JP4673264B2

JP4673264B2 - Storage device

Info

Publication number: JP4673264B2
Application number: JP2006201459A
Authority: JP
Inventors: 田誠本; 盛植韓
Original assignee: 株式会社Ｅｎｇ工房
Priority date: 2006-07-25
Filing date: 2006-07-25
Publication date: 2011-04-20
Anticipated expiration: 2026-07-25
Also published as: JP2008025289A

Description

本発明は、貯留装置に係り、特に、上部より貯留内部を観察できる観察用の通路又は、水排出用の通路を容易に確保することができる貯留装置に関する。 The present invention relates to a storage device, and more particularly, to a storage device that can easily secure an observation passage or a water discharge passage through which the inside of the storage can be observed from above.

本件発明者は、先に、断面の形状が連続する略山形の山形部を有し、前記断面と直交する方向に略同一断面で延びる形状を有する骨格部材と、この骨格部材を積層して形成される積層構造物を開示した（特許文献１参照）。
この種の積層構造物を「水を溜める貯留装置」内に設置した場合、長期の使用により、貯留装置内に土砂等が蓄積するため、貯留装置に上方から下方に貫いた観察用の通路が必要となる場合がある。
かかる場合、骨格部材の所定位置に穴を開けると共に、該穴が上下一致するように積層しなければならない。
しかしながら、時として、穴が上下一致するように積層し忘れたり、また、急きょ、観察用の通路を変更しなければならない場合、対応しにくいという問題点が生じた。
特許第２９０１９５９号公報 The present inventor previously formed a skeleton member having a substantially chevron-shaped chevron with a continuous cross-sectional shape and a shape extending in substantially the same cross-section in a direction orthogonal to the cross-section, and the skeleton member being laminated. A laminated structure is disclosed (see Patent Document 1).
When this type of laminated structure is installed in a “storage device that collects water”, since sediment and the like accumulate in the storage device due to long-term use, there is an observation passage that penetrates the storage device from above to below. It may be necessary.
In such a case, it is necessary to make a hole at a predetermined position of the skeleton member and to stack the holes so that the holes coincide with each other.
However, sometimes, forgetting to stack the holes so that the holes coincide with each other or if the observation path must be changed suddenly, it is difficult to cope with the problem.
Japanese Patent No. 2901959

本発明は、上記の問題点を除去するようにした貯留装置を提供することを目的とする。 An object of this invention is to provide the storage apparatus which removed the said problem.

上記目的を達成するために、本発明の貯留装置は、貯留部内に、積層構成部材を積層すると共に、積層した前記積層構成部材と前記積層構成部材との間の空間に水を貯留する貯留装置であって、前記積層構成部材は、少なくとも、複数の第１の積層構成部材と複数の第２の積層構成部材とを有し、前記第１の積層構成部材は、平面視、２Ｌ×２Ｌの正方形で、該正方形の一辺に沿って設けられた直線状の山部と谷部を備え、前記直線状の山部は、少なくとも、二つ有し、前記二つの山部の間に前記谷部が位置すると共に、平面視、前記正方形の対向する辺の中央を結ぶと共に、前記直線状の山部に平行な対称線に対して、前記二つの山部と前記谷部は対称位置にあり、前記山部の裏面は凹所であり、前記第１の積層構成部材は、平面視、正方形で、前記第１の積層構成部材には、少なくとも、前記正方形の第１の角部の二等分の線上であって、前記第１の角部から１／４×ルート２Ｌの位置に第１の穴が、前記正方形の第２の角部の二等分の線上であって、前記第２の角部から１／４×ルート２Ｌの位置に第２の穴が、前記正方形の第３の角部の二等分の線上であって、前記第３の角部から１／４×ルート２Ｌの位置に第３の穴が、前記正方形の第４の角部の二等分の線上であって、前記第４の角部から１／４×ルート２Ｌの位置に第４の穴が、それぞれ設けられ、前記第２の積層構成部材は、平面視、長方形で、前記第１の積層構成部材の対称線に対する一方側の形態と同じものであり、前記第２の積層構成部材は、平面視、２Ｌ×Ｌの長方形で、前記第２の積層構成部材には、少なくとも、前記長方形の第１の角部の二等分の線上であって、前記第１の角部から１／４×ルート２Ｌの位置に第５の穴が、前記長方形の第１の角部に隣接すると共に、長辺２Ｌ側の第２の角部の線上であって、前記第２の角部から１／４×ルート２Ｌの位置に第６の穴が、それぞれ設けられ、前記第１の積層構成部材を、平面視、横方向及び縦方向に並設すると共に、前記並設は、隣接する前記第１の積層構成部材の一辺同士が一致するように接触又は近接するものであり、前記縦方向の左端部に位置する全ての前記第１の積層構成部材の縦方向の左端部の一辺に前記第２の積層構成部材の長手方向の辺が、前記縦方向の右端部に位置する全ての前記第１の積層構成部材の縦方向の右端部の一辺に前記第２の積層構成部材の長手方向の辺が、それぞれ一致するように接触又は近接して敷き詰められた第１の併設形態と、
この第１の併設形態の前記第１の積層構成部材及び前記第２の積層構成部材の直線状の山部は、全て平行であり、前記第１の併設形態の前記第２の積層構成部材と前記第２の積層構成部材又は、前記第１の積層構成部材と前記第２の積層構成部材の角部で形成される十文字の交点位置に前記第１の積層構成部材の中心が位置するように敷き詰め、該敷き詰めた前記第１の積層構成部材の残りの部位に前記第１の積層構成部材又は前記第２の積層構成部材を敷き詰めて、平面視、前記第１の併設形態を覆う第２の併設形態と、前記第２の併設形態の前記第１の積層構成部材及び前記第２の積層構成部材の直線状の山部は、全て平行で、前記第１の併設形態の前記第１の積層構成部材及び前記第２の積層構成部材の直線状の山部と直交するものであり、前記第２の併設形態の上に前記第１の併設形態を、前記第１の併設形態の上に前記第２の併設形態を交互に積み重ねてなり、前記第１の積層構成部材及び前記第２の積層構成部材に設けた前記穴が、平面視、一致するように構成するものである。 In order to achieve the above object, a storage device according to the present invention stacks stacked structural members in a storage section, and stores water in a space between the stacked stacked structural members and the stacked structural members. The laminated component member includes at least a plurality of first laminated component members and a plurality of second laminated component members, and the first laminated component member is 2L × 2L in plan view. It is a square, and includes a linear ridge and a valley provided along one side of the square. The linear ridge has at least two, and the valley between the two ridges. And the two peaks and the valleys are in a symmetrical position with respect to a symmetry line parallel to the linear peaks, as seen in plan view, connecting the centers of the opposing sides of the square. The back surface of the peak portion is a recess, and the first laminated component member is square in plan view. In the first laminated component, the first laminated member is at least on a bisector of the first corner portion of the square and at a position of 1/4 × root 2L from the first corner portion. On the bisector of the second corner of the square, and the second hole is 1/4 × root 2L from the second corner, the third of the square A third hole on the bisector of the corner, at 1/4 × root 2L from the third corner, is on the bisector of the fourth corner of the square. In addition, a fourth hole is provided at a position of 1/4 × root 2L from the fourth corner, and the second laminated component is rectangular in plan view, and the first laminated component The second laminated component is a 2L × L rectangle in plan view, and the second laminated component is a little in the second laminated component. In addition, a fifth hole is located on a bisector of the first corner of the rectangle, and the fifth hole is located at 1/4 × root 2L from the first corner. And a sixth hole is provided on the line of the second corner on the long side 2L side, at a position of 1/4 × root 2L from the second corner, Are arranged side by side in a plan view, in the horizontal direction and in the vertical direction, and the side by side is in contact or close to each other so that one side of the adjacent first layered structural member coincides. The longitudinal side of the second laminated component is located at the right end of the longitudinal direction on one side of the longitudinal left end of all the first laminated components located at the longitudinal left end. The side in the longitudinal direction of the second laminated component is on one side of the right end portion in the vertical direction of all the first laminated components. A first hotel form paved contact or in proximity to such respective match,
Linear ridges of the first stacked component member and the second stacked component member of the first side configuration are all parallel, and the second stacked component member of the first side configuration and The center of the first laminated component is positioned at the intersection of the second laminated component or the cross of the first laminated component and the corner of the second laminated component. A second layer covering the first side-by-side configuration in plan view by spreading the first laminated component member or the second laminated component member on the remaining portion of the first laminated component member spread; The first stacking member and the first stacking member of the second stacking configuration and the straight peaks of the second stacking component are all parallel and the first stacking of the first stacking configuration. It is orthogonal to the linear peak of the component member and the second laminated component member. The first side-by-side configuration on the second side-by-side configuration and the second side-by-side configuration alternately stacked on the first side-by-side configuration, The said hole provided in the 2nd lamination | stacking structural member is comprised so that it may correspond in planar view.

