JP4979511B2 - Package - Google Patents

Description

  The present invention relates to a package used as a packaging for postcards, envelopes, table lamps, and the like.

  As a packaging used when selling postcards, etc., conventionally, paper that has been punched or cut is folded into a case or envelope and sealed by inserting protrusions or gluing into the cut. It is known (see, for example, Patent Document 1). Some postcards have a post box printed on the inside of the postcard case, which can be used as a postcard.

  In addition, direct mail and the like are frequently distributed for sales promotion in the commercial field. Conventionally, since envelopes for such applications may be discarded as they are without being opened, various inventive ideas have been made for the purpose of improving the advertising effect. For example, in Patent Document 2, a calendar and a promotional advertisement are printed in addition to the address on the envelope itself that has been subjected to die cutting, and it is also used as a table lamp that displays the calendar and the promotional advertisement by folding it in three. A technique that enables this is disclosed.

Generally, this die cutting and cutting process is performed by a method called Thomson processing. This Thomson processing is a method of manufacturing a punching die (referred to as a Thomson type) by arranging blades in a desired shape on a plywood board and the like, and using this Thomson die, punching is performed on paper or the like.
Utility Model Registration No. 3077442 Utility Model Registration No. 3102504

  By the way, the conventional packaging and envelope mentioned above need to be provided with die cutting, cutting, protrusions, glue margin, etc. in common. For mass production, standardized paper or the like is made into a desired shape. Thomson processing that can be processed is essential.

  However, in the production of the Thomson type used in this Thomson processing, a base material such as a plywood board, a blade, and paper generated during die cutting are stuck around the blade so that they are not clogged between the blade and the blade. It is necessary to prepare a sponge or the like and process them into a desired punch using these materials. In addition, if the packaging or envelope design needs to be modified due to changes in the size of the contents, a new Thomson mold must be manufactured. Thus, the above-described conventional packaging and envelope structure has a problem of cost and time for mass production.

  Further, the above-described conventional packaging and envelope are developed by Thomson processing because die cutting, cutting, protrusions, glue margin, etc. are provided, and the protrusions are inserted into the cuts or sealed by glueing or the like. In many cases, it is difficult. The above-mentioned post card case with a postal frame printed inside is complicated because it needs to be cut out in its shape when used as a postcard. Thus, the conventional wrapping and envelope described above do not have the technical idea of using the entire developed paper as, for example, a leaflet or a notepaper.

  Furthermore, for envelopes that can be used as a table lamp that displays the calendar and advertisements by folding it in half, Thomson processing is required, and the type in which the calendar is inserted into a self-supporting stand However, there was a problem that the calendar display could not be changed.

  Therefore, the problem to be solved by the present invention is to provide a package that can be used not only as a package or envelope but also as a leaflet, a letter paper, etc., by reducing costs and time and performing simple operations. That is. In addition to this, the problem to be solved by the present invention is to provide a package that can be used as a table lamp of a type into which a post card or the like is inserted.

The present invention has been made to solve the above-mentioned problems, and the invention according to claim 1 is a package used as a postcard or the like, an envelope or the like, wherein the apexes A and B are counterclockwise. , C, D in the rectangular (or square) ABCD, points S ₁ , S ₂ are provided in order from the point A so that the line segment S ₁ A <line segment S ₂ S ₁ on the side DA, and the point S ₁ , S ₂ to the side BC are perpendicular to the points L ₁ and L ₂ , respectively, the point E is provided on the side CD, the intersection of the line segment ES ₁ and the line segment S ₂ L ₂ is the point F, on the line segment _L 1 _{L 2,} provided the point _{L 2} 'to' point is line symmetrical point C with respect to C 'line FL ₂ does not exceed the line segment _S 1 _{L 1,} line FL ₂ segment _S 2 _{L 3} <segment _L 3 _{L 4} above, the line segment _L 3 _{L 4} - line FL ₃ <line _L 4 _{L 2} <points such that a line segment _L 3 _{L 4} L The provided _{L 4,} as the line segment FL ₂ perpendicular to straight line segments _S 1 _{L 1} point _{L 3,} and the line segment FL 'each point intersection of the _{S 3, L} 3' _2, point _{L 4} as the line segment FL ₂ perpendicular to straight line segments _S 1 _{L 1,} when defined as a line segment FL 'each point an intersection point between _{S 4, L} 4' _2, wherein the package has a shape of pentagonal ABCES ₁ A _first fold formed by folding the edge ABL ₁ S ₁ back to the front side (or the back side) so that the line segment S ₁ L ₁ is a crease in the sheet material; In the state in which the first folded portion is formed, the line segment FL ₂ ′ becomes a fold, and the _second portion is formed by folding the edge portion FL ₂ ′ CE to the front surface side (or back surface side) so as to overlap the first folded portion. a folded portion of, in a state in which the second folding portion is formed, the line segment S _{3 L} 3 _'is folded Become as edge S ₁ S ₃ L ₃ 'and a third folding portion formed by folding the surface side (or back side) of A, in a state in which the third folded portion is formed, the line segment S ₄ A _fourth fold formed by folding the edge S ₄ L ₁ L ₂ ′ L ₄ ′ to the front side (or the back side) so that L ₄ ′ becomes a fold, and the edge S ₁ S ₃ L ₃ and characterized by being configured so that said edge portion _{S 4 L 1 L 2 'L} 4' to F can be inserted from the edge _L 1 _{L 2} '' pocket _S 1 _S 3 _{L 3} are formed in the a ' .

The invention according to claim 3 is a package used as a postcard or other packaging, envelope or the like, and in a rectangular (or square) ABCD with vertices A, B, C, D in the counterclockwise direction, Points S ₁ and S ₂ are provided in order from the point A so that the line segment DS ₂ <the line segment S ₂ S ₁ on the side DA, and the perpendicular legs extending from the points S ₁ and S ₂ to the side BC are respectively pointed. L ₁ and L ₂ , a point E is provided on the side CD, an intersection of the line segment ES ₁ and the line segment S ₂ L ₂ is a point F, and the line segment S ₁ L ₁ is on the line segment L ₁ L _2. 'point B which is line symmetrical point B with respect to' is provided the point _{L 1} 'so as not to exceed a line segment FL _2, the line segment _S 2 _{L 3} on the line segment FL ₂ <line _L 3 _{L 4} , the line segment _L 3 _{L 4} - line FL ₃ <line _L 4 _{L 2} <line _L 3 _{L 4} become so provided the point _L 3, _{L 4,} vertical point _{L 3} as line segments FL ₂ 'The intersection between the point _{S 3'} straight straight line segment _S 1 _{L 1} and the vertical straight line and the line segment _S 1 _{L 1} as line FL ₂ the point _{L 4} 'and the point _{S 4} the intersection of the' The package body is made of a sheet material having a pentagonal ABCES ₁ shape, and the edge portion ABL ₁ ′ S ₁ is arranged on the surface side so that the line segment S ₁ L ₁ ′ is a crease in the sheet material. In a state in which the first fold portion folded back (or the back surface side) and the first fold portion are formed, the line segment FL ₂ becomes a fold and overlaps the first fold portion. a second folding portion formed by folding the ₂ CE on the surface side (or back side), the the second folding portion is formed state, the line segment S ₃ 'L ₃ edges are formed so that the fold portion S ₁ and S ₃ 'L _{3 a} surface side (or rear side) formed by folding the third folding section, the third folding In a state in which parts are formed, the line segment S ₄ 'L ₄ edge S ₄ so that the fold is' L _1' L ₂ L ₄ The surface side (or rear side) fourth folding portion formed by folding a with the door, the edge _S 1 _{S 3} wherein the _{L 3} F _{'L 3} pocket _S 1 _{S 3} is formed in the a' edge _{S 4 'L 1' L 2} L 4 edges _{L 1} a _{'L 2} It is characterized in that it can be inserted from.

