JP5997811B1 - Frame connection structure - Google Patents

Frame connection structure Download PDF

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JP5997811B1
JP5997811B1 JP2015136226A JP2015136226A JP5997811B1 JP 5997811 B1 JP5997811 B1 JP 5997811B1 JP 2015136226 A JP2015136226 A JP 2015136226A JP 2015136226 A JP2015136226 A JP 2015136226A JP 5997811 B1 JP5997811 B1 JP 5997811B1
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staircase
frame material
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staircase portion
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哲朗 田口
哲朗 田口
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哲朗 田口
哲朗 田口
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Abstract

【課題】基本構造が共通する複数の枠体を連結させることで、パズルの解を容易に導き出すことができないような枠体の連結構造体を提供する。【解決手段】階段状に１段落としてなる第１−１及び第１−２の階段部（ａ、ｂ）が、それぞれ枠材（１１、２１）に形成されている第１の枠体１０と、階段状に１段落としてなる第２−１及び第２−２の階段部（ｃ、ｄ）が、それぞれ枠材（２１、２２）に形成されている第２の枠体２０とを備え、第１−１の階段部ａの横幅と第２−２の階段部ｄの横幅を合わせた長さ及び第１−２の階段部ｂの横幅と第２−１の階段部ｃの横幅を合わせた長さが、第１−１から第２−２の階段部（ａからｄ）のそれぞれが形成されている枠材（１１、１２、２１、２２）の横幅の長さと同一であり、第１−１から第２−２の階段部（ａからｄ）の高さが同一であって、第１及び第２の枠体（１０、２０）が、全体として連結していることを特徴とする。【選択図】図７Provided is a frame connection structure in which a plurality of frames having a common basic structure are connected to each other so that a puzzle cannot be easily solved. The first and second staircase portions (a, b), which are formed in one step in a staircase shape, are formed with the first frame body 10 formed on the frame material (11, 21), respectively. The 2-1 and 2-2 staircase portions (c, d) that form one step in a staircase shape include the second frame body 20 formed on the frame members (21, 22), respectively. The length of the width of the 1-1 staircase a and the width of the 2-2 staircase d and the width of the 1-2 staircase b and the width of the 2-1 staircase c are combined. The length is the same as the width of the frame member (11, 12, 21, 22) on which each of the first to 2-2 step portions (a to d) is formed, The height of 1-1 to 2-2 step portions (a to d) is the same, and the first and second frame bodies (10, 20) are connected as a whole. To do. [Selection] Figure 7

Description

本発明は、枠体の連結構造体に関し、より詳しくは、枠体が連結されているパズルや鎖等の連結構造体に関する。   The present invention relates to a connecting structure for frames, and more particularly to a connecting structure such as a puzzle or a chain to which frames are connected.

従来、枠体が連結されている連結構造体として、飾り部が形成される第１のリングと、一部に折曲部が形成される第２及び第３のリングと、表面及び裏面が平坦に形成される第４及び第５のリングとを備え、第１から第５のリングが全体として連結しており、これら第１から第５のリングを組み合わせることで、一つの指輪が組み立てられるリング型のパズル（パズルの連結構造体）が知られている（非特許文献１参照）。   Conventionally, as a connecting structure in which frames are connected, a first ring in which a decorative portion is formed, second and third rings in which a bent portion is formed in part, and the front and back surfaces are flat The first and fifth rings are connected as a whole, and a ring in which one ring is assembled by combining these first to fifth rings. A type of puzzle (a connected structure of puzzles) is known (see Non-Patent Document 1).

また、枠体が連結されている他の連結構造体としては、略矩形状からなる複数の枠体が全体として連結している鎖（鎖（チェーン）の連結構造体）が知られている（非特許文献２参照）。   In addition, as another connection structure to which the frames are connected, a chain (chain connection structure) in which a plurality of substantially rectangular frames are connected as a whole is known ( Non-patent document 2).

ＨＡＮＡＹＡＭＡ キャストリング２〔平成２７年５月１５日検索〕、インターネット＜URL: http://www.hanayamatoys.co.jp/product/category/puzzle/cast/cast-ring2.html＞HANAYAMA CASTLEIN 2 [Search May 15, 2015], Internet <URL: http://www.hanayamatoys.co.jp/product/category/puzzle/cast/cast-ring2.html> 鎖・チェーンの専門店 リンクチェーン ステンレスチェーン（ＳＵＳ３０４・ＳＵＳ３１６）〔平成２７年６月１日検索〕インターネット＜URL: http://link-chain.jp/materials/stainless/sus.php＞Chain and chain specialty stores Link Chain Stainless Chain (SUS304 / SUS316) [Searched on June 1, 2015] Internet <URL: http://link-chain.jp/materials/stainless/sus.php>

しかし、非特許文献１に記載されているパズルの連結構造体は、基本構造の明らかに異なる複数のリングから構成されていることから、パズルの解が容易に導き出されてしまうという問題がある。   However, since the puzzle connection structure described in Non-Patent Document 1 is composed of a plurality of rings whose basic structures are clearly different, there is a problem that the solution of the puzzle is easily derived.

すなわち、非特許文献１に記載のパズルの連結構造体における、飾り部が形成される第１のリングと、一部に折曲部が形成される第２及び第３のリングと、表面及び裏面が平坦に形成される第４及び第５のリングは、明らかに基本構造が異なるものであり、当該パズルを行う者（以下、「使用者」という。）は、これらリングの基本構造の違いに着目し（特に、飾り部が形成される第１のリングに着目し）、これを指標（ヒント）に、指輪の形状を容易に想起することができることから、簡単に、これら第１から第５のリングを組み合わせる（一つの指輪を組み立てる）ことができてしまうという問題が生じるのである（パズルの解を容易に導き出すことができてしまう）。   That is, in the puzzle connection structure described in Non-Patent Document 1, the first ring in which the decorative portion is formed, the second and third rings in which the bent portion is partially formed, and the front and back surfaces The fourth and fifth rings that are formed flat are clearly different in basic structure, and those who perform the puzzle (hereinafter referred to as “users”) will be aware of the difference in the basic structure of these rings. Pay attention (particularly paying attention to the first ring on which the decorative part is formed) and use this as an index (hint) to easily recall the shape of the ring. The problem arises that it is possible to combine the rings (assemble one ring) (the puzzle solution can be easily derived).

また、非特許文献１に記載のパズルの連結構造体は、上記のとおり、明らかに基本構造の異なる複数のリングから構成されていることから（３種類、５個）、連結されるリングの数を、これ以上増やすことができず、パズルの難易度を上げることができない。また、非特許文献１に記載のパズルの連結構造体では、特に、第２及び第３のリングが、特殊な形状にて形成されていることから（一部に折曲部が形成されている）、製造に手間とコストを要する（製造困難）。   Moreover, since the connection structure of the puzzle described in Non-Patent Document 1 is composed of a plurality of rings having clearly different basic structures as described above (three types, five), the number of rings to be connected Cannot be increased any more and the difficulty of the puzzle cannot be increased. In addition, in the puzzle connection structure described in Non-Patent Document 1, the second and third rings are formed in a special shape (partly formed with a bent portion). ), Costly labor and cost (manufacturing difficulty).

さらに、非特許文献２に記載の鎖の連結構造体における複数の枠体は、単に、略矩形状にて形成されているのみであり、これら枠体を相互に組み合わせる（嵌め込む）ことができるような形状とはなっていないことから、非特許文献２に記載の鎖の連結構造体では、これをコンパクトに収納することができない（当該鎖を収納するときには（例えば、「鎖」の陳列時や出荷（運搬）時等）、鎖がかさばってしまうという問題がある）。   Further, the plurality of frames in the chain connection structure described in Non-Patent Document 2 are merely formed in a substantially rectangular shape, and these frames can be combined (fitted) with each other. Therefore, the chain connection structure described in Non-Patent Document 2 cannot be compactly stored (when the chain is stored (for example, when the “chain” is displayed). And when shipping (carrying), etc., there is a problem that the chain becomes bulky).

そこで、本発明は、上記点に鑑みてなされたものであり、基本構造が共通する複数の枠体を連結させることで、パズルの解を容易に導き出すことができないようにし、また、連結される枠体の数を、無限に増やすことができるようにすることで、パズルの難易度を上げることができ、さらには、連結される各枠体を、相互に組み合わせる（嵌め込む）ことができるような形状とすることで、鎖をコンパクトに収納することのできる枠体の連結構造体を提供することを目的とするものである。   Therefore, the present invention has been made in view of the above points, and by connecting a plurality of frames having a common basic structure, a puzzle solution cannot be easily derived and connected. By making it possible to increase the number of frames infinitely, the difficulty level of the puzzle can be increased, and furthermore, the frames to be connected can be combined (inserted) with each other. It is an object of the present invention to provide a frame connecting structure that can store a chain in a compact shape.

請求項１の発明に係る枠体の連結構造体は、階段状に１段落としてなる第１−１及び第１−２の階段部が、それぞれ枠材に形成されている第１の枠体と、階段状に１段落としてなる第２−１及び第２−２の階段部が、それぞれ枠材に形成されている第２の枠体とを備え、該第１−１の階段部の横幅と該第２−２の階段部の横幅を合わせた長さ及び該第１−２の階段部の横幅と該第２−１の階段部の横幅を合わせた長さが、該第１−１から第２−２の階段部のそれぞれが形成されている枠材の横幅の長さと同一であり、該第１−１から第２−２の階段部の高さが同一であって、該第１及び第２の枠体が、全体として連結していることを特徴とする。   The frame connecting structure according to the first aspect of the present invention includes a first frame body in which the first and first staircase portions, which are stepped in steps, are formed on the frame material, respectively. The 2-1 and 2-2 staircase sections, each of which has a step shape in a staircase, each include a second frame body formed on the frame material, and the width of the 1-1 staircase section The length of the combined width of the 2-2 staircase and the length of the width of the 1-2 staircase and the width of the 2-1 staircase are from the 1-1. Each of the 2-2 staircase portions has the same width as the width of the frame member formed, and the first to 2-2 staircase portions have the same height. And the 2nd frame is connected as a whole, It is characterized by the above-mentioned.

請求項２の発明に係る枠体の連結構造体は、請求項１に記載の発明に係る枠体の連結構造体において、階段状に２段落としてなる第３−１及び第３−２の階段部が、それぞれ枠材に形成されている第３の枠体を備え、該第１−１から第２−２の階段部のそれぞれが形成されている枠材の横幅の長さと該第３−１及び第３−２の階段部のそれぞれが形成されている枠材の横幅の長さが同一であり、該第３−１の階段部の横幅と該第１−２及び第２−２の階段部のそれぞれの横幅を合わせた長さ並びに該第３−２の階段部の横幅と該第１−１及び第２−１の階段部のそれぞれの横幅を合わせた長さが、該第１−１から第３−２の階段部のそれぞれが形成されている枠材の横幅の長さと同一であって、該第３−１及び第３−２の階段部の高さが、該第１から第３の枠体を上下に重ねた厚みと同一であり、該第１から第３の枠体が、全体として連結していることを特徴とする。   The frame connecting structure according to the invention of claim 2 is the frame connecting structure according to the invention of claim 1, wherein the steps 3-1 and 3-2 are formed in two steps in a step shape. Each portion includes a third frame formed on the frame member, and the horizontal width of the frame member on which each of the first to 2-2 step portions is formed and the third The width of the frame material on which each of the first and third stairs is formed is the same, and the width of the 3-1 stairs is the same as the first and second 2-2 The total length of the respective staircase portions and the total width of the 3-2 staircase portion and the total width of the first-1 and 2-1 staircase portions are the first width. -1 to 3-2 are the same in width as the width of the frame member on which each of the stairs is formed, and the heights of the 3-1 and 3-2 stairs are It is identical to the thickness of one superimposed third frame up and down, the third frame from the first, characterized in that it is connected as a whole.

請求項３の発明に係る枠体の連結構造体は、請求項２に記載の発明に係る枠体の連結構造体において、該第３の枠体を複数備え、該第１−１から第３−２の階段部の横幅の長さが、該第１−１から第３−２の階段部のそれぞれが形成されている枠材の横幅の長さの半分であり、該第１−１、１又は複数の第３−１、１又は複数の第３−２及び該第２−１又は第２−２の階段部を組み合わせたときの全体の高さと該第１−２、１又は複数の第３−１及び１又は複数の第３−２及び該第２−１又は第２−２の階段部を組み合わせたときの全体の高さが、該第１、第２及び複数の第３の枠体を上下に重ねた厚みと同一であって、該第１、第２及び複数の第３の枠体が、全体として連結していることを特徴とする。   A frame connection structure according to a third aspect of the present invention is the frame connection structure according to the second aspect of the present invention, comprising a plurality of the third frame, wherein the first to third -2 step width is half of the width of the frame on which each of the 1-1 to 3-2 step portions is formed, the 1-1, The total height when the one or more 3-1, one or more third-2, and the 2-1 or 2-2 stepped portion are combined, and the 1-2, one or more The total height when the 3-1 and the one or more third-2 and the 2-1 or 2-2 stepped portions are combined is the first, second and plural third heights. It is the same as the thickness which piled up the frame body up and down, Comprising: This 1st, 2nd and several 3rd frame bodies are connected as a whole, It is characterized by the above-mentioned.

請求項４の発明に係る枠体の連結構造体は、請求項２に記載の発明に係る枠体の連結構造体において、階段状に１段落としてなる第４−１及び第４−２の階段部が、それぞれ枠材に形成されている第４の枠体と、階段状に３段落としてなる第５−１及び第５−２の階段部が、それぞれ枠材に形成されている第５の枠体とを備え、該第１−１から第５−２の階段部の横幅の長さが、該第１−１から第５−２の階段部のそれぞれが形成されている枠材の横幅の長さの半分であり、該第１−１、該第２−２、該第３−１、該第４−１及び該第５−２の階段部を組み合わせたときの全体の高さと該第１−２、該第２−１、該第３−２、該第４−２及び該第５−１の階段部を組み合わせたときの全体の高さが、該第１から第５の枠体を上下に重ねた厚みと同一であって、該第２、第３、第５、第１及び第４の枠体の順に連結することで、該第１から第５の枠体が、全体として連結していることを特徴とする。   The frame connecting structure according to the invention of claim 4 is the frame connecting structure according to the invention of claim 2, wherein the steps 4-1 and 4-2 are stepped in one step. The fifth frame portion is formed on the frame material, and the fourth frame body is formed on the frame material, and the 5-1 and 5-2 staircase portions each having three steps are formed in the step shape. A frame body, and the width of the first to 5-2 stepped portions is the width of the frame member in which each of the first to 5-2 stepped portions is formed. The overall height when the 1-1, the 2-2, the 3-1, the 4-1 and the 5-2 stepped portions are combined, and the The overall height when the 1-2, the 2-1, the 3-1, the 4-2, and the 5-1 stepped portions are combined is the first to fifth frames. Thickness of the body It is the same, The 1st-5th frame is connected as a whole by connecting in order of this 2nd, 3rd, 5th, 1st and 4th frame. And

請求項５の発明に係る枠体の連結構造体は、請求項１に記載の発明に係る枠体の連結構造体において、階段状に１段落としてなる第６−１及び第６−２の階段部が、それぞれ枠材に形成されている第６の枠体と、階段状に１段落としてなる第７−１及び第７−２の階段部が、それぞれ枠材に形成されている第７の枠体と、階段状に２段落としてなる第８−１及び第８−２の階段部が、それぞれ枠材に形成されている第８の枠体とを備え、該第１−１から第２−２及び該第６−１から第８−２の階段部の横幅の長さが、該第１−１から第２−２及び該第６−１から第８−２の階段部のそれぞれが形成されている枠材の横幅の長さの半分であり、該第１−１から第２−２の階段部と該第６−１から第７−２の階段部と該第８−１及び第８−２の階段部の高さ比が、２：３：３であって、該第１−１から第２−２の階段部と該第６−１から第７−２の階段部と該第８−１及び第８−２の階段部の長手方向の長さ比が、１：２：４であり、該第１−１、該第２−１、該第６−２、該第７−２及び該第８−１の階段部を組み合わせたときの全体の高さと該第１−２、該第２−２、該第６−１、該第７−１及び該第８−２の階段部を組み合わせたときの全体の高さが、該第１及び第２並びに第６から第８の枠体を上下に重ねた厚みと同一であって、該第１、第６、第８、第７、第２の枠体の順に連結することで、該第１及び第２並びに第６から第８の枠体が、全体として連結していることを特徴とする。   The frame connecting structure according to the invention of claim 5 is the frame connecting structure according to claim 1, wherein the steps 6-1 and 6-2 have one step in a step shape. The sixth frame body is formed on the frame material, and the seventh and seventh stepped portions 7-1 and 7-2 are formed on the frame material. The 8-1 and 8-2 staircase sections, which are divided into two steps in a staircase shape, each include a frame body and an eighth frame body formed on the frame material, and the first to second -2 and the widths of the 6-1 to 8-2 stepped portions are respectively determined by the 1-1 to 2-2 and the 6-1 to 8-2 stepped portions. Half the width of the formed frame member, the 1-1 to 2-2 stepped portion, the 6-1 to 7-2 stepped portion, the 8-1 and 8th-2nd floor The height ratio of the parts is 2: 3: 3, the 1-1 to 2-2 staircases, the 6-1 to 7-2 staircases, and the 8-1 and The length ratio in the longitudinal direction of the 8-2 staircase is 1: 2: 4, the 1-1, the 2-1, the 6-2, the 7-2 and the The total height when combining the 8-1 staircases and the staircases of the 1-2, the 2-2, the 6-1, the 7-1 and the 8-2 The overall height is the same as the thickness of the first, second and sixth to eighth frames stacked one above the other, and the first, sixth, eighth, seventh, second The first, second and sixth to eighth frames are connected as a whole by connecting them in the order of the frames.

請求項１に記載の発明は、階段状に１段落としてなる第１−１及び第１−２の階段部が、それぞれ枠材に形成されている第１の枠体と、階段状に１段落としてなる第２−１及び第２−２の階段部が、それぞれ枠材に形成されている第２の枠体とを備えるものであり、これら第１−１から第２−２の階段部の基本構造並びに第１及び第２の枠体の基本構造は、それぞれ、共通するものであることから、使用者は、パズルを解くためのヒントを得ることが難しく、容易に、パズル（請求項１に記載の枠体の連結構造体）の解を導き出すことができない。   In the first aspect of the present invention, the first and second staircase portions 1-1 and 1-2, which are formed in one step in a staircase shape, are each formed in a frame and the first frame in a staircase shape. The 2-1 and 2-2 staircase sections are each provided with a second frame body formed on the frame material, and the first to 2-2 staircase sections Since the basic structure and the basic structures of the first and second frames are respectively common, it is difficult for the user to obtain a hint for solving the puzzle, and the puzzle can be easily obtained (claim 1). It is not possible to derive a solution of the frame connecting structure described in (1).

すなわち、使用者は、非特許文献１に記載のパズルの連結構造体のように、各枠体等の基本構造の違いに着目し、これをヒントに、本発明の第１及び第２の枠体を組み合わせた形状を容易に想起することができないことから、本発明では、難易度の高いパズルを提供することができる。   That is, the user pays attention to the difference in the basic structure of each frame, such as the puzzle connection structure described in Non-Patent Document 1, and uses this as a hint to help the first and second frames of the present invention. Since the shape combining the bodies cannot be easily recalled, the present invention can provide a puzzle with a high degree of difficulty.

請求項２に記載の発明は、階段状に２段落としてなる第３−１及び第３−２の階段部が、それぞれ枠材に形成されている第３の枠体を、さらに備え（枠体が１つ増える）、これら第３−１及び第３−２の階段部の基本構造並びに第３の枠体の基本構造は、それぞれ、第１−１から第２−２の階段部の基本構造並びに第１及び第２の枠体の基本構造と共通するものであることから、本発明では、より難易度の高いパズルを提供することができる。   The invention according to claim 2 further includes a third frame body in which the 3-1 and 3-2 step portions each having two steps in a step shape are respectively formed on the frame material (frame body) The basic structure of the 3-1 and 3-2 staircases and the basic structure of the third frame are respectively the basic structures of the 1-1 to 2-2 staircases. And since it is common with the basic structure of the 1st and 2nd frame, in this invention, the puzzle with a higher difficulty can be provided.

請求項３に記載の発明は、第１−１から第３−２の階段部の横幅の長さが、第１−１から第３−２の階段部のそれぞれが形成されている枠材の横幅の長さの半分に形成されていることから、本発明では、複数の第３の枠体を、使用者が望む数に応じて、第１及び第２の枠体と組み合わせることができる（すなわち、無限の数の第３の枠体を、第１及び第２の枠体と組み合わせることができる）。したがって、本発明を用いれば、無限の数の第３の枠体を用いる（第１及び第２の枠体と組み合わせる）ことが可能であることから、使用者が望む数の第３の枠体を用いることで、パズルの難易度を柔軟に設定することができる（例えば、第３の枠体の数を増やすことで、パズルの難易度を上げる等）。また、無限の数の第３の枠体を用いることが可能な本発明を用いれば、収納時にコンパクトに収納することのできる鎖の連結構造体をも提供することができる（例えば、「鎖」の陳列時や出荷（運搬）時等に、各枠体を組み合わせておけば（鎖をコンパクトに収納すれば）、陳列スペースの有効活用や鎖の大量運搬が可能となる）。   The invention according to claim 3 is a frame material in which each of the first to 3-2 staircases is formed with a lateral length of the 1-1 to 3-2 staircases. Since it is formed in half the width of the width, in the present invention, the plurality of third frames can be combined with the first and second frames according to the number desired by the user ( That is, an infinite number of third frames can be combined with the first and second frames). Therefore, by using the present invention, it is possible to use an infinite number of third frames (combined with the first and second frames), so that the number of the third frames desired by the user can be obtained. By using, the difficulty level of the puzzle can be set flexibly (for example, increasing the difficulty level of the puzzle by increasing the number of third frames). Further, by using the present invention in which an infinite number of third frames can be used, it is also possible to provide a chain connection structure that can be stored compactly during storage (for example, “chain”). If the frames are combined at the time of display or shipment (transportation), etc. (if the chain is stored compactly), the display space can be effectively used and the chain can be transported in large quantities).

請求項４に記載の発明は、階段状に１段落としてなる第４−１及び第４−２の階段部が、それぞれ枠材に形成されている第４の枠体と、階段状に３段落としてなる第５−１及び第５−２の階段部が、それぞれ枠材に形成されている第５の枠体とを、さらに備え、これら第４−１から第５−２の階段部の基本構造並びに第４及び第５の枠体の基本構造は、それぞれ、第１−１から第３−２の階段部の基本構造並びに第１から第３の枠体の基本構造と共通するものであることから、本発明では、難易度の高いパズルを提供することができる。   In the invention according to claim 4, the 4-1 and 4-2 staircase portions, each of which has one step in a staircase shape, are each provided with a fourth frame body formed in a frame material and three steps in a staircase shape. The 5-1 and 5-2 staircase sections as described above each further include a fifth frame body formed on the frame member, and the basics of these 4-1 to 5-2 staircase sections The basic structure of the structure and the fourth and fifth frames are the same as the basic structure of the staircases 1-1 to 3-2 and the basic structure of the first to third frames, respectively. Therefore, according to the present invention, it is possible to provide a puzzle with a high degree of difficulty.

請求項５に記載の発明は、階段状に１段落としてなる第６−１及び第６−２の階段部が、それぞれ枠材に形成されている第６の枠体と、階段状に１段落としてなる第７−１及び第７−２の階段部が、それぞれ枠材に形成されている第７の枠体と、階段状に２段落としてなる第８−１及び第８−２の階段部が、それぞれ枠材に形成されている第８の枠体とを、さらに備え、これら第６−１から第８−２の階段部の基本構造及び第６から第８の枠体の基本構造は、それぞれ、第１−１から第２−２の階段部の基本構造及び第１及び第２の枠体の基本構造と共通するものであることから、本発明では、難易度の高いパズルを提供することができる。   According to the fifth aspect of the present invention, the 6-1 and 6-2 staircase portions, each of which has one step in a staircase shape, are each provided with a sixth frame body formed on the frame material and one step in a staircase shape. The 7-1 and 7-2 staircase portions are respectively formed as a seventh frame body formed on the frame material, and the 8-1 and 8-2 staircase portions are formed in two steps in a step shape. Are further provided with an eighth frame formed on each frame member, and the basic structures of the step parts 6-1 to 8-2 and the basic structures of the sixth to eighth frames are as follows: Since the basic structure of the staircases 1-1 to 2-2 and the basic structure of the first and second frames are respectively common, the present invention provides a highly difficult puzzle. can do.

さらに、請求項１から５に記載の発明は、各階段部の基本構造及び各枠体の基本構造が、それぞれ、共通するものであることから、製造に手間とコストを要することなく、これを製造することができる。したがって、本発明では、製造容易な枠体の連結構造体を提供することができる。   Furthermore, since the basic structure of each staircase part and the basic structure of each frame body are the same, the invention according to claims 1 to 5 can be manufactured without requiring labor and cost for manufacturing. Can be manufactured. Therefore, in the present invention, it is possible to provide a frame connecting structure that is easy to manufacture.