また、請求項２記載の貯留装置は、貯留部内に、積層構成部材を積層すると共に、積層した前記積層構成部材と前記積層構成部材との間の空間に水を貯留する貯留装置であって、前記積層構成部材は、少なくとも、複数の第１の積層構成部材と複数の第２の積層構成部材とを有し、前記第１の積層構成部材は、平面視、２Ｌ×２Ｌの正方形で、該正方形の一辺に沿って設けられた直線状の山部と谷部を備え、前記直線状の山部は、少なくとも、二つ有し、前記二つの山部の間に前記谷部が位置すると共に、平面視、前記正方形の対向する辺の中央を結ぶと共に、前記直線状の山部に平行な対称線に対して、前記二つの山部と前記谷部は対称位置にあり、前記山部の裏面は凹所であり、前記第１の積層構成部材は、平面視、正方形で、前記第１の積層構成部材には、少なくとも、前記正方形の第１の角部の二等分の線上であって、前記第１の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第１の穴が、前記正方形の第１の角部の二等分の線上であって、前記第１の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第１’の穴が、前記正方形の第２の角部の二等分の線上であって、前記第２の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第２の穴が、前記正方形の第２の角部の二等分の線上であって、前記第２の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第２’の穴が、前記正方形の第３の角部の二等分の線上であって、前記第３の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第３の穴が、前記正方形の第３の角部の二等分の線上であって、前記第３の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第３’の穴が、前記正方形の第４の角部の二等分の線上であって、前記第４の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第４の穴が、前記正方形の第４の角部の二等分の線上であって、前記第４の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第４’の穴が、、それぞれ設けられ、前記第２の積層構成部材は、平面視、長方形で、前記第１の積層構成部材の対称線に対する一方側の形態と同じものであり、前記第２の積層構成部材は、平面視、２Ｌ×Ｌの長方形で、前記第２の積層構成部材には、少なくとも、前記長方形の第１の角部の二等分の線上であって、前記第１の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第５の穴が、前記長方形の第１の角部の二等分の線上であって、前記第１の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第５’の穴が、前記長方形の第１の角部に隣接すると共に、長辺２Ｌ側の第２の角部の線上であって、前記第２の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第６の穴が、前記長方形の第１の角部の二等分の線上であって、前記第１の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第６’の穴が、それぞれ設けられ、前記第１の積層構成部材を、平面視、横方向及び縦方向に並設すると共に、前記並設は、隣接する前記第１の積層構成部材の一辺同士が一致するように接触又は近接するものであり、前記縦方向の左端部に位置する全ての前記第１の積層構成部材の縦方向の左端部の一辺に前記第２の積層構成部材の長手方向の辺が、前記縦方向の右端部に位置する全ての前記第１の積層構成部材の縦方向の右端部の一辺に前記第２の積層構成部材の長手方向の辺が、それぞれ一致するように接触又は近接して敷き詰められた第１の併設形態と、この第１の併設形態の前記第１の積層構成部材及び前記第２の積層構成部材の直線状の山部は、全て平行であり、
前記第１の併設形態の前記第２の積層構成部材と前記第２の積層構成部材又は、前記第１の積層構成部材と前記第２の積層構成部材の角部で形成される十文字の交点位置に前記第１の積層構成部材の中心が位置するように敷き詰め、該敷き詰めた前記第１の積層構成部材の残りの部位に前記第１の積層構成部材又は前記第２の積層構成部材を敷き詰めて、平面視、前記第１の併設形態を覆う第２の併設形態と、前記第２の併設形態の前記第１の積層構成部材及び前記第２の積層構成部材の直線状の山部は、全て平行で、前記第１の併設形態の前記第１の積層構成部材及び前記第２の積層構成部材の直線状の山部と直交するものであり、前記第２の併設形態の上に前記第１の併設形態を、前記第１の併設形態の上に前記第２の併設形態を交互に積み重ねてなり、前記第１の積層構成部材及び前記第２の積層構成部材に設けた前記穴が、平面視、一致するように構成するものである。 In addition, the storage device according to claim 2 is a storage device that stacks stacked structural members in a storage section and stores water in a space between the stacked stacked structural members and the stacked structural members, The laminated component member has at least a plurality of first laminated component members and a plurality of second laminated component members, and the first laminated component member is a 2L × 2L square in plan view, A linear crest and a trough provided along one side of the square, the linear crest having at least two, and the trough is located between the two crests , In plan view, connecting the centers of the opposing sides of the square, and the two crests and the troughs are symmetric with respect to the symmetry line parallel to the linear crest, The back surface is a recess, and the first laminated component is a square in plan view, the first The laminated component member includes at least a first bisector of the first corner portion of the square and a position X (0 ≦ X ≦ root 2 × L) from the first corner portion. A hole is on a bisector of the first corner of the square, and the first 'hole is located at a position of route 2 × L−X (0 ≦ X ≦ route 2L) from the first corner. Is a bisector of the second corner of the square, and a second hole is located at a position of X (0 ≦ X ≦ root 2 × L) from the second corner. A second 'hole is located on a bisector of the second corner and at a position of route 2 × L−X (0 ≦ X ≦ route 2L) from the second corner, A third hole is located on a bisector of the corner of the third corner at a position of X (0 ≦ X ≦ root 2 × L) from the third corner, and the third corner of the square On a bisector and the third corner A 3 ′ hole at a position of route 2 × L−X (0 ≦ X ≦ route 2L) is on a bisector of the fourth corner of the square, and X from the fourth corner A fourth hole at a position (0 ≦ X ≦ route 2 × L) is on a bisector of the fourth corner of the square, and the route 2 × L−X from the fourth corner 4 ′ holes are provided at positions (0 ≦ X ≦ route 2L), respectively, and the second stacked component member is rectangular in plan view, and is one side with respect to the symmetry line of the first stacked component member The second laminated component is a 2L × L rectangle in plan view, and the second laminated component has at least two first corners of the rectangle. On the bisector, a fifth hole is located at a position X (0 ≦ X ≦ root 2 × L) from the first corner on the bisector of the first corner of the rectangle Ah In addition, a 5 ′ hole is adjacent to the first corner of the rectangle at the position of route 2 × L−X (0 ≦ X ≦ route 2L) from the first corner, and the long side 2L side A sixth hole at a position of X (0 ≦ X ≦ root 2 × L) from the second corner portion is equal to the second corner portion of the rectangle. 6 'holes are provided at the position of the route 2 × L-X (0 ≦ X ≦ route 2L) from the first corner, respectively, on the minute line, and the first laminated component member , Arranged side by side in a plan view, in the horizontal direction and in the vertical direction, and the parallel arrangement is such that one side of the adjacent first laminated component is in contact or close to each other, and the left end in the vertical direction A side in the longitudinal direction of the second laminated component is on the right end in the vertical direction on one side of the left end in the vertical direction of all the first laminated components located in the section. The first laminated component member is placed in contact with or in close proximity to one side of the longitudinal direction of the first laminated component member so that the longitudinal sides of the second laminated component member respectively coincide with each other. The linear ridges of the side-by-side configuration and the first laminated component and the second laminated component of the first side-by-side configuration are all parallel,
The cross position of the cross formed by the second laminated component and the second laminated component in the first side configuration or the corners of the first laminated component and the second laminated component The first laminated component member or the second laminated component member is spread over the remaining portion of the first laminated component member so that the center of the first laminated component member is positioned on In a plan view, the second side-by-side configuration covering the first side-by-side configuration, the first stacked component member of the second side-by-side configuration, and the linear peaks of the second stacked component member are all It is parallel and orthogonal to the linear crests of the first stacked component member and the second stacked component member of the first side-by-side configuration. The second side-by-side configuration is alternately placed on the first side-by-side configuration. Becomes superimposed seen, the said hole provided in the first laminated structure member and the second laminated structure member, and constitutes, as a plan view, coincide.