Further, the invention according to claim 5 is a package used as a postcard or other packaging, envelope or the like, and in a rectangular (or square) ABCD with vertices A, B, C, D in the counterclockwise direction, a line segment DS ₂ <segment _S 2 _{S 1,} the line segment _S 1 a <segment _S 2 _{S 1} and the point _S 1 from point a in this order so that, _{S 2} provided on the side DA, points _S 1, S The legs of the perpendicular line from ₂ to the side BC are set as points L ₁ and L ₂ , the point E is provided on the side CD, the intersection of the line segment ES ₁ and the line segment S ₂ L ₂ is set as the point F, and the line segment On L ₁ L ₂ , the points L ₁ ′ and L ₂ ′ are arranged so that the point B ′ that is symmetric with respect to the line B with respect to the line S ₁ L ₁ ′ does not exceed the line segment FL ₂ ′, and The point C ′ which is symmetrical with respect to the line C with respect to the line segment FL ₂ ′ is provided so as not to exceed the line segment S ₁ L ₁ ′, and the line segment S ₂ L ₃ <line segment L on the line segment FL _{2 3} L _4, the line segment _L 3 _{L 4} - line FL ₃ <a provided line _L 4 _{L 2} <line _L 3 _{L 4} and so as a point _L 3, _{L 4,} point _{L 3} as line segments FL ₂ Intersections of the vertical straight line with the line segment S ₁ L ₁ ′ and the line segment FL ₂ ′ are point S ₃ ′ and L ₃ ′, respectively. The straight line and the line segment S ₁ passing through the point L ₄ and perpendicular to the line segment FL ₂ L ₁ ', a line segment FL _2' each point an intersection point between _{S 4} ', _{L 4'} when defined as the package is made of a sheet material in the form of pentagonal ABCES _1, in the sheet material, the line In the state in which the first fold portion is formed by folding the edge portion ABL ₁ ′ S ₁ to the front surface side (or the back surface side) so that the minute S ₁ L ₁ ′ becomes a crease, and the first fold portion is formed. , the line segment FL 2 _'becomes fold, edge FL ₂ so as to overlap with the first folding portion' return folding CE on the surface side (or back side) A second folding portion formed of Te, in a state in which the second folding portion is formed, the line segment S ₃ edges as 'L _3' is crease _{S 1 S 3 'L 3'} A surface side In the state where the third fold portion folded back (or the back surface side) and the third fold portion are formed, the edge portion S ₄ ′ L ₁ so that the line segment S ₄ ′ L ₄ ′ becomes a fold line. A pocket S ₁ S ₃ 'formed at the edge S ₁ S ₃ ' L ₃ 'A, and a fourth fold formed by folding back' L ₂ 'L ₄ ' to the front side (or back side) L ₃ and wherein the _{L 1 'L 2' L 4} by being configured so as to be inserted from the _{L 2} '' edge _{L 1} a '' the edge _{S 4} to F '.

  According to invention of Claim 1, 3, 5, since the said package does not need to provide die cutting, a notch | incision, a protrusion part, glue margin, etc., the process of Thomson processing can be skipped. Therefore, the cost and time for mass-producing the package can be reduced.

In addition, since the first folding portion and / or the second folding portion is folded back obliquely with the point L ₁ ′ or / and the point L ₂ ′ as a base point, the edge portion S ₄ L ₁ L ₂ 'L ₄ ' and the like have a tapered shape, and the edge size of the edge portion S ₄ L ₁ L ₂ 'L ₄ ' or the like is larger than the size of the opening portion of the pocket S ₁ S ₃ L ₃ 'F or the like. Get smaller.

Also, the package body, said pocket S ₁ S ₃ L ₃ 'F such that the opening becomes oblique by cut along line ES ₁ is formed. The edge _L 1 _{L 2} 'such as the edge _{S 4 L 1 L 2' L} 4 ' is the formed on the edge _ABL 1 _{S 1} or the like by the opening of the pocket is slanted The line segment S ₁ A is inserted into the pocket S ₁ S ₃ L ₃ 'F or the like while sliding on a triangular surface having one side.

Furthermore, the package, the first folding portion and the second fold portion because it folded in this order, in the pocket S ₁ S ₃ L ₃ 'F, etc., wherein the side that is cut obliquely The edge FL ₂ ′ CE etc. comes below the edge ABL ₁ S ₁ etc. on the side that is not cut obliquely. Therefore, when the end edge L ₁ L ₂ ′ or the like is inserted into the pocket S ₁ S ₃ L ₃ ′ F or the like, the edge portion FL ₂ ′ CE or the like on the side cut obliquely does not get in the way.

In this way, the package has the edge L ₁ L ₂ ′ or the like folded into a size smaller than the size of the opening, and the triangular surface places the edge L ₁ L ₂ ′ or the like in the pocket S. ₁ S ₃ L ₃ ′ F, etc., serves as a guide for insertion into the pocket S ₁ S ₃ L ₃ ′ F etc., and the edge FL ₂ ′ CE etc. on the side cut obliquely is cut diagonally Since it comes to the lower side of the edge ABL ₁ S ₁ etc. on the side that has not been done, the process of sealing the package can be made smoothly, and the package can be produced quickly only by a simple operation it can.

  Here, the packaging body can be used as a case containing a postcard or the like by inserting a postcard or the like when sealing the packaging body. In addition, the package has no die cutting, notching, protruding portion, glue margin, etc., and since the protruding portion is not inserted into the notch or glued, etc., it can be easily deployed, although some creases remain after unfolding. It becomes a smooth sheet. Therefore, the inside of the developed package can be used as, for example, a leaflet or a notepaper.

According to a second aspect of the present invention, in the first aspect, the rectangular (or square) ABCD has a line segment S ₂ L ₃ <line segment L ₃ L ₅ + line segment L ₅ L on the line segment L ₃ L _{4. 4,} the line segment _L 3 _{L 5} <segment _S 2 _{L 3} + line _L 5 _{L 4,} the line _L 5 _{L 4} <segment _S 2 _{L 3} + line segment _L 3 _{L 5} and so as to point _{L 5} And a point L on the line segment L ₄ L _{2 such} that the line segment S ₂ F <the line segment L ₄ L ₆ <the line segment S ₂ L ₃ , the line segment L ₆ L ₂ <the line segment L ₄ L _{6 6} , the intersections of the straight line passing through the point L ₅ and perpendicular to the line segment FL ₂ , the line segment S ₁ L ₁ , and the line segment FL ₂ ′ are points S ₅ and L ₅ ′, respectively, and the line passing through the point L ₆ When the intersections of the straight line perpendicular to the minute FL ₂ and the line segments S ₁ L ₁ and FL ₂ ′ are defined as points S ₆ and L ₆ ′, respectively, in the state where the second fold is formed, line A first line attached along the segment S ₅ L ₅ ′ and a second line applied along the line segment S ₆ L ₆ ′, the line segment S ₃ L ₃ ′ Fold the edge S ₁ S ₃ L ₃ ′ A to the front side (or back side) so that the center S ₃ S ₄ L ₄ ′ L ₃ ′ is on the front side (or Folded to the back surface side, the edge S ₆ L ₁ L ₂ 'L ₆ ' is folded based on the second streaks to form a superimposed portion, and the superimposed segment is defined as the line segment S ₄ L ₄ ' Folded to the front side (or the back side) so that the table portion is inserted into the pocket S ₁ S ₃ L ₃ ′ F from the edge S ₆ L ₆ ′ to form a table stand. The post card or the like can be inserted into the pocket S ₁ S ₃ L ₃ ′ F.

