.
A parallel cut line parallel to the right mountain fold line or the left mountain fold line is formed in the triangular portion that becomes the bottom surface when assembled.
A vertical score line is formed in the vertical direction from the end of the front lateral side.
The vertical cut line is formed so that it can be inserted into the parallel cut line by separating the right vertical piece or the left vertical piece and the front horizontal side by separating it during assembly. Has been.
At the time of assembling, it is fixed by inserting the insertion piece into the parallel cut line and combining the triangular notch part by the triangular cut line with the end part of the parallel cut line.

Thirdly, the stand deformation card according to the second aspect further has the following characteristics.
Starting from the right mountain fold line or the left mountain fold line, a transverse cut line is formed along the front lateral side in the direction of the right vertical piece or the left vertical piece.
The horizontal cut line is formed so that a second insertion piece composed of a center point side of the front horizontal side and a portion cut by the vertical cut line can be inserted during assembly.

According to the present invention, the following effects can be obtained.
Even when using paper with a card size of about 150 to 210 g, a width of about 81 to 91 millimeters, and a length of about 50 to 55 millimeters, the front side is combined with a fold line and a score line formed at a predetermined position. By assembling a minimum-size stand having a triangular surface with the center of the horizontal side as the apex, the portable terminal can be supported in the minimum necessary space.
Here, when weaving business card size paper like a triangle, combine the triangular notch with the end of the parallel score line using the force that the folding part tries to return to the outside. Thus, it is firmly fixed and the whole becomes stable.
Since it can support mobile devices with the smallest size, it can appeal as space-saving goods.
By printing the company name, name, address, telephone, etc., it functions as a business card and can be easily distributed, making it suitable as a promotional product.
By using paper having a basis weight of about 150 to 210 g as a raw material, the risk of scratching the mobile terminal is reduced, and disposal can be facilitated.
Since it can be carried around as a business card, it is highly portable and can be used even when there is a sudden need for a stand.
When using a mobile terminal as a camera, it can be used instead of a tripod.
Even tablet-type portable terminals can be handled by using a plurality of devices.

It is a front view of the stand deformation | transformation card | curd which concerns on this invention. It is a rear view of the stand deformation | transformation card | curd which concerns on this invention. It is a bottom view which shows the state seen from the back side in the assembly state about the stand deformation | transformation card | curd which concerns on this invention. It is a perspective view which shows a mode that a portable terminal is hold | maintained in an assembly state about the stand deformation | transformation card | curd which concerns on this invention.

Hereinafter, embodiments for carrying out the present invention will be described more specifically with reference to the drawings.
In addition, since description here is one form by which this invention is implemented, this invention is not limited to a corresponding form.

  The stand deformed card in this embodiment has a basis weight of 175 g and a thickness of 0.23 mm, a front side width of 91 mm and a rear side width of 3 mm, and a right side of a right side of 55 mm. And a business card sized paper with a rectangular card body having the left vertical side 4.

  The stand deformed card has a linear portion that becomes a fold line and a linear portion that becomes a cut line, and is assembled based on these linear portions, thereby deforming into a stand that holds the portable terminal.

  In the following description, the “cut line” means a portion processed so that it can be separated when deformed, not in a separated state when the card body is transformed into a stand. Is shown.

  Here, the fold line and the cut line can be formed not only by printing but also by grooving or perforation. In the case of printing, it can be folded along a fold line or cut along a score line during assembly.

  A central mountain fold line 5 is formed from the central point 1a on the front lateral side 1 toward the central point 3a on the rear lateral side 3.

  A right mountain fold line 6 is formed from the center point 1 a of the front lateral side 1 toward the connection point between the rear lateral side 3 and the right vertical side 2.

  A left mountain fold line 7 is formed from the center point 1 a of the front lateral side 1 toward the connection point between the rear lateral side 3 and the left longitudinal side 4.

  When assembled, as shown in FIG. 4, triangular surfaces having apexes of the central point 1 a on the front lateral side are respectively provided as constituent surfaces of the bottom surface 50, the right side surface 51, and the left side surface 52.

  When assembled, a mountain-shaped opening 8 is formed across the central mountain fold line 5, which is a boundary between the right side surface 51 and the left side surface 52.

  When assembled, the opening 8 has a center cut line 81 having a length of 10 mm, a right side cut line 82 having a length of 10 mm, a right front cut line 83 having a length of 17 mm, and a left side cut having a length of 10 mm. The line part by the left front cut line 85 of the line of sight 84 and the length of 17 mm is cut off, and the right side cut piece 88 and the left side cut line are cut along the right side valley fold line 86 of length 23 mm and the left side valley fold line 87 of length 23 mm. It is formed by bending the separation piece 89.

  Here, the central score line 81 is located on the central mountain fold line 5 and takes the position of 10 millimeters from the central point 3a of the rear lateral side 3 as a starting point in consideration of the thickness of the mobile terminal, for example, about 10 millimeters. A length is formed.