また、請求項３記載の貯留装置は、貯留部内に、積層構成部材を積層すると共に、積層した前記積層構成部材と前記積層構成部材との間の空間に水を貯留する貯留装置であって、前記積層構成部材は、少なくとも、複数の第１の積層構成部材と複数の第２の積層構成部材とを有し、前記第１の積層構成部材は、平面視、正方形で、平坦な面を有する正方形の頂部と、この頂部を支える少なくとも４個の脚部を備えると共に、平面視、前記正方形の対向する辺の中央を結ぶ対称線に対して、前記４個の脚部は対称位置にあり、前記第２の積層構成部材は、平面視、長方形で、第１の積層構成部材は、前記第２の積層構成部材の２個並設は、平面視、前記第１の積層構成部材と同形状であり、前記第１の積層構成部材は、平面視、正方形で、前記第１の積層構成部材には、少なくとも、前記正方形の第１の角部の二等分の線上であって、前記第１の角部から１／４×ルート２Ｌの位置に第１の穴が、前記正方形の第２の角部の二等分の線上であって、前記第２の角部から１／４×ルート２Ｌの位置に第２の穴が、前記正方形の第３の角部の二等分の線上であって、前記第３の角部から１／４×ルート２Ｌの位置に第３の穴が、前記正方形の第４の角部の二等分の線上であって、前記第４の角部から１／４×ルート２Ｌの位置に第４の穴が、それぞれ設けられ、前記第２の積層構成部材は、平面視、長方形で、前記第１の積層構成部材の対称線に対する一方側の形態と同じものであり、前記第２の積層構成部材は、平面視、２Ｌ×Ｌの長方形で、前記第２の積層構成部材には、少なくとも、前記長方形の第１の角部の二等分の線上であって、前記第１の角部から１／４×ルート２Ｌの位置に第５の穴が、前記長方形の第１の角部に隣接すると共に、長辺２Ｌ側の第２の角部の線上であって、前記第２の角部から１／４×ルート２Ｌの位置に第６の穴が、それぞれ設けられ、前記第１の積層構成部材を、平面視、横方向及び縦方向に並設すると共に、前記並設は、隣接する前記第１の積層構成部材の一辺同士が一致するように接触又は近接するものであり、前記縦方向の左端部に位置する全ての前記第１の積層構成部材の縦方向の左端部の一辺に前記第２の積層構成部材の長手方向の辺が、前記縦方向の右端部に位置する全ての前記第１の積層構成部材の縦方向の右端部の一辺に前記第２の積層構成部材の長手方向の辺が、それぞれ一致するように接触又は近接して敷き詰められた第１の併設形態と、前記第１の併設形態の前記第２の積層構成部材と前記第２の積層構成部材又は、前記第１の積層構成部材と前記第２の積層構成部材の角部で形成される十文字の交点位置に前記第１の積層構成部材の中心が位置するように敷き詰め、該敷き詰めた前記第１の積層構成部材の残りの部位に前記第１の積層構成部材又は前記第２の積層構成部材を敷き詰めて、平面視、前記第１の併設形態を覆う第２の併設形態と、前記第２の併設形態の上に前記第１の併設形態を、前記第１の併設形態の上に前記第２の併設形態を交互に積み重ねてなり、前記第１の積層構成部材及び前記第２の積層構成部材に設けた前記穴が、平面視、一致するように構成するものである。
Further, the storage device according to claim 3 is a storage device that stacks the stacked constituent members in the storage section and stores water in a space between the stacked stacked constituent members and the stacked constituent members, The laminated component member includes at least a plurality of first laminated component members and a plurality of second laminated component members, and the first laminated component member is a square in plan view and has a flat surface. The top of the square and at least four legs that support the top are provided, and the four legs are in a symmetrical position with respect to a symmetry line that connects the centers of opposite sides of the square in plan view. The second laminated component is rectangular in plan view, and the first laminated component is the same shape as the first laminated component in plan view when two of the second laminated components are arranged side by side. The first laminated component is a square in plan view, and 1 laminated component at least on the bisector of the first corner of the square, the first hole at a position of 1/4 × root 2L from the first corner, A second hole is located on a bisector of the second corner of the square, at a position of 1/4 × root 2L from the second corner, and the second corner of the second corner of the square. A third hole at a position of ¼ × root 2L from the third corner portion on the bisector line of the fourth corner portion of the square, 4th hole is provided in the position of 1 / 4x route 2L from the corner | angular part of 4, respectively, The said 2nd lamination | stacking structural member is planar view, a rectangle, with respect to the symmetry line of said 1st lamination | stacking structural member It is the same as the configuration on one side, and the second laminated component is a 2L × L rectangle in plan view, and the second laminated component has at least a front A fifth hole is adjacent to the first corner of the rectangle on a bisector of the first corner of the rectangle at a position of 1/4 × root 2L from the first corner. A sixth hole is provided on the line of the second corner on the long side 2L side, at a position of 1/4 × root 2L from the second corner, and the first stacked configuration The members are juxtaposed in a plan view, a horizontal direction and a vertical direction, and the juxtaposition is in contact with or close to each other so that one side of the adjacent first laminated component is aligned, and the vertical direction All of the first laminated component members positioned at the left end of the first laminated component member in the longitudinal direction of the left end portion of the first laminated component member and the longitudinal direction side of the second laminated component member positioned at the right end of the vertical direction. The longitudinal side of the second laminated component coincides with one side of the right end in the longitudinal direction of the first laminated component. A first side-by-side configuration laid in contact with or close to each other, and the second laminated component and the second laminated component or the first laminated component in the first side-by-side configuration Lay down so that the center of the first laminated component is positioned at the crossing position of the cross formed by the corners of the second laminated component, and in the remaining part of the spread first laminated component The first stacked component member or the second stacked component member is laid down to cover the first side-by-side configuration in plan view, and the first side-to-side configuration on the second side-to-side configuration. The side-by-side configuration is formed by alternately stacking the second side-by-side configuration on the first side-by-side configuration, and the holes provided in the first and second layered structural members are in plan view. Are configured to match.