According to a fourth aspect of the present invention, in the third aspect, the rectangular (or square) ABCD has a line segment S ₂ L ₃ <line segment L ₃ L ₅ + line segment L on the line segment L ₃ L _{4. 5} L ₄ , line segment L ₃ L ₅ <line segment S ₂ L ₃ + line segment L ₅ L ₄ , line segment L ₅ L ₄ <line segment S ₂ L ₃ + line segment L ₃ L ₅ the L ₅ is provided, the line segment _L 4 _{L 2} on the line _S 2 F <line _L 4 _{L 6} <segment _S 2 _{L 3,} the line segment _L 6 _{L 2} <such that a line segment _L 4 _{L 6} A point L ₆ is provided, and an intersection of a straight line passing through the point L ₅ and perpendicular to the line segment FL ₂ and the line segment S ₁ L ₁ ′ is a point S ₅ ′, and a straight line passing through the point L ₆ and perpendicular to the line segment FL ₂ And the line segment S ₁ L ₁ ′ are defined as a point S ₆ ′, the first fold along the line segment S ₅ ′ L ₅ in the state where the second fold is formed. Streak and line S ₆ 2nd line attached along 'L ₆ , and the edge S ₁ S ₃ ' L ₃ A is placed on the front side (or back side) so that the line segment S ₃ 'L ₃ becomes a fold. the folding, the first central portion S ₃ based on the muscle 'S _4' L ₄ fold L ₃ on the surface side (or back side), the edge S ₆ based on the second streak 'L _1' L ₂ L ₆ is folded to form an overlapping portion, and this overlapping portion is folded to the front surface side (or the back surface side) so that the line segment S ₄ ′ L ₄ becomes a fold, and the pockets S ₁ S ₃ ′ L ₃ A table stand is formed by inserting the overlapping portion into the edge F from the edge S ₆ ′ L _6, and the post card or the like can be inserted into the pocket S ₁ S ₃ ′ L ₃ F of the table stand. It is characterized by that.

Furthermore, in the invention described in claim 6 according to claim 5, in the rectangle (or square) ABCD, the line segment S ₂ L ₃ <the line segment L ₃ L ₅ + the line segment L on the line segment L ₃ L _{4 5} L ₄ , line segment L ₃ L ₅ <line segment S ₂ L ₃ + line segment L ₅ L ₄ , line segment L ₅ L ₄ <line segment S ₂ L ₃ + line segment L ₃ L ₅ the L ₅ is provided, the line segment _L 4 _{L 2} on the line _S 2 F <line _L 4 _{L 6} <segment _S 2 _{L 3,} the line segment _L 6 _{L 2} <such that a line segment _L 4 _{L 6} A point L ₆ is provided, and the intersections of the straight line passing through the point L ₅ and perpendicular to the line segment FL ₂ and the line segment S ₁ L ₁ ′ and line segment FL ₂ ′ are defined as points S ₅ ′ and L ₅ ′, respectively. ₆ is defined as points S ₆ ′ and L ₆ ′, respectively, the straight line perpendicular to the line segment FL ₂ and the line segment S ₁ L ₁ ′ and line segment FL ₂ ′ are defined as points S ₆ ′ and L ₆ ′, respectively. Formed state Comprising Oite a first muscle attached along line S _{5 'L 5',} a second muscle attached along line S _{6 'L 6',} the line segment S ₃ The edge S ₁ S ₃ 'L ₃ ' A is folded to the front side (or the back side) so that 'L ₃ ' becomes a crease, and the central portion S ₃ 'S ₄ ' L based on the first streak ₄ 'L _3' folding on the surface side (or back side), the edge S ₆ 'L _1' L ₂ is folded back to 'L _6' to form a superposed portion on the basis of the second muscle, the superimposing unit Is folded to the front surface side (or the back surface side) so that the line segment S ₄ 'L ₄ ' is a crease, and the overlapping portion is connected to the pocket S ₁ S ₃ 'L ₃ ' F at the edge S ₆ 'L ₆ ' A table stand is formed by inserting the post card, and the post card or the like can be inserted into the pockets S ₁ S ₃ 'L ₃ ' F of the table stand.

According to the invention described in claim 2, 4, 6, said packaging body, said first muscle and the second muscle is provided so as to satisfy the condition for establishing a triangle, the line segment S ₃ L _The edge portions S ₁ S ₃ L ₃ ′ A and the like are folded to the front surface side (or the back surface side) so that ₃ ′ and the like become creases, and the central portion S ₃ S ₄ L ₄ ′ L based on the first streaks. _'folding etc. on the surface side (or back side), the edge S ₆ L ₁ L ₂ based on the second streak' ₃ by folding the L _{6 'or} the like to form an overlapped portion, said line the superimposition unit Fold it to the front side (or back side) so that the minute S ₄ L ₄ ′ is a crease, and insert the overlapped part into the pocket S ₁ S ₃ L ₃ ′ F etc. from the edge S ₆ L ₆ ′ etc. Therefore, the table stand having the pockets S ₁ S ₃ L ₃ 'F and the like can be formed. Therefore, in addition to the effect of Claims 1, 3, and 5, the said package can be utilized also as a table lamp of the type which inserts a postcard etc.

  According to the present invention, it is possible to provide a package that can be used not only as a package or envelope but also as a leaflet, a notepaper, etc., by reducing costs and time and performing simple operations. In addition to this, it is possible to provide a package that can be used as a table lamp of a type into which a post card or the like is inserted.

  Hereinafter, specific embodiments to which the present invention is applied will be described in detail with reference to the drawings. The present invention is applied to a package 1 having a configuration as shown in FIG.

1. Positional relationship between the points subjected to the sheet material first, with reference to FIG. 1, illustrating the positional relationship of the points subjected to the sheet material. The vertices of the rectangle are A, B, C, and D in the counterclockwise direction. The rectangle may be a square (hereinafter, the square is omitted). In the rectangle ABCD, points S ₁ and S ₂ are provided in order from the point A so that the line segment DS ₂ <line segment S ₂ S ₁ and line segment S ₁ A <line segment S ₂ S ₁ are satisfied on the side DA. . The points S ₁ and S ₂ are points serving as a reference for folding the edge ABL ₁ S ₁ and the edge FL ₂ ′ CE and the like, and the line segment DS ₂ <line segment S ₂ S ₁ and line segment S ₁ A < The line segment S ₂ S ₁ is defined as the line segment FL ₂ ′, which is a fold when the edge part ABL ₁ S ₁ etc. is folded in the order of the edge part FL ₂ ′ CE, the line segment S ₁ L _1, etc. This is so that each edge does not exceed. The positions of the specific points S ₁ and S ₂ are determined in consideration of the size of the contents to be wrapped, the size of the sheet material, and the like.

Next, let the legs of the perpendicular line drawn from the points S ₁ and S ₂ to the side BC be points L ₁ and L ₂ , respectively. Further, a point E is provided on the side CD, and an intersection of the line segment ES ₁ and the line segment S ₂ L ₂ is defined as a point F. The specific position of the point E is determined in consideration of the position and size of the contents to be packaged (positions such as the points S ₃ , S ₄ , and L ₄ 'L ₃ ' in FIG. 1). In FIG. 1, the point L ₂ ′ is a line segment S ₁ L ₁ or a line segment S ₁ L ₁ on the line segment L ₁ L ₂ where the point C ′ that is symmetric with respect to the point C with respect to the line segment FL ₂ ′. It is a point set so as not to exceed '. In FIG. 1, a point L ₁ ′ is a line segment FL ₂ or a line segment FL ₂ on the line segment L ₁ L ₂ where the point B ′ that is symmetric with respect to the point B with respect to the line segment S ₁ L ₁ ′ It is a point set so as not to exceed '.

Here, the point C ′ is a point where the point C has moved when the edge FL ₂ ′ CE is folded with the line segment FL ₂ ′ as a fold, and the point B ′ is an edge with the line segment S ₁ L ₁ ′ as a fold. The point B moves when the part ABL ₁ ′ S ₁ is turned back. These conditions are provided because the line segment FL ₂ ′ and the like, which are the creases of each other when the edge part ABL ₁ ′ S _{1 and the} like, and the edge part FL ₂ ′ CE and the like are folded in order, the line segment S ₁ L ₁ This is so that each edge does not exceed 'etc.