本発明の実施例１に係る枠体の連結構造体の第１及び第２の枠体の斜視図である。It is a perspective view of the 1st and 2nd frame of the connection structure of a frame concerning Example 1 of the present invention. 本発明の実施例１に係る枠体の連結構造体の第１及び第２の枠体の右側面図である。It is a right view of the 1st and 2nd frame of the connection structure of a frame concerning Example 1 of the present invention. 本発明の実施例１に係る枠体の連結構造体の第１及び第２の枠体の平面図である。It is a top view of the 1st and 2nd frame of the connection structure of a frame concerning Example 1 of the present invention. 本発明の実施例１に係る枠体の連結構造体の第３の枠体の斜視図である。It is a perspective view of the 3rd frame of the connection structure of a frame concerning Example 1 of the present invention. 本発明の実施例１に係る枠体の連結構造体の第３の枠体の右側面図である。It is a right view of the 3rd frame of the connection structure of a frame concerning Example 1 of the present invention. 本発明の実施例１に係る枠体の連結構造体の第３の枠体の平面図である。It is a top view of the 3rd frame of the connection structure of a frame concerning Example 1 of the present invention. 本発明の実施例１に係る枠体の連結構造体の第１から第３の枠体を連結した状態を表す平面図である（各枠体及び各階段部を簡略化して（線図で）表している）。It is a top view showing the state which connected the 1st-3rd frame of the connection structure of a frame concerning Example 1 of the present invention (each frame and each step part are simplified (in a diagram)) Represent). 本発明の実施例１に係る枠体の連結構造体の第１から第３の枠体を組み合わせた状態を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。It is a right view showing the state which combined the 1st-3rd frame of the connection structure of a frame concerning Example 1 of the present invention (it simplifies each frame and each step part ( Represents)). 本発明の実施例１に係る枠体の連結構造体の第１から第３の枠体を組み合わせた状態を表す右側面図である。It is a right view showing the state which combined the 1st-3rd frame of the connection structure of the frame which concerns on Example 1 of this invention. 本発明の実施例１に係る枠体の連結構造体の第１から第３の枠体を組み合わせた状態を表す図１１Ａ−Ａ線断面図である。FIG. 11A is a cross-sectional view taken along line AA in FIG. 11, illustrating a state where the first to third frame bodies of the frame connection structure according to the first embodiment of the present invention are combined. 本発明の実施例１に係る枠体の連結構造体の第１から第３の枠体を組み合わせた状態を表す平面図である。It is a top view showing the state which combined the 1st-3rd frame of the connection structure body of the frame which concerns on Example 1 of this invention. 本発明の実施例１に係る枠体の連結構造体の変形例を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。It is a right view showing the modification of the connection structure of the frame which concerns on Example 1 of this invention (Each frame and each step part are simplified (it represents with a diagram)). 本発明の実施例１に係る枠体の連結構造体の変形例を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。It is a right view showing the modification of the connection structure of the frame which concerns on Example 1 of this invention (Each frame and each step part are simplified (it represents with a diagram)). 本発明の実施例１に係る枠体の連結構造体の変形例を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。It is a right view showing the modification of the connection structure of the frame which concerns on Example 1 of this invention (Each frame and each step part are simplified (it represents with a diagram)). 本発明の実施例１に係る枠体の連結構造体の変形例を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。It is a right view showing the modification of the connection structure of the frame which concerns on Example 1 of this invention (Each frame and each step part are simplified (it represents with a diagram)). 本発明の実施例２に係る枠体の連結構造体の第５の枠体の斜視図である。It is a perspective view of the 5th frame of the connection structure of a frame concerning Example 2 of the present invention. 本発明の実施例２に係る枠体の連結構造体の第５の枠体の右側面図である。It is a right view of the 5th frame of the connection structure of a frame concerning Example 2 of the present invention. 本発明の実施例２に係る枠体の連結構造体の第５の枠体の平面図である。It is a top view of the 5th frame of the connection structure of a frame concerning Example 2 of the present invention. 本発明の実施例２に係る枠体の連結構造体の第１から第５の枠体を連結した状態を表す平面図である（各枠体及び各階段部を簡略化して（線図で）表している）。It is a top view showing the state which connected the 1st-5th frame of the connection structure of a frame concerning Example 2 of the present invention (it simplifies each frame and each stairs part (with a diagram)). Represent). 本発明の実施例２に係る枠体の連結構造体の第１から第５の枠体を組み合わせた状態を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。It is a right view showing the state which combined the 1st-5th frame of the connection structure of the frame which concerns on Example 2 of this invention (It simplifies each frame and each staircase part. Represents)). 本発明の実施例３に係る枠体の連結構造体の第６及び第７の枠体の斜視図である。It is a perspective view of the 6th and 7th frame of the connection structure of a frame concerning Example 3 of the present invention. 本発明の実施例３に係る枠体の連結構造体の第６及び第７の枠体の右側面図である。It is a right view of the 6th and 7th frame of the connection structure of a frame concerning Example 3 of the present invention. 本発明の実施例３に係る枠体の連結構造体の第６及び第７の枠体の平面図である。It is a top view of the 6th and 7th frame of the connection structure of a frame concerning Example 3 of the present invention. 本発明の実施例３に係る枠体の連結構造体の第８の枠体の斜視図である。It is a perspective view of the 8th frame of the connection structure of a frame concerning Example 3 of the present invention. 本発明の実施例３に係る枠体の連結構造体の第８の枠体の右側面図である。It is a right view of the 8th frame of the connection structure of a frame concerning Example 3 of the present invention. 本発明の実施例３に係る枠体の連結構造体の第８の枠体の平面図である。It is a top view of the 8th frame of the connection structure of a frame concerning Example 3 of the present invention. 本発明の実施例３に係る枠体の連結構造体の第１及び第２の枠体の斜視図である。It is a perspective view of the 1st and 2nd frame of the connection structure of a frame concerning Example 3 of the present invention. 本発明の実施例３に係る枠体の連結構造体の第１及び第２の枠体の右側面図である。It is a right view of the 1st and 2nd frame of the connection structure of a frame concerning Example 3 of the present invention. 本発明の実施例３に係る枠体の連結構造体の第１及び第２並びに第６から第８の枠体を連結した状態を表す平面図である（各枠体及び各階段部を簡略化して（線図で）表している）。It is a top view showing the state which connected the 1st and 2nd and 6th to 8th frame of the connection structure of a frame concerning Example 3 of the present invention (each frame and each step part are simplified) (Represented by a diagram). 本発明の実施例３に係る枠体の連結構造体の第１及び第２並びに第６から第８の枠体を組み合わせた状態を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。It is a right view showing the state which combined the 1st and 2nd and 6th to 8th frame of the connection structure of the frame concerning Example 3 of the present invention (Each frame and each staircase are simplified. (Shown as a diagram). 本発明の実施例１に係る枠体の連結構造体の変形例を表す斜視図である。It is a perspective view showing the modification of the connection structure of the frame which concerns on Example 1 of this invention. 本発明の実施例３に係る枠体の連結構造体の変形例を表す写真である。It is a photograph showing the modification of the connection structure of the frame which concerns on Example 3 of this invention. 本発明の実施例３に係る枠体の連結構造体の変形例を表す写真である。It is a photograph showing the modification of the connection structure of the frame which concerns on Example 3 of this invention. 本発明の実施例３に係る枠体の連結構造体の変形例を表す写真である。It is a photograph showing the modification of the connection structure of the frame which concerns on Example 3 of this invention.

以下、図面を用いて本発明の詳細を説明する。   Hereinafter, the details of the present invention will be described with reference to the drawings.

まず、図１乃至図７を用いて、本発明の実施例１に係る枠体の連結構造体１００の形態について説明する。   First, the form of the frame connection structure 100 according to the first embodiment of the present invention will be described with reference to FIGS. 1 to 7.

図１は本発明の実施例１に係る枠体の連結構造体の第１及び第２の枠体の斜視図であり、図２は本発明の実施例１に係る枠体の連結構造体の第１及び第２の枠体の右側面図である。図３は本発明の実施例１に係る枠体の連結構造体の第１及び第２の枠体の平面図であり、図４は本発明の実施例１に係る枠体の連結構造体の第３の枠体の斜視図を表す。図５は本発明の実施例１に係る枠体の連結構造体の第３の枠体の右側面図、図６は本発明の実施例１に係る枠体の連結構造体の第３の枠体の平面図、図７は本発明の実施例１に係る枠体の連結構造体の第１から第３の枠体を連結した状態を表す平面図である（各枠体及び各階段部を簡略化して（線図で）表している）。   FIG. 1 is a perspective view of first and second frame bodies of a frame connection structure according to Embodiment 1 of the present invention, and FIG. 2 is a view of the frame connection structure according to Embodiment 1 of the present invention. It is a right view of the 1st and 2nd frame. FIG. 3 is a plan view of the first and second frame bodies of the frame connecting structure according to the first embodiment of the present invention. FIG. 4 is a plan view of the frame connecting structure according to the first embodiment of the present invention. The perspective view of a 3rd frame is represented. FIG. 5 is a right side view of the third frame of the frame connecting structure according to the first embodiment of the present invention, and FIG. 6 is a third frame of the frame connecting structure according to the first embodiment of the present invention. FIG. 7 is a plan view showing a state in which the first to third frame bodies of the frame connection structure according to the first embodiment of the present invention are connected (each frame body and each staircase portion are connected). Simplified (shown in diagram)).

図１乃至図７に示すように、枠体の連結構造体１００は、第１の枠体１０、第２の枠体２０及び第３の枠体３０を備える。以下、これらの構成について順に説明する。   As shown in FIGS. 1 to 7, the frame connecting structure 100 includes a first frame 10, a second frame 20, and a third frame 30. Hereinafter, these configurations will be described in order.

［第１の枠体１０］
図１乃至図３に示すように、第１の枠体１０は、全体が平面視において、矩形状にて形成されており、第１の枠体１０を構成する枠材１１及び枠材１２には、それぞれ、階段状に１段落としてなる階段部が形成されている（枠材１１には第１−１の階段部ａが、枠材１２には第１−２の階段部ｂが形成されている）。第１−１の階段部ａは、枠材１１の長手方向中央付近に形成されており、第１−２の階段部ｂは、第１−１の階段部ａと対向する位置に形成される（すなわち、第１−２の階段部ｂは、枠材１２の長手方向中央付近に形成される）。なお、枠材１１及び枠材１２の横幅の長さは同一の長さで形成されるとともに、第１−１の階段部ａと第１−２の階段部ｂの高さは同一の高さで形成される。 [First frame 10]
As shown in FIGS. 1 to 3, the first frame body 10 is formed in a rectangular shape as a whole in plan view, and the frame material 11 and the frame material 12 constituting the first frame body 10 are formed. In each of the steps, a staircase portion is formed as a single step in a staircase shape (a 1-1 staircase portion a is formed on the frame material 11 and a 1-2 staircase portion b is formed on the frame material 12. ing). The 1-1 staircase portion a is formed near the center in the longitudinal direction of the frame member 11, and the 1-2 staircase portion b is formed at a position facing the 1-1 staircase portion a. (That is, the 1-2 staircase portion b is formed near the center of the frame member 12 in the longitudinal direction). The horizontal width of the frame member 11 and the frame member 12 is the same length, and the height of the 1-1 staircase portion a and the 1-2 staircase portion b is the same height. Formed with.

図２に示すように、第１−１の階段部ａの高さ方向上側半分の位置からは、枠材１１が右方向（第１の枠体１０を右側面から見た場合における右方向のこと。以下同じ。）に延設されるとともに、第１−１の階段部ａの高さ方向下側半分の位置からは、枠材１１が左方向（第１の枠体１０を右側面から見た場合における左方向のこと。以下同じ。）に延設されている。また、第１−２の階段部ｂの高さ方向上側半分の位置からは、枠材１２が左方向（第１の枠体１０を左側面から見た場合における左方向のこと。以下同じ。）に延設されるとともに、第１−２の階段部ｂの高さ方向下側半分の位置からは、枠材１２が右方向（第１の枠体１０を左側面から見た場合における右方向のこと。以下同じ。）に延設されている（図示略）。   As shown in FIG. 2, from the position of the upper half in the height direction of the 1-1 staircase a, the frame member 11 is in the right direction (the right direction when the first frame 10 is viewed from the right side). The same applies to the following, and from the position of the lower half in the height direction of the 1-1 staircase portion a, the frame member 11 moves leftward (the first frame 10 from the right side). (The same applies to the left when viewed.) Also, from the position of the upper half of the 1-2 staircase b in the height direction, the frame 12 is in the left direction (the left direction when the first frame 10 is viewed from the left side. The same applies hereinafter. ) And from the position of the lower half in the height direction of the first-second staircase portion b, the frame 12 is in the right direction (when the first frame 10 is viewed from the left side, Direction (the same applies hereinafter)) (not shown).

すなわち、枠材１１は、側面視において、第１−１の階段部ａを境に、上段に位置するもの（枠材）と下段に位置するもの（枠材）とに分かれており、全体が階段状に１段落としてなる格好となっている。また、枠材１２も、枠材１１と同様に、側面視において、第１−２の階段部ｂを境にして、上段に位置するもの（枠材）と下段に位置するもの（枠材）とに分かれており、全体が階段状に１段落としてなる格好となっている。   That is, in the side view, the frame member 11 is divided into an upper part (frame member) and a lower part (frame member) with the 1-1 staircase a as a boundary. It is a staircase that looks like one paragraph. Similarly to the frame material 11, the frame material 12 is also located at the upper stage (frame material) and at the lower stage (frame material) with the 1-2 staircase portion b as a boundary in a side view. It is divided into two, and the whole is a staircase with one paragraph.

図３に示すように、第１−１の階段部ａは、横幅が枠材１１の横幅の長さの半分に形成されており、枠材１１の外側に形成される。なお、第１−１の階段部ａが形成されている箇所の枠材１１の内側には、第１−１の階段部ａと同形状からなる切り欠き部１３が形成されている。また、第１−２の階段部ｂも、第１−１の階段部ａと同様に、横幅が枠材１２の横幅の長さの半分に形成されており、枠材１２の内側に形成される。なお、第１−２の階段部ｂが形成されている箇所の枠材１２の外側には、第１−２の階段部ｂと同形状からなる切り欠き部１４が形成されている。   As shown in FIG. 3, the 1-1 staircase portion a has a lateral width that is half of the lateral width of the frame member 11, and is formed outside the frame member 11. A notch 13 having the same shape as the 1-1 staircase a is formed inside the frame 11 where the 1-1 staircase a is formed. Similarly to the 1-1 staircase portion a, the 1st-2 staircase portion b has a width that is half the width of the frame material 12 and is formed inside the frame material 12. The A cutout portion 14 having the same shape as that of the 1-2 staircase portion b is formed outside the frame member 12 where the 1-2 staircase portion b is formed.

第１の枠体１０の全体の長手方向の長さは概ね７ｃｍに形成され、枠材１１、枠材１２及び他の枠材の横幅の長さは概ね１ｃｍ、厚みは概ね０．５ｃｍに形成される。また、第１−１の階段部ａ及び第１−２の階段部ｂの高さは概ね１ｃｍ、横幅は概ね０．５ｃｍに形成され、枠材１１及び枠材１２の上段に位置するもの（枠材）の長手方向の長さは概ね３．５ｃｍに、下段に位置するもの（枠材）の長手方向の長さは概ね３ｃｍに形成される。なお、第１の枠体１０（枠材１１、枠材１２及び他の枠材並びに第１−１の階段部ａ及び第１−２の階段部ｂ）は、例えば、木材、プラスチック等にて形成することができる。   The length of the entire first frame 10 in the longitudinal direction is formed to be approximately 7 cm, and the width of the frame member 11, the frame member 12, and other frame members is approximately 1 cm, and the thickness is approximately 0.5 cm. Is done. In addition, the height of the 1-1 staircase portion a and the 1-2 staircase portion b is approximately 1 cm, the lateral width is approximately 0.5 cm, and is positioned above the frame material 11 and the frame material 12 ( The length in the longitudinal direction of the frame material is approximately 3.5 cm, and the length in the longitudinal direction of the frame (frame material) positioned at the lower stage is approximately 3 cm. The first frame 10 (the frame material 11, the frame material 12 and other frame materials, and the 1-1 staircase portion a and the 1-2 staircase portion b) is made of, for example, wood, plastic, or the like. Can be formed.

［第２の枠体２０］
図１乃至図３に示すとおり、第２の枠体２０は、第１の枠体１０と同様の構成からなるものであり（枠材２１は枠材１１に、枠材２２は枠材１２に、第２−１の階段部ｃは第１−１の階段部ａに、第２−２の階段部ｄは第１−２の階段部ｂに、切り欠き部２３は切り欠き部１３に、切り欠き部２４は切り欠き部１４に相当する）、これらは、同一の形状にて形成されていることから、ここでは、第２の枠体２０の具体的な形態に関する説明について省略する。 [Second frame 20]
As shown in FIGS. 1 to 3, the second frame body 20 has the same configuration as the first frame body 10 (the frame material 21 is the frame material 11, and the frame material 22 is the frame material 12. The 2-1 staircase c is the 1-1 staircase a, the 2-2 staircase d is the 1-2 staircase b, the notch 23 is the notch 13, The notch portion 24 corresponds to the notch portion 14), and these are formed in the same shape, and therefore the description regarding the specific form of the second frame body 20 is omitted here.

［第３の枠体３０］
図４乃至図６に示すように、第３の枠体３０は、全体が平面視において、矩形状にて形成されており、第３の枠体３０を構成する枠材３１及び枠材３２には、それぞれ、階段状に２段落としてなる階段部が形成されている（枠材３１には第３−１の階段部ｅが、枠材３２には第３−２の階段部ｆが形成されている）。第３−１の階段部ｅは、枠材３１の長手方向中央付近に形成されており、第３−２の階段部ｆは、第３−１の階段部ｅと対向する位置に形成される（すなわち、第３−２の階段部ｆは、枠材３２の長手方向中央付近に形成される）。なお、枠材３１及び枠材３２の横幅の長さは、枠材１１、枠材１２、枠材２１及び枠材２２の横幅の長さと同一の長さで形成されるとともに、第３−１の階段部ｅと第３−２の階段部ｆの高さは同一の高さで形成される。 [Third frame 30]
As shown in FIGS. 4 to 6, the third frame body 30 is formed in a rectangular shape as a whole in plan view, and the frame material 31 and the frame material 32 constituting the third frame body 30 are formed. Are formed in two steps in a staircase pattern (a 3-1 staircase portion e is formed in the frame material 31 and a 3-2 staircase portion f is formed in the frame material 32. ing). The 3-1 staircase portion e is formed near the center in the longitudinal direction of the frame member 31, and the 3-2 staircase portion f is formed at a position facing the 3-1 staircase portion e. (That is, the 3-2 staircase portion f is formed near the center in the longitudinal direction of the frame member 32). The horizontal lengths of the frame material 31 and the frame material 32 are formed to have the same length as the horizontal widths of the frame material 11, the frame material 12, the frame material 21, and the frame material 22. The heights of the stepped portion e and the 3-2 stepped portion f are formed at the same height.

図４及び図５に示すように、第３−１の階段部ｅ及び第３−２の階段部ｆは、階段状に２段落としてなるように形成されているところ、第３−１の階段部ｅは、第１段目の階段ｅ１及び第２段目の階段ｅ２より構成されており、第３−２の階段部ｆは、第１段目の階段ｆ１及び第２段目の階段ｆ２より構成されている。なお、第１段目の階段ｅ１の高さ方向下側半分は第２段目の階段ｅ２の高さ方向上側半分と、第１段目の階段ｆ１の高さ方向下側半分は第２段目の階段ｆ２の高さ方向上側半分と左右に並ぶ格好となっている。   As shown in FIGS. 4 and 5, the 3-1 staircase portion e and the 3-2 staircase portion f are formed so as to form two steps in a staircase shape. The part e is composed of a first step e1 and a second step e2, and a third step 2 is a first step f1 and a second step f2. It is made up of. The lower half of the first step e1 in the height direction is the upper half of the second step e2, and the lower half of the first step f1 is the second step. The upper half of the staircase f2 in the height direction is aligned with the left and right sides.

図５に示すように、第３−１の階段部ｅの第１段目の階段ｅ１の高さ方向上側半分の位置からは、枠材３１が右方向（第３の枠体３０を右側面から見た場合における右方向のこと。以下同じ。）に延設されるとともに、第３−１の階段部ｅの第２段目の階段ｅ２の高さ方向下側半分の位置からは、枠材３１が左方向（第３の枠体３０を右側面から見た場合における左方向のこと。以下同じ。）に延設されている。また、第３−２の階段部ｆの第１段目の階段ｆ１の高さ方向上側半分の位置からは、枠材３２が左方向（第３の枠体３０を左側面から見た場合における左方向のこと。以下同じ。）に延設されるとともに、第３−２の階段部ｆの第２段目の階段ｆ２の高さ方向下側半分の位置からは、枠材３２が右方向（第３の枠体３０を左側面から見た場合における右方向のこと。以下同じ。）に延設されている（図示略）。   As shown in FIG. 5, from the position of the upper half in the height direction of the first step e1 of the 3-1 staircase e, the frame member 31 is in the right direction (the third frame 30 is placed on the right side). From the position of the lower half in the height direction of the second step stairs e2 of the 3-1 staircase e, the frame extends from the right side when viewed from the right. The material 31 extends in the left direction (the left direction when the third frame 30 is viewed from the right side surface; the same applies hereinafter). Further, from the position of the upper half of the first step stairs f1 in the first step of the 3-2 step portion f, the frame member 32 is in the left direction (when the third frame 30 is viewed from the left side). The frame material 32 extends to the right from the lower half of the height direction of the second staircase f2 of the third staircase portion f. (It is the right direction when the third frame 30 is viewed from the left side. The same applies hereinafter.) (Not shown).

すなわち、枠材３１は、側面視において、第３−１の階段部ｅを境に、上段に位置するもの（枠材）と下段に位置するもの（枠材）とに分かれており、全体が階段状に２段落としてなる格好となっている。また、枠材３２も、枠材３１と同様に、側面視において、第３−２の階段部ｆを境にして、上段に位置するもの（枠材）と下段に位置するもの（枠材）とに分かれており、全体が階段状に２段落としてなる格好となっている。   That is, in the side view, the frame member 31 is divided into an upper part (frame member) and a lower part (frame member) with the 3-1 staircase portion e as a boundary. It looks like two steps in a staircase shape. Similarly to the frame member 31, the frame member 32 is located at the upper stage (frame member) and the lower part (frame member) with the 3-2 staircase portion f as a boundary in the side view. It is divided into two parts in a staircase shape as a whole.

図６に示すように、第３−１の階段部ｅ（第１段目の階段ｅ１及び第２段目の階段ｅ２）は、横幅が枠材３１の横幅の長さの半分に形成されており、枠材３１の外側に形成される。なお、第３−１の階段部ｅ（第１段目の階段ｅ１及び第２段目の階段ｅ２）が形成されている箇所の枠材３１の内側半分には、第３−１の階段部ｅ（第１段目の階段ｅ１及び第２段目の階段ｅ２）と同形状からなる切り欠き部３３が形成されている。また、第３−２の階段部ｆ（第１段目の階段ｆ１及び第２段目の階段ｆ２）も、第３−１の階段部ｅと同様に、横幅が枠材３２の横幅の長さの半分に形成されており、枠材３２の内側に形成される。なお、第３−２の階段部ｆ（第１段目の階段ｆ１及び第２段目の階段ｆ２）が形成されている箇所の枠材３２の外側半分には、第３−２の階段部ｆ（第１段目の階段ｆ１及び第２段目の階段ｆ２）と同形状からなる切り欠き部３４が形成されている。   As shown in FIG. 6, the 3-1 staircase portion e (first step stairs e1 and second step stairs e2) has a width that is half the width of the frame 31. And formed outside the frame member 31. In addition, in the inner half of the frame member 31 where the 3-1 staircase portion e (the first staircase e1 and the second staircase e2) is formed, the 3-1 staircase portion is provided. A notch 33 having the same shape as e (first step stairs e1 and second step stairs e2) is formed. Also, the 3-2 staircase portion f (the first step staircase f1 and the second step staircase f2) is the same as the 3rd-1 staircase portion e in that the horizontal width is the length of the horizontal width of the frame member 32. It is formed in half of the length and is formed inside the frame member 32. In the outer half of the frame 32 where the 3-2 staircase portion f (first staircase f1 and second staircase f2) is formed, the 3-2 staircase portion is provided. A notch 34 having the same shape as f (first-step staircase f1 and second-step staircase f2) is formed.