また、請求項４記載の貯留装置は、貯留部内に、積層構成部材を積層すると共に、積層した前記積層構成部材と前記積層構成部材との間の空間に水を貯留する貯留装置であって、前記積層構成部材は、少なくとも、複数の第１の積層構成部材と複数の第２の積層構成部材とを有し、前記第１の積層構成部材は、平面視、正方形で、平坦な面を有する正方形の頂部と、この頂部を支える少なくとも４個の脚部を備えると共に、平面視、前記正方形の対向する辺の中央を結ぶ対称線に対して、前記４個の脚部は対称位置にあり、前記第２の積層構成部材は、平面視、長方形で、第１の積層構成部材は、前記第２の積層構成部材の２個並設は、平面視、前記第１の積層構成部材と同形状であり、前記第１の積層構成部材は、平面視、正方形で、前記第１の積層構成部材には、少なくとも、前記正方形の第１の角部の二等分の線上であって、前記第１の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第１の穴が、前記正方形の第１の角部の二等分の線上であって、前記第１の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第１’の穴が、前記正方形の第２の角部の二等分の線上であって、前記第２の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第２の穴が、前記正方形の第２の角部の二等分の線上であって、前記第２の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第２’の穴が、前記正方形の第３の角部の二等分の線上であって、前記第３の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第３の穴が、前記正方形の第３の角部の二等分の線上であって、前記第３の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第３’の穴が、前記正方形の第４の角部の二等分の線上であって、前記第４の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第４の穴が、前記正方形の第４の角部の二等分の線上であって、前記第４の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第４’の穴が、それぞれ設けられ、前記第２の積層構成部材は、平面視、長方形で、前記第１の積層構成部材の対称線に対する一方側の形態と同じものであり、前記第２の積層構成部材は、平面視、２Ｌ×Ｌの長方形で、前記第２の積層構成部材には、少なくとも、前記長方形の第１の角部の二等分の線上であって、前記第１の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第５の穴が、前記長方形の第１の角部の二等分の線上であって、前記第１の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第５’の穴が、前記長方形の第１の角部に隣接すると共に、長辺２Ｌ側の第２の角部の線上であって、前記第２の角部からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第６の穴が、前記長方形の第１の角部の二等分の線上であって、前記第１の角部からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第６’の穴が、それぞれ設けられ、前記第１の積層構成部材を、平面視、横方向及び縦方向に並設すると共に、前記並設は、隣接する前記第１の積層構成部材の一辺同士が一致するように接触又は近接するものであり、前記縦方向の左端部に位置する全ての前記第１の積層構成部材の縦方向の左端部の一辺に前記第２の積層構成部材の長手方向の辺が、前記縦方向の右端部に位置する全ての前記第１の積層構成部材の縦方向の右端部の一辺に前記第２の積層構成部材の長手方向の辺が、それぞれ一致するように接触又は近接して敷き詰められた第１の併設形態と、前記第１の併設形態の前記第２の積層構成部材と前記第２の積層構成部材又は、前記第１の積層構成部材と前記第２の積層構成部材の角部で形成される十文字の交点位置に前記第１の積層構成部材の中心が位置するように敷き詰め、該敷き詰めた前記第１の積層構成部材の残りの部位に前記第１の積層構成部材又は前記第２の積層構成部材を敷き詰めて、平面視、前記第１の併設形態を覆う第２の併設形態と、前記第２の併設形態の上に前記第１の併設形態を、前記第１の併設形態の上に前記第２の併設形態を交互に積み重ねてなり、前記第１の積層構成部材及び前記第２の積層構成部材に設けた前記穴が、平面視、一致するように構成するものである。 In addition, the storage device according to claim 4 is a storage device that stacks stacked constituent members in a storage unit and stores water in a space between the stacked stacked constituent members and the stacked constituent members. The laminated component member includes at least a plurality of first laminated component members and a plurality of second laminated component members, and the first laminated component member is a square in plan view and has a flat surface. The top of the square and at least four legs that support the top are provided, and the four legs are in a symmetrical position with respect to a symmetry line that connects the centers of opposite sides of the square in plan view. The second laminated component is rectangular in plan view, and the first laminated component is the same shape as the first laminated component in plan view when two of the second laminated components are arranged side by side. The first laminated component is a square in plan view, and One laminated component is at least on a bisector of the first corner portion of the square and at a position X (0 ≦ X ≦ root 2 × L) from the first corner portion. 1 hole is on a bisector of the first corner of the square, and the first 1 ′ is located at a route 2 × L−X (0 ≦ X ≦ route 2L) from the first corner. Is a bisector of the second corner of the square, and the second hole is located at a position X (0 ≦ X ≦ root 2 × L) from the second corner. A second 'hole is located on the bisector of the second corner of the square and is located at a position of route 2 × L−X (0 ≦ X ≦ route 2L) from the second corner. A third hole on the bisector of the third corner of the square at a position of X (0 ≦ X ≦ root 2 × L) from the third corner is a third corner of the square On the bisector of the part, the third A 3 ′ hole at a position of route 2 × L−X (0 ≦ X ≦ route 2L) from a portion is on a bisector of the fourth corner of the square, and the fourth corner A fourth hole at a position of X (0 ≦ X ≦ route 2 × L) is on a bisector of the fourth corner of the square, and the route 2 × L from the fourth corner -X (0 ≦ X ≦ route 2L) is provided with 4 ′ holes, respectively, and the second laminated component is rectangular in plan view with respect to the symmetry line of the first laminated component It is the same as the configuration on one side, and the second laminated component is a 2L × L rectangle in plan view, and the second laminated component has at least the first corner portion of the rectangle. A fifth hole is on a bisector line at a position of X (0 ≦ X ≦ root 2 × L) from the first corner portion, and a bisector line of the first corner portion of the rectangle A 5 ′ hole is adjacent to the first corner of the rectangle and a long side at a position of route 2 × L−X (0 ≦ X ≦ route 2L) from the first corner On the line of the second corner on the 2L side, a sixth hole is located at a position of X (0 ≦ X ≦ root 2 × L) from the second corner, the first corner of the rectangle Sixth 'holes are provided on the bisector line at the position of route 2 × L−X (0 ≦ X ≦ route 2L) from the first corner, and the first stacked configuration The members are juxtaposed in a plan view, a horizontal direction and a vertical direction, and the juxtaposition is in contact with or close to each other so that one side of the adjacent first laminated component is aligned, and the vertical direction The longitudinal direction side of the second laminated component is located on one side of the longitudinal left end of all the first laminated components located at the left end of the vertical direction. All the first laminated components located at the right end are laid in close contact with or close to one side of the longitudinal direction of the first laminated components so that the longitudinal sides of the second laminated components coincide with each other. At the corner of the first side-by-side configuration and the second layered structural member and the second layered structural member of the first side-by-side configuration or the first layered structural member and the second layered structural member The first laminated component member or the second laminated member is laid down so that the center of the first laminated component member is positioned at the intersection of the formed cross and the remaining portion of the first laminated component member is spread. The second side-by-side configuration covering the first side-by-side configuration, and the first side-to-side configuration on the second side-to-side configuration, The second side-by-side configuration is alternately stacked on the first side The holes provided in the laminated component member and the second laminated component member are configured to coincide with each other in plan view.