Next, on the line segment FL ₂ , line segment S ₂ L ₃ <line segment L ₃ L ₄ , line segment L ₃ L ₄ −line segment FL ₃ <line segment L ₄ L ₂ <line segment L ₃ L ₄ Thus, points L ₃ and L ₄ are provided. Segment _S 2 _{L 3} <segment _L 3 _{L 4,} the line segment _S 3 _{L 3} 'edge _S 1 and the like as a folding line _S 3 _{L 3'} edges when folded A like _S 1 _{S 3 L} 3 This is a condition for preventing 'A etc. from exceeding the line segment S ₄ L ₄ ' etc. which is a fold of the edge S ₄ L ₁ L ₂ 'L ₄ ' etc.

Here, in FIG. 1, points S ₃ , S ₃ ′, and L ₃ ′ are respectively a straight line passing through the point L ₃ and perpendicular to the line segment FL ₂ , a line segment S ₁ L ₁ , and a line segment S ₁ L ₁ ′. , Line segment FL ₂ ′, and points S ₄ , S ₄ ′, and L ₄ ′ are respectively a straight line passing through point L ₄ and perpendicular to line segment FL ₂ , and line segment S ₁ L ₁ , line segment This is the intersection of S ₁ L ₁ ′ and line segment FL ₂ ′.

The line segment L ₃ L ₄ -the line segment FL ₃ <the line segment L ₄ L ₂ is obtained when the edge S ₄ L ₁ L ₂ 'L ₄ ' or the like is folded using the line segment S ₄ L ₄ 'or the like as a fold. edge _{S 4 L 1 L 2 'L} 4' edge _L 1 _{L 2,} such as' the like, the line segment _S 3 _{L 3} 'edges as folds and the like _S 1 _{S 3 L} 3' when folded a like Line segment HF or line segment H′F (point H is a leg of a perpendicular line dropped from point F to line segment S ₁ L ₁ , and point H ′ is defined as line segment HF and line segment S ₁ L ₁ ′. This is a condition for insertion into the pocket 15 (S ₁ S ₃ L ₃ 'F, etc.) beyond the intersection.

Further, the line segment _L 4 _{L 2} <line _L 3 _{L 4,} the line segment _S 4 _{L 4} 'edges like a fold and _S 4 _L 1 _{L 2'} edge _{S 4} when folded _{L 4} ', etc. This is a condition for preventing L ₁ L ₂ 'L ₄ ', etc. from exceeding the line segment S ₃ L ₃ ', etc., which is a fold of the edge S ₁ S ₃ L ₃ ' A. The positions of specific points S ₃ , S ₄ , L ₄ 'L ₃ ' and the like are determined in consideration of the size of the contents to be packaged.

Next, on the line segment L ₃ L ₄ , the line segment S ₂ L ₃ <the line segment L ₃ L ₅ + the line segment L ₅ L ₄ , the line segment L ₃ L ₅ <the line segment S ₂ L ₃ + the line segment L ₅ Point L ₅ is provided so that L ₄ , line segment L ₅ L ₄ <line segment S ₂ L ₃ + line segment L ₃ L ₅ . This condition is a condition for forming a triangle having the line segment S ₂ L ₃ , the line segment L ₃ L ₅ , and the line segment L ₅ L ₄ as each side. Further, on the line segment L ₄ L ₂ , the point L ₆ such that the line segment S ₂ F <the line segment L ₄ L ₆ <the line segment S ₂ L ₃ , the line segment L ₆ L ₂ <the line segment L ₄ L ₆ is satisfied. Is provided. The line segment L ₆ L ₂ <the line segment L ₄ L ₆ has an edge when the line segment S ₆ L ₆ ′ etc. is folded and the edge S ₆ L ₁ L ₂ 'L ₆ ′ etc. is folded to form an overlapped part. This is a condition for preventing the edge L ₁ L ₂ ′ or the like of the part S ₆ L ₁ L ₂ ′ L ₆ ′ or the like from exceeding the line segment S ₄ L ₄ ′ or the like that becomes the fold of the overlapping portion. The line segment S ₂ F <the line segment L ₄ L ₆ <the line segment S ₂ L ₃ is a condition for accommodating this overlapping portion in the pocket 15 (S ₁ S ₃ L ₃ ′ F or the like).

Here, in FIG. 1, points S ₅ , S ₅ ′, and L ₅ ′ are respectively a straight line passing through the point L ₅ and perpendicular to the line segment FL ₂ , a line segment S ₁ L ₁ , and a line segment S ₁ L ₁ ′. , Line segment FL ₂ ′, and points S ₆ , S ₆ ′, and L ₆ ′ are respectively a straight line passing through point L ₆ and perpendicular to line segment FL ₂ and line segment S ₁ L ₁ , line segment This is the intersection of S ₁ L ₁ ′ and line segment FL ₂ ′.

Next, a point K is defined as a point where the side AB intersects the line segment S ₁ F when the edge ABL ₁ S ₁ or the like is folded using the S ₁ L ₁ or the line segment S ₁ L ₁ ′ as a fold.

2. Configuration and processing method of packaging body 1 Next, the configuration and processing method of the packaging body 1 according to first to eighteenth embodiments of the present invention will be described with reference to FIGS. First and second embodiments, fourth and fifth embodiments, seventh and eighth embodiments, tenth and eleventh embodiments, thirteenth and fourteenth embodiments, sixteenth and seventeenth embodiments of the present invention. The packaging body 1 according to the embodiment is made of a sheet material having a pentagon ABCES ₁ shape, and the packaging according to the third, sixth and ninth embodiments, and the twelfth, fifteenth and eighteenth embodiments of the present invention. The body 1 is made of a sheet material having a rectangular ABCD shape. Sheet material is easy to fold, can maintain creases, and can protect the contents with a certain degree of firmness in parts other than the folds. is there. The sheet material having a pentagon ABCES ₁ shape is obtained by cutting a standardized sheet material along the line segment S ₁ E.

In the third, sixth, and ninth embodiments of the present invention, first, a sheet material having a rectangular ABCD shape is formed by folding the triangle DS ₁ E toward the front side so that the line segment S ₁ E becomes a crease, and the pentagon ABCES. ₁ is formed. Other configurations and subsequent processing methods are the same as those of the first or second embodiment, the fourth or fifth embodiment, and the seventh or eighth embodiment of the present invention, respectively. Further, the tenth to eighteenth embodiments of the present invention correspond to the first to ninth embodiments of the present invention which are symmetric. Since all the folding directions in the first to ninth embodiments of the present invention are on the front side, if all the folding directions are changed to the back side in the first to ninth embodiments of the present invention, the tenth to eighteenth embodiments of the present invention. Each corresponds to the embodiment. In the following, the folding process is performed using a folding machine except for the work of sealing the package 1.

As shown in FIG. 2, the packaging body 1 according to the first and second embodiments of the present invention has the edge 21 (ABL ₁ S ₁ ) folded back to the front side so that the line segment S ₁ L ₁ becomes a fold. In the state in which the folded portion 11 is formed and the folded portion 11 is formed as shown in FIG. 3, the edge portion 22 (FL ₂ 'CE) is folded back to the surface side so that the line segment FL ₂ ' becomes a fold. And a folding portion 12.

Further, as shown in FIG. 4, the packaging body 1 according to the first and second embodiments of the present invention has an edge so that the line segment S ₃ L ₃ ′ becomes a crease in the state in which the folded portion 12 is formed. The folded portion 13 formed by folding back the portion 23 (S ₁ S ₃ L ₃ ′ A) to the surface side, and the edge portion 24 so that the line segment S ₄ L ₄ ′ becomes a fold in the state where the folded portion 13 is formed. And a folded portion 14 formed by folding (S ₄ L ₁ L ₂ 'L ₄ ') to the surface side.