第３の枠体３０の全体の長手方向の長さは概ね７ｃｍに形成され、枠材３１、枠材３２及び他の枠材の横幅の長さは概ね１ｃｍ、厚みは概ね０．５ｃｍに形成される。また、第３−１の階段部ｅ及び第３−２の階段部ｆの高さ（第１段目の階段ｅ１の高さ方向下側半分と第２段目の階段ｅ２の高さ方向上側半分とが左右に並んだ状態での高さ及び第１段目の階段ｆ１の高さ方向下側半分と第２段目の階段ｆ２の高さ方向上側半分とが左右に並んだ状態での高さ）は概ね１．５ｃｍ（第１段目の階段ｅ１、第２段目の階段ｅ２、第１段目の階段ｆ１及び第２段目の階段ｆ２の高さは概ね１ｃｍとなる）、横幅は概ね０．５ｃｍに形成され、枠材３１及び枠材３２の上段及び下段に位置するもの（枠材）の長手方向の長さは概ね３ｃｍに形成される。なお、第３の枠体３０（枠材３１、枠材３２及び他の枠材並びに第３−１の階段部ｅ及び第３−２の階段部ｆ）は、例えば、木材、プラスチック等にて形成することができる。   The entire length of the third frame 30 in the longitudinal direction is approximately 7 cm, and the frame member 31, the frame member 32, and other frame members are formed to have a lateral width of approximately 1 cm and a thickness of approximately 0.5 cm. Is done. The heights of the 3-1 staircase e and the 3-2 staircase f (the lower half in the height direction of the first step e1 and the upper side in the height direction of the second step e2) The height in the state where the halves are arranged side by side and the lower half in the height direction of the first step stairs f1 and the upper half in the height direction of the second step stairs f2 The height is approximately 1.5 cm (the height of the first step stair e1, the second step stair e2, the first step stair f1, and the second step stair f2 is approximately 1 cm), The lateral width is formed to be approximately 0.5 cm, and the length in the longitudinal direction of the frame member 31 and the frame member 32 (the frame member) positioned at the upper and lower stages is approximately 3 cm. The third frame 30 (the frame material 31, the frame material 32 and other frame materials, the 3-1 staircase portion e, and the 3-2 staircase portion f) is made of, for example, wood, plastic, or the like. Can be formed.

［第１の枠体１０と第２の枠体２０の関係性］
上記のとおり、第２の枠体２０は、第１の枠体１０と同様の構成からなり、これらの各構成は、同一の形状にて形成されていることから、第１−１の階段部ａの横幅と第２−２の階段部ｄの横幅を合わせた長さ及び第１−２の階段部ｂの横幅と第２−１の階段部ｃの横幅を合わせた長さは、枠材１１、枠材１２、枠材２１及び枠材２２の横幅の長さと同一となる（枠材１１及び枠材１２の横幅の長さは同一の長さで形成されており、第１−１の階段部ａの横幅は枠材１１の横幅の長さの半分に、第１−２の階段部ｂの横幅は枠材１２の横幅の長さの半分に形成されているため）。また、第１−１の階段部ａと第１−２の階段部ｂの高さは同一の高さで形成されていることから、第２−１の階段部ｃ及び第２−２の階段部ｄの高さは、第１−１の階段部ａと第１−２の階段部ｂの高さと同一となる（第１−１の階段部ａから第２−２の階段部ｄの高さは同一となる）。 [Relationship between first frame 10 and second frame 20]
As described above, the second frame body 20 has the same configuration as that of the first frame body 10, and each of these configurations is formed in the same shape. The length obtained by combining the width of a and the width of the 2-2 staircase portion d and the length of the width of the 1-2 staircase portion b and the width of the 2-1 staircase portion c are frame materials. 11, the width of the frame member 12, the frame member 21, and the frame member 22 is the same as the width of the frame member (the width of the frame member 11 and the frame member 12 is the same length, The width of the stepped portion a is half of the width of the frame member 11 and the width of the first and second stepped portions b is half of the width of the frame member 12). In addition, since the heights of the 1-1 staircase portion a and the 1-2 staircase portion b are the same, the 2-1 staircase portion c and the 2-2 staircase portion are formed. The height of the portion d is the same as the height of the 1-1 staircase portion a and the 1-2 staircase portion b (the height of the first staircase portion a to the 2-2 staircase portion d). Is the same).

［第３の枠体３０と第１の枠体１０及び第２の枠体２０の関係性］
枠材３１及び枠材３２の横幅の長さは、枠材１１、枠材１２、枠材２１及び枠材２２の横幅の長さと同一の長さで形成されるとともに、第３−１の階段部ｅ（第１段目の階段ｅ１及び第２段目の階段ｅ２）の横幅は枠材３１の横幅の長さの半分に、第３−２の階段部ｆ（第１段目の階段ｆ１及び第２段目の階段ｆ２）の横幅は枠材３２の横幅の長さの半分に形成されていることから、第３−１の階段部ｅの横幅と第１−２の階段部ｂ及び第２−２の階段部ｄのそれぞれの横幅を合わせた長さ並びに第３−２の階段部ｆの横幅と第１−１の階段部ａ及び第２−１の階段部ｃのそれぞれの横幅を合わせた長さは、枠材１１、枠材１２、枠材２１、枠材２２、枠材３１及び枠材３２の横幅の長さと同一となる。 [Relationship Between Third Frame 30, First Frame 10, and Second Frame 20]
The horizontal widths of the frame material 31 and the frame material 32 are formed to have the same length as the horizontal widths of the frame material 11, the frame material 12, the frame material 21, and the frame material 22, and the 3-1 staircase The width of the portion e (first step stairs e1 and second step stairs e2) is half the width of the frame member 31, and the 3-2 step portion f (first step stairs f1). Since the width of the second step stairs f2) is formed to be half the width of the frame member 32, the width of the 3-1 staircase e and the 1-2 step stairs b and The combined length of the 2-2 staircase portion d, the lateral width of the 3-2 staircase portion f, and the lateral widths of the 1-1 staircase portion a and the 2-1 staircase portion c. The combined length is the same as the width of the frame member 11, the frame member 12, the frame member 21, the frame member 22, the frame member 31, and the frame member 32.

図７に示すように、第１の枠体１０、第２の枠体２０及び第３の枠体３０は、第１の枠体１０、第３の枠体３０、第２の枠体２０の順に鎖状に連結することで、全体として連結する格好となっている。   As shown in FIG. 7, the first frame body 10, the second frame body 20, and the third frame body 30 are the same as the first frame body 10, the third frame body 30, and the second frame body 20. By connecting in a chain form in order, it becomes the appearance to connect as a whole.

次に、図８乃至図１１を用いて、本発明の実施例１に係る枠体の連結構造体１００の使用方法（組み合わせ方法）について説明する。   Next, the usage method (combination method) of the frame connection structure 100 according to the first embodiment of the present invention will be described with reference to FIGS.

図８は本発明の実施例１に係る枠体の連結構造体の第１から第３の枠体を組み合わせた状態を表す右側面図であり（各枠体及び各階段部を簡略化して（線図で）表している）、図９は本発明の実施例１に係る枠体の連結構造体の第１から第３の枠体を組み合わせた状態を表す右側面図である。図１０は本発明の実施例１に係る枠体の連結構造体の第１から第３の枠体を組み合わせた状態を表す図１１Ａ−Ａ線断面図であり、図１１は本発明の実施例１に係る枠体の連結構造体の第１から第３の枠体を組み合わせた状態を表す平面図である。   FIG. 8 is a right side view showing a state in which the first to third frame bodies of the frame connection structure according to the first embodiment of the present invention are combined (simplifying each frame body and each step portion ( FIG. 9 is a right side view showing a state in which the first to third frames of the frame connection structure according to the first embodiment of the present invention are combined. FIG. 10 is a cross-sectional view taken along the line A-A in FIG. 11, showing a state in which the first to third frame bodies of the frame connecting structure according to the first embodiment of the present invention are combined, and FIG. 11 is an embodiment of the present invention. 3 is a plan view illustrating a state in which first to third frame bodies of a frame connection structure according to No. 1 are combined. FIG.

図８乃至図１０に示すように、第１の枠体１０、第２の枠体２０及び第３の枠体３０は、第３−１の階段部ｅを第１−２の階段部ｂ及び第２−２の階段部ｄと、第３−２の階段部ｆを第１−１の階段部ａ及び第２−１の階段部ｃと組み合わせることで、上下に重ねるように組み合わせることができる。   As shown in FIGS. 8 to 10, the first frame body 10, the second frame body 20, and the third frame body 30 include a 3-1 staircase portion e and a 1-2 staircase portion b. By combining the 2-2 staircase portion d and the 3-2 staircase portion f with the 1-1 staircase portion a and the 2-1 staircase portion c, they can be combined so as to be superposed vertically. .

具体的には、
第３−１の階段部ｅの第１段目の階段ｅ１を第１−２の階段部ｂと、
第３−１の階段部ｅの第２段目の階段ｅ２を第２−２の階段部ｄと
組み合わせるとともに（すなわち、切り欠き部３３に第１−２の階段部ｂ及び第２−２の階段部ｄを嵌め込むようにする）、
第３−２の階段部ｆの第１段目の階段ｆ１を第１−１の階段部ａと、
第３−２の階段部ｆの第２段目の階段ｆ２を第２−１の階段部ｃと
組み合わせるようにする（すなわち、切り欠き部３４に第１−１の階段部ａ及び第２−１の階段部ｃを嵌め込むようにする）、
ことで第１の枠体１０、第２の枠体２０及び第３の枠体３０を上下に重ねるように組み合わせることができる。 In particular,
The first staircase e1 of the 3-1 staircase section e is replaced with the first-2 staircase section b,
The second staircase e2 of the 3-1 staircase e is combined with the 2-2 staircase d (that is, the notch 33 has the 1-2 staircase b and the 2-2 staircase b). Fit the stairs part d),
The first staircase f1 of the 3-2 staircase portion f is changed to the 1-1 staircase portion a,
The second staircase f2 of the 3-2 staircase portion f is combined with the 2-1 staircase portion c (that is, the first staircase portion a and the 2- 1 step part c),
Thus, the first frame body 10, the second frame body 20, and the third frame body 30 can be combined so as to overlap each other.

このとき、第３−１の階段部ｅの横幅と第１−２の階段部ｂ及び第２−２の階段部ｄのそれぞれの横幅を合わせた長さは、枠材１２、枠材２２及び枠材３１の横幅の長さと同一であり、また、第３−２の階段部ｆの横幅と第１−１の階段部ａ及び第２−１の階段部ｃのそれぞれの横幅を合わせた長さは、枠材１１、枠材２１及び枠材３２の横幅の長さと同一であることから、枠材１２、枠材２２及び枠材３１並びに枠材１１、枠材２１及び枠材３２は、綺麗に重なる格好となる（図１１参照）。   At this time, the total length of the horizontal width of the 3-1 staircase portion e and the horizontal widths of the 1-2 staircase portion b and the 2-2 staircase portion d is the frame material 12, the frame material 22, and The length of the frame member 31 is the same as the width of the frame member 31 and the width of the 3-2 staircase portion f is equal to the width of each of the 1-1 staircase portion a and the 2-1 staircase portion c. Since the length is the same as the width of the frame member 11, the frame member 21, and the frame member 32, the frame member 12, the frame member 22, the frame member 31, and the frame member 11, the frame member 21, and the frame member 32 are It looks beautiful and overlaps (see Fig. 11).

また、第１段目の階段ｅ１、第２段目の階段ｅ２、第１段目の階段ｆ１、第２段目の階段ｆ２、第１−１の階段部ａ、第１−２の階段部ｂ、第２−１の階段部ｃ及び第２−２の階段部ｄの高さは同一であり（いずれも高さは概ね１ｃｍに形成される）、第１段目の階段ｅ１の高さ方向下側半分は第２段目の階段ｅ２の高さ方向上側半分と、第１段目の階段ｆ１の高さ方向下側半分は第２段目の階段ｆ２の高さ方向上側半分と左右に並ぶ格好となっていることから、第１の枠体１０、第２の枠体２０及び第３の枠体３０を上下に重ねた厚みは、第３−１の階段部ｅ及び第３−２の階段部ｆの高さと同一となる。   In addition, the first step e1, the second step e2, the first step f1, the second step f2, the 1-1 step a, the 1-2 step b, the height of the 2-1 staircase portion c and the height of the 2-2 staircase portion d are the same (both are approximately 1 cm in height), and the height of the first step staircase e1. The lower half in the direction is the upper half in the height direction of the second step stairs e2, and the lower half in the height direction of the first step stairs f1 is the upper half in the height direction of the second step stairs f2. Therefore, the thickness of the first frame 10, the second frame 20, and the third frame 30 that are stacked one above the other is the 3-1 staircase portion e and the third 3- It becomes the same as the height of the two staircase portions f.

すなわち、
枠材１１の上段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材１１の下段に位置するもの（枠材）と枠材２１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材２１の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるとともに、
枠材１２の上段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材１２の下段に位置するもの（枠材）と枠材２２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材２２の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるのである（図８乃至図１０参照）。 That is,
What is located on the upper stage of the frame material 11 (frame material) and what is located on the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 11 (frame material) and what is located in the upper stage of the frame material 21 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the lower stage of the frame material 21 (frame material)
Each one will be on the same plane,
What is located above the frame material 12 (frame material) and what is located above the frame material 31 (frame material),
What is located in the lower stage of the frame material 12 (frame material) and what is located in the upper stage of the frame material 22 (frame material)
What is located below the frame material 31 (frame material) and what is located below the frame material 22 (frame material)
They are all arranged on the same plane (see FIGS. 8 to 10).

このように、本発明では、第１の枠体１０、第２の枠体２０及び第３の枠体３０が鎖状に連結された状態から、これらを上下に重ねるように組み合わせることができるところ、これらを正しく組み合わせるためには、各枠体（１０、２０及び３０）を、回転又は反転させながら、正しい組み合わせの階段部同士（「第３−１の階段部ｅ、第１−２の階段部ｂ及び第２−２の階段部ｄ」と「第３−２の階段部ｆ、第１−１の階段部ａ及び第２−１の階段部ｃ」の組み合わせ）を同一列に揃えつつ、これら相互に組み合わせる必要がある。   As described above, in the present invention, the first frame body 10, the second frame body 20, and the third frame body 30 can be combined so as to be stacked one above the other in a chained state. In order to combine these correctly, each frame body (10, 20 and 30) is rotated or inverted, and the correct combination of the staircases ("3-1 staircase e, 1-2 staircase"). Portion b and 2-2 staircase portion d "and" combination of "3-2 staircase portion f, 1-1 staircase portion a and 2-1 staircase portion c") in the same row Need to be combined with each other.

しかし、本発明における第１の枠体１０、第２の枠体２０及び第３の枠体３０（各階段部ａからｆを含む）は、その基本構造が共通するものであり（全ての枠体は、全体が平面視において、矩形状にて形成されており、各枠材には、階段状からなる階段部が形成されているため）、使用者は、これらの枠体１０、２０、３０を組み合わせる際に（パズルとしての本発明を解く際）、これらの基本構造の違いに着目することが難しいことから、パズルを解くためのヒントを容易に得ることができない（すなわち、第１の枠体１０及び第２の枠体２０と第３の枠体３０は、階段部の段数に違いがあるものの（１段と２段で異なる）、それ以外の構造は全て共通するものであることから、第１の枠体１０、第２の枠体２０及び第３の枠体３０が鎖状に連結された状態では、使用者は、これらの基本構造の違いに着目することが困難なのである）。   However, the first frame body 10, the second frame body 20, and the third frame body 30 (including the respective step portions a to f) in the present invention have a common basic structure (all frames). The whole body is formed in a rectangular shape in plan view, and each frame member is formed with a staircase portion having a staircase shape), so that the user can use these frame bodies 10, 20, When combining 30 (when solving the present invention as a puzzle), it is difficult to pay attention to the difference in these basic structures, so it is not possible to easily obtain hints for solving the puzzle (that is, the first The frame body 10, the second frame body 20, and the third frame body 30 are different in the number of steps of the staircase portion (differed in one step and two steps), but all other structures are common. From, the 1st frame 10, the 2nd frame 20, and the 3rd frame 30 are chain-like The connected state, the user is the difficulty to focus on the difference of these basic structures).

よって、本発明を用いれば、使用者は、容易にパズル（パズルとしての枠体の連結構造体１００）の解を導き出すことができないことから、本発明では、より、難易度の高いパズルを提供することができる。また、パズルの完成形はシンプルな形なので、パズルを完成した者は、高い達成感及び爽快感を得ることができる。さらに、本発明は、各階段部（ａからｆ）の基本構造及び各枠体（１０、２０、３０）の基本構造が、それぞれ、共通するものであることから、製造に手間とコストを要することなく、これを製造することができる。したがって、本発明では、製造容易な枠体の連結構造体を提供することができる。   Therefore, if the present invention is used, the user cannot easily derive the solution of the puzzle (the frame connecting structure 100 as a puzzle). Therefore, the present invention provides a more difficult puzzle. can do. Moreover, since the completed form of the puzzle is simple, a person who completes the puzzle can obtain a high sense of accomplishment and exhilaration. Furthermore, since the basic structure of each step part (a to f) and the basic structure of each frame (10, 20, 30) are common to the present invention, it requires labor and cost for manufacturing. This can be manufactured without. Therefore, in the present invention, it is possible to provide a frame connecting structure that is easy to manufacture.

なお、本実施例では、枠体の連結構造体１００（第１の枠体１０、第２の枠体２０及び第３の枠体３０（各階段部ａからｆを含む））を上記寸法にて形成するものとしているが、第１の枠体１０、第２の枠体２０及び第３の枠体３０が鎖状に連結された状態から、これらを上下に重ねるように組み合わせることができるのであれば、これを他の寸法（大きめ又は小さめ）にて形成することもできる。   In this embodiment, the frame connecting structure 100 (the first frame 10, the second frame 20, and the third frame 30 (including the respective step portions a to f)) is set to the above dimensions. Since the first frame body 10, the second frame body 20, and the third frame body 30 are connected in a chain shape, these can be combined so as to overlap each other. If present, it can also be formed in other dimensions (larger or smaller).

また、本実施例では、第１の枠体１０、第２の枠体２０及び第３の枠体３０を、平面視において、全体が矩形状となるように形成するものとしているが、各枠体（１０、２０及び３０）を、回転又は反転させながら、正しい組み合わせの階段部同士を同一列に揃えつつ、これら相互に組み合わせることができるのであれば、これらの枠体（１０、２０及び３０）を他の形状にて形成することもできる。例えば、第１の枠体１０、第２の枠体２０及び第３の枠体３０を、平面視において、円形状、三角形状又は六角形状等にて形成することができる。   In the present embodiment, the first frame body 10, the second frame body 20, and the third frame body 30 are formed so as to be rectangular as a whole in plan view. If the bodies (10, 20 and 30) can be combined with each other while rotating or inverting the same combination of the staircases in the same row, these frames (10, 20 and 30) can be combined. ) Can be formed in other shapes. For example, the first frame body 10, the second frame body 20, and the third frame body 30 can be formed in a circular shape, a triangular shape, a hexagonal shape, or the like in plan view.

さらに、本実施例では、第１−１の階段部ａから第３−２の階段部ｆを、それぞれが形成されている枠材（枠材１１から枠材３２）の長手方向中央付近に形成するものとしているが、各枠体（１０、２０及び３０）を、回転又は反転させながら、正しい組み合わせの階段部同士を同一列に揃えつつ、これら相互に組み合わせることができるのであれば、これらの階段部（ａからｆ）を異なる位置に形成することもできる。例えば、これら階段部（ａからｆ）を、各枠材（枠材１１から枠材３２）の長手方向中央から、やや右又は左側に形成するようにしてもよい。   Further, in the present embodiment, the 1-1 staircase portion a to the 3-2 staircase portion f are formed in the vicinity of the center in the longitudinal direction of the frame material (frame material 11 to frame material 32) on which each is formed. However, if each frame (10, 20 and 30) can be combined with each other while rotating or inverting, aligning the correct combination of steps in the same row, The staircase portions (a to f) can be formed at different positions. For example, these step portions (a to f) may be formed slightly to the right or left from the center in the longitudinal direction of each frame member (frame member 11 to frame member 32).

加えて、本実施例では、第１−２の階段部ｂを第１−１の階段部ａと対向する位置に、第２−２の階段部ｄを第２−１の階段部ｃと対向する位置に、第３−２の階段部ｆを第３−１の階段部ｅと対向する位置に、それぞれ形成するものとしているが、これも上記同様、各枠体（１０、２０及び３０）を、回転又は反転させながら、正しい組み合わせの階段部同士を同一列に揃えつつ、これら相互に組み合わせることができるのであれば、これら一方の階段部（ｂ、ｄ、ｆ）を他の階段部（ａ、ｃ、ｅ）と対向しない位置に形成することもできる。例えば、第１−１の階段部ａを枠材１１の長手方向中央付近に形成し、第１−２の階段部ｂを枠材１２の長手方向中央から、やや右又は左側に形成することができる（第２−２の階段部ｄと第２−１の階段部ｃ、第３−２の階段部ｆと第３−１の階段部ｅも同様の変形が可能である）。   In addition, in this embodiment, the 1-2 staircase portion b is opposed to the 1-1 staircase portion a, and the 2-2 staircase portion d is opposed to the 2-1 staircase portion c. The 3-2 staircase portion f is formed at a position opposite to the 3rd-1 staircase portion e at the position where the frame body (10, 20 and 30) is formed as described above. Can be combined with each other while rotating or inverting the same combination of the staircases in the same row, the one staircase (b, d, f) can be connected to the other staircase ( It can also be formed at a position that does not face a, c, e). For example, the 1-1 staircase portion a may be formed near the longitudinal center of the frame member 11, and the 1-2 staircase portion b may be formed slightly to the right or left side from the longitudinal center of the frame member 12. (The 2-2 staircase portion d and the 2-1 staircase portion c, the 3-2 staircase portion f, and the 3-1 staircase portion e can be similarly modified).

また、本実施例では、第１−１の階段部ａから第３−２の階段部ｆの横幅を、それぞれが形成されている枠材（枠材１１から枠材３２）の横幅の長さの半分に形成するものとしているが、第１−１の階段部ａの横幅と第２−２の階段部ｄの横幅を合わせた長さ及び第１−２の階段部ｂの横幅と第２−１の階段部ｃの横幅を合わせた長さが、枠材１１、枠材１２、枠材２１及び枠材２２の横幅の長さと同一であって、第３−１の階段部ｅの横幅と第１−２の階段部ｂ及び第２−２の階段部ｄのそれぞれの横幅を合わせた長さ及び第３−２の階段部ｆの横幅と第１−１の階段部ａ及び第２−１の階段部ｃのそれぞれの横幅を合わせた長さが、枠材１１、枠材１２、枠材２１、枠材２２、枠材３１及び枠材３２の横幅の長さと同一となるのであれば、これら階段部（ａからｆ）の横幅を、異なる幅で形成することもできる。   Further, in this embodiment, the horizontal width of the 1-1 staircase portion a to the 3-2 staircase portion f is the length of the horizontal width of the frame material (frame material 11 to frame material 32) on which each is formed. The width of the first staircase portion a and the width of the second staircase portion d and the width of the first staircase portion b and the second width The length of the horizontal width of the -1 staircase portion c is the same as the horizontal width of the frame material 11, the frame material 12, the frame material 21, and the frame material 22, and the horizontal width of the 3-1 staircase portion e And the length of the horizontal width of each of the first and second staircase portions b and d and the second and second staircase portions d and the horizontal width of the third and second staircase portions f and the first and second staircase portions a and second. The length obtained by adding the horizontal widths of the -1 staircase portions c is the same as the horizontal widths of the frame member 11, the frame member 12, the frame member 21, the frame member 22, the frame member 31, and the frame member 32. If The width of the stairs portion (f from a), can also be formed in different widths.

例えば、枠材１１、枠材１２、枠材２１、枠材２２、枠材３１及び枠材３２の横幅の長さを１ｃｍとした場合、第１−１の階段部ａの横幅を０．７ｃｍ、第１−２の階段部ｂの横幅を０．３ｃｍ、第２−１の階段部ｃの横幅を０．７ｃｍ、第２−２の階段部ｄの横幅を０．３ｃｍ、第３−１の階段部ｅ（第１段目の階段ｅ１及び第２段目の階段ｅ２）の横幅を０．７ｃｍ、第３−２の階段部ｆ（第１段目の階段ｆ１及び第２段目の階段ｆ２）の横幅を０．３ｃｍに形成することができる。   For example, when the width of the frame member 11, the frame member 12, the frame member 21, the frame member 22, the frame member 31, and the frame member 32 is 1 cm, the width of the first staircase portion a is 0.7 cm. The lateral width of the 1-2 staircase portion b is 0.3 cm, the lateral width of the 2-1 staircase portion c is 0.7 cm, the lateral width of the 2-2 staircase portion d is 0.3 cm, The lateral width of the first staircase e (first staircase e1 and second staircase e2) is 0.7 cm, and the third staircase portion f (first staircase f1 and second staircase e2) The lateral width of the staircase f2) can be formed to 0.3 cm.