請求項１〜４記載の貯留装置によれば、第１の積層構成部材を、平面視、横方向及び縦方向に並設すると共に、前記並設は、隣接する前記第１の積層構成部材の一辺同士が一致するように接触又は近接するものであり、前記縦方向の左端部に位置する全ての前記第１の積層構成部材の縦方向の左端部の一辺に第２の積層構成部材の長手方向の辺が、前記縦方向の右端部に位置する全ての前記第１の積層構成部材の縦方向の右端部の一辺に前記第２の積層構成部材の長手方向の辺が、それぞれ一致するように接触又は近接して敷き詰められた第１の併設形態と、この第１の併設形態の前記第１の積層構成部材及び前記第２の積層構成部材の直線状の山部は、全て平行であり、前記第１の併設形態の前記第２の積層構成部材と前記第２の積層構成部材又は、前記第１の積層構成部材と前記第２の積層構成部材の角部で形成される十文字の交点位置に前記第１の積層構成部材の中心が位置するように敷き詰め、該敷き詰めた前記第１の積層構成部材の残りの部位に前記第１の積層構成部材又は前記第２の積層構成部材を敷き詰めて、平面視、前記第１の併設形態を覆う第２の併設形態と、前記第２の併設形態の前記第１の積層構成部材及び前記第２の積層構成部材の直線状の山部は、全て平行で、前記第１の併設形態の前記第１の積層構成部材及び前記第２の積層構成部材の直線状の山部と直交するものであり、前記第２の併設形態の上に前記第１の併設形態を、前記第１の併設形態の上に前記第２の併設形態を交互に積み重ねてなり、前記第１の積層構成部材及び前記第２の積層構成部材に設けた前記穴が、平面視、一致するように構成したため、上部より貯留内部を観察できる観察用の通路、水排出用の通路、貯留部内への滴下水の通路を、容易に確保することができる。 According to the storage device according to claims 1 to 4, the first laminated components are arranged side by side in a plan view, a horizontal direction, and a vertical direction, and the arrangement of the first laminated components is adjacent to the first laminated component members. The length of the second laminated component on one side of the left end in the vertical direction of all the first laminated components located at the left end in the vertical direction is in contact with or close to each other so that the sides coincide. The side in the longitudinal direction of the second laminated component is aligned with one side of the right end in the vertical direction of all the first laminated components located at the right end in the vertical direction. The first side mounted form laid in contact with or in close proximity to the first stacked component member and the straight crests of the first stacked component member and the second stacked component member are all parallel to each other. The second laminated component and the second laminated configuration of the first side-by-side configuration Laid down so that the center of the first laminated component is located at the crossing position of the cross formed by the material or the corners of the first laminated component and the second laminated component, A second side-by-side configuration covering the first side-by-side configuration in plan view by spreading the first layered structural member or the second layered structural member over the remaining portion of the first layered structural member; The first stacked component member and the second stacked component member in the two side-by-side configurations are all parallel, and the first stacked component member and the second in the first side-configured mode are parallel to each other. The laminated component members are orthogonal to the linear ridges, and the first side-mounted form is formed on the second side-mounted form, and the second side-mounted form is placed on the first side-mounted form. The first laminated component and the second laminated component are alternately stacked. Since the holes provided in FIG. 1 are configured so as to coincide with each other in plan view, it is possible to easily secure an observation passage through which water can be observed from above, a water discharge passage, and a dripping water passage into the storage portion. Can do.

本発明の一実施例である貯留装置を図面を参照して説明する。
図１に示す符号Ｔは貯留装置で、貯留装置Ｔは、貯留部内に、積層構成部材Ｓを積層すると共に、積層した積層構成部材Ｓと積層構成部材Ｓとの間の空間に水を貯留するものである（図１及び図２参照）。
上述した貯留部は、例えば、地面又は地中に形成された凹所の周囲を遮水部材１で形成された部位である。１０は、貯留装置Ｔ内の貯留部に水を供給する供給通路であり、２０は、貯留装置Ｔ内の水を貯留部の外へ排出する水排出用の通路であり、３０は、上部より貯留内部を観察できる観察用の通路で、３１は、観察用の通路３０の上方開口部を開閉する蓋である。 A storage device according to an embodiment of the present invention will be described with reference to the drawings.
The reference symbol T shown in FIG. 1 is a storage device, and the storage device T stores the water in a space between the stacked structural member S and the stacked structural member S while stacking the stacked structural member S in the storage portion. (See FIGS. 1 and 2).
The storage part mentioned above is a site | part formed with the water-impervious member 1 around the recess formed in the ground or the ground, for example. 10 is a supply passage for supplying water to the storage unit in the storage device T, 20 is a water discharge passage for discharging the water in the storage device T to the outside of the storage unit, and 30 is from the top An observation passage 31 through which the inside of the reservoir can be observed is a lid that opens and closes the upper opening of the observation passage 30.