Further, as shown in FIG. 5, the packaging body 1 according to the first and second embodiments of the present invention has pockets 15 (S ₁ S ₃ L ₃ ′) at the edge 23 (S ₁ S ₃ L ₃ ′ A). F) is formed, and the edge 24 (S ₄ L ₁ L ₂ 'L ₄ ') can be inserted into the pocket 15 from the end edge L ₁ L ₂ '. This insertion operation is performed manually, not by a folder. At this time, a postcard or the like case is completed by putting a postcard or the like into the package 1.

Moreover, the package 1 according to the second embodiment of the present invention, as shown in FIG. 6, in the state where the folded portion 12 is formed, the streaks 16 attached along the line segment S ₅ L ₅ ′, And a line 17 attached along the line segment S ₆ L ₆ ′. Here, the reason why the crease 12 is formed is that the edge 22 (FL ₂ ′ CE) is folded back obliquely with the line segment FL ₂ ′ as the crease, so that the edge 22 (FL ₂ This is because if the streak is applied in a state where 'CE) is unfolded, the streak is shifted when the edge 22 (FL ₂ ' CE) is folded back. This creasing is performed by attaching a creasing blade to the folding machine.

Moreover, the packaging 1 according to the second embodiment of the present invention, as shown in FIG. 7, the line segment _S 3 _{L 3} 'end such that a folded portion _{23 (S 1 S 3 L 3} ' to A) Folded to the surface side, the central portion 25 (S ₃ S ₄ L ₄ 'L ₃ ') is folded to the surface side based on the streaks 16, and the edge portion 26 (S ₆ L ₁ L ₂ 'L ₆ ' based on the streaks 17 ) Is folded to form the overlapping portion 27, and the overlapping portion 27 is folded to the surface side so that the line segment S ₄ L ₄ ′ becomes a fold, and the overlapping portion 27 is inserted into the pocket 15 from the edge S ₆ L ₆ ′. By doing so, a table stand 100 as shown in FIG. 8 is formed. When the package 1 according to the second embodiment of the present invention is used as the table lamp 100, a post card or the like is inserted into the pocket 15 of the table lamp 100 as shown in FIG.

The packaging body 1 according to the fourth and fifth embodiments of the present invention has a folded portion 31 formed by folding the edge portion 41 (ABL ₁ ′S ₁ ) to the surface side so that the line segment S ₁ L ₁ ′ becomes a fold. In the state in which the fold portion 31 is formed, a fold portion 32 is formed by folding the edge portion 42 (FL ₂ CE) to the surface side so that the line segment FL ₂ becomes a fold.

In addition, the packaging body 1 according to the fourth and fifth embodiments of the present invention has the edge portion 43 (S ₁ S ₃₎ so that the line segment S ₃ ′ L ₃ becomes a fold line in the state in which the folding portion 32 is formed. In the state where the folding portion 33 is formed by folding back 'L ₃ A) to the front surface side, and the folding portion 33 is formed, the edge portion 44 (S ₄ ' L ₁ 'so that the line segment S ₄ ' L ₄ becomes a fold line. L ₂ L ₄ ) is folded back to the front surface side.

Further, the packaging body 1 according to the fourth and fifth embodiments of the present invention has pockets 35 (S ₁ S ₃ 'L ₃ F) formed at the edge 43 (S ₁ S ₃ ' L ₃ A). The edge portion 44 (S ₄ ′ L ₁ ′ L ₂ L ₄ ) can be inserted into the pocket 35 from the end edge L ₁ ′ L ₂ . This insertion operation is performed manually, not by a folder. At this time, a postcard or the like case is completed by putting a postcard or the like into the package 1.

In addition, the package 1 according to the fifth embodiment of the present invention includes a line 36 and a line segment S ₆ ′ L ₆ that are attached along the line segment S ₅ ′ L ₅ in a state in which the folded portion 32 is formed. And a muscle 37 attached along the line. Here, the reason why the crease 32 is formed is that the edge 41 (ABL ₁ ′ S ₁ ) is folded obliquely with the line segment S ₁ L ₁ ′ as the crease, so the edge 41 This is because if the streaks are made with (ABL ₁ ′ S ₁ ) deployed, the streaks will shift when the edge 41 (ABL ₁ ′ S ₁ ) is folded back. This creasing is performed by attaching a creasing blade to the folding machine.

Furthermore, the packaging body 1 according to the fifth embodiment of the present invention has the edge portion 43 (S ₁ S ₃ 'L ₃ A) folded to the front side so that the line segment S ₃ ' L ₃ becomes a crease, and the line 36 The central portion 45 (S ₃ ′ S ₄ ′ L ₄ L ₃ ) is folded to the surface side based on the above, and the edge portion 46 (S ₆ ′ L ₁ ′ L ₂ L ₆ ) is folded back based on the line 37 to overlap the portion 47. 8, the overlapping portion 47 is folded on the surface side so that the line segment S ₄ ′ L ₄ becomes a crease, and the overlapping portion 47 is inserted into the pocket 35 from the edge S ₆ ′ L _6, thereby obtaining FIG. A table stand 100 as shown is formed. When the package 1 according to the fifth embodiment of the present invention is used as the table stand 100, a post card or the like is inserted into the pocket 35 of the table stand 100 as shown in FIG.

The packaging body 1 according to the seventh and eighth embodiments of the present invention has a folded portion 31 formed by folding the edge portion 41 (ABL ₁ 'S ₁ ) to the front side so that the line segment S ₁ L ₁ ' becomes a fold. In the state where the fold portion 31 is formed, the fold portion 12 is formed by folding the edge portion 22 (FL ₂ ′ CE) back to the surface side so that the line segment FL ₂ ′ becomes a fold.

Further, the packaging body 1 according to the seventh and eighth embodiments of the present invention has the edge portion 63 (S ₁ S so that the line segment S ₃ ′ L ₃ ′ becomes a crease in the state where the fold portion 12 is formed. ₃ ′ L ₃ ′ A) is folded back to the front surface side, and the edge 64 (S ₄ ′) is formed so that the line segment S ₄ ′ L ₄ ′ becomes a fold in the state where the fold portion 53 is formed. L ₁ ′ L ₂ ′ L ₄ ′) is folded back to the front surface side.

Further, in the packaging body 1 according to the seventh and eighth embodiments of the present invention, pockets 55 (S ₁ S ₃ 'L ₃ ' F) are formed at the edge 63 (S ₁ S ₃ 'L ₃ ' A). The edge portion 64 (S ₄ 'L ₁ ' L ₂ 'L ₄ ') can be inserted into the pocket 55 from the end edge L ₁ 'L ₂ '. This insertion operation is performed manually, not by a folder. At this time, a postcard or the like case is completed by putting a postcard or the like into the package 1.

In addition, the package 1 according to the eighth embodiment of the present invention includes a line 56 and a line segment S ₆ ′ L that are attached along the line segment S ₅ ′ L ₅ ′ in a state where the folded portion 12 is formed. _And a muscle 57 attached along ₆ '. Here, in the state in which the folded portion 12 is formed, the line 22 is FL ₂ ′ and the line 41 S is an edge 22 (FL ₂ ′ CE), an edge 41 (ABL ₁ ′ S ₁ ) is a line segment FL ₂ ′, and a line segment S ₁ L. _Since each of the ridges ₁ 'is folded back diagonally, the edge 22 (FL ₂ ' CE) and the edge 41 (ABL ₁ 'S ₁ ) are unfolded and the edge 22 (FL ₂ ' CE), because when the edge 41 (ABL ₁ ′ S ₁ ) is folded, the streaks are shifted. This creasing is performed by attaching a creasing blade to the folding machine.

