JP4685622B2 - calendar - Google Patents

Description

  The present invention relates to a calendar, and more particularly to a calendar that can be used in a three-dimensional form.

Conventional calendars were generally created by displaying the calendar of each month on a sheet of paper or the like.
In other words, the calendar itself is in the form of a sheet, and if you want to make it strong and three-dimensional, prepare a cylinder or prism in advance, and display the calendar of each month directly on the peripheral wall or side wall Or, a sheet-like calendar will be affixed, but this is too bulky compared to a sheet-like calendar, which causes a serious problem in terms of transportation and storage efficiency. there were.

  In view of the conventional situation as described above, the present invention is a sheet-like calendar when not in use and does not cause any problems in transportation and storage efficiency. It is an object to provide a calendar that can be used in a three-dimensional manner.

  In the present invention, at least one surface of the bendable hexagonal sheet body is displayed with mountain fold lines from five corners to the center point, and from the remaining one corner to the center point. In the six triangular regions formed by the mountain fold lines and the cuts, the calendars from January to June or the calendars from July to December are sequentially displayed. The above problem is solved by a calendar characterized in that the cut is displayed between the calendars of the month and June or between the calendars of July and December.

  In addition, the present invention displays mountain fold lines from the five corners to the center point on both the front and back sides of the bendable hexagonal sheet body, and from the remaining one corner to the center point. In the six triangular areas formed by the front side fold lines and the cuts, the calendars from January to June are sequentially displayed in the calendars of January and June. The cuts are displayed in the middle, and the calendars from July to December are sequentially displayed on the six triangular regions formed by the backside mountain fold lines and cuts. And the calendar of December, the above-mentioned problem is solved by a calendar characterized in that the cut is positioned and displayed.

  Further, according to the present invention, in the triangular area portion in which the calendars of January and June are displayed in the calendar and / or in each outer side portion of the triangular area portion in which the calendars of July and December are displayed. The above-mentioned problems are solved by a calendar characterized in that the shape-folding folding pieces are coupled.

  Moreover, this invention solves the said subject with the calendar | calender characterized by the said hexagon-shaped sheet body in the said calendar | made being made from paper or a synthetic resin.

  Since the calendar of the present invention is a sheet-like calendar when not in use, it can be efficiently transported and stored, and can be easily assembled into a triangular to pentagonal pyramid according to preference when used. It can be a three-dimensional calendar.

  Therefore, according to the calendar of the present invention, a multifaceted view of the calendar of each month, which was impossible with the conventional sheet-like calendar, is possible, so that practical value as a desktop calendar is enhanced.

  Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is an explanatory view of the surface of the calendar of the present invention, and will be described below with reference to FIG.
In FIG. 1, 10 is a hexagonal sheet body, and any material can be used as long as it can be bent. For example, a sheet made of paper or synthetic resin is preferably used.

  Reference numerals 20 a, 20 b, 20 c, 20 d, and 20 e denote mountain fold lines that are displayed from the five corners of the hexagonal sheet body 10 to the center point of the hexagonal sheet body 10, respectively.

  Reference numeral 30 denotes a cut, which is formed from the remaining corners of the hexagonal sheet body 10, that is, from the corners where the mountain fold lines 20a, 20b, 20c, 20d, and 20e are not displayed to the center point of the hexagonal sheet body 10. ing.

  40a, 40b, 40c, 40d, 40e, and 40f are triangular regions, and the triangular region 40a is formed by the cut line 30, the mountain fold line 20a, and the outer side of the hexagonal sheet body 10, and the triangular region. Reference numeral 40b denotes a mountain fold line 20a, a mountain fold line 20b, and an outer side part of the hexagonal sheet body 10, and the triangular region part 40c includes a mountain fold line 20b, a mountain fold line 20c, and an outer side part of the hexagonal sheet body 10. The triangular region 40d is formed by the mountain fold line 20c, the mountain fold line 20d, and the outer side of the hexagonal sheet body 10, and the triangular region 40e is formed by the mountain fold line 20d, the mountain fold line 20e, and the hexagon. Depending on the outer side of the shape sheet body 10, the triangular area 40f is formed by the mountain fold line 20e, the cut line 30, and the outer side of the hexagonal sheet body 10, respectively. It has been made.

  The triangular area 40a has a calendar for January, the triangular area 40b has a calendar for February, the triangular area 40c has a calendar for March, and the triangular area 40d has a calendar for April. However, the calendar of May is displayed in the triangular area 40e, the calendar of June is displayed in the triangular area 40f, and a cut 30 is interposed between the calendars of January and June. It has become.

  50a and 50b are shape-retaining folds, and the shape-retaining folds 50a are formed on hexagonal sheets via mountain fold lines 60a on the outer sides of the triangular region 40a on which the calendar of January is displayed. The shape retaining folding protrusion 50b is integrally formed with the body 10, and the hexagonal sheet is formed on the outer side of the triangular area 40f on which the calendar of June is displayed via a mountain fold line 60b. It is integrally coupled with the body 10.