さらに、本実施例では、第１−１の階段部ａから第３−２の階段部ｆを、それぞれが形成されている枠材（枠材１１から枠材３２）の短手方向一方の片側半分に形成するものとしているが、これら階段部（ａからｆ）を、それぞれが形成されている枠材（枠材１１から枠材３２）の短手方向他方の片側半分に形成することも可能である。   Further, in the present embodiment, the 1-1 staircase portion a to the 3-2 staircase portion f are arranged on one side in the short direction of the frame material (frame material 11 to frame material 32) on which each is formed. Although it is assumed that they are formed in half, it is also possible to form these step portions (a to f) on the other half on the other side in the short direction of the frame material (frame material 11 to frame material 32) on which each is formed. It is.

また、本実施例における第１の枠体１０、第２の枠体２０及び第３の枠体３０に、均一な四角枠等の模様を施せば、使用者は、より、これらの基本構造の違いに着目することが難しくなることから、本発明では、さらに、パズルの難易度を上げることができる（例えば、図３１（ａ）（ｂ）参照）。   In addition, if the first frame 10, the second frame 20, and the third frame 30 in the present embodiment are provided with a pattern such as a uniform square frame, the user can further improve the basic structure. Since it becomes difficult to pay attention to the difference, the difficulty level of the puzzle can be further increased in the present invention (see, for example, FIGS. 31A and 31B).

なお、本実施例では、枠体の連結構造体１００を、第１の枠体１０、第２の枠体２０及び第３の枠体３０の３つの枠体から構成するものとしているが（以下、「３段構成」という。）、第３の枠体３０を複数用いることで、枠体の連結構造体１００を、さらに多くの枠体（４段からｎ段（ｎは「４」以上の整数））から構成することができる（無限に枠体を連結することができる）。なお、このときの第１−１の階段部ａから第３−２の階段部ｆの横幅の長さは、それぞれが形成されている枠材（枠材１１から枠材３２）の横幅の長さの半分に形成される。以下、図１２乃至図１４を用いて、この点について説明する。   In this embodiment, the frame connecting structure 100 is composed of three frames, the first frame 10, the second frame 20, and the third frame 30 (hereinafter referred to as “the frame connecting structure 100”). , “Three-stage configuration”), by using a plurality of third frame bodies 30, the frame connection structure 100 can be connected to more frame bodies (from four stages to n stages (n is “4” or more). Integer))) (frames can be connected indefinitely). At this time, the horizontal width of the 1-1 staircase portion a to the 3-2 staircase portion f is the horizontal width of the frame material (the frame material 11 to the frame material 32) in which each is formed. It is formed in half. Hereinafter, this point will be described with reference to FIGS.

図１２乃至図１４は、本発明の実施例１に係る枠体の連結構造体の変形例を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。   FIGS. 12 to 14 are right side views showing modifications of the frame connecting structure according to the first embodiment of the present invention (each frame and each step portion are simplified (in a diagram)). )

［４段構成］
図１２に示す枠体の連結構造体１００は、第１の枠体１０、第２の枠体２０及び２つの第３の枠体３０から構成されるところ（４つの枠体から構成される。以下、「４段構成」という。）、４段構成の場合におけるこれら枠体（１０、２０、３０、３０）の組み合わせ方法は以下のとおりである。 [4-stage configuration]
The frame connection structure 100 shown in FIG. 12 is composed of a first frame 10, a second frame 20, and two third frames 30 (four frames). Hereinafter, it is referred to as “four-stage configuration”.) A combination method of these frames (10, 20, 30, 30) in the case of the four-stage configuration is as follows.

まず、
第３−２の階段部ｆの第１段目の階段ｆ１を第１−１の階段部ａと、
第３−２の階段部ｆの第２段目の階段ｆ２を第３−１の階段部ｅの第１段目の階段ｅ１と、
第３−１の階段部ｅの第２段目の階段ｅ２を第２−２の階段部ｄと
組み合わせる。
すなわち、
切り欠き部３３に第２−２の階段部ｄ及び第３−２の階段部ｆの第２段目の階段ｆ２を、切り欠き部３４に第１−１の階段部ａ及び第３−１の階段部ｅの第１段目の階段ｅ１を嵌め込むようにする。 First,
The first staircase f1 of the 3-2 staircase portion f is changed to the 1-1 staircase portion a,
A second step stairs f2 of the 3-2 staircase portion f is a first step stairs e1 of the 3-1 staircase portion e;
The second step e2 of the 3-1 step e is combined with the 2-2 step d.
That is,
The notch 33 has the second step stairs f2 of the 2-2 staircase portion d and the 3-2 staircase portion f, and the notch 34 has the 1-1 staircase portion a and 3-1. The first step e1 of the staircase part e is fitted.

そして、これと同時に、
第３−１の階段部ｅの第１段目の階段ｅ１を第１−２の階段部ｂと、
第３−１の階段部ｅの第２段目の階段ｅ２を第３−２の階段部ｆの第１段目の階段ｆ１と、
第３−２の階段部ｆの第２段目の階段ｆ２を第２−１の階段部ｃと
組み合わせる。
すなわち、
切り欠き部３４に第２−１の階段部ｃ及び第３−１の階段部ｅの第２段目の階段ｅ２を、切り欠き部３３に第１−２の階段部ｂ及び第３−２の階段部ｆの第１段目の階段ｆ１を嵌め込むようにする。
このようにすることで、第１の枠体１０、第２の枠体２０及び２つの第３の枠体３０を上下に重ねるように組み合わせることができる。 And at the same time,
The first staircase e1 of the 3-1 staircase section e is replaced with the first-2 staircase section b,
The second step stairs e2 of the 3-1 staircase portion e is changed to the first step stairs f1 of the 3-2 step portion f,
The second-stage staircase f2 of the third-second staircase section f is combined with the (2-1) staircase section c.
That is,
The notch 34 has the second step stairs e2 of the 2-1 staircase c and the 3-1 staircase e, and the 1-2 staircase b and 3-2 of the notch 33. The first staircase f1 of the staircase portion f is fitted.
By doing in this way, it can combine combining the 1st frame 10, the 2nd frame 20, and the two 3rd frames 30 up and down.

このとき、第１段目の階段ｅ１、第２段目の階段ｅ２、第１段目の階段ｆ１、第２段目の階段ｆ２、第１−１の階段部ａ、第１−２の階段部ｂ、第２−１の階段部ｃ及び第２−２の階段部ｄの高さは同一であり（いずれも高さは概ね１ｃｍに形成される）、
第１段目の階段ｅ１の高さ方向下側半分は第２段目の階段ｅ２の高さ方向上側半分と、
第１段目の階段ｆ１の高さ方向下側半分は第２段目の階段ｆ２の高さ方向上側半分と
左右に並ぶ格好となっていることから、第１の枠体１０、第２の枠体２０及び２つの第３の枠体３０（複数の第３の枠体３０）を上下に重ねた厚みは、
第１−１の階段部ａ、１つの第３−１の階段部ｅ、１つの第３−２の階段部ｆ及び第２−２の階段部ｄを組み合わせたときの全体の高さ並びに
第１−２の階段部ｂ、１つの第３−２の階段部ｆ、１つの第３−１の階段部ｅ及び第２−１の階段部ｃを組み合わせたときの全体の高さ
と同一となる。 At this time, the first step e1, the second step e2, the first step f1, the second step f2, the 1-1 stair section a, and the 1-2 step The height of the portion b, the 2-1 staircase portion c, and the 2-2 staircase portion d is the same (both are formed with a height of approximately 1 cm),
The lower half in the height direction of the first step e1 is the upper half in the height direction of the second step e2,
Since the lower half of the first step stair f1 in the height direction is arranged side by side with the upper half of the second step stair f2 in the height direction, the first frame 10 and the second step The thickness of the frame body 20 and the two third frame bodies 30 (the plurality of third frame bodies 30) stacked one above the other is
The overall height of the first staircase portion a, the first 3-1 staircase portion e, the first 3-2 staircase portion f, and the second 2-2 staircase portion d are combined and the second staircase portion d. It becomes the same as the overall height when combining the 1-2 staircase b, the 1st 3-2 staircase f, the 1st 3-1 staircase e, and the 2nd-1 staircase c. .

すなわち、
枠材１１の上段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材１１の下段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材２２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材２２の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるとともに、
枠材１２の上段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材１２の下段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材２１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材２１の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるのである（図１２参照）。 That is,
What is located on the upper stage of the frame material 11 (frame material) and what is located on the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 11 (frame material) and what is located in the upper stage of the frame material 31 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the upper stage of the frame material 22 (frame material)
What is located below the frame material 31 (frame material) and what is located below the frame material 22 (frame material)
Each one will be on the same plane,
What is located above the frame material 12 (frame material) and what is located above the frame material 31 (frame material),
What is located in the lower stage of the frame material 12 (frame material) and what is located in the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 31 (frame material) and what is located in the upper stage of the frame material 21 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the lower stage of the frame material 21 (frame material)
They are all arranged on the same plane (see FIG. 12).

なお、４段構成の場合、第１の枠体１０、第２の枠体２０及び２つの第３の枠体３０は、第１の枠体１０、第３の枠体３０、第３の枠体３０、第２の枠体２０の順に鎖状に連結することで、全体として連結する格好となる（図示略）。   In the case of the four-stage configuration, the first frame body 10, the second frame body 20, and the two third frame bodies 30 are the first frame body 10, the third frame body 30, and the third frame. By connecting the body 30 and the second frame body 20 in the order of a chain, the overall connection is achieved (not shown).

［５段構成］
図１３に示す枠体の連結構造体１００は、第１の枠体１０、第２の枠体２０及び３つの第３の枠体３０から構成されるところ（５つの枠体から構成される。以下、「５段構成」という。）、５段構成の場合におけるこれら枠体（１０、２０、３０、３０、３０）の組み合わせ方法は以下のとおりである。 [5-stage configuration]
A frame connecting structure 100 shown in FIG. 13 is composed of a first frame 10, a second frame 20, and three third frames 30 (consisting of five frames). Hereinafter, it is referred to as “5-stage configuration”.) A combination method of these frames (10, 20, 30, 30, 30) in the case of the 5-stage configuration is as follows.

まず、
第３−２の階段部ｆの第１段目の階段ｆ１を第１−１の階段部ａと、
第３−２の階段部ｆの第２段目の階段ｆ２を第３−１の階段部ｅの第１段目の階段ｅ１と、
第３−１の階段部ｅの第２段目の階段ｅ２を第３−２の階段部ｆの第１段目の階段ｆ１と、
第３−２の階段部ｆの第２段目の階段ｆ２を第２−１の階段部ｃと
組み合わせる。
すなわち、切り欠き部３４に第１−１の階段部ａ、第３−１の階段部ｅの第１段目の階段ｅ１、第３−１の階段部ｅの第２段目の階段ｅ２及び第２−１の階段部ｃを嵌め込むようにする。 First,
The first staircase f1 of the 3-2 staircase portion f is changed to the 1-1 staircase portion a,
A second step stairs f2 of the 3-2 staircase portion f is a first step stairs e1 of the 3-1 staircase portion e;
The second step stairs e2 of the 3-1 staircase portion e is changed to the first step stairs f1 of the 3-2 step portion f,
The second-stage staircase f2 of the third-second staircase section f is combined with the (2-1) staircase section c.
That is, the notch 34 has a first staircase a, a first staircase e1 of the 3-1 staircase e, a second staircase e2 of the 3-1 staircase e, and The 2-1 staircase portion c is fitted.

そして、これと同時に、
第３−１の階段部ｅの第１段目の階段ｅ１を第１−２の階段部ｂと、
第３−１の階段部ｅの第２段目の階段ｅ２を第３−２の階段部ｆの第１段目の階段ｆ１と、
第３−２の階段部ｆの第２段目の階段ｆ２を第３−１の階段部ｅの第１段目の階段ｅ１と、
第３−１の階段部ｅの第２段目の階段ｅ２を第２−２の階段部ｄと
組み合わせる。
すなわち、切り欠き部３３に第１−２の階段部ｂ、第３−２の階段部ｆの第１段目の階段ｆ１、第３−２の階段部ｆの第２段目の階段ｆ２及び第２−２の階段部ｄを嵌め込むようにする。
このようにすることで、第１の枠体１０、第２の枠体２０及び３つの第３の枠体３０を上下に重ねるように組み合わせることができる。 And at the same time,
The first staircase e1 of the 3-1 staircase section e is replaced with the first-2 staircase section b,
The second step stairs e2 of the 3-1 staircase portion e is changed to the first step stairs f1 of the 3-2 step portion f,
A second step stairs f2 of the 3-2 staircase portion f is a first step stairs e1 of the 3-1 staircase portion e;
The second step e2 of the 3-1 step e is combined with the 2-2 step d.
That is, the notch 33 includes the first-stage staircase b, the first-stage staircase f1 of the third-second staircase section f, the second-stage staircase f2 of the third-second staircase section f, and The 2-2 staircase portion d is fitted.
By doing in this way, the 1st frame 10, the 2nd frame 20, and the three 3rd frames 30 can be combined so that it may pile up and down.

このとき、第１段目の階段ｅ１、第２段目の階段ｅ２、第１段目の階段ｆ１、第２段目の階段ｆ２、第１−１の階段部ａ、第１−２の階段部ｂ、第２−２の階段部ｄ及び第２−１の階段部ｃの高さは同一であり（いずれも高さは概ね１ｃｍに形成される）、
第１段目の階段ｅ１の高さ方向下側半分は第２段目の階段ｅ２の高さ方向上側半分と、
第１段目の階段ｆ１の高さ方向下側半分は第２段目の階段ｆ２の高さ方向上側半分と
左右に並ぶ格好となっていることから、第１の枠体１０、第２の枠体２０及び３つの第３の枠体３０（複数の第３の枠体３０）を上下に重ねた厚みは、
第１−１の階段部ａ、１つの第３−１の階段部ｅ、２つの第３−２の階段部ｆ及び第２−１の階段部ｃを組み合わせたときの全体の高さ並びに
第１−２の階段部ｂ、１つの第３−２の階段部ｆ、２つの第３−１の階段部ｅ及び第２−２の階段部ｄを組み合わせたときの全体の高さ
と同一となる。 At this time, the first step e1, the second step e2, the first step f1, the second step f2, the 1-1 stair section a, and the 1-2 step The height of the portion b, the 2-2 staircase portion d, and the 2-1 staircase portion c is the same (all are approximately 1 cm in height),
The lower half in the height direction of the first step e1 is the upper half in the height direction of the second step e2,
Since the lower half of the first step stair f1 in the height direction is arranged side by side with the upper half of the second step stair f2 in the height direction, the first frame 10 and the second step The thickness of the frame body 20 and the three third frame bodies 30 (the plurality of third frame bodies 30) stacked one above the other is
The total height of the first staircase portion a, one 3-1 staircase portion e, two 3-2 staircase portions f, and the 2-1 staircase portion c, and It becomes the same as the whole height when the 1-2 staircase b, the 1st 3-2 staircase f, the 2nd 3-1 staircase e, and the 2nd-2 staircase d are combined. .

すなわち、
枠材１１の上段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材１１の下段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材２１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材２１の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるとともに、
枠材１２の上段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材１２の下段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材２２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材２２の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるのである（図１３参照）。 That is,
What is located on the upper stage of the frame material 11 (frame material) and what is located on the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 11 (frame material) and what is located in the upper stage of the frame material 31 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 31 (frame material) and what is located in the upper stage of the frame material 21 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the lower stage of the frame material 21 (frame material)
Each one will be on the same plane,
What is located above the frame material 12 (frame material) and what is located above the frame material 31 (frame material),
What is located in the lower stage of the frame material 12 (frame material) and what is located in the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 31 (frame material) and what is located in the upper stage of the frame material 31 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the upper stage of the frame material 22 (frame material)
What is located below the frame material 31 (frame material) and what is located below the frame material 22 (frame material)
They are all arranged on the same plane (see FIG. 13).

なお、５段構成の場合、第１の枠体１０、第２の枠体２０及び３つの第３の枠体３０は、第１の枠体１０、第３の枠体３０、第３の枠体３０、第３の枠体３０、第２の枠体２０の順に鎖状に連結することで、全体として連結する格好となる（図示略）。   In the case of the five-stage configuration, the first frame body 10, the second frame body 20, and the three third frame bodies 30 are the first frame body 10, the third frame body 30, and the third frame. By connecting the body 30, the third frame 30, and the second frame 20 in the order of a chain, the overall connection is made (not shown).

［６段構成］
図１４に示す枠体の連結構造体１００は、第１の枠体１０、第２の枠体２０及び４つの第３の枠体３０から構成されるところ（６つの枠体から構成される。以下、「６段構成」という。）、６段構成の場合におけるこれら枠体（１０、２０、３０、３０、３０、３０）の組み合わせ方法は以下のとおりである。 [6-stage configuration]
The frame connecting structure 100 shown in FIG. 14 is composed of a first frame 10, a second frame 20, and four third frames 30 (consisting of six frames). Hereinafter, the combination method of these frames (10, 20, 30, 30, 30, 30) in the case of the 6-stage configuration is as follows.

まず、
第３−２の階段部ｆの第１段目の階段ｆ１を第１−１の階段部ａと、
第３−２の階段部ｆの第２段目の階段ｆ２を第３−１の階段部ｅの第１段目の階段ｅ１と、
第３−１の階段部ｅの第２段目の階段ｅ２を第３−２の階段部ｆの第１段目の階段ｆ１と、
第３−１の階段部ｅの第１段目の階段ｅ１を第３−２の階段部ｆの第２段目の階段ｆ２と、
第３−１の階段部ｅの第２段目の階段ｅ２を第２−２の階段部ｄと
組み合わせる。
すなわち、
切り欠き部３４に第１−１の階段部ａ、２つの第３−１の階段部ｅの第１段目の階段ｅ１及び第３−１の階段部ｅの第２段目の階段ｅ２を、
切り欠き部３３に第２−２の階段部ｄを嵌め込むようにする。 First,
The first staircase f1 of the 3-2 staircase portion f is changed to the 1-1 staircase portion a,
A second step stairs f2 of the 3-2 staircase portion f is a first step stairs e1 of the 3-1 staircase portion e;
The second step stairs e2 of the 3-1 staircase portion e is changed to the first step stairs f1 of the 3-2 step portion f,
The first step stairs e1 of the 3-1 staircase portion e is changed to the second step stairs f2 of the 3-2 step portion f,
The second step e2 of the 3-1 step e is combined with the 2-2 step d.
That is,
The notch 34 has a first staircase portion a, a first staircase e1 of the two 3-1 staircase portions e, and a second staircase e2 of the 3-1 staircase portion e. ,
The 2-2 staircase portion d is fitted into the notch 33.

そして、これと同時に、
第３−１の階段部ｅの第１段目の階段ｅ１を第１−２の階段部ｂと、
第３−１の階段部ｅの第２段目の階段ｅ２を第３−２の階段部ｆの第１段目の階段ｆ１と、
第３−２の階段部ｆの第２段目の階段ｆ２を第３−１の階段部ｅの第１段目の階段ｅ１と、
第３−２の階段部ｆの第１段目の階段ｆ１を第３−１の階段部ｅの第２段目の階段ｅ２と、
第３−２の階段部ｆの第２段目の階段ｆ２を第２−１の階段部ｃと
組み合わせる。
すなわち、
切り欠き部３３に第１−２の階段部ｂ、２つの第３−２の階段部ｆの第１段目の階段ｆ１、第３−２の階段部ｆの第２段目の階段ｆ２を、
切り欠き部３４に第２−１の階段部ｃを嵌め込むようにする。
このようにすることで、第１の枠体１０、第２の枠体２０及び４つの第３の枠体３０を上下に重ねるように組み合わせることができる。 And at the same time,
The first staircase e1 of the 3-1 staircase section e is replaced with the first-2 staircase section b,
The second step stairs e2 of the 3-1 staircase portion e is changed to the first step stairs f1 of the 3-2 step portion f,
A second step stairs f2 of the 3-2 staircase portion f is a first step stairs e1 of the 3-1 staircase portion e;
The first step f1 of the 3-2 staircase part f is changed to the second step e2 of the 3rd-1 staircase part e,
The second-stage staircase f2 of the third-second staircase section f is combined with the (2-1) staircase section c.
That is,
The notch 33 is provided with the first-step staircase b, the first staircase f1 of the second 3-2 staircase portion f, and the second staircase f2 of the third-second staircase portion f. ,
The 2-1 staircase portion c is fitted into the notch 34.
By doing in this way, the 1st frame 10, the 2nd frame 20, and the four 3rd frames 30 can be combined so that it may pile up and down.

このとき、第１段目の階段ｅ１、第２段目の階段ｅ２、第１段目の階段ｆ１、第２段目の階段ｆ２、第１−１の階段部ａ、第１−２の階段部ｂ、第２−１の階段部ｃ及び第２−２の階段部ｄの高さは同一であり（いずれも高さは概ね１ｃｍに形成される）、
第１段目の階段ｅ１の高さ方向下側半分は第２段目の階段ｅ２の高さ方向上側半分と、
第１段目の階段ｆ１の高さ方向下側半分は第２段目の階段ｆ２の高さ方向上側半分と
左右に並ぶ格好となっていることから、第１の枠体１０、第２の枠体２０及び４つの第３の枠体３０（複数の第３の枠体３０）を上下に重ねた厚みは、
第１−１の階段部ａ、２つの第３−１の階段部ｅ、２つの第３−２の階段部ｆ及び第２−２の階段部ｄを組み合わせたときの全体の高さ並びに
第１−２の階段部ｂ、２つの第３−２の階段部ｆ、２つの第３−１の階段部ｅ及び第２−１の階段部ｃを組み合わせたときの全体の高さ
と同一となる。 At this time, the first step e1, the second step e2, the first step f1, the second step f2, the 1-1 stair section a, and the 1-2 step The height of the portion b, the 2-1 staircase portion c, and the 2-2 staircase portion d is the same (both are formed with a height of approximately 1 cm),
The lower half in the height direction of the first step e1 is the upper half in the height direction of the second step e2,
Since the lower half of the first step stair f1 in the height direction is arranged side by side with the upper half of the second step stair f2 in the height direction, the first frame 10 and the second step The thickness of the frame body 20 and the four third frame bodies 30 (the plurality of third frame bodies 30) stacked one above the other is
The overall height of the first staircase portion a, two 3-1 staircase portions e, two 3-2 staircase portions f, and the second 2-2 staircase portion d are combined and It becomes the same as the overall height when the 1-2 staircase b, the 2nd 3-2 staircase f, the 2nd 3-1 staircase e, and the 2nd-1 staircase c are combined. .

すなわち、
枠材１１の上段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材１１の下段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材２２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材２２の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるとともに、
枠材１２の上段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材１２の下段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材２１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材２１の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるのである（図１４参照）。 That is,
What is located on the upper stage of the frame material 11 (frame material) and what is located on the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 11 (frame material) and what is located in the upper stage of the frame material 31 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 31 (frame material) and what is located in the upper stage of the frame material 31 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the upper stage of the frame material 22 (frame material)
What is located below the frame material 31 (frame material) and what is located below the frame material 22 (frame material)
Each one will be on the same plane,
What is located above the frame material 12 (frame material) and what is located above the frame material 31 (frame material),
What is located in the lower stage of the frame material 12 (frame material) and what is located in the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 31 (frame material) and what is located in the upper stage of the frame material 31 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 31 (frame material) and what is located in the upper stage of the frame material 21 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the lower stage of the frame material 21 (frame material)
They are all arranged on the same plane (see FIG. 14).

なお、６段構成の場合、第１の枠体１０、第２の枠体２０及び４つの第３の枠体３０は、第１の枠体１０、第３の枠体３０、第３の枠体３０、第３の枠体３０、第３の枠体３０、第２の枠体２０の順に鎖状に連結することで、全体として連結する格好となる（図示略）。   In the case of the six-stage configuration, the first frame body 10, the second frame body 20, and the four third frame bodies 30 are the first frame body 10, the third frame body 30, and the third frame. By connecting the body 30, the third frame 30, the third frame 30, and the second frame 20 in the order of a chain, the overall connection is made (not shown).

［組み合わせの規則性］
上記では、枠体の連結構造体１００を、４段から６段で構成する場合について説明したが、上記の各階段部（ａからｆ）の組み合わせにおける規則性に従えば、第３の枠体３０を複数用いることで、枠体の連結構造体１００を、さらに多くの枠体（４段からｎ段（ｎは「４」以上の整数））から構成することができるのである（無限に枠体を連結することができる）。すなわち、枠体の連結構造体１００を偶数段（４、６、８、１０・・・）で構成する場合には、階段部（ａからｆ）の組み合わせを、以下のように組み合わせる。 [Regularity of combinations]
In the above description, the case where the frame connecting structure 100 is composed of four to six stages has been described. By using a plurality of 30, the frame connecting structure 100 can be composed of a larger number of frames (4 to n stages (n is an integer of “4” or more)) (infinite frame Body can be linked). That is, when the frame connecting structure 100 is configured with even steps (4, 6, 8, 10,...), The combinations of the step portions (a to f) are combined as follows.