Furthermore, the packaging body 1 according to the eighth embodiment of the present invention is such that the edge 63 (S ₁ S ₃ 'L ₃ ' A) is folded to the surface side so that the line segment S ₃ 'L ₃ ' becomes a fold line. The central portion 65 (S ₃ ′ S ₄ ′ L ₄ ′ L ₃ ′) is folded to the surface side based on the line 56, and the edge portion 66 (S ₆ ′ L ₁ ′ L ₂ ′ L ₆ ′) is based on the line 57. Are folded to form a superposition part 67, and this superposition part 67 is folded to the surface side so that the line segment S ₄ 'L ₄ ' becomes a crease, and the superposition part 67 is formed in the pocket 55 from the edge S ₆ 'L ₆ '. By inserting, a table stand 100 as shown in FIG. 8 is formed. When the packaging body 1 according to the eighth embodiment of the present invention is used as the table lamp 100, a post card or the like is inserted into the pocket 55 of the table lamp 100 as shown in FIG.

3. Action of Package 1 Finally, the action of the package 1 will be described. According to the packaging body 1 according to the first, fourth, and seventh embodiments of the present invention, the packaging body 1 does not need to be provided with die cutting, notching, protruding portions, paste margin, etc. Can be omitted. Therefore, the cost and time for mass-producing the package 1 can be reduced.

Further, since the package 1 is configured such that the first fold portion and / or the second fold portion are folded back obliquely with the point L ₁ ′ or / and the point L ₂ ′ as the base point, the edge 24 and the like are tapered. The size of the edge such as the edge 24 is smaller than the size of the opening such as the pocket 15.

Moreover, the packaging body 1, the pocket 15 such that the opening becomes oblique by cut along line ES ₁ is formed. Edges L ₁ L ₂ ′ and the like of the edge 24 and the like are inserted into the pocket 15 and the like while sliding on the surface of the triangle S ₁ AK formed on the edge 21 and the like because the opening of the pocket is inclined. It has come to be.

Further, since the packaging body 1 has the first folded portion and the second folded portion folded in this order, the edge portion 22 and the like on the side that is obliquely cut in the pocket 15 and the like are not cut obliquely. Comes below the side edge 21 etc. Therefore, when the end edge L ₁ L ₂ ′ or the like is inserted into the pocket 15 or the like, the edge portion 22 or the like on the side cut obliquely does not get in the way.

Thus, according to the package 1 according to the first, fourth, and seventh embodiments of the present invention, the package 1 is folded such that the edge L ₁ L ₂ ′ or the like is smaller than the size of the opening. The surface of the triangle S ₁ AK serves as a guide when inserting the edge L ₁ L ₂ ′ into the pocket 15 etc., and the edge 22 etc. on the side cut obliquely in the pocket 15 etc. Therefore, the packaging body 1 can be smoothly sealed, and the packaging body 1 can be produced quickly only by simple work.

Here, the packaging body 1 according to the first, fourth and seventh embodiments of the present invention can be used as a case containing a postcard or the like by inserting a postcard or the like when sealing the packaging body 1. . In order to put a postcard or the like into the package 1, a postcard or the like is placed on the central portion 25 or the like, and a folding portion is formed in the order of the folding portion 11 or the like, the folding portion 12 or the like, the folding portion 13 or the like, or the folding portion 14 or the like. Fold as shown, and insert the edge 24 or the like into the pocket 15 or the like from the end edge L ₁ L ₂ ′ or the like.

  In addition, the packaging body 1 according to the first, fourth, and seventh embodiments of the present invention has no die cutting, notching, protruding portion, paste margin, and the like, and the protruding portion is not inserted into the notch or glued. The sheet can be easily developed, and a smooth sheet is obtained although some creases remain after the development. Therefore, the inside of the expanded package 1 can be used as, for example, a leaflet or a notepaper.

  When the package 1 is used as a leaflet or a notepaper, the contents of the leaflet and the design of the notepaper are printed on the inner surface when the paper is folded before folding. In the case of a stationery, you may simply secure a writable space. Further, when the package 1 is used as a postal envelope, a postal frame is printed on the surface that becomes the outer side when folded, before folding. At this time, as shown in FIG. 10, any one of (a), (b), and (c) may be sealed with a seal or the like.

  Moreover, when using the package 1 as a standard mail, it is necessary to match the size and weight of the package 1 with the standards set by the Postal Service. Within the scope of this standard, it is possible to enclose and mail relatively thin items such as photographs.

According to the packaging body 1 according to the second, fifth, and eighth embodiments of the present invention, the packaging body 1 is provided with the streaks 16 and the like 17 and the streaks 17 and the like so as to satisfy the triangle formation condition. Fold the edge 23 and the like to the surface side so that ₃ L ₃ ′ and the like become a crease, fold the central portion 25 and the like to the surface side based on the streaks 16 and the like, and fold the edge 26 and the like based on the streaks 17 and the like The overlapping portion 27 and the like are formed, and the overlapping portion 27 and the like are folded to the front side so that the line segment S ₄ L ₄ ′ becomes a fold, and the overlapping portion 27 and the like are edged S ₆ L ₆ ′ and the like in the pocket 15 and the like. Therefore, it is possible to form a table stand 100 having pockets 15 and the like.

  Therefore, the packaging body 1 according to the second, fifth, and eighth embodiments of the present invention has the effects of the packaging body 1 according to the embodiments according to the first, fourth, and seventh embodiments of the present invention. It can also be used as a table lamp 100 of a type into which a post card or the like is inserted. When the packaging body 1 according to the second, fifth, and eighth embodiments of the present invention is used as the table stand 100, a post card or the like is inserted into the pocket 15 or the like of the table stand 100 as shown in FIG. To do.

According to the packaging body 1 according to the third, sixth and ninth embodiments of the present invention, it relates to the first or second embodiment, the fourth or fifth embodiment, the seventh or the eighth embodiment of the present invention. In addition to the effects of the package 1, the package 1 uses a sheet material having a rectangular ABCD shape, and thus can be used as it is without cutting standardized paper or the like. The opening portion FS ₁ such as pockets 15 for the crease, increases the strength such as the pocket 15 can easily inserted from the edge of the rim 24 or the like and superimposing unit in the pocket 15 or the like.

  The packaging body 1 according to the tenth to eighteenth embodiments of the present invention corresponds to the packaging body 1 according to the first to ninth embodiments of the present invention that is bilaterally symmetrical. The operation of the packaging body 1 according to the tenth to eighteenth embodiments is the same as the operation of the packaging body 1 according to the first to ninth embodiments of the present invention.

It should be noted that the present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the scope of the present invention. For example, the technical scope of the present invention for those edges of the folded portions that are more or less folded in other folding portion and the first folding portion as a base point somewhat shifted position from the point S ₁ is formed include.

It is a top view which shows the expanded view of the package which is 1st Example of this invention. It is a 1st example of the present invention, and is a figure showing the state where edge part ABL ₁ S ₁ of a package was turned up. A first embodiment of the present invention, showing a state in which the folded edges FL ₂ 'CE of the package. A first embodiment of the present invention, showing a state in which folding the edge _S 1 _S 3 _{L 3} of the wrapper 'A and edge _{S 4 L 1 L 2' L} 4 '. A first embodiment of the present invention, showing a state of inserting 'the edge _L 1 _{L 2' L 4} from the 'edge _S 4 _L 1 _{L 2} in F' pocket _S 1 _S 3 _{L 3} of the package It is. It is 2nd Example of this invention, and is a figure which shows the state which attached the stripe to the package body. It is 2nd Example of this invention, and is a figure where it uses for demonstrating the processing method of a table lamp. It is 2nd Example of this invention, and is a figure which shows the state processed into the desk stand. A second embodiment of the present invention, showing a state of inserting the post card or the like in the pocket S ₁ S ₃ L ₃ 'F of table stand. It is a 1st, 4th, 7th Example of this invention, and is a figure which shows the sealing location when a package body is utilized as an envelope.