  The shape-retaining folding protrusions 50a and 50b are not necessarily required as long as the material of the hexagonal sheet body 10 can retain the shape of the cone after assembling by itself. It is desirable to form the shape while retaining the shape.

  FIG. 2 is an explanatory view of the back side of the calendar of the present invention, and the calendar from July to December is displayed on the back side of the hexagonal sheet body 10 in the same manner as described above.

  In this way, the calendar for the half year from January to June is displayed on the surface of the hexagonal sheet body 10 and the calendar for the half year from July to December is displayed on the back surface of the hexagonal sheet body 10. For example, a single hexagonal sheet body 10 can provide a calendar for one year, but two hexagonal sheet bodies 10 are prepared, and the surface of each half year from January to June is prepared. The calendar and the calendar for half a year from July to December may be displayed, and two calendars may be used for one year.

Next, with reference to FIG. 3 to FIG. 6, an assembly three-dimensional method when using the calendar of the present invention will be described.
First, as shown in FIG. 3, the hexagonal sheet body 10 is folded along the mountain fold lines 20 a, 20 b, 20 c, 20 d, and 20 e, and then the calendar for June is displayed using the cut line 30. The triangular area 40a on which the calendar of January is displayed is superimposed on the upper surface of the triangular area 40f, and the shape-retaining folds 50a and 50b are both inward along the mountain fold lines 60a and 60b. As shown in FIG. 4, a pentagonal pyramid-shaped calendar 100 with the calendar from January to May exposed on the surface is formed as shown in FIG. 4, and the state is stably maintained.

  In addition, the triangular area 40a displaying the calendar of January is turned down, and the triangular area 40f displaying the calendar of June is superimposed on the upper surface thereof, and the shape-retaining folding projection piece is the same as above. If 50a and 50b are folded inward, as shown in FIG. 5, a pentagonal pyramid shaped calendar 100 in which the calendars from February to June are exposed on the surface is formed, and the state is stably maintained.

  Furthermore, by using the rear surface of the hexagonal sheet 10 shown in FIG. 2 and assembling and forming a pentagonal pyramid in the same manner as described above, the calendar from July to November, or from August to December It is possible to form a calendar (not shown) in which the calendar up to is exposed on the surface.

  FIGS. 3 to 5 show examples in which a five-sided pyramid is assembled and three-dimensionalized, but the calendar for January is displayed on the upper surface of the triangular area 40d on which the calendar for April is displayed. As shown in FIG. 6, a triangular pyramid-shaped calendar 110 corresponding to every quarter period in which three months such as January to March are displayed is assembled. Can be formed. Similarly, if the triangular area 40a displaying the calendar of January is assembled on the upper surface of the triangular area 40e displaying the calendar of May, four months such as January to April are displayed. A quadrangular pyramid shaped calendar (not shown) can be formed.

The surface explanatory drawing of this invention calendar. The back surface explanatory drawing of this invention calendar. The perspective explanatory drawing in the middle of the assembly of this invention calendar. A perspective explanatory view of a pentagonal pyramid calendar in which January to May are exposed. A perspective explanatory view of a pentagonal pyramid calendar in which February to June are exposed. A perspective explanatory view of a triangular pyramid-shaped calendar in which January to March are exposed.

Explanation of symbols

10: Hexagonal sheet body 20a, 20d, 20c, 20d, 20e: Mountain fold line 30: Cut line 40a, 40d, 40c, 40d, 40e, 40f: Triangular region portion 50a, 50b: Folding protrusion for shape retention 60a, 60b: mountain fold line 100: 5-pyramidal calendar 110: 3-pyramidal calendar

Claims (4)

  Mountain folding lines are displayed on at least one side of the bendable hexagonal sheet from five corners to the center point, and a cut is formed from the remaining corner to the center point. In addition, in the six triangular regions formed by the mountain fold line and the cut line, the calendar from January to June or the calendar from July to December are sequentially displayed in January and June. A calendar characterized in that the cut is located between the calendars or between the calendars of July and December.   Mountain fold lines are displayed from the five corners to the center point on both the front and back sides of the bendable hexagonal sheet body, and a cut is formed from the remaining one corner to the center point. In addition, calendars from January to June are sequentially located between the January and June calendars in six triangular areas formed by the mountain fold lines and cuts on the surface side. The calendars from July to December are sequentially displayed in the six triangular areas formed by the mountain fold lines and cuts on the back side. A calendar characterized in that the cuts are displayed between them.   Folding protrusions for shape retention are connected to each of the triangular areas where the calendars of January and June are displayed and / or the outer edges of the triangular areas where the calendars of July and December are displayed. 3. The calendar according to claim 1, wherein the calendar is formed.   The calendar according to any one of claims 1 to 3, wherein the hexagonal sheet is made of paper or synthetic resin.

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