［偶数段の組み合わせ］
第１−１の階段部ａ
第３−１の階段部ｅ
第３−２の階段部ｆ（ｆの個数はｅと同数※１）
第２−２の階段部ｄ

［※１］
例えば、４段構成の場合は、「ｅ：１個 ｆ：１個」、６段構成の場合は、「ｅ：２個 ｆ：２個」、８段構成の場合は、「ｅ：３個 ｆ：３個」、１０段構成の場合は、「ｅ：４個 ｆ：４個」となる。

なお、反対側の階段部の組み合わせは、第１−２の階段部ｂ、第３−１の階段部ｅ、第３−２の階段部ｆ（ｆの個数はｅと同数）、第２−１の階段部ｃとなる（図１２及び図１４参照）。
[Even-stage combination]
1-1 staircase a
3-1 staircase e
3-2 staircase part f (the number of f is the same as e * 1)
2-2 staircase d

[* 1]
For example, “e: 1 f: 1” for a 4-stage configuration, “e: 2 f: 2” for a 6-stage configuration, “e: 3” for an 8-stage configuration. In the case of a configuration of “f: 3” and 10 stages, “e: 4 f: 4”.

The combinations of the staircases on the opposite side are the 1-2 staircase b, the 3-1 staircase e, the 3-2 staircase f (the number of f is the same as e), and the 2- 1 (see FIGS. 12 and 14).

また、枠体の連結構造体１００を奇数段（５、７、９、１１・・・）で構成する場合には、階段部（ａからｆ）の組み合わせを、以下のように組み合わせる。   Further, when the frame connecting structure 100 is configured with odd steps (5, 7, 9, 11...), The combinations of the step portions (a to f) are combined as follows.

［奇数段の組み合わせ］
第１−１の階段部ａ
第３−１の階段部ｅ
第３−２の階段部ｆ（ｆの個数はｅの個数よりも「１つ」多い※２）
第２−１の階段部ｃ

［※２］
例えば、５段構成の場合は、「ｅ：１個 ｆ：２個」、７段構成の場合は、「ｅ：２個 ｆ：３個」、９段構成の場合は、「ｅ：３個 ｆ：４個」、１１段構成の場合は、「ｅ：４個 ｆ：５個」となる。

なお、反対側の階段部の組み合わせは、第１−２の階段部ｂ、第３−１の階段部ｅ、第３−２の階段部ｆ（ｆの個数はｅの個数よりも「１つ」少ない※３）、第２−２の階段部ｄとなる（図１３参照）。

［※３］
例えば、５段構成の場合は、「ｅ：２個 ｆ：１個」、７段構成の場合は、「ｅ：３個 ｆ：２個」、９段構成の場合は、「ｅ：４個 ｆ：３個」、１１段構成の場合は、「ｅ：５個 ｆ：４個」となる。
[Combination of odd stages]
1-1 staircase a
3-1 staircase e
3-2 staircase part f (the number of f is "one" more than the number of e * 2)
2-1 staircase c

[* 2]
For example, in the case of a 5-stage configuration, “e: 1 f: 2”, in the case of a 7-stage configuration, “e: 2 f: 3”, in the case of a 9-stage configuration, “e: 3” In the case of “f: 4” and 11-stage configuration, “e: 4 f: 5”.

The combination of the staircases on the opposite side is the 1-2 staircase b, the 3-1 staircase e, and the 3-2 staircase f (the number of f is “one more than the number of e”). “Small * 3), resulting in a 2-2 staircase portion d (see FIG. 13).

[* 3]
For example, “e: 2 f: 1” in the case of a 5-stage configuration, “e: 3 f: 2” in the case of a 7-stage configuration, “e: 4” in the case of a 9-stage configuration. In the case of “f: 3” and an 11-stage configuration, “e: 5 f: 4”.

このように、上記各階段部（ａからｆ）の組み合わせにおける規則性に従えば、枠体の連結構造体１００を、さらに多くの枠体から構成することができることから（無限に枠体を連結することができる）、本発明を用いれば、使用者が望む数の第３の枠体を用いることで、パズルの難易度を柔軟に設定することができる（例えば、第３の枠体の数を増やすことで、パズルの難易度を上げる等）。また、無限の数の第３の枠体を用いることが可能な本発明を用いれば、収納時にコンパクトに収納することのできる鎖の連結構造体をも提供することができる（例えば、「鎖」の陳列時や出荷（運搬）時等に、各枠体を組み合わせておけば（鎖をコンパクトに収納すれば）、陳列スペースの有効活用や鎖の大量運搬が可能となる）。なお、上記同様、この場合においても、製造容易な枠体の連結構造体を提供することができることは勿論である。   As described above, according to the regularity in the combination of the respective staircase portions (a to f), the frame connecting structure 100 can be composed of a larger number of frames (infinitely connecting the frames). If the present invention is used, the difficulty level of the puzzle can be set flexibly by using as many third frames as the user desires (for example, the number of the third frames). Increase the difficulty of the puzzle, etc.). Further, by using the present invention in which an infinite number of third frames can be used, it is also possible to provide a chain connection structure that can be stored compactly during storage (for example, “chain”). If the frames are combined at the time of display or shipment (transportation), etc. (if the chain is stored compactly), the display space can be effectively used and the chain can be transported in large quantities). In this case as well, as described above, it is of course possible to provide a frame connecting structure that is easy to manufacture.

なお、本実施例では、枠体の連結構造体１００を、第１の枠体１０、第２の枠体２０及び第３の枠体３０より構成するものとしているが、これを、第１の枠体１０及び第２の枠体２０のみから構成することもできる。   In this embodiment, the frame connecting structure 100 is composed of the first frame 10, the second frame 20, and the third frame 30. It can also comprise only the frame 10 and the 2nd frame 20.

図１５は、本発明の実施例１に係る枠体の連結構造体の変形例を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。   FIG. 15 is a right side view illustrating a modified example of the frame connecting structure according to the first embodiment of the present invention (each frame and each step portion are simplified (shown in a diagram)).

［２段構成］
図１５に示す枠体の連結構造体１００は、第１の枠体１０及び第２の枠体２０から構成されるところ（２つの枠体から構成される。以下、「２段構成」という。）、２段構成の場合におけるこれら枠体（１０、２０）の組み合わせ方法は以下のとおりである。 [Two-stage configuration]
The frame connecting structure 100 shown in FIG. 15 is composed of a first frame 10 and a second frame 20 (consisting of two frames. Hereinafter, referred to as “two-stage configuration”. ) The combination method of these frames (10, 20) in the case of a two-stage configuration is as follows.

まず、
第１−１の階段部ａを第２−２の階段部ｄと組み合わせる。
すなわち、
切り欠き部１３に第２−２の階段部ｄを嵌め込むようにする。 First,
The 1-1 staircase portion a is combined with the 2-2 staircase portion d.
That is,
The 2-2 staircase portion d is fitted into the notch 13.

そして、これと同時に、
第１−２の階段部ｂを第２−１の階段部ｃと組み合わせる。
すなわち、
切り欠き部１４に第２−１の階段部ｃを嵌め込むようにする。
このようにすることで、第１の枠体１０及び第２の枠体２０を上下に重ねるように組み合わせることができる。 And at the same time,
The 1-2 staircase portion b is combined with the 2-1 staircase portion c.
That is,
The 2-1 staircase portion c is fitted into the cutout portion 14.
By doing in this way, it can combine so that the 1st frame 10 and the 2nd frame 20 may be piled up and down.

このとき、第１−１の階段部ａ、第１−２の階段部ｂ、第２−１の階段部ｃ及び第２−２の階段部ｄの高さは同一であることから（いずれも高さは概ね１ｃｍに形成される）、第１の枠体１０及び第２の枠体２０を上下に重ねた厚みは、第１−１の階段部ａから第２−２の階段部ｄの高さと同一となる。   At this time, the heights of the 1-1 staircase portion a, 1-2 staircase portion b, 2-1 staircase portion c, and 2-2 staircase portion d are the same (all are the same). The height of the first frame body 10 and the second frame body 20 stacked one above the other is from the 1-1 staircase portion a to the 2-2 staircase portion d. It is the same as the height.

すなわち、
枠材１１の上段に位置するもの（枠材）と枠材２２の上段に位置するもの（枠材）が、
枠材１１の下段に位置するもの（枠材）と枠材２２の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるとともに、
枠材１２の上段に位置するもの（枠材）と枠材２１の上段に位置するもの（枠材）が、
枠材１２の下段に位置するもの（枠材）と枠材２１の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるのである（図１５参照）。 That is,
What is located on the upper stage of the frame material 11 (frame material) and what is located on the upper stage of the frame material 22 (frame material)
What is located in the lower stage of the frame material 11 (frame material) and what is located in the lower stage of the frame material 22 (frame material)
Each one will be on the same plane,
What is located on the upper stage of the frame material 12 (frame material) and what is located on the upper stage of the frame material 21 (frame material)
What is located in the lower stage of the frame material 12 (frame material) and what is located in the lower stage of the frame material 21 (frame material)
They are all arranged on the same plane (see FIG. 15).

なお、２段構成の場合、第１の枠体１０及び第２の枠体２０は、鎖状に連結することで、全体として連結する格好となる（図示略）。   In the case of the two-stage configuration, the first frame body 10 and the second frame body 20 are connected in a chain shape, and are connected as a whole (not shown).

このように、枠体の連結構造体１００を、２段構成とした場合、３段以上の構成と比較して、構成される枠体の数は少なくなるものの、第１−１の階段部ａから第２−２の階段部ｄの基本構造並びに第１の枠体１０及び第２の枠体２０の基本構造は、それぞれ、完全に同一となることから、使用者は、パズルを解くためのヒントを得ることが難しく、容易に、パズル（枠体の連結構造体１００）の解を導き出すことができない。   As described above, when the frame connecting structure 100 has a two-stage configuration, the number of frame bodies to be configured is smaller than that of the three-stage configuration or more, but the 1-1 staircase portion a. Since the basic structure of the 2-2 staircase portion d and the basic structure of the first frame 10 and the second frame 20 are completely the same, the user can solve the puzzle. It is difficult to obtain a hint, and it is difficult to derive a solution of the puzzle (frame connection structure 100) easily.

よって、使用者は、各枠体（１０、２０）等の基本構造の違いに着目し、これをヒントに、枠体１０及び第２の枠体２０を組み合わせた形状を容易に想起することができないことから、本発明では、シンプルかつ難易度の高いパズルを提供することができる。なお、上記同様、この場合においても、製造容易な枠体の連結構造体を提供することができることは勿論である。   Therefore, the user pays attention to the difference in the basic structure of each frame (10, 20), etc., and using this as a hint, the user can easily recall the shape combining the frame 10 and the second frame 20. Since this is not possible, the present invention can provide a simple and difficult puzzle. In this case as well, as described above, it is of course possible to provide a frame connecting structure that is easy to manufacture.

このように、本実施例では、本発明の趣旨を逸脱しない範囲で種々の変更が可能であることはいうまでもない。   Thus, it goes without saying that various modifications can be made in the present embodiment without departing from the spirit of the present invention.

次に、図１６乃至図１９を用いて、本発明の実施例２に係る枠体の連結構造体２００の形態について説明する。   Next, the form of the frame connection structure 200 according to the second embodiment of the present invention will be described with reference to FIGS.

図１６は本発明の実施例２に係る枠体の連結構造体の第５の枠体の斜視図であり、図１７は本発明の実施例２に係る枠体の連結構造体の第５の枠体の右側面図である。また、図１８は本発明の実施例２に係る枠体の連結構造体の第５の枠体の平面図であり、図１９は本発明の実施例２に係る枠体の連結構造体の第１から第５の枠体を連結した状態を表す平面図である（各枠体及び各階段部を簡略化して（線図で）表している）。   FIG. 16 is a perspective view of a fifth frame of the frame connection structure according to the second embodiment of the present invention, and FIG. 17 is a fifth view of the frame connection structure according to the second embodiment of the present invention. It is a right view of a frame. 18 is a plan view of a fifth frame of the frame connection structure according to Embodiment 2 of the present invention, and FIG. 19 is a plan view of the frame connection structure according to Embodiment 2 of the present invention. It is a top view showing the state which connected the 5th frame from the 1st (each frame and each step part are simplified and expressed with a diagram).

図１６乃至図１９に示すように、枠体の連結構造体２００は、第１の枠体１０、第２の枠体２０、第３の枠体３０、第４の枠体４０及び第５の枠体５０を備える。なお、ここでの第１の枠体１０、第２の枠体２０及び第３の枠体３０は、実施例１に係る枠体の連結構造体１００の第１の枠体１０、第２の枠体２０及び第３の枠体３０と同一のものであることから、枠体の連結構造体２００を構成する第１の枠体１０、第２の枠体２０及び第３の枠体３０の具体的な形態についての説明は省略する（ただし、第３の枠体３０の寸法については、異なる点があるため説明を加える。）。また、第４の枠体４０は、実施例１に係る枠体の連結構造体１００の第１の枠体１０と同様の構成からなるものであり（枠材４１は枠材１１に、枠材４２は枠材１２に、第４−１の階段部ｇは第１−１の階段部ａに、第４−２の階段部ｈは第１−２の階段部ｂに、切り欠き部４３は切り欠き部１３に、切り欠き部４４は切り欠き部１４に相当する）、これらは、同一の形状にて形成されていることから、ここでは、第４の枠体４０の具体的な形態に関する説明についても省略する（以下では、主に、実施例１に係る枠体の連結構造体１００と異なる構成である「第５の枠体５０」の形態について説明する）。   As shown in FIGS. 16 to 19, the frame connection structure 200 includes a first frame 10, a second frame 20, a third frame 30, a fourth frame 40, and a fifth frame. A frame 50 is provided. Here, the first frame 10, the second frame 20, and the third frame 30 are the first frame 10 and the second frame 30 of the frame connection structure 100 according to the first embodiment. Since it is the same as the frame body 20 and the third frame body 30, the first frame body 10, the second frame body 20, and the third frame body 30 that constitute the frame connection structure 200. The description about a specific form is abbreviate | omitted (however, about the dimension of the 3rd frame 30, since there exists a different point, description is added). The fourth frame body 40 has the same configuration as the first frame body 10 of the frame connection structure 100 according to the first embodiment (the frame material 41 is the frame material 11, the frame material is 42 is the frame 12, the 4-1 staircase g is the 1-1 staircase a, the 4-2 staircase h is the 1-2 staircase b, and the notch 43 is The cutout portion 13 and the cutout portion 44 correspond to the cutout portion 14), which are formed in the same shape, and therefore, here, relate to a specific form of the fourth frame body 40. The description is also omitted (in the following, the configuration of the “fifth frame 50” having a configuration different from that of the frame connection structure 100 according to the first embodiment will be mainly described).

［第５の枠体５０］
図１６乃至図１８に示すように、第５の枠体５０は、全体が平面視において、矩形状にて形成されており、第５の枠体５０を構成する枠材５１及び枠材５２には、それぞれ、階段状に３段落としてなる階段部が形成されている（枠材５１には第５−１の階段部ｉが、枠材５２には第５−２の階段部ｊが形成されている）。第５−１の階段部ｉは、枠材５１の長手方向中央付近に形成されており、第５−２の階段部ｊは、第５−１の階段部ｉと対向する位置に形成される（すなわち、第５−２の階段部ｊは、枠材５２の長手方向中央付近に形成される）。なお、枠材５１及び枠材５２の横幅の長さは、枠材１１、枠材１２、枠材２１、枠材２２、枠材３１、枠材３２、枠材４１及び枠材４２の横幅の長さと同一の長さで形成されるとともに、第５−１の階段部ｉと第５−２の階段部ｊの高さは同一の高さで形成される。 [Fifth frame 50]
As shown in FIGS. 16 to 18, the fifth frame body 50 is formed in a rectangular shape as a whole in plan view, and the frame material 51 and the frame material 52 constituting the fifth frame body 50 are formed. Are formed in three steps in a staircase pattern (the frame material 51 is formed with the 5-1 staircase portion i, and the frame material 52 is formed with the 5-2 staircase portion j. ing). The 5-1 staircase portion i is formed near the center in the longitudinal direction of the frame member 51, and the 5-2 staircase portion j is formed at a position facing the 5-1 staircase portion i. (That is, the 5-2 staircase portion j is formed near the center in the longitudinal direction of the frame member 52). The width of the frame member 51 and the frame member 52 is the width of the frame member 11, the frame member 12, the frame member 21, the frame member 22, the frame member 31, the frame member 32, the frame member 41, and the frame member 42. The 5-1 staircase portion i and the 5-2 staircase portion j are formed to have the same length as the length.

図１６及び図１７に示すように、第５−１の階段部ｉ及び第５−２の階段部ｊは、階段状に３段落としてなるように形成されているところ、第５−１の階段部ｉは、第１段目の階段ｉ１、第２段目の階段ｉ２及び第３段目の階段ｉ３より構成されており、第５−２の階段部ｊは、第１段目の階段ｊ１、第２段目の階段ｊ２及び第３段目の階段ｊ３より構成されている。なお、第１段目の階段ｉ１の高さ方向下側半分は第２段目の階段ｉ２の高さ方向上側半分と、第３段目の階段ｉ３の高さ方向上側半分は第２段目の階段ｉ２の高さ方向下側半分と、第１段目の階段ｊ１の高さ方向下側半分は第２段目の階段ｊ２の高さ方向上側半分と、第３段目の階段ｊ３の高さ方向上側半分は第２段目の階段ｊ２の高さ方向下側半分と左右に並ぶ格好となっている。   As shown in FIGS. 16 and 17, the 5-1 staircase portion i and the 5-2 staircase portion j are formed to have three steps in a staircase shape. The section i includes a first step stairs i1, a second step stairs i2, and a third step stairs i3, and the 5-2 step stairs j is the first step stairs j1. The second step stairs j2 and the third step stairs j3. The lower half of the first step stairs i1 in the height direction is the upper half of the second step stairs i2, and the upper half of the third step i3 is the second step. The lower half of the stairs i2 in the height direction and the lower half of the first stairs j1 in the height direction are the upper half of the second stairs j2 in the height direction and the third stairs j3. The upper half in the height direction is arranged side by side with the lower half in the height direction of the second step stairs j2.

図１７に示すように、第５−１の階段部ｉの第１段目の階段ｉ１の高さ方向上側半分の位置からは、枠材５１が右方向（第５の枠体５０を右側面から見た場合における右方向のこと。以下同じ。）に延設されるとともに、第５−１の階段部ｉの第３段目の階段ｉ３の高さ方向下側半分の位置からは、枠材５２が左方向（第５の枠体５０を右側面から見た場合における左方向のこと。以下同じ。）に延設されている。また、第５−２の階段部ｊの第１段目の階段ｊ１の高さ方向上側半分の位置からは、枠材５２が左方向（第５の枠体５０を左側面から見た場合における左方向のこと。以下同じ。）に延設されるとともに、第５−２の階段部ｊの第３段目の階段ｊ３の高さ方向下側半分の位置からは、枠材５２が右方向（第５の枠体５０を左側面から見た場合における右方向のこと。以下同じ。）に延設されている（図示略）。   As shown in FIG. 17, from the position of the upper half in the height direction of the first step stairs i1 of the 5-1 staircase portion i, the frame member 51 is in the right direction (the fifth frame 50 is placed on the right side). From the position of the lower half in the height direction of the third step stairs i3 of the 5-1 staircase portion i, the frame is The material 52 extends in the left direction (the left direction when the fifth frame 50 is viewed from the right side; the same applies hereinafter). Further, from the position of the upper half in the height direction of the first step stairs j1 of the 5-2 staircase section j, the frame member 52 is in the left direction (when the fifth frame 50 is viewed from the left side). The frame material 52 extends in the right direction from the lower half of the height direction of the third step stairs j3 of the 5-2 step stairs j. (It is the right direction when the fifth frame 50 is viewed from the left side. The same applies hereinafter.) (Not shown).

すなわち、枠材５１は、側面視において、第５−１の階段部ｉを境に、上段に位置するもの（枠材）と下段に位置するもの（枠材）とに分かれており、全体が階段状に３段落としてなる格好となっている。また、枠材５２も、枠材５１と同様に、側面視において、第５−２の階段部ｊを境にして、上段に位置するもの（枠材）と下段に位置するもの（枠材）とに分かれており、全体が階段状に３段落としてなる格好となっている。   That is, in the side view, the frame member 51 is divided into an upper part (frame member) and a lower part (frame member) with the 5-1 staircase part i as a boundary. It looks like 3 steps in a staircase shape. Similarly to the frame member 51, the frame member 52 is located at the upper stage (frame member) and located at the lower stage (frame member) with the 5-2 staircase portion j as a boundary in the side view. The whole is a three-step staircase.

図１８に示すように、第５−１の階段部ｉ（第１段目の階段ｉ１、第２段目の階段ｉ２及び第３段目の階段ｉ３）は、横幅が枠材５１の横幅の長さの半分に形成されており、枠材５１の外側に形成される。なお、第５−１の階段部ｉ（第１段目の階段ｉ１、第２段目の階段ｉ２及び第３段目の階段ｉ３）が形成されている箇所の枠材５１の内側半分には、第５−１の階段部ｉ（第１段目の階段ｉ１、第２段目の階段ｉ２及び第３段目の階段ｉ３）と同形状からなる切り欠き部５３が形成されている。また、第５−２の階段部ｊ（第１段目の階段ｊ１、第２段目の階段ｊ２及び第３段目の階段ｊ３）も、第５−１の階段部ｉと同様に、横幅が枠材５２の横幅の長さの半分に形成されており、枠材５２の内側に形成される。なお、第５−２の階段部ｊ（第１段目の階段ｊ１、第２段目の階段ｊ２及び第３段目の階段ｊ３）が形成されている箇所の枠材５２の外側半分には、第５−２の階段部ｊ（第１段目の階段ｊ１、第２段目の階段ｊ２及び第３段目の階段ｊ３）と同形状からなる切り欠き部５４が形成されている。   As shown in FIG. 18, the horizontal width of the 5-1 staircase portion i (the first step stairs i 1, the second step stairs i 2, and the third step stairs i 3) is the width of the frame member 51. It is formed at half the length and is formed outside the frame member 51. In the inner half of the frame member 51 where the 5-1 staircase portion i (the first step stairs i1, the second step stairs i2, and the third step stairs i3) is formed. A cutout portion 53 having the same shape as the 5-1 staircase portion i (first step stairs i1, second step stairs i2 and third step stairs i3) is formed. Similarly to the 5-1 staircase portion i, the 5-2 staircase portion j (the first step stairs j1, the second step stairs j2, and the third step stairs j3) is also wide. Is formed in half of the width of the frame member 52 and is formed inside the frame member 52. It should be noted that the outer half of the frame member 52 where the 5-2 staircase portion j (the first step stairs j1, the second step stairs j2, and the third step stairs j3) is formed is provided. A cutout portion 54 having the same shape as the 5-2 staircase portion j (the first step staircase j1, the second step staircase j2, and the third step staircase j3) is formed.

第５の枠体５０の全体の長手方向の長さは概ね７ｃｍに形成され、枠材５１、枠材５２及び他の枠材の横幅の長さは概ね１ｃｍ、厚みは概ね０．５ｃｍに形成される。また、第５−１の階段部ｉ及び第５−２の階段部ｊの高さ（第１段目の階段ｉ１の高さ方向下側半分と第２段目の階段ｉ２の高さ方向上側半分及び第３段目の階段ｉ３の高さ方向上側半分と第２段目の階段ｉ２の高さ方向下側半分とが左右に並んだ状態での高さ及び第１段目の階段ｊ１の高さ方向下側半分と第２段目の階段ｊ２の高さ方向上側半分及び第３段目の階段ｊ３の高さ方向上側半分と第２段目の階段ｊ２の高さ方向下側半分とが左右に並んだ状態での高さ）は概ね２ｃｍ（第１段目の階段ｉ１、第２段目の階段ｉ２、第３段目の階段ｉ３、第１段目の階段ｊ１、第２段目の階段ｊ２及び第３段目の階段ｊ３の高さは概ね１ｃｍとなる）、横幅は概ね０．５ｃｍに形成され、枠材５１及び枠材５２の上段に位置するもの（枠材）の長手方向の長さは概ね３ｃｍ、下段に位置するもの（枠材）の長手方向の長さは概ね２．５ｃｍに形成される。なお、第５の枠体５０（枠材５１、枠材５２及び他の枠材並びに第５−１の階段部ｉ及び第５−２の階段部ｊ）は、例えば、木材、プラスチック等にて形成することができる。   The overall length of the fifth frame 50 is formed to be approximately 7 cm, and the width of the frame member 51, the frame member 52, and other frame members is approximately 1 cm, and the thickness is approximately 0.5 cm. Is done. Further, the heights of the 5-1 staircase portion i and the 5-2 staircase portion j (the lower half in the height direction of the first step stairs i1 and the upper side in the height direction of the second step stairs i2). The height in the state where the upper half in the height direction of the half and third step staircase i3 and the lower half in the height direction of the second staircase i2 are arranged side by side and the first step staircase j1 The lower half in the height direction, the upper half in the height direction of the second step stairs j2, the upper half in the height direction of the third step stairs j3, and the lower half in the height direction of the second step stairs j2. Is approximately 2 cm (the height of the first step stairs i1, the second step stairs i2, the third step stairs i3, the first step stairs j1, the second step) The height of the staircase j2 of the eye and the staircase j3 of the third step is approximately 1 cm), the lateral width is approximately 0.5 cm, and the frame material 51 and the frame material 52 are positioned above the frame material (frame material). Long The length direction is approximately 3 cm, the longitudinal length of those located in the lower part (frame member) is formed generally in 2.5 cm. The fifth frame 50 (the frame member 51, the frame member 52 and other frame members and the 5-1 staircase portion i and the 5-2 staircase portion j) is made of, for example, wood, plastic, or the like. Can be formed.