  The right side cut line 82 is formed in parallel to the right mountain fold line 6 and has the same length as the central cut line 81, and has a distance of 5 millimeters from the right mountain fold line 6. .

  The left side cut line 84 is formed in parallel with the left mountain fold line 7 and has the same length as the central cut line 81, and has a distance of 5 millimeters from the left mountain fold line 7. .

  The right cut piece 88 and the left cut piece 89 support the back side of the portable terminal when assembled.

  The bottom surface that is triangular when assembled is a triangular portion formed by the right mountain fold line 6, the right vertical side 2 and the front horizontal side 1 to the right of the center point 1a, the left mountain folding line 7 and the left vertical side 4 And a triangular portion formed by the front lateral side 1 on the left side of the center point 1a.

  Here, when assembled, the right side half of the front side 1 with respect to the center point 1a of the front side 1 contacts the left mountain fold line 7 and the left side half is the right side fold line 6. The strength as a stand can be improved by contacting this part.

  When assembled, the triangular right side surface 51 includes a central mountain fold line 5, a right mountain fold line 6, and a half piece on the right side from the center point 3 a of the rear lateral side 3.

  When assembled, the triangular left side surface 52 is composed of a central mountain fold line 5, a left mountain fold line 7, and a half piece on the left side from the center point 3 a of the rear lateral side 3.

A triangular cut line 22 is formed in a part of the right vertical side 2 so that a triangular cutout is formed by removing the triangular piece 21 along the triangular cut line during assembly.
The triangular cut line 22 has a horizontal cut line of 3 mm in the horizontal direction starting from a position 16 mm from the connection point with the front horizontal piece 1, and the right vertical side 2 and the rear horizontal line from the end of the horizontal cut line. It consists of an inclined cut formed obliquely from the contact point with the side 3 toward a position of 35 mm.

A parallel cut line 71 having a length of 25 millimeters parallel to the left mountain fold line 7 is formed in the triangular portion that becomes the bottom surface 50 when assembled.
An end of the parallel cut line 71 on the front lateral side 1 is separated from the front lateral side 1 by 5 millimeters, and the other end is separated from the left longitudinal side 4 by 5 millimeters.

A longitudinal cut line 72 having a length of 16 mm is formed in the vertical direction from the end of the front lateral side 1.
The vertical cut line 72 is formed at a position 22 mm away from the connection point with the right vertical side 2.

  The vertical cut line 72 constitutes the insertion piece 9 constituted by the right vertical piece 2 and the front lateral side 1 by being cut off at the time of assembly, and the insertion piece 9 is made into a parallel cut line 71. It is formed so that it can be inserted.

  At the time of assembly, the insertion piece 9 is inserted into the parallel cut line 71, and the triangular cutout portion by the triangular cut line 22 is combined with the end portion of the parallel cut line 71, so that both are fixed.

A horizontal cut line 73 having a length of 16 mm is formed in parallel with the front lateral side 1 in the direction of the left vertical piece 4 starting from the left mountain fold line 7.
The transverse cut line 73 is formed at a position 10 mm away from the front lateral side 1.

  The horizontal cut line 73 is formed so that the second insertion piece 10 constituted by the center point 1a side of the front lateral side 1 and the part cut off by the vertical cut line 72 can be inserted during assembly. .

In FIG. 1, reference numeral 31 is a corner cut line having a length of 3 millimeters for cutting off the corner formed by the front horizontal side 1 and the right vertical side 2 during assembly, and reference numeral 32 is the front horizontal side. 1 is a corner cut line having a length of 3 millimeters for cutting off a corner formed by 1 and the vertical cut line 72 during assembly.
The corner cut lines 31 and 32 are cut off at the time of assembly, so that the insertion can be facilitated.

  Although not shown in the white paper portion on the back side shown in FIG. 2, it functions as a business card by printing a company name, name, address, telephone, and the like.

When assembling, cut off the location of each cut line and bend the part of the fold line.
Then, the insertion piece 9 is inserted into the portion cut by the parallel cut line 71 and the second insertion piece 10 is inserted into the portion cut by the horizontal cut line 73.
Then, the front side 1 part on the front end side of the insertion piece 9 comes into contact with the left side fold line 7, and the front side 1 part on the front side of the second insertion piece 10 is also a part of the left side fold line 7. To touch.
At the same time, the portion on the left side of the center point 1 a of the front side 1 contacts the portion of the right mountain fold line 6.
By configuring in this way, a strong triangular thrust body having the central point 1a as a vertex is formed.

  Then, as shown in FIG. 3, by combining the triangular cutout portion formed by cutting the triangular cut line 22 with the end of the cut by the parallel cut line 71, the insertion piece 9 and the cut portion are formed. Fixed.