積層構成部材Ｓは、少なくとも、複数の第１の積層構成部材Ｓ１と複数の第２の積層構成部材Ｓ２とを有する（図３参照）。
第１の積層構成部材Ｓ１は、平面視、２Ｌ×２Ｌの正方形で（図４参照）、第１の積層構成部材Ｓ１には、少なくとも、該正方形の一辺に沿って設けられた直線状の山部２と谷部３を備え、直線状の山部２は、少なくとも、二つ有し（図３及び図４では、直線状の山部２は、四個であるが、図１０及び図１１に示すように、２個でも良い。直線状の山部２は、少なくとも、二つ有していれば良い。）、二つの山部２、２の間に直線状の谷部３（図３では、谷部３個であるが、図１０及び図１１に示すように、１個でも良い。なお図１０及び図１１に示したＭ、Ｎ、Ｍ’は、第１の積層構成部材Ｓ１又は第２の積層構成部材Ｓ２の下方端部が、係止する被係止部（例えば、凹部）である。）が位置すると共に、平面視、正方形の対向する辺の中央を結ぶと共に、直線状の山部２、２に平行な対称線（図３、図１１で言えば、ＡＢ）に対して、二つの山部２、２と谷部３は対称位置にある。なお、山部２の裏面は凹所２ａとなっている（図４、図６及び図１０参照）。 The laminated component S has at least a plurality of first laminated components S1 and a plurality of second laminated components S2 (see FIG. 3).
The first laminated component S1 is a 2L × 2L square in plan view (see FIG. 4), and the first laminated component S1 has a linear peak provided at least along one side of the square. The ridge portion 2 is provided with at least two linear ridge portions 2 (in FIG. 3 and FIG. 4, the number of linear ridge portions 2 is four, but FIG. 10 and FIG. 11). 2 may be sufficient as long as it has at least two linear peaks 2), and a linear valley 3 (see FIG. 3) between the two peaks 2, 2. Then, although it is three trough parts, as shown in Drawing 10 and Drawing 11, it may be one, and M, N, and M 'shown in Drawing 10 and Drawing 11 are 1st lamination constituent members S1 or The lower end portion of the second laminated component S2 is a locked portion (for example, a recess) to be locked), and the center of opposing sides of the square in plan view The two peaks 2, 2 and the valley 3 are in a symmetrical position with respect to a symmetrical line (AB in FIG. 3 and FIG. 11) parallel to the straight peaks 2, 2. In addition, the back surface of the mountain part 2 becomes the recess 2a (refer FIG.4, FIG.6 and FIG.10).

第１の積層構成部材Ｓ１は、例えば、合成樹脂製で、図４に示すように、平面視、正方形（ＣＤＥＦ）で、正方形（ＣＤＥＦ）の第１の角部Ｃの二等分の線上（ＣＥ）であって、第１の角部Ｃから１／４×ルート２Ｌの位置に第１の穴４が、正方形（ＣＤＥＦ）の第２の角部Ｄの二等分の線上（ＤＦ）であって、第２の角部Ｄから１／４×ルート２Ｌの位置に第２の穴５が、正方形（ＣＤＥＦ）の第３の角部Ｅの二等分の線上（ＥＣ）であって、第３の角部Ｅから１／４×ルート２Ｌの位置に第３の穴６が、正方形（ＣＤＥＦ）の第４の角部Ｆの二等分の線上（ＦＤ）であって、第４の角部Ｆから１／４×ルート２Ｌの位置に第４の穴７が、それぞれ設けられている。 For example, as shown in FIG. 4, the first laminated component S <b> 1 is made of a synthetic resin and is square (CDEF) in plan view, on the bisector of the first corner C of the square (CDEF) ( CE), and the first hole 4 at the position of 1/4 × root 2L from the first corner C is a bisector (DF) of the second corner D of the square (CDEF) The second hole 5 at a position of 1/4 × root 2L from the second corner D is a bisector (EC) of the third corner E of the square (CDEF), A third hole 6 at a position of 1/4 × root 2L from the third corner E is a bisector (FD) of the fourth corner F of the square (CDEF), and the fourth hole A fourth hole 7 is provided at a position of 1/4 × root 2L from the corner F.

第２の積層構成部材Ｓ２は、平面視、２Ｌ×Ｌの長方形（Ｃ’ＡＢＦ’）で、第１の積層構成部材Ｓ１の対称線（図３で言えば、ＡＢ）に対する一方側の形態と同じものであり、第２の積層構成部材Ｓ２には、少なくとも、長方形（Ｃ’ＡＢＦ’）の第１の角部Ｃ’の二等分の線上（Ｃ’Ｏ）であって、第１の角部Ｃ’から１／４×ルート２Ｌの位置に第５の穴８が、長方形（Ｃ’ＡＢＦ’）の第１の角部Ｃ’に隣接すると共に、長辺２Ｌ側の第２の角部Ｆ’の二等分の線上（Ｆ’Ｏ）であって、第２の角部Ｆ’から１／４×ルート２Ｌの位置に第６の穴９が、それぞれ設けられている。なお、Ｏは、ＡＢの中点である。 The second laminated component S2 is a 2L × L rectangle (C′A B F ′) in plan view, and is on one side with respect to the symmetry line (AB in FIG. 3) of the first laminated component S1. It is the same as the form, and the second laminated component S2 is at least on the bisector (C′O) of the first corner C ′ of the rectangle (C′A B F ′) The fifth hole 8 is adjacent to the first corner C ′ of the rectangle (C′A B F ′) at a position of 1/4 × root 2L from the first corner C ′, and the long side 2L Sixth holes 9 are provided on the bisector line (F′O) of the second corner F ′ on the side and at a position of 1/4 × root 2L from the second corner F ′. It has been. O is the midpoint of AB.

そして、図７の下方に示すように、１段目において、第１の積層構成部材Ｓ１を、平面視、横方向及び縦方向に並設（本実施例では、第１の積層構成部材Ｓ１を横に２個、縦に２個並設し、並設した第１の積層構成部材Ｓ１の直線状の山部２は共に平行で、図示では、垂直方向となっている。）すると共に、前記並設は、隣接する第１の積層構成部材Ｓ１の一辺同士が一致するように接触（又は近接）するようにする。
縦方向の左端部に位置する全ての第１の積層構成部材Ｓ１（本実施例では、縦方向の左端部に位置する第１の積層構成部材Ｓ１は、２個）の縦方向の左端部の一辺に第２の積層構成部材Ｓ２（本実施例では、縦方向の左端部に位置する第２の積層構成部材Ｓ２は、２個）の長手方向の辺が、前記縦方向の右端部に位置する全ての第１の積層構成部材Ｓ１（本実施例では、縦方向の右端部に位置する第２の積層構成部材Ｓ２は、２個）の縦方向の右端部の一辺に第２の積層構成部材Ｓ２の長手方向の辺が、それぞれ一致するように接触（又は近接）して敷き詰められ、第１の併設形態Ｋ１を形成する。
なお、第１の併設形態Ｋ１の第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２の直線状の山部２は、全て平行となっている。図７では、直線状の山部２は、垂直方向となっている。 Then, as shown in the lower part of FIG. 7, in the first stage, the first laminated component S1 is arranged in parallel in the plan view, in the horizontal direction and in the vertical direction (in this embodiment, the first laminated component member S1 is arranged). (Two straight ridges 2 of the first laminated component S1 arranged in parallel and two in the vertical direction are parallel to each other and are in the vertical direction in the drawing). The side-by-side arrangement is such that the sides of the adjacent first laminated component S1 are in contact (or close to each other) so as to match each other.
All of the first stacked component members S1 positioned at the left end portion in the vertical direction (in the present embodiment, two first stacked component members S1 positioned at the left end portion in the vertical direction) One side of the second laminated component S2 (in this embodiment, two second laminated components S2 positioned at the left end in the vertical direction) are positioned at the right end in the vertical direction. The second stacked configuration on one side of the right end portion in the vertical direction of all the first stacked configuration members S1 (in this embodiment, there are two second stacked configuration members S2 positioned at the right end portion in the vertical direction) The longitudinal sides of the member S2 are spread in contact (or close proximity) so as to coincide with each other to form the first side-by-side configuration K1.
In addition, all the linear peak parts 2 of 1st lamination | stacking structural member S1 and 2nd lamination | stacking structural member S2 of the 1st joint form K1 are parallel. In FIG. 7, the linear peak 2 is in the vertical direction.