［第３の枠体３０］
本実施例における第３の枠体３０の枠材３１及び枠材３２の上段に位置するもの（枠材）の長手方向の長さは概ね３．５ｃｍ、下段に位置するもの（枠材）の長手方向の長さは概ね２．５ｃｍに形成される。なお、本実施例における第３の枠体３０のその他の構成等については、実施例１に係る枠体の連結構造体１００の第３の枠体３０と同一である。 [Third frame 30]
The length in the longitudinal direction of the frame material 31 and the frame material 32 of the third frame 30 in this embodiment (frame material) is approximately 3.5 cm in length in the longitudinal direction (frame material). The length in the longitudinal direction is approximately 2.5 cm. In addition, about the other structure of the 3rd frame 30 in a present Example, it is the same as the 3rd frame 30 of the connection structure 100 of the frame which concerns on Example 1. FIG.

［第１の枠体１０から第５の枠体５０の関係性］
図１９に示すように、第１の枠体１０から第５の枠体５０は、第２の枠体２０、第３の枠体３０、第５の枠体５０、第１の枠体１０及び第４の枠体４０の順に連結することで（第１の枠体１０及び第４の枠体４０は、それぞれ、第５の枠体５０に連結されている）、全体として連結する格好となっている。 [Relationship between first frame 10 to fifth frame 50]
As shown in FIG. 19, the first frame 10 to the fifth frame 50 include the second frame 20, the third frame 30, the fifth frame 50, the first frame 10, and the like. By connecting in the order of the fourth frame body 40 (the first frame body 10 and the fourth frame body 40 are respectively connected to the fifth frame body 50), it becomes an appearance to be connected as a whole. ing.

続いて、図２０を用いて、本発明の実施例２に係る枠体の連結構造体２００の使用方法（組み合わせ方法）について説明する。   Then, the usage method (combination method) of the connection structure 200 of the frame which concerns on Example 2 of this invention is demonstrated using FIG.

図２０は本発明の実施例２に係る枠体の連結構造体の第１から第５の枠体を組み合わせた状態を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。   FIG. 20 is a right side view showing a state in which the first to fifth frame bodies of the frame connection structure according to the second embodiment of the present invention are combined (simplifying each frame body and each step portion ( (Represented in the diagram)).

図２０に示すように、第１の枠体１０から第５の枠体５０は、「第１−１の階段部ａ、第２−２の階段部ｄ、第３−１の階段部ｅ、第４−１の階段部ｇ及び第５−２の階段部ｊ」を組み合わせるとともに、「第１−２の階段部ｂ、第２−１の階段部ｃ、第３−２の階段部ｆ、第４−２の階段部ｈ及び第５−１の階段部ｉ」を組み合わせることで、上下に重ねるように組み合わせることができる。   As shown in FIG. 20, the first frame 10 to the fifth frame 50 include “1-1 staircase portion a, 2-2 staircase portion d, 3-1 staircase portion e, The “4-1 staircase portion g and the 5-2 staircase portion j” are combined, and the “1-2 staircase portion b, the 2-1 staircase portion c, the 3-2 staircase portion f, By combining the 4-2 staircase portion h and the 5-1 staircase portion i ”, they can be combined so as to overlap each other.

具体的には、まず、
第５−２の階段部ｊの第１段目の階段ｊ１を第１−１の階段部ａと、
第５−２の階段部ｊの第２段目の階段ｊ２を第４−１の階段部ｇと、
第５−２の階段部ｊの第３段目の階段ｊ３を第３−１の階段部ｅの第１段目の階段ｅ１と、
第３−１の階段部ｅの第２段目の階段ｅ２を第２−２の階段部ｄと
組み合わせる。
すなわち、
切り欠き部５４に第１−１の階段部ａ、４−１の階段部ｇ、第３−１の階段部ｅの第１段目の階段ｅ１を、
切り欠き部３３に第２−２の階段部ｄを嵌め込むようにする。 Specifically, first,
The first step stairs j1 of the 5-2 step portion j is replaced with the 1-1 step portion a,
The second step stairs j2 of the 5-2 staircase portion j is replaced with the 4-1 staircase portion g,
The third step stairs j3 of the 5-2 staircase portion j is replaced with the first step stairs e1 of the 3-1 staircase portion e,
The second step e2 of the 3-1 step e is combined with the 2-2 step d.
That is,
The notch 54 has a first staircase a, a 4-1 staircase g, a first staircase e1 of a 3-1 staircase e,
The 2-2 staircase portion d is fitted into the notch 33.

そして、これと同時に、
第５−１の階段部ｉの第１段目の階段ｉ１を第１−２の階段部ｂと、
第５−１の階段部ｉの第２段目の階段ｉ２を第４−２の階段部ｈと、
第５−１の階段部ｉの第３段目の階段ｉ３を第３−２の階段部ｆの第１段目の階段ｆ１と、
第３−２の階段部ｆの第２段目の階段ｆ２を第２−１の階段部ｃと
組み合わせる。
すなわち、
切り欠き部５３に第１−２の階段部ｂ、４−２の階段部ｈ、第３−２の階段部ｆの第１段目の階段ｆ１を、
切り欠き部３４に第２−１の階段部ｃを嵌め込むようにする。
このようにすることで、第１の枠体１０から第５の枠体５０を上下に重ねるように組み合わせることができる。 And at the same time,
The first staircase i1 of the 5-1 staircase portion i is changed to the 1-2 staircase portion b,
The second step stairs i2 of the 5-1 staircase portion i is replaced with the 4-2 staircase portion h,
The third step stairs i3 of the 5-1 staircase portion i is changed to the first step stairs f1 of the 3-2 step portion f,
The second-stage staircase f2 of the third-second staircase section f is combined with the (2-1) staircase section c.
That is,
The first step stairs f1 of the 1-2 staircase portion b, the 4-2 staircase portion h, and the 3-2 staircase portion f are formed in the cutout portion 53.
The 2-1 staircase portion c is fitted into the notch 34.
By doing in this way, the 1st frame 10 to the 5th frame 50 can be combined so that it may pile up and down.

このとき、枠材５１及び枠材５２の横幅の長さは、枠材１１、枠材１２、枠材２１、枠材２２、枠材３１、枠材３２、枠材４１及び枠材４２の横幅の長さと同一の長さで形成されており、第１−１の階段部ａから第５−２の階段部ｊの横幅の長さは、これら階段部（ａからｊ）が、それぞれ形成されている枠材（１１から５２）の横幅の長さの半分に形成されていることから、枠材１１、枠材２２、枠材３１、枠材４１及び枠材５２並びに枠材１２、枠材２１、枠材３２、枠材４２及び枠材５１は、綺麗に重なる格好となる（図示略）。   At this time, the horizontal widths of the frame member 51 and the frame member 52 are the widths of the frame member 11, the frame member 12, the frame member 21, the frame member 22, the frame member 31, the frame member 32, the frame member 41, and the frame member 42. The horizontal length of the 1-1 staircase portion a to the 5-2 staircase portion j is such that these staircase portions (a to j) are formed respectively. The frame material 11, the frame material 22, the frame material 31, the frame material 41, the frame material 52, the frame material 12, and the frame material 21, the frame member 32, the frame member 42, and the frame member 51 are neatly overlapped (not shown).

また、第１段目の階段ｉ１、第２段目の階段ｉ２、第３段目の階段ｉ３、第１段目の階段ｊ１、第２段目の階段ｊ２、第３段目の階段ｊ３、第１段目の階段ｅ１、第２段目の階段ｅ２、第１段目の階段ｆ１、第２段目の階段ｆ２、第１−１の階段部ａ、第１−２の階段部ｂ、第２−１の階段部ｃ、第２−２の階段部ｄ、第４−１の階段部ｇ及び第４−２の階段部ｈの高さは同一であり（いずれも高さは概ね１ｃｍに形成される）、
第１段目の階段ｉ１の高さ方向下側半分は第２段目の階段ｉ２の高さ方向上側半分と、
第３段目の階段ｉ３の高さ方向上側半分は第２段目の階段ｉ２の高さ方向下側半分と、
第１段目の階段ｊ１の高さ方向下側半分は第２段目の階段ｊ２の高さ方向上側半分と、
第３段目の階段ｊ３の高さ方向上側半分は第２段目の階段ｊ２の高さ方向下側半分と、
第１段目の階段ｅ１の高さ方向下側半分は第２段目の階段ｅ２の高さ方向上側半分と、
第１段目の階段ｆ１の高さ方向下側半分は第２段目の階段ｆ２の高さ方向上側半分と
左右に並ぶ格好となっていることから、第１の枠体１０から第５の枠体５０を上下に重ねた厚みは、
第１−１の階段部ａ、第２−２の階段部ｄ、第３−１の階段部ｅ、第４−１の階段部ｇ及び第５−２の階段部ｊを組み合わせたときの全体の高さ並びに
第１−２の階段部ｂ、第２−１の階段部ｃ、第３−２の階段部ｆ、第４−２の階段部ｈ及び第５−１の階段部ｉを組み合わせたときの全体の高さ
と同一となる。 Further, the first step stairs i1, the second step stairs i2, the third step stairs i3, the first step stairs j1, the second step stairs j2, the third step stairs j3, The first step e1, the second step e2, the first step f1, the second step f2, the 1-1 step a, the 1-2 step b, The heights of the 2-1 staircase portion c, the 2-2 staircase portion d, the 4-1 staircase portion g, and the 4-2 staircase portion h are the same (all are approximately 1 cm in height). Formed)
The lower half in the height direction of the first step stairs i1 is the upper half in the height direction of the second step stairs i2,
The upper half in the height direction of the third step stairs i3 is the lower half in the height direction of the second step stairs i2,
The lower half of the first stairs j1 in the height direction is the upper half of the second stairs j2 in the height direction,
The upper half in the height direction of the third step stairs j3 is the lower half in the height direction of the second step stairs j2,
The lower half in the height direction of the first step e1 is the upper half in the height direction of the second step e2,
Since the lower half of the first step stair f1 in the height direction is arranged side by side with the upper half of the second step stair f2 in the height direction, the first frame 10 to the fifth half The thickness of the frame 50 stacked vertically is
The whole when the 1-1 staircase portion a, the 2-2 staircase portion d, the 3-1 staircase portion e, the 4-1 staircase portion g, and the 5-2 staircase portion j are combined. And the 1-2 staircase portion b, the 2-1 staircase portion c, the 3-2 staircase portion f, the 4-2 staircase portion h, and the 5-1 staircase portion i. It is the same as the overall height when

すなわち、
枠材１１の上段に位置するもの（枠材）と枠材５２の上段に位置するもの（枠材）が、
枠材１１の下段に位置するもの（枠材）と枠材４１の上段に位置するもの（枠材）が、
枠材４１の下段に位置するもの（枠材）と枠材３１の上段に位置するもの（枠材）が、
枠材５２の下段に位置するもの（枠材）と枠材２２の上段に位置するもの（枠材）が、
枠材３１の下段に位置するもの（枠材）と枠材２２の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるとともに、
枠材１２の上段に位置するもの（枠材）と枠材５１の上段に位置するもの（枠材）が、
枠材１２の下段に位置するもの（枠材）と枠材４２の上段に位置するもの（枠材）が、
枠材４２の下段に位置するもの（枠材）と枠材３２の上段に位置するもの（枠材）が、
枠材５１の下段に位置するもの（枠材）と枠材２１の上段に位置するもの（枠材）が、
枠材３２の下段に位置するもの（枠材）と枠材２１の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるのである（図２０参照）。 That is,
What is located above the frame material 11 (frame material) and what is located above the frame material 52 (frame material)
What is located in the lower stage of the frame material 11 (frame material) and what is located in the upper stage of the frame material 41 (frame material)
What is located in the lower stage of the frame material 41 (frame material) and what is located in the upper stage of the frame material 31 (frame material)
What is located in the lower stage of the frame material 52 (frame material) and what is located in the upper stage of the frame material 22 (frame material)
What is located below the frame material 31 (frame material) and what is located below the frame material 22 (frame material)
Each one will be on the same plane,
What is located above the frame material 12 (frame material) and what is located above the frame material 51 (frame material),
What is located in the lower stage of the frame material 12 (frame material) and what is located in the upper stage of the frame material 42 (frame material)
What is located in the lower stage of the frame material 42 (frame material) and what is located in the upper stage of the frame material 32 (frame material)
What is located in the lower stage of the frame material 51 (frame material) and what is located in the upper stage of the frame material 21 (frame material)
What is located in the lower stage of the frame material 32 (frame material) and what is located in the lower stage of the frame material 21 (frame material)
They are all arranged on the same plane (see FIG. 20).

このように、本実施例に係る枠体の連結構造体２００では、正しい組み合わせの階段部同士（「第１−１の階段部ａ、第２−２の階段部ｄ、第３−１の階段部ｅ、第４−１の階段部ｇ及び第５−２の階段部ｊ」の組み合わせと「第１−２の階段部ｂ、第２−１の階段部ｃ、第３−２の階段部ｆ、第４−２の階段部ｈ及び第５−１の階段部ｉ」の組み合わせ）を同一列に揃えつつ、これら相互に組み合わせることで、各枠体（１０、２０、３０、４０及び５０）を上下に重ねるように組み合わせることができる。   Thus, in the frame connection structure 200 according to the present embodiment, the right combination of the staircase portions (“1-1 staircase portion a, 2-2 staircase portion d, 3-1 staircase”). A combination of a part e, a 4-1 staircase part g, and a 5-2 staircase part j "and a" 1-2 staircase part b, a 2-1 staircase part c, a 3-2 staircase part ". f, a combination of the 4-2 staircase portion h and the 5-1 staircase portion i ”in the same row and combining them with each other (10, 20, 30, 40 and 50). ) Can be combined to overlap each other.

以上より、本発明における第１の枠体１０、第２の枠体２０、第３の枠体３０、第４の枠体４０及び第５の枠体５０（各階段部ａからｊを含む）は、その基本構造が共通するものであり（全ての枠体は、全体が平面視において、矩形状にて形成されており、各枠材には、階段状からなる階段部が形成されているため）、使用者は、これらの枠体１０、２０、３０、４０及び５０を組み合わせる際に（パズルとしての本発明を解く際）、これらの基本構造の違いに着目することが難しいことから、パズルを解くためのヒントを容易に得ることができない（すなわち、枠体１０、２０及び４０と３０と５０は、階段部の段数に違いがあるものの（１段、２段、３段で異なる）、それ以外の構造は全て共通するものであることから、これらの枠体１０、２０、３０、４０及び５０が連結された状態では、使用者は、これらの基本構造の違いに着目することが困難なのである）。   From the above, the first frame body 10, the second frame body 20, the third frame body 30, the fourth frame body 40, and the fifth frame body 50 (including the respective step portions a to j) in the present invention. The basic structure is common (all the frame bodies are formed in a rectangular shape in plan view, and each frame member has a staircase portion formed in a staircase shape. Therefore, when combining these frames 10, 20, 30, 40 and 50 (when solving the present invention as a puzzle), it is difficult for the user to pay attention to the difference between these basic structures. It is not possible to easily obtain hints for solving the puzzle (that is, the frames 10, 20, 40, 30 and 50 are different in the number of steps of the staircase (the difference is between the first, second and third steps). Since all other structures are common, these frames 1 In a state where 20, 30, 40 and 50 are connected, the user is the difficulty to focus on the difference of these basic structures).

よって、本発明を用いれば、使用者は、容易にパズル（パズルとしての枠体の連結構造体２００）の解を導き出すことができないことから、本発明では、難易度の高いパズルを提供することができる。また、本発明は、各階段部（ａからｊ）の基本構造及び各枠体（１０、２０、３０、４０及び５０）の基本構造が、それぞれ、共通するものであることから、製造に手間とコストを要することなく、これを製造することができる。したがって、本発明では、製造容易な枠体の連結構造体を提供することができる。   Therefore, if the present invention is used, the user cannot easily derive the solution of the puzzle (the frame connecting structure 200 as a puzzle). Therefore, the present invention provides a puzzle with a high degree of difficulty. Can do. In addition, since the basic structure of each step portion (a to j) and the basic structure of each frame (10, 20, 30, 40, and 50) are common to each other, the present invention is troublesome to manufacture. This can be manufactured without cost. Therefore, in the present invention, it is possible to provide a frame connecting structure that is easy to manufacture.

なお、本実施例に係る枠体の連結構造体２００の寸法、形状、各階段部（ａからｊ）の位置、各階段部（ａからｊ）の相互の位置関係及び各枠体（１０、２０、３０、４０及び５０）に施される模様を、実施例１に係る枠体の連結構造体１００と同様に変形することができることは勿論である。   It should be noted that the size and shape of the frame connecting structure 200 according to the present embodiment, the position of each step (a to j), the mutual positional relationship of each step (a to j), and each frame (10, 20, 30, 40, and 50) can of course be modified in the same manner as the frame connection structure 100 according to the first embodiment.

このように、本実施例では、本発明の趣旨を逸脱しない範囲で種々の変更が可能であることはいうまでもない。   Thus, it goes without saying that various modifications can be made in the present embodiment without departing from the spirit of the present invention.

さらに、図２１乃至図２９を用いて、本発明の実施例３に係る枠体の連結構造体３００の形態について説明する。   Furthermore, the form of the frame connection structure 300 according to the third embodiment of the present invention will be described with reference to FIGS.

図２１は本発明の実施例３に係る枠体の連結構造体の第６及び第７の枠体の斜視図であり、図２２は本発明の実施例３に係る枠体の連結構造体の第６及び第７の枠体の右側面図である。図２３は本発明の実施例３に係る枠体の連結構造体の第６及び第７の枠体の平面図であり、図２４本発明の実施例３に係る枠体の連結構造体の第８の枠体の斜視図である。図２５は本発明の実施例３に係る枠体の連結構造体の第８の枠体の右側面図であり、図２６は本発明の実施例３に係る枠体の連結構造体の第８の枠体の平面図である。また、図２７は本発明の実施例３に係る枠体の連結構造体の第１及び第２の枠体の斜視図、図２８は本発明の実施例３に係る枠体の連結構造体の第１及び第２の枠体の右側面図、図２９は本発明の実施例３に係る枠体の連結構造体の第１及び第２並びに第６から第８の枠体を連結した状態を表す平面図である（各枠体及び各階段部を簡略化して（線図で）表している）。   FIG. 21 is a perspective view of the sixth and seventh frames of the frame connecting structure according to the third embodiment of the present invention, and FIG. 22 is a diagram of the frame connecting structure according to the third embodiment of the present invention. It is a right view of the 6th and 7th frame. FIG. 23 is a plan view of sixth and seventh frames of the frame connecting structure according to the third embodiment of the present invention. FIG. 24 is a plan view of the frame connecting structure according to the third embodiment of the present invention. It is a perspective view of the frame of 8. FIG. FIG. 25 is a right side view of the eighth frame of the frame connection structure according to Embodiment 3 of the present invention, and FIG. 26 is the eighth view of the frame connection structure according to Embodiment 3 of the present invention. It is a top view of a frame. FIG. 27 is a perspective view of the first and second frame bodies of the frame connecting structure according to the third embodiment of the present invention, and FIG. 28 is a frame connecting structure according to the third embodiment of the present invention. FIG. 29 is a right side view of the first and second frames, and FIG. 29 shows a state in which the first and second and sixth to eighth frames of the frame connection structure according to the third embodiment of the present invention are connected. It is the top view to represent (each frame and each step part are simplified and represented by a diagram).

図２１乃至図２９に示すように、枠体の連結構造体３００は、第１の枠体９０、第２の枠体９５、第６の枠体６０、第７の枠体７０及び第８の枠体８０を備える。なお、ここでの第１の枠体９０及び第２の枠体９５は、実施例１に係る枠体の連結構造体１００の第１の枠体１０及び第２の枠体２０と同一のものであることから、枠体の連結構造体３００を構成する第１の枠体９０及び第２の枠体９５の具体的な形態についての説明は省略する。なお、第１−１の階段部ｑから第２−２階段部ｔが形成される位置については、念のために説明を加えるものとする。   As shown in FIGS. 21 to 29, the frame connecting structure 300 includes a first frame 90, a second frame 95, a sixth frame 60, a seventh frame 70, and an eighth frame. A frame 80 is provided. The first frame 90 and the second frame 95 here are the same as the first frame 10 and the second frame 20 of the frame connection structure 100 according to the first embodiment. Therefore, the description about the specific form of the 1st frame 90 and the 2nd frame 95 which comprises the connection structure 300 of a frame is abbreviate | omitted. In addition, about the position where the 2-2 staircase part t is formed from the 1-1 staircase part q, description shall be added just in case.

［第６の枠体６０］
図２１乃至図２３に示すように、第６の枠体６０は、全体が平面視において、矩形状にて形成されており、第６の枠体６０を構成する枠材６１及び枠材６２には、それぞれ、階段状に１段落としてなるＬ字状からなる階段部が形成されている（枠材６１には第６−１の階段部ｋが、枠材６２には第６−２の階段部ｌが形成されている）。第６−１の階段部ｋは、枠材６１の長手方向中央付近に形成されており、第６−２の階段部ｌは、第６−１の階段部ｋと対向する位置に形成される（すなわち、第６−２の階段部ｌは、枠材６２の長手方向中央付近に形成される）。なお、枠材６１及び枠材６２の横幅の長さは、枠材９１、枠材９２、枠材９６、枠材９７並びに後述する枠材７１、枠材７２、枠材８１及び枠材８２の横幅の長さと同一の長さで形成されるとともに、第６−１の階段部ｋと第６−２の階段部ｌの高さは同一の高さで形成される。 [Sixth frame 60]
As shown in FIG. 21 to FIG. 23, the sixth frame body 60 is formed in a rectangular shape as a whole in plan view, and the frame material 61 and the frame material 62 constituting the sixth frame body 60 are formed. Are each formed with an L-shaped staircase portion having one step in a staircase shape (the frame member 61 has a 6-1 staircase portion k, and the frame member 62 has a 6-2 staircase portion. Part l is formed). The 6-1 staircase portion k is formed near the center in the longitudinal direction of the frame member 61, and the 6-2 staircase portion l is formed at a position facing the 6-1 staircase portion k. (That is, the 6-2 staircase portion l is formed near the center in the longitudinal direction of the frame member 62). The width of the frame member 61 and the frame member 62 is the same as that of the frame member 91, the frame member 92, the frame member 96, the frame member 97, and the frame member 71, the frame member 72, the frame member 81, and the frame member 82, which will be described later. The length of the 6-1 staircase portion k and the length of the 6-2 staircase portion 1 are formed to be the same height as the width of the horizontal width.

図２２に示すように、第６−２の階段部ｌの高さ方向上側１／３の位置からは、枠材６２が右方向（第６の枠体６０を右側面から見た場合における右方向のこと。以下同じ。）に延設されるとともに、第６−２の階段部ｌの高さ方向下側１／３の位置からは、枠材６２が左方向（第６の枠体６０を右側面から見た場合における左方向のこと。以下同じ。）に延設されている。また、第６−１の階段部ｋの高さ方向上側１／３の位置からは、枠材６１が左方向（第６の枠体６０を左側面から見た場合における左方向のこと。以下同じ。）に延設されるとともに、第６−１の階段部ｋの高さ方向下側１／３の位置からは、枠材６１が右方向（第６の枠体６０を左側面から見た場合における右方向のこと。以下同じ。）に延設されている（図示略）。   As shown in FIG. 22, from the position of the upper third of the 6-2 staircase portion 1 in the height direction, the frame member 62 is in the right direction (the right when the sixth frame 60 is viewed from the right side). The frame material 62 extends in the left direction (sixth frame body 60) from the position of the lower third of the height direction of the 6-2 staircase portion l. Is the left direction when viewed from the right side. Further, from the position of the upper third of the 6-1 staircase portion k in the height direction, the frame member 61 is in the left direction (the left direction when the sixth frame body 60 is viewed from the left side. The frame material 61 is in the right direction (the sixth frame body 60 is viewed from the left side) from the position of the lower １ ／ of the height direction of the 6-1 staircase k. (The same applies hereinafter)) (not shown).

すなわち、枠材６１は、側面視において、第６−１の階段部ｋを境に、上段に位置するもの（枠材）と下段に位置するもの（枠材）とに分かれており、全体が階段状に１段落としてなる格好となっている。また、枠材６２も、枠材６１と同様に、側面視において、第６−２の階段部ｌを境にして、上段に位置するもの（枠材）と下段に位置するもの（枠材）とに分かれており、全体が階段状に１段落としてなる格好となっている。   That is, in the side view, the frame member 61 is divided into an upper part (frame member) and a lower part (frame member) with the 6-1 staircase portion k as a boundary. It is a staircase that looks like one paragraph. Similarly to the frame member 61, the frame member 62 is located at the upper stage (frame member) and the lower part (frame member) with the 6-2 staircase portion l as a boundary in the side view. It is divided into two, and the whole is a staircase with one paragraph.