By assembling in this way, a triangular surface is formed as the bottom surface 50.
At the same time, a triangular surface is formed on the right side of the central mountain fold line 5 to form the right side surface 51, and a triangular surface is formed on the left side of the triangular portion to form the left side surface 52.
As a result, a triangular surface having the center point 1 a of the front lateral side 1 positioned on the front side as a vertex is formed as a constituent surface of the bottom surface 50, the right side surface 51, and the left side surface 52.

In use, the portable terminal is inserted into the opening 8 as shown in FIG.
Then, the load in the vertical direction is supported by the right side surface cut line 82 and the left side surface cut line 84 that are located at a height of 5 millimeters from the bottom surface 50 side of the right side surface 51 and the left side surface 52.
At the same time, the back side of the portable terminal is supported by the right-side separation piece 88 and the left-side separation piece 89, so that the portable terminal can be stably held up.

  In the stand deformable card of the present invention, the triangular surface is formed as a constituent surface of the bottom surface, the right side surface, and the left side surface, and the whole has a triangular pyramid shape including the bottom surface, the right side surface, and the left side surface. Even if it is made of paper of a business card size, it has a strength sufficient to function as a stand for a portable terminal.

DESCRIPTION OF SYMBOLS 1 Front side 1a Center point 2 Right side 3 Rear side 3a Center point 4 Left side 5 Center mountain fold line 6 Right side fold line 7 Left side fold line 8 Opening 9 Insert piece 10 2nd insert piece 21 Triangle Piece 22 Triangular cut line 31 Corner cut line 32 Corner cut line 50 Bottom surface 51 Right side surface 52 Left side surface 71 Parallel cut line 72 Vertical cut line 73 Horizontal cut line 81 Central cut line 82 Right side cut line 83 Right front cut line 84 Left side cut Line of sight 85 Left front cut line 86 Right trough fold line 87 Left trough fold line 88 Right cut piece 89 Left cut piece

Utility model registration No. 3174687 Design registration No. 1221407

Claims (3)

A stand with a rectangular card body composed of a thickness of 0.15 to 0.33 millimeters, a front lateral side and a rear lateral side of 87 to 93 millimeters, and a right and left longitudinal side of 48 to 57 millimeters. It is a modified card and has the following features.
It has the linear part used as a broken line, and the linear part used as a score line, and it transforms into a stand holding a portable terminal by assembling based on these linear parts.
A central mountain fold line is provided from the center point of the front lateral side toward the center point of the rear lateral side.
A right mountain fold line is provided from the center point of the front lateral side toward the connection point between the rear lateral side and the right vertical side.
There is a left mountain fold line from the center point of the front side to the connection point between the rear side and the left side.
When assembled, each has a triangular surface with the center point of the front lateral side as an apex as the constituent surfaces of the bottom surface, the right side surface, and the left side surface.
When assembled, an opening is formed across the central mountain fold line, which is the boundary between the right side surface and the left side surface.
During the assembly, the opening separates the linear portion by the center cut line, the right side cut line, the right front cut line, the left side cut line, and the left front cut line, and on the right side along the right valley fold line and the left valley fold line. It is formed by bending the cut piece and the left cut piece.
The right side cut line is formed in parallel to the right mountain fold line and has the same length as the central cut line, and has a distance of 2 to 7 mm between the right side fold line.
The left side cut line is formed in parallel to the left mountain fold line and has the same length as the central cut line, and has a distance of 2 to 7 mm from the left mountain fold line.
When assembled, the triangular bottom is the triangle formed by the right mountain fold line, the right vertical side, and the front horizontal side to the right of the center point, and the left mountain fold line, left vertical side, and the front side to the left of the center point The triangle is formed by overlapping the triangular part formed with the horizontal side, and at least one half of the front side with respect to the center point of the front side is the right or left side fold line It is comprised so that a position may be fixed by contacting.
The right side surface of the triangular shape when assembled is composed of a central mountain fold line, a right mountain fold line, and a half piece on the right side from the center point of the rear lateral side.
The left side surface of the triangle shape when assembled is composed of a central mountain fold line, a left mountain fold line, and a half piece on the left side from the center point of the rear lateral side. A triangular cut line is formed on a part of the right vertical side or the left vertical side so that a triangular notch is formed by removing the triangular piece along the triangular cut line during assembly,
A parallel cut line parallel to the right mountain fold line or the left mountain fold line is formed in the triangular part that becomes the bottom surface when assembled,
A vertical score line is formed in the vertical direction from the end of the front lateral side,
The vertical cut line is formed so that it can be inserted into the parallel cut line by separating the right vertical piece or the left vertical piece and the front horizontal side by separating it during assembly. The stand deformation card according to claim 1, wherein the card is a stand deformation card. Starting from the right mountain fold line or the left mountain fold line, a horizontal score line is formed along the front side, in the direction of the right vertical piece or left vertical piece,
The transverse cut line is characterized in that a second insertion piece constituted by a center point side of the front lateral side and a portion cut by the vertical cut line is formed so as to be able to be inserted during assembly. The stand deformation | transformation card | curd of Claim 2.

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