２段目に位置する第２の併設形態Ｋ２は、第１の併設形態Ｋ１を覆うもので、先ず、第２の併設形態Ｋ２においては、第１の併設形態Ｋ１の第２の積層構成部材Ｓ２と第２の積層構成部材Ｓ２又は、第１の積層構成部材Ｓ１と第２の積層構成部材Ｓ２の角部で形成される十文字の交点位置、言い換えれば、第１の積層構成部材Ｓ１と第２の積層構成部材Ｓ２の角部が十文字にクロスする位置（図７で、言えば、１段目におけるＸ１、Ｘ２、Ｘ３）に第１の積層構成部材Ｓ１の中心（Ｙ１、Ｙ２、Ｙ３）が位置するように敷き詰める。
つまり、図７の１段目における左に位置するＸ１には、２段目の左に位置する第１の積層構成部材Ｓ１の中心Ｙ１が、図７の１段目における中央に位置するＸ２には、２段目の中央に位置する第１の積層構成部材Ｓ１の中心Ｙ２が、図７の１段目における右に位置するＸ３には、２段目の右に位置する第１の積層構成部材Ｓ１の中心Ｙ３が、一致するようにそれぞれ敷き詰められる。
敷き詰めた第１の積層構成部材Ｓ１の残りの部位には、第２の積層構成部材Ｓ２（図７の２段目で言えば、中心がＹ１である第１の積層構成部材Ｓ１の上と下に第２の積層構成部材Ｓ２を１個ずつ、中心がＹ２である第１の積層構成部材Ｓ１の上と下に第２の積層構成部材Ｓ２を１個ずつ、中心がＹ３である第１の積層構成部材Ｓ１の上と下に第２の積層構成部材Ｓ２を１個ずつ）を敷き詰めて、平面視、第１の併設形態Ｋ１を覆うようにする（第２の併設形態）。
なお、本実施例では、敷き詰めた第１の積層構成部材Ｓ１の残りの部位に敷き詰める部材は、第２の積層構成部材Ｓ２のみであったが、敷き詰めるスペースがあれば、第１の積層構成部材Ｓ１を敷き詰めても良い。
また、第２の併設形態Ｋ２の第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２の直線状の山部２は、全て平行で、図７では、直線状の山部２は、水平方向となっており、第１の併設形態Ｋ１の第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２の直線状の山部２と直交するようになっている。そして、第２の併設形態Ｋ２（二段目）の上に第１の併設形態Ｋ１（三段目）を、第１の併設形態Ｋ（三段目）１の上に第２の併設形態Ｋ２（四段目）を交互に逐次積み重ねていく（図７〜図９参照）。
その結果、第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２に設けた穴４、５、６、７、８、９が、平面視、一致するように構成される。
従って、一致した穴４、５、６、７、８、９が多数形成されるため、上部より貯留内部を観察できる観察用の通路３０又は、水排出用の通路２０を、容易に確保することができる（図1参照）。
なお、観察用の通路３０にあっては、蓋３１を開け、ＣＣＤカメラ（図示せず）を上方から入れて貯留内の底部の土砂等の蓄積状態を観察することができ、土砂等が多い場合、一致した穴を利用してバキューム等の排出パイプ（図示せず）を貯留内部に入れて蓄積した土砂等を外部へ排出することができる。 The second joint form K2 located in the second stage covers the first joint form K1, and first, in the second joint form K2, the second laminated component S2 of the first joint form K1. And the second laminated component S2 or the crossing position of the cross formed by the corners of the first laminated component S1 and the second laminated component S2, in other words, the first laminated component S1 and the second laminated component S2 The center (Y1, Y2, Y3) of the first laminated component S1 is located at a position where the corners of the laminated component S2 cross in a cross shape (in FIG. 7, X1, X2, X3 in the first stage). Lay down to be positioned.
That is, the center Y1 of the first laminated component S1 located on the left of the second stage is the same as the center X1 located on the center of the first stage in FIG. Is the first laminated structure in which the center Y2 of the first laminated component S1 located in the center of the second stage is located at the right of the second stage in X3 located on the right in the first stage of FIG. The centers Y3 of the members S1 are laid out so as to coincide with each other.
In the remaining portion of the first laminated component S1 spread, the second laminated component S2 (in the second stage of FIG. 7, the first laminated component S1 whose center is Y1 is above and below the first laminated component S1. 1 each of the two laminated components S2 and one second laminated component S2 above and below the first laminated component S1 whose center is Y2, and the first laminated component S1 whose center is Y3. The second laminated constituent members S2 are placed one on top and the other below to cover the first joint form K1 in plan view (second joint form).
In the present embodiment, the member to be spread on the remaining portion of the first laminated component S1 spread is only the second laminated component S2. However, if there is a space to spread, the first laminated component 1 You may spread S1.
In addition, the linear ridges 2 of the first stacked component member S1 and the second stacked component member S2 of the second joint form K2 are all parallel, and in FIG. It is in a direction and is orthogonal to the linear peak 2 of the first stacked component member S1 and the second stacked component member S2 of the first side-by-side configuration K1. Then, the first joint form K1 (third stage) is placed on the second joint form K2 (second stage), and the second joint form K2 is placed on the first joint form K (third stage) 1. The (fourth stage) is alternately and sequentially stacked (see FIGS. 7 to 9).
As a result, the holes 4, 5, 6, 7, 8, 9 provided in the first laminated component S1 and the second laminated component S2 are configured so as to coincide with each other in plan view.
Accordingly, since many matching holes 4, 5, 6, 7, 8, and 9 are formed, it is possible to easily secure the observation passage 30 or the water discharge passage 20 through which the inside of the reservoir can be observed from above. (See Figure 1).
In the observation passage 30, the lid 31 can be opened and a CCD camera (not shown) can be inserted from above to observe the accumulation state of sediment at the bottom of the reservoir, and there is a lot of sediment. In this case, the accumulated holes and the like can be discharged to the outside by putting a discharge pipe (not shown) such as a vacuum inside the storage using the matched holes.

なお、上述した実施例においては、一段目に第１の併設形態Ｋ１、二段目に第２の併設形態Ｋ２としたが、本発明にあっては、これに限らず、逆に、一段目に第２の併設形態Ｋ２、二段目に第１の併設形態Ｋ１としても良く、要は、第１の併設形態Ｋ１と第２の併設形態Ｋ２を交互にして詰み重ねていけば良い。 In the above-described embodiment, the first joint form K1 is used for the first stage and the second joint form K2 is used for the second stage. However, the present invention is not limited to this. The second side-by-side configuration K2 may be the second side-by-side configuration K1, and the first side-to-side configuration K1 and the second side-by-side configuration K2 may be alternately stacked.