図２３に示すように、第６−１の階段部ｋは、横幅が枠材６１の横幅の長さの半分に形成されており、枠材６１の外側に形成される。なお、第６−１の階段部ｋが形成されている箇所の枠材６１の内側半分には、第６−１の階段部ｋと同形状からなる切り欠き部６３が形成されている。また、６−２の階段部ｌも、第６−１の階段部ｋと同様に、横幅が枠材６２の横幅の長さの半分に形成されており、枠材６２の内側に形成される。なお、第６−２の階段部ｌが形成されている箇所の枠材６２の外側半分には、第６−２の階段部ｌと同形状からなる切り欠き部６４が形成されている。   As shown in FIG. 23, the 6-1 staircase portion k has a lateral width that is half the lateral width of the frame member 61 and is formed outside the frame member 61. A notch 63 having the same shape as the 6-1 staircase k is formed in the inner half of the frame member 61 where the 6-1 staircase k is formed. Similarly to the 6-1 staircase portion k, the 6-2 staircase portion 1 has a lateral width that is half of the lateral width of the frame member 62 and is formed inside the frame member 62. . A cutout portion 64 having the same shape as the 6-2 staircase portion l is formed in the outer half of the frame member 62 where the 6-2 staircase portion l is formed.

第６の枠体６０の全体の長手方向の長さは概ね７ｃｍに形成され、枠材６１、枠材６２及び他の枠材の横幅の長さは概ね１ｃｍ、厚みは概ね０．５ｃｍに形成される。また、第６−１の階段部ｋ及び第６−２の階段部ｌの高さは概ね１．５ｃｍ、横幅は概ね０．５ｃｍに形成され、枠材６１及び枠材６２の上段に位置するもの（枠材）の長手方向の長さは概ね３．５ｃｍに、下段に位置するもの（枠材）の長手方向の長さは概ね２．５ｃｍに形成される。なお、第６の枠体６０（枠材６１、枠材６２及び他の枠材並びに第６−１の階段部ｋ及び第６−２の階段部ｌ）は、例えば、木材、プラスチック等にて形成することができる。   The overall length of the sixth frame 60 is approximately 7 cm, and the width of the frame member 61, the frame member 62 and other frame members is approximately 1 cm, and the thickness is approximately 0.5 cm. Is done. In addition, the height of the 6-1 staircase portion k and the 6-2 staircase portion 1 is approximately 1.5 cm, the lateral width is approximately 0.5 cm, and is positioned above the frame member 61 and the frame member 62. The length in the longitudinal direction of the object (frame material) is approximately 3.5 cm, and the length in the longitudinal direction of the object (frame material) located in the lower stage is approximately 2.5 cm. The sixth frame 60 (the frame member 61, the frame member 62 and other frame members, and the 6-1 staircase section k and the 6-2 staircase section l) is made of, for example, wood, plastic, or the like. Can be formed.

［第７の枠体７０］
図２１乃至図２３に示すとおり、第７の枠体７０は、第６の枠体６０と同様の構成からなるものであり（枠材７１は枠材６１に、枠材７２は枠材６２に、第７−１の階段部ｍは第６−１の階段部ｋに、第７−２の階段部ｎは第６−２の階段部ｌに、切り欠き部７３は切り欠き部６３に、切り欠き部７４は切り欠き部６４に相当する）、これらは、同一の形状にて形成されていることから、ここでは、第７の枠体７０の具体的な形態に関する説明について省略する。 [Seventh frame 70]
As shown in FIGS. 21 to 23, the seventh frame body 70 has the same configuration as the sixth frame body 60 (the frame material 71 is the frame material 61 and the frame material 72 is the frame material 62. The 7-1 staircase m is the 6-1 staircase k, the 7-2 staircase n is the 6-2 staircase l, the notch 73 is the notch 63, The notch portion 74 corresponds to the notch portion 64), and these are formed in the same shape. Therefore, the description regarding the specific form of the seventh frame 70 is omitted here.

［第８の枠体８０］
図２４乃至図２６に示すように、第８の枠体８０は、全体が平面視において、矩形状にて形成されており、第８の枠体８０を構成する枠材８１及び枠材８２には、それぞれ、階段状に２段落としてなる階段部が形成されている（枠材８１には第８−１の階段部ｏが、枠材８２には第８−２の階段部ｐが形成されている）。第８−１の階段部ｏは、枠材８１の長手方向中央付近に形成されており、第８−２の階段部ｐは、第８−１の階段部ｏと対向する位置に形成される（すなわち、第８−２の階段部ｐは、枠材８２の長手方向中央付近に形成される）。なお、枠材８１及び枠材８２の横幅の長さは、枠材９１、枠材９２、枠材９６、枠材９７、枠材６１、枠材６２、枠材７１及び枠材７２の横幅の長さと同一の長さで形成されるとともに、第８−１の階段部ｏと第８−２の階段部ｐの高さは同一の高さで形成される。 [Eighth frame 80]
As shown in FIGS. 24 to 26, the eighth frame body 80 is formed in a rectangular shape as a whole in plan view, and the frame material 81 and the frame material 82 constituting the eighth frame body 80 are Are formed in two steps in a staircase shape (the 8-1 staircase portion o is formed in the frame material 81 and the 8-2 staircase portion p is formed in the frame material 82. ing). The 8-1 staircase portion o is formed near the center of the frame member 81 in the longitudinal direction, and the 8-2 staircase portion p is formed at a position facing the 8-1 staircase portion o. (That is, the 8-2 staircase portion p is formed near the longitudinal center of the frame member 82). The widths of the frame member 81 and the frame member 82 are the widths of the frame member 91, the frame member 92, the frame member 96, the frame member 97, the frame member 61, the frame member 62, the frame member 71, and the frame member 72, respectively. In addition to being formed with the same length as the length, the heights of the 8-1 staircase portion o and the 8-2 staircase portion p are formed at the same height.

図２４及び図２５に示すように、第８−１の階段部ｏ及び第８−２の階段部ｐは、階段状に２段落としてなるように形成されているところ、第８−１の階段部ｏは、第１段目の階段ｏ１及び第２段目の階段ｏ２より構成されており、第８−２の階段部ｐは、第１段目の階段ｐ１及び第２段目の階段ｐ２より構成されている。なお、第１段目の階段ｏ１は、第１段目の階段ｏ１と第２段目の階段ｏ２をつなぐ段部８５の横方向左（第８の枠体８０を左側面から見た場合における左方向のこと。以下同じ。）１／４の位置の上側に、第１段目の階段ｐ１は、第１段目の階段ｐ１と第２段目の階段ｐ２をつなぐ段部８６の横方向右（第８の枠体８０を右側面から見た場合における右方向のこと。以下同じ。）１／４の位置の上側に重なる格好となっている。   As shown in FIGS. 24 and 25, the 8-1 staircase portion o and the 8-2 staircase portion p are formed so as to form two steps in a staircase shape, but the 8-1 staircase portion is formed. The part o is composed of a first-stage staircase o1 and a second-stage staircase o2, and an eighth-second staircase section p is a first-stage staircase p1 and a second-stage staircase p2. It is made up of. The first step stairs o1 is the left side in the horizontal direction of the step portion 85 connecting the first step stairs o1 and the second step stairs o2 (when the eighth frame 80 is viewed from the left side). (The same applies to the left.) On the upper side of the 1/4 position, the first step stairs p1 is the lateral direction of the step 86 connecting the first step stairs p1 and the second step stairs p2. Right (the right direction when the eighth frame 80 is viewed from the right side. The same applies hereinafter).

図２５に示すように、第８−２の階段部ｐの第１段目の階段ｐ１からは、枠材８２が右方向（段部８６の横方向右）に延設されるとともに、第８−２の階段部ｐの第２段目の階段ｐ２の下側（段部８６の横方向左１／４の位置の下側）からは、枠材８２が左方向（段部８６の横方向左）に延設されている（枠材８２の一部は、段部８６の横方向左１／４の位置の下側に重ねられている）。また、第８−１の階段部ｏの第１段目の階段ｏ１からは、枠材８１が左方向（段部８５の横方向左）に延設されるとともに、第８−１の階段部ｏの第２段目の階段ｏ２の下側（段部８５の横方向右１／４の位置の下側）からは、枠材８１が右方向（段部８５の横方向右）に延設されている（枠材８１の一部は、段部８５の横方向右１／４の位置の下側に重ねられている。図示略）。   As shown in FIG. 25, from the first step stairs p1 of the 8-2 staircase portion p, the frame member 82 extends in the right direction (the right in the lateral direction of the step portion 86). -2 from the lower side of the second step stairs p2 of the stepped portion p (below the position of the left side 1/4 of the stepped portion 86), the frame member 82 is directed leftward (the lateral direction of the stepped portion 86) (Left) is extended (a part of the frame member 82 is superimposed on the lower side of the step 86 on the left side in the horizontal direction). Further, from the first step stairs o1 of the 8-1 staircase portion o, the frame member 81 extends leftward (leftward in the lateral direction of the step portion 85), and the 8-1 staircase portion. The frame material 81 extends in the right direction (the right in the horizontal direction of the step portion 85) from the lower side of the second step stairs o2 (the lower side of the step portion 85 in the right direction 1/4). (A part of the frame member 81 is superimposed on the lower side of the step portion 85 at the right quarter of the horizontal direction, not shown).

すなわち、枠材８１は、側面視において、第８−１の階段部ｏを境に、上段に位置するもの（枠材）と下段に位置するもの（枠材）とに分かれており、全体が階段状に２段落としてなる格好となっている。また、枠材８２も、枠材８１と同様に、側面視において、第８−２の階段部ｐを境にして、上段に位置するもの（枠材）と下段に位置するもの（枠材）とに分かれており、全体が階段状に２段落としてなる格好となっている。   That is, in the side view, the frame member 81 is divided into an upper part (frame member) and a lower part (frame member) with the 8-1 staircase portion o as a boundary. It looks like two steps in a staircase shape. Similarly to the frame material 81, the frame material 82 is also located at the upper stage (frame material) and at the lower stage (frame material) with the 8-2 staircase portion p as a boundary in the side view. It is divided into two parts in a staircase shape as a whole.

図２６に示すように、第８−１の階段部ｏ（第１段目の階段ｏ１及び第２段目の階段ｏ２）は、横幅が枠材８１の横幅の長さの半分に形成されており、枠材８１の外側に形成される。なお、第８−１の階段部ｏ（第１段目の階段ｏ１及び第２段目の階段ｏ２）が形成されている箇所の枠材８１の内側半分には、第８−１の階段部ｏ（段部８５）と同形状からなる切り欠き部８３が形成されている。また、第８−２の階段部ｐ（第１段目の階段ｐ１及び第２段目の階段ｐ２）も、第８−１の階段部ｏと同様に、横幅が枠材８２の横幅の長さの半分に形成されており、枠材８２の内側に形成される。なお、第８−２の階段部ｐ（第１段目の階段ｐ１及び第２段目の階段ｐ２）が形成されている箇所の枠材８２の外側半分には、第８−２の階段部ｐ（段部８６）と同形状からなる切り欠き部８４が形成されている。   As shown in FIG. 26, the 8-1 staircase portion o (the first step stair o1 and the second step stair o2) has a width that is half the width of the frame 81. And formed outside the frame member 81. In addition, in the inner half of the frame member 81 where the 8-1 staircase portion o (first staircase o1 and second staircase o2) is formed, the 8-1 staircase portion is provided. A notch 83 having the same shape as o (step 85) is formed. In addition, the 8-2 staircase portion p (the first step staircase p1 and the second step staircase p2) is the same as the 8th staircase portion o in the width of the frame member 82. It is formed in half of the length and is formed inside the frame member 82. In addition, in the outer half of the frame member 82 where the 8-2 staircase portion p (first staircase p1 and second staircase p2) is formed, the 8-2 staircase portion is provided. A notch 84 having the same shape as p (step 86) is formed.

第８の枠体８０の全体の長手方向の長さは概ね７ｃｍに形成され、枠材８１、枠材８２及び他の枠材の横幅の長さは概ね１ｃｍ、厚みは概ね０．５ｃｍに形成される。また、第８−１の階段部ｏ及び第８−２の階段部ｐの高さ（第１段目の階段ｏ１の高さ、段部８５の厚み及び段部８５の下側に重ねられる枠材８１の厚みを合わせたもの並びに第１段目の階段ｐ１の高さ、段部８６の厚み及び段部８６の下側に重ねられる枠材８２の厚みを合わせたもの）は概ね１．５ｃｍ（第１段目の階段ｏ１、第２段目の階段ｏ２、第１段目の階段ｐ１及び第２段目の階段ｐ２の高さは概ね０．５ｃｍとなる）、横幅は概ね０．５ｃｍに形成され、枠材８１及び枠材８２の上段及び下段に位置するもの（枠材）の長手方向の長さは概ね２．５ｃｍに形成される。なお、第８の枠体８０（枠材８１、枠材８２及び他の枠材並びに第８−１の階段部ｏ及び第８−２の階段部ｐ）は、例えば、木材、プラスチック等にて形成することができる。   The entire length of the eighth frame 80 in the longitudinal direction is approximately 7 cm, and the width of the frame member 81, the frame member 82 and other frame members is approximately 1 cm, and the thickness is approximately 0.5 cm. Is done. Further, the heights of the 8-1 staircase portion o and the 8-2 staircase portion p (the height of the first step staircase o1, the thickness of the step portion 85, and the frame overlapped below the step portion 85). The total thickness of the material 81 and the height of the first step stairs p1, the thickness of the step portion 86, and the thickness of the frame member 82 stacked below the step portion 86) are approximately 1.5 cm. (The height of the first step staircase o1, the second step staircase o2, the first step staircase p1 and the second step staircase p2 is approximately 0.5 cm), and the lateral width is approximately 0.5 cm. The length in the longitudinal direction of the frame material 81 and the frame material 82 positioned at the upper and lower stages (frame material) is approximately 2.5 cm. The eighth frame 80 (the frame member 81, the frame member 82 and other frame members, and the 8-1 staircase portion o and the 8-2 staircase portion p) is made of, for example, wood, plastic, or the like. Can be formed.

［第１の枠体９０及び第２の枠体９５］
図２７に示すように、第１の枠体９０の第１−１の階段部ｑは、それが形成されている枠材９１の外側半分に形成される。第１の枠体９０の第１−２の階段部ｒは、それが形成されている枠材９２の内側半分に形成される。なお、切り欠き部９３については、第１−１の階段部ｑが形成されている箇所の枠材９１の内側半分に形成され、切り欠き部９４については、第１−２の階段部ｒが形成されている箇所の枠材９２の外側半分に形成される。 [First frame 90 and second frame 95]
As shown in FIG. 27, the 1-1st staircase portion q of the first frame 90 is formed in the outer half of the frame member 91 on which it is formed. The 1-2 staircase portion r of the first frame 90 is formed on the inner half of the frame member 92 on which it is formed. In addition, about the notch part 93, it forms in the inner half of the frame material 91 of the location in which the 1-1 staircase part q is formed, and about the notch part 94, the 1-2 staircase part r is formed. It is formed on the outer half of the frame material 92 at the place where it is formed.

また、第２の枠体９５の第２−１の階段部ｓは、それが形成されている枠材９６の外側半分に形成される。第２の枠体９５の第２−２の階段部ｔは、それが形成されている枠材９７の内側半分に形成される。なお、切り欠き部９８については、第２−１の階段部ｓが形成されている箇所の枠材９６の内側半分に形成され、切り欠き部９９については、第２−２の階段部ｔが形成されている箇所の枠材９７の外側半分に形成される。   Further, the (2-1) step portion s of the second frame body 95 is formed on the outer half of the frame member 96 on which it is formed. The 2-2 staircase portion t of the second frame body 95 is formed on the inner half of the frame member 97 on which it is formed. In addition, about the notch part 98, it forms in the inner half of the frame material 96 of the location in which the 2nd-1 step part s is formed, and about the notch part 99, the 2nd-2 step part t is formed. It is formed on the outer half of the frame member 97 at the place where it is formed.

［第１の枠体９０、第２の枠体９５及び第６の枠体６０から第８の枠体８０の関係性］
第１の枠体９０、第２の枠体９５及び第６の枠体６０から第８の枠体８０の具体的な形態は上記のとおりであるところ、第１−１の階段部ｑから第２−２の階段部ｔ及び第６−１の階段部ｋから第８−２の階段部ｐの高さ比（ｘ１：ｙ１：ｚ１）及び長手方向の長さ比（ｘ２：ｙ２：ｚ２）は次のとおりである（図２２、図２５及び図２８参照）。

［階段部の高さ比］
第１−１の階段部ｑから第２−２の階段部ｔの高さ ＝ ｘ１
第６−１の階段部ｋから第７−２の階段部ｎの高さ ＝ ｙ１
第８−１の階段部ｏ及び第８−２の階段部ｐの高さ ＝ ｚ１

ｘ１：ｙ１：ｚ１ ＝ ２：３：３

［階段部の長手方向の長さ比］
第１−１の階段部ｑから第２−２の階段部ｔの長手方向の長さ ＝ ｘ２
第６−１の階段部ｋから第７−２の階段部ｎの長手方向の長さ ＝ ｙ２
第８−１の階段部ｏ及び第８−２の階段部ｐの長手方向の長さ ＝ ｚ２

ｘ２：ｙ２：ｚ２ ＝１：２：４
[Relationship Between First Frame 90, Second Frame 95, and Sixth Frame 60 to Eighth Frame 80]
The specific forms of the first frame body 90, the second frame body 95, and the sixth frame body 60 to the eighth frame body 80 are as described above. The height ratio (x1: y1: z1) and the length ratio in the longitudinal direction (x2: y2: z2) from the 2-2 staircase portion t and the 6-1 staircase portion k to the 8-2 staircase portion p. Is as follows (see FIGS. 22, 25 and 28).

[Stair section height ratio]
Height from the 1-1 staircase portion q to the 2-2 staircase portion t = x1
6-1 staircase portion k to 7-2 staircase portion n height = y1
Height of the 8th-1 staircase portion o and the 8th-2 staircase portion p = z1

x1: y1: z1 = 2: 3: 3

[Longitudinal length ratio of staircase]
The length in the longitudinal direction from the 1-1 staircase portion q to the 2-2 staircase portion t = x2
The length in the longitudinal direction from the 6-1 staircase portion k to the 7-2 staircase portion n = y2
Length of longitudinal direction of 8th-1 staircase portion o and 8th-2 staircase portion p = z2

x2: y2: z2 = 1: 2: 4

図２９に示すように、第１の枠体９０、第２の枠体９５及び第６の枠体６０から第８の枠体８０は、第１の枠体９０、第６の枠体６０、第８の枠体８０、第７の枠体７０及び第２の枠体９５の順に鎖状に連結することで、全体として連結する格好となっている。   As shown in FIG. 29, the first frame 90, the second frame 95, and the sixth frame 60 to the eighth frame 80 include the first frame 90, the sixth frame 60, By connecting the eighth frame body 80, the seventh frame body 70, and the second frame body 95 in the order of a chain, the entire frame is connected.

最後に、図３０を用いて、本発明の実施例３に係る枠体の連結構造体３００の使用方法（組み合わせ方法）について説明する。   Finally, the usage method (combination method) of the frame connection structure 300 according to the third embodiment of the present invention will be described with reference to FIG.

図３０は本発明の実施例３に係る枠体の連結構造体の第１及び第２並びに第６から第８の枠体を組み合わせた状態を表す右側面図である（各枠体及び各階段部を簡略化して（線図で）表している）。   FIG. 30 is a right side view illustrating a state in which the first and second and sixth to eighth frames of the frame connection structure according to the third embodiment of the present invention are combined (each frame and each step). (The diagram is simplified (represented by a diagram)).

図３０に示すように、第１の枠体９０、第２の枠体９５及び第６の枠体６０から第８の枠体８０は、「第１−１の階段部ｑ、第２−１の階段部ｓ、第６−２の階段部ｌ、第７−２の階段部ｎ及び第８−１の階段部ｏ」を組み合わせるとともに、「第１−２の階段部ｒ、第２−２の階段部ｔ、第６−１の階段部ｋ、第７−１の階段部ｍ及び第８−２の階段部ｐ」を組み合わせることで、上下に重ねるように組み合わせることができる。   As shown in FIG. 30, the first frame 90, the second frame 95, and the sixth frame 60 to the eighth frame 80 are divided into “1-1 staircase portion q, 2-1 Stairs step s, 6-2 staircase portion l, 7-2 staircase portion n and 8-1 staircase portion o "and" 1-2 staircase portion r, 2-2. By combining the step part t, the 6-1 stair part k, the 7-1 stair part m, and the 8-2 stair part p ”, it is possible to combine them.

具体的には、まず、
第６−２の階段部ｌを第１−１の階段部ｑ及び第８−１の階段部ｏの第１段目の階段ｏ１と、
第７−２の階段部ｎを第８−１の階段部ｏの第２段目の階段ｏ２及び第２−１の階段部ｓと
組み合わせる。
すなわち、
第１−１の階段部ｑ及び第８−１の階段部ｏの第１段目の階段ｏ１を上下に重ねた状態（第８−１の階段部ｏの第１段目の階段ｏ１及び段部８５に沿うように、これらの上に、階段状に１段落としてなる第１−１の階段部ｑの底面側を重ねた状態）で、切り欠き部６４に、第１−１の階段部ｑ及び第８−１の階段部ｏの第１段目の階段ｏ１を、
第２−１の階段部ｓ及び第８−１の階段部ｏの第２段目の階段ｏ２を上下に重ねた状態（枠材９６の一部及び第２−１の階段部ｓに沿うように、これらの上に、段部８５の底面側を重ねた状態）で、切り欠き部７４に、第２−１の階段部ｓ及び第８−１の階段部ｏの第２段目の階段ｏ２を
嵌め込むようにする。 Specifically, first,
The 6-2 staircase portion l is changed to the 1-1 staircase portion q and the first staircase o1 of the 8-1 staircase portion o, and
The 7-2 staircase portion n is combined with the second staircase o2 and the 2-1 staircase portion s of the 8-1 staircase portion o.
That is,
A state in which the first-step staircase q and the first-step staircase o1 of the 8-1st staircase portion o are vertically stacked (the first-step staircase o1 and the step of the eighth-first staircase portion o) The first staircase portion 1-1 is formed in the notch portion 64 in a state in which the bottom surface side of the first staircase portion q, which is a single step in a stepped manner, is superimposed on the cutout portion 64 along the portion 85. q and the first step stairs o1 of the 8-1st step portion o,
A state in which the second staircase o2 of the 2-1 staircase portion s and the 8-1 staircase portion o are vertically stacked (to be along a part of the frame member 96 and the 2-1 staircase portion s. In the state in which the bottom surface side of the step portion 85 is overlaid thereon), the second step of the 2-1 staircase portion s and the 8-1 staircase portion o is formed in the cutout portion 74. Insert o2.

そして、これと同時に、
第６−１の階段部ｋを第１−２の階段部ｒ及び第８−２の階段部ｐの第１段目の階段ｐ１と、
第７−１の階段部ｍを第８−２の階段部ｐの第２段目の階段ｐ２及び第２−２の階段部ｔと
組み合わせる。
すなわち、
第１−２の階段部ｒ及び第８−２の階段部ｐの第１段目の階段ｐ１を上下に重ねた状態（第８−２の階段部ｐの第１段目の階段ｐ１及び段部８６に沿うように、これらの上に、階段状に１段落としてなる第１−２の階段部ｔの底面側を重ねた状態）で、切り欠き部６３に、第１−２の階段部ｒ及び第８−２の階段部ｐの第１段目の階段ｐ１を、
第２−２の階段部ｔ及び第８−２の階段部ｐの第２段目の階段ｐ２を上下に重ねた状態（枠材９７の一部及び第２−２の階段部ｔに沿うように、これらの上に、段部８６の底面側を重ねた状態）で、切り欠き部７３に、第２−２の階段部ｔ及び第８−２の階段部ｐの第２段目の階段ｐ２を
嵌め込むようにする。
このようにすることで、第１の枠体９０、第２の枠体９５及び第６の枠体６０から第８の枠体８０を上下に重ねるように組み合わせることができる。 And at the same time,
The 6-1 staircase portion k is replaced with the first staircase portion p1 of the 1-2nd staircase portion r and the 8-2 staircase portion p, and
The 7-1 staircase m is combined with the second staircase p2 and the 2-2 staircase t of the 8-2 staircase p.
That is,
A state in which the first step stairs p1 of the 1-2 staircase portion r and the 8-2 staircase portion p are stacked one above the other (the first step stairs p1 and the step of the 8-2 staircase portion p) In the state where the bottom surface side of the first-second staircase portion t, which is a single step in a stepwise manner, is superposed on these so as to be along the portion 86), the first-second staircase portion is formed in the notch portion 63. r and the first staircase p1 of the 8-2 staircase portion p,
The second step stairs p2 of the 2-2 staircase t and the 8-2 staircase p are stacked one above the other (to be along a part of the frame member 97 and the 2-2 staircase t. In the state in which the bottom surface side of the step portion 86 is superimposed on these), the second step of the 2-2 staircase portion t and the 8-2 staircase portion p is formed in the cutout portion 73. p2 is inserted.
By doing in this way, it can combine so that the 8th frame 80 may be piled up from the 1st frame 90, the 2nd frame 95, and the 6th frame 60 up and down.