Explanation of symbols

1 Package 11, 31 Folding part (first folding part)
12, 32 Folding part (second folding part)
13, 33, 53 Folding part (third folding part)
14, 34, 54 Folding part (fourth folding part)
15 pockets (S ₁ S ₃ L ₃ 'F)
16, 36, 56 muscles (first muscle)
17, 37, 57 muscles (second muscle)
21 Edge (ABL ₁ S ₁ )
22 Edge (FL ₂ 'CE)
23 Edge (S ₁ S ₃ L ₃ 'A)
24 edge (S ₄ L ₁ L ₂ 'L ₄ ')
25 Central part (S ₃ S ₄ L ₄ 'L ₃ ')
26 Edge (S ₆ L ₁ L ₂ 'L ₆ ')
27, 47, 67 Superposition part 35 pocket (S ₁ S ₃ 'L ₃ F)
41 Edge (ABL ₁ 'S ₁ )
42 Edge (FL ₂ CE)
43 Edge (S ₁ S ₃ 'L ₃ A)
44 edge (S ₄ 'L ₁ ' L ₂ L ₄ )
45 Center (S ₃ 'S ₄ ' L ₄ L ₃ )
46 edge (S ₆ 'L ₁ ' L ₂ L ₆ )
55 pockets (S ₁ S ₃ 'L ₃ ' F)
63 Edge (S ₁ S ₃ 'L ₃ ' A)
64 edges (S ₄ 'L ₁ ' L ₂ 'L ₄ ')
65 central _{(S 3 'S 4' L} 4 'L 3')
66 Edge (S ₆ 'L ₁ ' L ₂ 'L ₆ ')
100 table lamp

Claims (6)