このとき、枠材９１、枠材９２、枠材９６、枠材９７、枠材６１、枠材６２、枠材７１、枠材７２、枠材８１及び枠材８２の横幅の長さは同一の長さで形成されており、第１−１の階段部ｑから第２−２の階段部ｔ及び第６−１の階段部ｋから第８−２の階段部ｐの横幅の長さは、これら階段部（ｑからｔ及びｋからｐ）が、それぞれ形成されている枠材（９１、９２、９６、９７及び６１から８２）の横幅の長さの半分に形成されていることから、枠材９１、枠材９６、枠材６２、枠材７２及び枠材８１並びに枠材９２、枠材９７、枠材６１、枠材７１及び枠材８２は、綺麗に重なる格好となる（図示略）。   At this time, the horizontal width of the frame material 91, the frame material 92, the frame material 96, the frame material 97, the frame material 61, the frame material 62, the frame material 71, the frame material 72, the frame material 81, and the frame material 82 is the same. The horizontal length of the 1-1 staircase portion q to the 2-2 staircase portion t and the 6-1 staircase portion k to the 8-2 staircase portion p is defined as: Since these step parts (q to t and k to p) are formed in half the width of the formed frame members (91, 92, 96, 97 and 61 to 82), the frame The material 91, the frame material 96, the frame material 62, the frame material 72 and the frame material 81, and the frame material 92, the frame material 97, the frame material 61, the frame material 71, and the frame material 82 are neatly overlapped (not shown). .

また、上記のとおり、
第１−１の階段部ｑから第２−２の階段部ｔの高さ ＝ ｘ１
第６−１の階段部ｋから第７−２の階段部ｎの高さ ＝ ｙ１
第８−１の階段部ｏ及び第８−２の階段部ｐの高さ ＝ ｚ１
の比は、「ｘ１：ｙ１：ｚ１ ＝ ２：３：３」であり、
第１−１の階段部ｑから第２−２の階段部ｔの長手方向の長さ ＝ ｘ２
第６−１の階段部ｋから第７−２の階段部ｎの長手方向の長さ ＝ ｙ２
第８−１の階段部ｏ及び第８−２の階段部ｐの長手方向の長さ ＝ ｚ２
の比は、「ｘ２：ｙ２：ｚ２ ＝１：２：４」となっていることから、
第１の枠体９０、第２の枠体９５及び第６の枠体６０から第８の枠体８０を上下に重ねた厚みは、
第１−１の階段部ｑ、第２−１の階段部ｓ、第６−２の階段部ｌ、第７−２の階段部ｎ及び第８−１の階段部ｏを組み合わせたときの全体の高さ並びに
第１−２の階段部ｒ、第２−２の階段部ｔ、第６−１の階段部ｋ、第７−１の階段部ｍ及び第８−２の階段部ｐを組み合わせたときの全体の高さ
と同一となる。 Also, as above
Height from the 1-1 staircase portion q to the 2-2 staircase portion t = x1
6-1 staircase portion k to 7-2 staircase portion n height = y1
Height of the 8th-1 staircase portion o and the 8th-2 staircase portion p = z1
The ratio is “x1: y1: z1 = 2: 3: 3”,
The length in the longitudinal direction from the 1-1 staircase portion q to the 2-2 staircase portion t = x2
The length in the longitudinal direction from the 6-1 staircase portion k to the 7-2 staircase portion n = y2
Length of longitudinal direction of 8th-1 staircase portion o and 8th-2 staircase portion p = z2
Since the ratio of “x2: y2: z2 = 1: 2: 4”,
The thickness of the first frame body 90, the second frame body 95, and the sixth frame body 60 to the eighth frame body 80 stacked vertically is as follows.
The whole when the 1-1 staircase portion q, the 2-1 staircase portion s, the 6-2 staircase portion 1, the 7-2 staircase portion n, and the 8-1 staircase portion o are combined. And the 1-2 staircase portion r, the 2-2 staircase portion t, the 6-1 staircase portion k, the 7-1 staircase portion m, and the 8-2 staircase portion p. It is the same as the overall height when

すなわち、
枠材９１の上段に位置するもの（枠材）と枠材６２の上段に位置するもの（枠材）が、
枠材９１の下段に位置するもの（枠材）と枠材８１の上段に位置するもの（枠材）が、
枠材６２の下段に位置するもの（枠材）と段部８５と枠材７２の上段に位置するもの（枠材）が、
枠材８１の下段に位置するもの（枠材）と枠材９６の上段に位置するもの（枠材）が、
枠材７２の下段に位置するもの（枠材）と枠材９６の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるとともに、
枠材９２の上段に位置するもの（枠材）と枠材６１の上段に位置するもの（枠材）が、
枠材９２の下段に位置するもの（枠材）と枠材８２の上段に位置するもの（枠材）が、
枠材６１の下段に位置するもの（枠材）と段部８６と枠材７１の上段に位置するもの（枠材）が、
枠材８２の下段に位置するもの（枠材）と枠材９７の上段に位置するもの（枠材）が、
枠材７１の下段に位置するもの（枠材）と枠材９７の下段に位置するもの（枠材）が、
それぞれ同一平面上に揃う格好になるのである（図３０参照）。 That is,
What is located above the frame material 91 (frame material) and what is located above the frame material 62 (frame material)
What is located in the lower stage of the frame material 91 (frame material) and what is located in the upper stage of the frame material 81 (frame material)
What is located in the lower stage of the frame material 62 (frame material), and what is located in the upper stage of the step portion 85 and the frame material 72 (frame material),
What is located in the lower stage of the frame material 81 (frame material) and what is located in the upper stage of the frame material 96 (frame material)
What is located in the lower stage of the frame material 72 (frame material) and what is located in the lower stage of the frame material 96 (frame material)
Each one will be on the same plane,
What is located above the frame material 92 (frame material) and what is located above the frame material 61 (frame material)
What is located in the lower stage of the frame material 92 (frame material) and what is located in the upper stage of the frame material 82 (frame material)
What is located in the lower stage of the frame material 61 (frame material), and what is located in the upper stage of the step portion 86 and the frame material 71 (frame material),
What is located at the lower stage of the frame material 82 (frame material) and what is located at the upper stage of the frame material 97 (frame material)
What is located in the lower stage of the frame material 71 (frame material) and what is located in the lower stage of the frame material 97 (frame material)
They are all arranged on the same plane (see FIG. 30).

このように、本実施例に係る枠体の連結構造体３００では、正しい組み合わせの階段部同士（「第１−１の階段部ｑ、第２−１の階段部ｓ、第６−２の階段部ｌ、第７−２の階段部ｎ及び第８−１の階段部ｏ」の組み合わせと「第１−２の階段部ｒ、第２−２の階段部ｔ、第６−１の階段部ｋ、第７−１の階段部ｍ及び第８−２の階段部ｐ」の組み合わせ）を同一列に揃えつつ、これら相互に組み合わせることで、各枠体（９０、９５、６０、７０及び８０）を上下に重ねるように組み合わせることができる。   As described above, in the frame connecting structure 300 according to the present embodiment, the right combination of the staircase portions (“1-1 staircase portion q, 2-1 staircase portion s, and 6-2 staircase portion). Part l, 7-2 staircase part n and 8-1 staircase part o "and" 1-2 staircase part r, 2-2 staircase part t, 6-1 staircase part " k, a combination of the 7-1 staircase portion m and the 8-2 staircase portion p ”in the same row, and combining them together, each frame (90, 95, 60, 70 and 80). ) Can be combined to overlap each other.

以上より、本発明における第１の枠体９０、第２の枠体９５及び第６の枠体６０から第８の枠体８０（各階段部ｑからｔ及びｋからｐを含む）は、その基本構造が共通するものであり（全ての枠体は、全体が平面視において、矩形状にて形成されており、各枠材には、階段状からなる階段部が形成されているため）、使用者は、これらの枠体９０、９５、６０、７０及び８０を組み合わせる際に（パズルとしての本発明を解く際）、これらの基本構造の違いに着目することが難しいことから、パズルを解くためのヒントを容易に得ることができない（すなわち、枠体９０、９５、６０、７０及び８０は、階段部の段数やこれら枠体のそれぞれに形成される階段部（ｑからｔ及びｋからｐ）の高さ比及び長手方向の長さ比において異なる点があるものの（１段、２段で異なる等）、それ以外の構造は全て共通するものであることから、これらの枠体９０、９５、６０、７０及び８０が連結された状態では、使用者は、これらの基本構造の違いに着目することが困難なのである）。   From the above, the first frame 90, the second frame 95, and the sixth frame 60 to the eighth frame 80 (including each stepped portion q to t and k to p) in the present invention are The basic structure is common (all frames are formed in a rectangular shape in plan view as a whole, and each frame member has a staircase portion formed in a staircase shape), When the user combines these frames 90, 95, 60, 70, and 80 (when solving the present invention as a puzzle), it is difficult for the user to pay attention to the difference between these basic structures. Cannot be easily obtained (that is, the frames 90, 95, 60, 70, and 80 have the number of steps of the staircases and the staircases (q to t and k to p formed on each of these frames). ) And the length ratio in the longitudinal direction are different. However, since all other structures are common (such as differing in one stage, two stages, etc.), in the state where these frames 90, 95, 60, 70 and 80 are connected, the user can It is difficult to focus on the difference between these basic structures).

よって、本発明を用いれば、使用者は、容易にパズル（パズルとしての枠体の連結構造体３００）の解を導き出すことができないことから、本発明では、難易度の高いパズルを提供することができる。また、本発明は、各階段部（ｑからｔ及びｋからｐ）の基本構造及び各枠体（９０、９５、６０、７０及び８０）の基本構造が、それぞれ、共通するものであることから、製造に手間とコストを要することなく、これを製造することができる。したがって、本発明では、製造容易な枠体の連結構造体を提供することができる。   Therefore, if the present invention is used, the user cannot easily derive the solution of the puzzle (the frame connecting structure 300 as a puzzle). Therefore, the present invention provides a puzzle with a high degree of difficulty. Can do. In the present invention, the basic structure of each step portion (q to t and k to p) and the basic structure of each frame (90, 95, 60, 70 and 80) are common. This can be produced without requiring labor and cost for production. Therefore, in the present invention, it is possible to provide a frame connecting structure that is easy to manufacture.

なお、本実施例に係る枠体の連結構造体３００の寸法、形状、各階段部（ｑからｔ及びｋからｐ）の位置、各階段部（ｑからｔ及びｋからｐ）の相互の位置関係及び各枠体（９０、９５、６０、７０及び８０）に施される模様を、実施例１に係る枠体の連結構造体１００と同様に変形することができることは勿論である（図３２乃至図３４に、本実施例に係る枠体の連結構造体３００の実際の例を示す（各枠体９０、９５、６０、７０及び８０を円形状に形成したもの））。   It should be noted that the dimensions and shape of the frame connecting structure 300 according to the present embodiment, the position of each step (q to t and k to p), and the mutual position of each step (q to t and k to p). Of course, the relationship and the pattern applied to each frame (90, 95, 60, 70 and 80) can be modified in the same manner as the frame connection structure 100 according to the first embodiment (FIG. 32). Thru | or FIG. 34 shows the actual example of the connection structure 300 of the frame which concerns on a present Example (what formed each frame 90, 95, 60, 70 and 80 in the circular shape).

このように、本実施例では、本発明の趣旨を逸脱しない範囲で種々の変更が可能であることはいうまでもない。   Thus, it goes without saying that various modifications can be made in the present embodiment without departing from the spirit of the present invention.

１０ 第１の枠体
１１ 枠材
１２ 枠材
１３ 切り欠き部
１４ 切り欠き部
２０ 第２の枠体
２１ 枠材
２２ 枠材
２３ 切り欠き部
２４ 切り欠き部
３０ 第３の枠体
３１ 枠材
３２ 枠材
３３ 切り欠き部
３４ 切り欠き部
４０ 第４の枠体
４１ 枠材
４２ 枠材
４３ 切り欠き部
４４ 切り欠き部
５０ 第５の枠体
５１ 枠材
５２ 枠材
５３ 切り欠き部
５４ 切り欠き部
６０ 第６の枠体
６１ 枠材
６２ 枠材
６３ 切り欠き部
６４ 切り欠き部
７０ 第７の枠体
７１ 枠材
７２ 枠材
７３ 切り欠き部
７４ 切り欠き部
８０ 第８の枠体
８１ 枠材
８２ 枠材
８３ 切り欠き部
８４ 切り欠き部
８５ 段部
８６ 段部
９０ 第１の枠体
９１ 枠材
９２ 枠材
９３ 切り欠き部
９４ 切り欠き部
９５ 第２の枠体
９６ 枠材
９７ 枠材
９８ 切り欠き部
９９ 切り欠き部
１００ 枠体の連結構造体
２００ 枠体の連結構造体
３００ 枠体の連結構造体
ａ 第１−１の階段部
ｂ 第１−２の階段部
ｃ 第２−１の階段部
ｄ 第２−２の階段部
ｅ 第３−１の階段部
ｆ 第３−２の階段部
ｇ 第４−１の階段部
ｈ 第４−２の階段部
ｉ 第５−１の階段部
ｊ 第５−２の階段部
ｋ 第６−１の階段部
ｌ 第６−２の階段部
ｍ 第７−１の階段部
ｎ 第７−２の階段部
ｏ 第８−１の階段部
ｐ 第８−２の階段部
ｑ 第１−１の階段部
ｒ 第１−２の階段部
ｓ 第２−１の階段部
ｔ 第２−２の階段部
DESCRIPTION OF SYMBOLS 10 1st frame body 11 Frame material 12 Frame material 13 Notch part 14 Notch part 20 2nd frame body 21 Frame material 22 Frame material 23 Notch part 24 Notch part 30 3rd frame body 31 Frame material 32 Frame material 33 Notch portion 34 Notch portion 40 Fourth frame body 41 Frame material 42 Frame material 43 Notch portion 44 Notch portion 50 Fifth frame body 51 Frame material 52 Frame material 53 Notch portion 54 Notch portion 60 Sixth frame 61 Frame member 62 Frame member 63 Notch portion 64 Notch portion 70 Seventh frame body 71 Frame member 72 Frame member 73 Notch portion 74 Notch portion 80 Eighth frame member 81 Frame member 82 Frame material 83 Notch portion 84 Notch portion 85 Step portion 86 Step portion 90 First frame body 91 Frame material 92 Frame material 93 Notch portion 94 Notch portion 95 Second frame body 96 Frame material 97 Frame material 98 Cut Notch 99 Notch 00 frame connecting structure 200 frame connecting structure 300 frame connecting structure a 1-1 staircase b b1-2 staircase c 2-1 staircase d 2-2 E Step 3-1 Step 1 f Step 3-2 Step g Step 4-1 Step h Step 4-2 Step 2-1 Step 5-1 Step 5-2 Part k 6-1 staircase part l 6-2 staircase part m 7-1 staircase part n 7-2 staircase part o 8-1 staircase part p 8-2 staircase part q 1-1 staircase portion r 1-2 staircase portion s 2-1 staircase portion t 2-2 staircase portion

Claims (5)

階段状に１段落としてなる第１−１及び第１−２の階段部が、それぞれ枠材に形成されている第１の枠体と、
階段状に１段落としてなる第２−１及び第２−２の階段部が、それぞれ枠材に形成されている第２の枠体とを備え、
該第１−１の階段部の横幅と該第２−２の階段部の横幅を合わせた長さ及び該第１−２の階段部の横幅と該第２−１の階段部の横幅を合わせた長さが、該第１−１から第２−２の階段部のそれぞれが形成されている枠材の横幅の長さと同一であり、
該第１−１から第２−２の階段部の高さが同一であって、
該第１及び第２の枠体が、全体として連結していることを特徴とする枠体の連結構造体。 A first frame body in which the first and second staircase portions 1-1 and 1-2, which are stepped in a step shape, are respectively formed on the frame member;
The 2-1 and 2-2 staircase sections, which are one paragraph in a staircase shape, each include a second frame body formed on the frame material,
The length obtained by combining the width of the 1-1 staircase and the width of the 2-2 staircase and the width of the 1-2 staircase and the width of the 2-1 staircase The length is the same as the length of the lateral width of the frame member on which each of the first to 2-2 step portions is formed,
The heights of the steps 1-1 to 2-2 are the same,
A connecting structure for a frame, wherein the first and second frames are connected as a whole. 階段状に２段落としてなる第３−１及び第３−２の階段部が、それぞれ枠材に形成されている第３の枠体を備え、
該第１−１から第２−２の階段部のそれぞれが形成されている枠材の横幅の長さと該第３−１及び第３−２の階段部のそれぞれが形成されている枠材の横幅の長さが同一であり、
該第３−１の階段部の横幅と該第１−２及び第２−２の階段部のそれぞれの横幅を合わせた長さ並びに該第３−２の階段部の横幅と該第１−１及び第２−１の階段部のそれぞれの横幅を合わせた長さが、該第１−１から第３−２の階段部のそれぞれが形成されている枠材の横幅の長さと同一であって、
該第３−１及び第３−２の階段部の高さが、該第１から第３の枠体を上下に重ねた厚みと同一であり、
該第１から第３の枠体が、全体として連結していることを特徴とする請求項１に記載の枠体の連結構造体。 Steps 3-1 and 3-2, which are two steps in a staircase shape, each include a third frame formed on the frame material,
The width of the frame material in which each of the first to 2-2 step portions is formed and the frame material in which each of the 3-1 and 3-2 step portions is formed. The width is the same,
The combined length of the width of the 3-1 staircase and the width of each of the 1-2 and 2-2 staircases, and the width of the 3-2 staircase and the first-1 And the total length of the horizontal widths of the 2-1 staircases is the same as the horizontal width of the frame member on which each of the first to 3-2 staircases is formed. ,
The heights of the 3-1 and 3-2 stepped portions are the same as the thickness of the first to third frame bodies stacked one above the other.
2. The frame connecting structure according to claim 1, wherein the first to third frames are connected as a whole. 該第３の枠体を複数備え、
該第１−１から第３−２の階段部の横幅の長さが、該第１−１から第３−２の階段部のそれぞれが形成されている枠材の横幅の長さの半分であり、
該第１−１、１又は複数の第３−１、１又は複数の第３−２及び該第２−１又は第２−２の階段部を組み合わせたときの全体の高さと該第１−２、１又は複数の第３−１及び１又は複数の第３−２及び該第２−１又は第２−２の階段部を組み合わせたときの全体の高さが、該第１、第２及び複数の第３の枠体を上下に重ねた厚みと同一であって、
該第１、第２及び複数の第３の枠体が、全体として連結していることを特徴とする請求項２に記載の枠体の連結構造体。 A plurality of the third frames,
The length of the horizontal width of the 1-1 to 3-2 step portions is half the width of the frame member on which each of the 1-1 to 3-2 step portions is formed. Yes,
The overall height when the 1-1, the one or more 3-1, the one or more third-2, and the 2-1 or 2-2 stepped portion are combined with the first- 2, 1 or a plurality of 3-1 and 1 or a plurality of 3-2, and the total height when the 2-1 or 2-2 stepped portion is combined, the first and second And the same thickness as the plurality of third frames stacked one above the other,
3. The frame connecting structure according to claim 2, wherein the first, second, and plurality of third frames are connected as a whole. 階段状に１段落としてなる第４−１及び第４−２の階段部が、それぞれ枠材に形成されている第４の枠体と、
階段状に３段落としてなる第５−１及び第５−２の階段部が、それぞれ枠材に形成されている第５の枠体とを備え、
該第１−１から第５−２の階段部の横幅の長さが、該第１−１から第５−２の階段部のそれぞれが形成されている枠材の横幅の長さの半分であり、
該第１−１、該第２−２、該第３−１、該第４−１及び該第５−２の階段部を組み合わせたときの全体の高さと該第１−２、該第２−１、該第３−２、該第４−２及び該第５−１の階段部を組み合わせたときの全体の高さが、該第１から第５の枠体を上下に重ねた厚みと同一であって、
該第２、第３、第５、第１及び第４の枠体の順に連結することで、該第１から第５の枠体が、全体として連結していることを特徴とする請求項２に記載の枠体の連結構造体。 The fourth frame body in which the 4-1 and 4-2 staircase portions, which form one step in a staircase shape, are respectively formed on the frame material;
The 5-1 and 5-2 staircase sections, which are three steps in a staircase shape, each include a fifth frame body formed on the frame material,
The width of the first to 5-2 staircases is half of the width of the frame member on which each of the first to 5-2 staircases is formed. Yes,
The total height when the 1-1, the 2-2, the 3-1, the 4-1 and the 5-2 step portions are combined, and the 1-2, the second -1, the total height when combining the 3-2, the 4-2 and the 5-1 stepped portions is the thickness of the first to fifth frame members stacked vertically. The same,
3. The first to fifth frames are connected as a whole by connecting the second, third, fifth, first and fourth frames in this order. The connecting structure of the frame described in 1. 階段状に１段落としてなる第６−１及び第６−２の階段部が、それぞれ枠材に形成されている第６の枠体と、
階段状に１段落としてなる第７−１及び第７−２の階段部が、それぞれ枠材に形成されている第７の枠体と、
階段状に２段落としてなる第８−１及び第８−２の階段部が、それぞれ枠材に形成されている第８の枠体とを備え、
該第１−１から第２−２及び該第６−１から第８−２の階段部の横幅の長さが、該第１−１から第２−２及び該第６−１から第８−２の階段部のそれぞれが形成されている枠材の横幅の長さの半分であり、
該第１−１から第２−２の階段部と該第６−１から第７−２の階段部と該第８−１及び第８−２の階段部の高さ比が、２：３：３であって、
該第１−１から第２−２の階段部と該第６−１から第７−２の階段部と該第８−１及び第８−２の階段部の長手方向の長さ比が、１：２：４であり、
該第１−１、該第２−１、該第６−２、該第７−２及び該第８−１の階段部を組み合わせたときの全体の高さと該第１−２、該第２−２、該第６−１、該第７−１及び該第８−２の階段部を組み合わせたときの全体の高さが、該第１及び第２並びに第６から第８の枠体を上下に重ねた厚みと同一であって、
該第１、第６、第８、第７、第２の枠体の順に連結することで、該第１及び第２並びに第６から第８の枠体が、全体として連結していることを特徴とする請求項１に記載の枠体の連結構造体。
A sixth frame body in which the 6-1 and 6-2 staircase portions, which are one step in a step shape, are respectively formed on the frame material;
A seventh frame body in which 7-1 and 7-2 staircase portions, each of which is stepped in a staircase shape, are respectively formed on the frame material;
The 8th-1 and 8-2 staircase sections, which are two steps in a staircase shape, each include an eighth frame body formed on the frame material,
The lateral lengths of the 1-1 to 2-2 and 6-1 to 8-2 stepped portions are defined as the 1-1 to 2-2 and the 6-1 to 8th, respectively. -2 half of the width of the frame material on which each of the staircases is formed,
The height ratio of the 1-1 to 2-2 staircases, the 6-1 to 7-2 staircases, and the 8-1 and 8-2 staircases is 2: 3. : 3,
The longitudinal length ratio of the 1-1 to 2-2 staircase, the 6-1 to 7-2 staircase, and the 8-1 and 8-2 staircases is as follows: 1: 2: 4,
The total height when the 1-1, the 2-1, the 6-2, the 7-2, and the 8-1 stepped portion are combined, and the 1-2, the second -2, the total height when the 6-1, the 7-1 and the 8-2 stepped portions are combined is the first and second and the sixth to eighth frames. It is the same as the thickness stacked up and down,
By connecting the first, sixth, eighth, seventh and second frames in this order, the first and second and sixth to eighth frames are connected as a whole. The frame connecting structure according to claim 1, wherein:
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Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3970314A (en) * 1974-02-25 1976-07-20 Hermann Hansmann Interengaging rings puzzle
US20130056930A1 (en) * 2011-09-01 2013-03-07 Igor Goldman Ring Puzzle

Patent Citations (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US3970314A (en) * 1974-02-25 1976-07-20 Hermann Hansmann Interengaging rings puzzle
US20130056930A1 (en) * 2011-09-01 2013-03-07 Igor Goldman Ring Puzzle

Non-Patent Citations (1)

* Cited by examiner, † Cited by third party
Title
JPN6016029223; '【大人の物欲】おとなをも魅了する！究極の「キャストパズル」のススメ' ＩＴ　Ｌｉｆｅ　ｈａｃｋ , 20070902 *

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