A package used as a postcard packaging, envelope, etc.
In a rectangular (or square) ABCD having vertices A, B, C, D in the counterclockwise direction, points S ₁ , S ₁ , and so on from the point A so that the line segment S ₁ A <the line segment S ₂ S ₁ on the side DA. S ₂ is provided, and the legs of the perpendicular lines extending from the points S ₁ and S ₂ to the side BC are set as points L ₁ and L ₂ , respectively, the point E is provided on the side CD, the line segment ES ₁ and the line segment S ₂ L ₂ and the point F the intersection of the line segment _L 1 _{L 2} on the line segment FL ₂ 'point C which is a line symmetry of the point C relative to the' line segment _S 1 point so as not to exceed _{L 1 L 2} provided ', a line segment _S 2 _{L 3} on the line segment FL ₂ <line _L 3 _{L 4,} the line segment _L 3 _{L 4} - line segment FL ₃ <line _L 4 _{L 2} <line _L 3 _{L 4} The points L ₃ and L ₄ are provided so that the intersections of the straight line passing through the point L ₃ and perpendicular to the line segment FL ₂ and the line segments S ₁ L ₁ and FL ₂ ′ are the points S ₃ and L ₃ ′, respectively. through and then, the point _{L 4} Line FL ₂ perpendicular to straight line segments _S 1 _{L 1,} 'respectively point an intersection point between _S 4, _{L 4'} line FL ₂ when defined as,
The package is made of a sheet material having a shape of pentagon ABCES ₁ ,
In the sheet material,
A _first fold formed by folding the edge ABL ₁ S ₁ back to the front side (or the back side) so that the line segment S ₁ L ₁ is a fold;
In a state where the first fold portion is formed, the line segment FL ₂ ′ becomes a fold, and the edge portion FL ₂ ′ CE is folded back to the front surface side (or the back surface side) so as to overlap the first fold portion. A second fold,
In the state where the second fold portion is formed, a _third portion is formed by folding the edge portion S ₁ S ₃ L ₃ ′ A to the front surface side (or the back surface side) so that the line segment S ₃ L ₃ ′ becomes a fold line. Folds of
In a state where the third fold portion is formed, the edge portion S ₄ L ₁ L ₂ ′ L ₄ ′ is folded back to the front surface side (or the back surface side) so that the line segment S ₄ L ₄ ′ becomes a fold line. A fourth fold,
The edge S ₄ L ₁ L ₂ 'L ₄ ' can be inserted into the pocket S ₁ S ₃ L ₃ 'F formed at the edge S ₁ S ₃ L ₃ ' A from the edge L ₁ L ₂ '. A package characterized by comprising the above. In the rectangular (or square) ABCD, the segment on the line segment _{L 3 L 4 S 2 L 3} < segment _L 3 _{L 5} + line _L 5 _{L 4,} the line segment _L 3 _{L 5} <segment _S 2 L ₃ + line segment L ₅ L ₄ , line segment L ₅ L ₄ <line segment S ₂ L ₃ + point L ₅ is provided so that line segment L ₃ L _5, and line segment S is placed on line segment L ₄ L _{2 A} point L ₆ is provided so that ₂ F <line segment L ₄ L ₆ <line segment S ₂ L ₃ , line segment L ₆ L ₂ <line segment L ₄ L ₆ , passes through point L ₅ to line segment FL ₂ Intersections of the vertical straight line with the line segment S ₁ L ₁ and the line segment FL ₂ ′ are defined as points S ₅ and L ₅ ′, respectively. The straight line and the line segment S ₁ L ₁ passing through the point L ₆ and perpendicular to the line segment FL ₂ , Defining the intersection with line segment FL ₂ ′ as points S ₆ and L ₆ ′, respectively,
In the state where the second fold is formed,
A first line attached along the line segment S ₅ L ₅ ′;
A second line attached along the line segment S ₆ L ₆ ′,
The edge portion S ₁ S ₃ L ₃ ′ A is folded to the front surface side (or the back surface side) so that the line segment S ₃ L ₃ ′ becomes a crease, and the central portion S ₃ S ₄ based on the first streak. L ₄ 'L ₃ ' is folded to the front surface side (or the back surface side), and the edge portion S ₆ L ₁ L ₂ 'L ₆ ' is folded based on the second streaks to form a superimposed portion. Fold the line segment S ₄ L ₄ ′ to the front side (or back side) so that it becomes a crease, and insert the overlapping portion into the pocket S ₁ S ₃ L ₃ ′ F from the edge S ₆ L ₆ ′ The packaging body according to claim 1, wherein a table stand is formed by the step, and the post card or the like can be inserted into the pockets S ₁ S ₃ L ₃ ′ F of the table stand. A package used as a postcard packaging, envelope, etc.
In a rectangle (or square) ABCD with vertices A, B, C, D counterclockwise, points S ₁ , S in order from point A so that line segment DS ₂ <line segment S ₂ S ₁ on side DA ₂ , the legs of the perpendicular line from the points S ₁ and S ₂ to the side BC are set as points L ₁ and L ₂ , respectively, the point E is provided on the side CD, the line segment ES ₁ and the line segment S ₂ L ₂ are the intersection between the point F, on the line segment _L 1 _{L 2,} the line segment _S 1 _{L 1} 'point is line symmetric point B with respect to B' is the point _{L 1} so as not to exceed a line segment FL ₂ ' the provided segments on the segment FL _{2 S 2 L 3} <segment _L 3 _{L 4,} the line segment _L 3 _{L 4} - the line segment FL ₃ <line _L 4 _{L 2} <line _L 3 _{L 4} point _L 3 as, _{L 4} and provided, and 'intersection point _{S 3} of the' points _{L 3} as line segments FL ₂ perpendicular to straight line segments _S 1 _{L 1} and the points _{L 4} street segment FL vertical straight line and the line to ₂ When defining 'the intersection between the point _{S 4' S 1} L ₁ as,
The package is made of a sheet material having a shape of pentagon ABCES ₁ ,
In the sheet material,
A _first fold formed by folding the edge ABL ₁ ′ S ₁ back to the front side (or the back side) so that the line segment S ₁ L ₁ ′ is a fold;
In the state where the first fold portion is formed, the line segment FL ₂ becomes a fold, and a _second portion is formed by folding the edge portion FL ₂ CE back to the front surface side (or the back surface side) so as to overlap the first fold portion. Folds of
In the state in which the second fold portion is formed, the edge portion S ₁ S ₃ ′ L ₃ A is folded back to the front surface side (or the back surface side) so that the line segment S ₃ ′ L ₃ becomes a fold line. Folds of
In a state where the third fold portion is formed, the edge portion S ₄ ′ L ₁ ′ L ₂ L ₄ is folded back to the front surface side (or the back surface side) so that the line segment S ₄ ′ L ₄ becomes a fold line. A fourth fold,
As can be inserted from the edge _S 1 _{S 3 'L 3} pockets formed in A _S 1 _{S 3' L 3} wherein the F edge _{S 4 'L 1' L 2} L 4 edges _{L 1} a _{'L 2} A package characterized by comprising the above. In the rectangular (or square) ABCD, the segment on the line segment _{L 3 L 4 S 2 L 3} < segment _L 3 _{L 5} + line _L 5 _{L 4,} the line segment _L 3 _{L 5} <segment _S 2 L ₃ + line segment L ₅ L ₄ , line segment L ₅ L ₄ <line segment S ₂ L ₃ + point L ₅ is provided so that line segment L ₃ L _5, and line segment S is placed on line segment L ₄ L _{2 A} point L ₆ is provided so that ₂ F <line segment L ₄ L ₆ <line segment S ₂ L ₃ , line segment L ₆ L ₂ <line segment L ₄ L ₆ , passes through point L ₅ to line segment FL ₂ An intersection point between the vertical straight line and the line segment S ₁ L ₁ ′ is defined as a point S ₅ ′, and an intersection point between the straight line passing through the point L ₆ and the line segment FL ₂ and the line segment S ₁ L ₁ ′ is defined as the point S ₆ ′. When defining as
In the state where the second fold is formed,
A first line attached along the line segment S ₅ 'L ₅ ;
A second line attached along the line segment S ₆ 'L ₆ ,
The segment _{S 3} folding _{'L 3} is the so that the fold edge _S 1 _{S 3' L 3} A surface side (or back side), the central portion _{S 3} based on the first muscle 'S _{4 'L} 4 fold _{L 3} on the surface side (or back side), the edge _{S 6} based on the second streak' folded back _{L 1 'L} 2 _{L 6} to form a superposed portion, the superimposing unit Fold the front side (or back side) so that the line segment S ₄ ′ L ₄ is a crease, and insert the overlapping portion into the pocket S ₁ S ₃ ′ L ₃ F from the edge S ₆ ′ L ₆ The packaging body according to claim 3, wherein a table stand is formed by the step, and the post card or the like can be inserted into the pockets S ₁ S ₃ ′ L ₃ F of the table stand. A package used as a postcard packaging, envelope, etc.
In a rectangle (or square) ABCD with vertices A, B, C, D counterclockwise, line segment DS ₂ <line segment S ₂ S ₁ , line segment S ₁ A <line segment S ₂ S ₁ on side DA The points S ₁ and S ₂ are provided in order from the point A so that the vertical legs extending from the points S ₁ and S ₂ to the side BC are points L ₁ and L ₂ , respectively, and the point E is provided on the side CD. The intersection of the line segment ES ₁ and the line segment S ₂ L ₂ is a point F, and points L ₁ ′ and L ₂ ′ are points on the line segment L ₁ L ₂ with respect to the line segment S ₁ L ₁ ′. as axisymmetric become point B B 'line segment FL _2' does not exceed, and _'point is line symmetrical point C with respect to C' line FL 2 is a line segment S _{1 L} 1 _' provided so as not to exceed, the line segment _S 2 _{L 3} <segment _L 3 _{L 4} on the line segment FL _2, the line segment _L 3 _{L 4} - line FL ₃ <line _L 4 _{L 2} <line _L 3 L ₄ and so as to point _L 3, _{L 4} The provided, point _{L 3} as line segments FL ₂ perpendicular to straight line segments _S 1 _{L 1} a ', a line segment FL _2' each point intersection of the _{S 3} ', _{L 3'} and passes through the point _{L 4} When defining intersections between a straight line perpendicular to the line segment FL ₂ and the line segment S ₁ L ₁ ′ and line segment FL ₂ ′ as points S ₄ ′ and L ₄ ′, respectively,
The package is made of a sheet material having a shape of pentagon ABCES ₁ ,
In the sheet material,
A _first fold formed by folding the edge ABL ₁ ′ S ₁ back to the front side (or the back side) so that the line segment S ₁ L ₁ ′ is a fold;
In a state where the first fold portion is formed, the line segment FL ₂ ′ becomes a fold, and the edge portion FL ₂ ′ CE is folded back to the front surface side (or the back surface side) so as to overlap the first fold portion. A second fold,
In a state where the second fold portion is formed, the edge portion S ₁ S ₃ ′ L ₃ ′ A is folded back to the front surface side (or the back surface side) so that the line segment S ₃ ′ L ₃ ′ becomes a fold line. A third fold,
In a state where the third fold portion is formed, the edge portion S ₄ ′ L ₁ ′ L ₂ ′ L ₄ ′ is on the front surface side (or the back surface side) so that the line segment S ₄ ′ L ₄ ′ becomes a fold line. A fourth folded portion that is folded back,
Said edge portion _S 1 _{S 3 'L 3'} pockets formed in _{A S 1 S 3 'L 3} ' wherein the F edge _{S 4 'L 1' L 2} 'L 4' edges the _{L 1 'L 2} A package characterized in that it can be inserted through. In the rectangular (or square) ABCD, the segment on the line segment _{L 3 L 4 S 2 L 3} < segment _L 3 _{L 5} + line _L 5 _{L 4,} the line segment _L 3 _{L 5} <segment _S 2 L ₃ + line segment L ₅ L ₄ , line segment L ₅ L ₄ <line segment S ₂ L ₃ + point L ₅ is provided so that line segment L ₃ L _5, and line segment S is placed on line segment L ₄ L _{2 A} point L ₆ is provided so that ₂ F <line segment L ₄ L ₆ <line segment S ₂ L ₃ , line segment L ₆ L ₂ <line segment L ₄ L ₆ , passes through point L ₅ to line segment FL ₂ vertical lines and line segments _S 1 _{L 1} ', a line segment FL _2' each point intersection of the _{S 5} ', _{L 5'} and the point _{L 6} as line segments FL ₂ perpendicular to straight line segments _{S 1} and When defining intersection points with L ₁ ′ and line segment FL ₂ ′ as points S ₆ ′ and L ₆ ′, respectively,
In the state where the second fold is formed,
A first streak along the line segment S ₅ 'L ₅ ';
A second line attached along line S ₆ 'L ₆ ',
The edge S ₁ S ₃ 'L ₃ ' A is folded to the front side (or back side) so that the line segment S ₃ 'L ₃ ' is a crease, and the central portion S ₃ is based on the first streak. Fold 'S ₄ ' L ₄ 'L ₃ ' to the front side (or back side) and fold the edges S ₆ 'L ₁ ' L ₂ 'L ₆ ' based on the second streaks to form overlapping parts Then, the overlapping portion is folded to the front surface side (or the back surface side) so that the line segment S ₄ ′ L ₄ ′ becomes a crease, and the overlapping portion is connected to the pocket S ₁ S ₃ ′ L ₃ ′ F with an edge S. ₆ table stand is formed by inserting the 'L _6', characterized by being configured to allow insertion of the post card or the like in the pocket _{S 1 S 3 'L 3'} F of the desk lamp of claim 5. The package according to 5.

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