また、上述した実施例（図７）においては、平面視、長方形であったが、本発明にあっては、これに限らず、正方形（図示せず）でも良く、また、階段状部を有していても良い。即ち、図１２に示すように、１段目において、第１の積層構成部材Ｓ１を、平面視、横方向及び縦方向に並設（第１の積層構成部材Ｓ１を横に３個、縦に１個）すると共に、前記並設は、隣接する第１の積層構成部材Ｓ１の一辺同士が一致するように接触（又は近接）するようにする。
縦方向の左端部に位置する全ての第１の積層構成部材Ｓ１（本実施例では、縦方向の左端部に位置する第１の積層構成部材Ｓ１は、２個）の縦方向の左端部の一辺に第２の積層構成部材Ｓ２（本実施例では、縦方向の左端部に位置する第２の積層構成部材Ｓ２は、２個）の長手方向の辺が、前記縦方向の右端部に位置する全ての第１の積層構成部材Ｓ１（本実施例では、縦方向の右端部に位置する第２の積層構成部材Ｓ２は、２個）の縦方向の右端部の一辺に第２の積層構成部材Ｓ２の長手方向の辺が、それぞれ一致するように接触（又は近接）して敷き詰められ、第１の併設形態Ｋ１を形成する。
このように、１段目において、第１の積層構成部材Ｓ１を、平面視、横方向及び縦方向に並設し、並設した複数の第１の積層構成部材Ｓ１の内、端部に位置する第１の積層構成部材Ｓ１の左サイドと右サイドには、第２の積層構成部材Ｓ２が位置するようにする。なお、図１２において、第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２の直線状の山部２は、省略しているが、図１２においても、第１の併設形態Ｋ１の第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２の直線状の山部２は、全て平行で、図１２では、直線状の山部２は、垂直方向となっている。 Further, in the above-described embodiment (FIG. 7), it is rectangular in plan view, but in the present invention, it is not limited to this, and may be a square (not shown), and has a stepped portion. You may do it. That is, as shown in FIG. 12, in the first stage, the first stacked component members S1 are arranged side by side in the plan view, in the horizontal direction and in the vertical direction (three first stacked component members S1 horizontally and vertically). In addition, the juxtaposition is made to contact (or approach) so that one side of the adjacent first laminated component S1 matches.
All of the first stacked component members S1 positioned at the left end portion in the vertical direction (in the present embodiment, two first stacked component members S1 positioned at the left end portion in the vertical direction) One side of the second laminated component S2 (in this embodiment, two second laminated components S2 positioned at the left end in the vertical direction) are positioned at the right end in the vertical direction. The second stacked configuration on one side of the right end portion in the vertical direction of all the first stacked configuration members S1 (in this embodiment, there are two second stacked configuration members S2 positioned at the right end portion in the vertical direction) The longitudinal sides of the member S2 are spread in contact (or close proximity) so as to coincide with each other to form the first side-by-side configuration K1.
As described above, in the first stage, the first laminated component S1 is arranged in parallel in a plan view, in the horizontal direction and in the vertical direction, and is positioned at the end of the plurality of arranged first laminated components S1. The second laminated component S2 is positioned on the left side and the right side of the first laminated component S1. In FIG. 12, the linear peaks 2 of the first stacked component member S1 and the second stacked component member S2 are omitted, but also in FIG. The linear ridges 2 of the stacked component member S1 and the second stacked component member S2 are all parallel, and in FIG. 12, the linear ridge portions 2 are in the vertical direction.

２段目に位置する第２の併設形態Ｋ２においては、第１の併設形態Ｋ１の第１の積層構成部材Ｓ１と第２の積層構成部材Ｓ２の角部で形成される十文字の交点位置、言い換えれば、第１の積層構成部材Ｓ１と第２の積層構成部材Ｓ２の角部が十文字にクロスする位置（図１２で、言えば、１段目におけるＸ４、Ｘ５）に第１の積層構成部材Ｓ１の中心が位置するように敷き詰める。
つまり、図１２の１段目における左に位置するＸ４には、２段目の中央の左に位置する第１の積層構成部材Ｓ１の中心Ｙ４が、図１２の１段目における右に位置するＸ５には、２段目の中央の右に位置する第１の積層構成部材Ｓ１の中心Ｙ５が、一致するようにそれぞれ敷き詰められる。
敷き詰めた第１の積層構成部材Ｓ１の残りの部位には、第１の積層構成部材Ｓ１、第２の積層構成部材Ｓ２を敷き詰めて、平面視、第１の併設形態Ｋ１を覆うようにする（第２の併設形態）。
なお、図１２において、第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２の直線状の山部２は、省略しているが、図１２においても、第２の併設形態Ｋ２の第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２の直線状の山部２は、全て平行で、図１２では、直線状の山部２は、水平方向となっており、第１の併設形態Ｋ１の第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２の直線状の山部２と直交するようになっている。そして、第２の併設形態Ｋ２（二段目）の上に第１の併設形態Ｋ１（三段目）を、第１の併設形態Ｋ（三段目）１の上に第２の併設形態Ｋ２（四段目）を交互に逐次積み重ねていく。その結果、上述した実施例と同様に、第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２に設けた穴４、５、６、７、８、９が、平面視、一致するように構成される。 In the second joint form K2 located in the second stage, the crossing position of the cross formed by the corners of the first laminated member S1 and the second laminated member S2 of the first joint form K1, in other words, For example, the first laminated component S1 is located at a position where the corners of the first laminated component S1 and the second laminated component S2 cross in a cross shape (in FIG. 12, X4, X5 in the first stage). Lay down so that the center of is located.
That is, the center Y4 of the first stacked component member S1 located on the left of the center of the second stage is located on the right of the first stage of FIG. In X5, the center Y5 of the first laminated component S1 located on the right of the center of the second stage is spread so as to coincide with each other.
The first stacked component member S1 and the second stacked component member S2 are spread over the remaining portion of the first stacked component member S1 so as to cover the first joint form K1 in plan view ( Second side configuration).
In FIG. 12, the linear peaks 2 of the first stacked component member S1 and the second stacked component member S2 are omitted, but also in FIG. The straight ridges 2 of the stacked component member S1 and the second stacked component member S2 are all parallel, and in FIG. 12, the linear ridge portions 2 are in the horizontal direction. The first stacked component member S1 and the second stacked component member S2 of K1 are orthogonal to the linear peak 2 of the stacked component member S2. Then, the first joint form K1 (third stage) is placed on the second joint form K2 (second stage), and the second joint form K2 is placed on the first joint form K (third stage) 1. (Fourth stage) are stacked alternately one after another. As a result, as in the above-described embodiment, the holes 4, 5, 6, 7, 8, and 9 provided in the first laminated component member S1 and the second laminated component member S2 are aligned in plan view. Composed.

なお、上述した実施例においては、第１の積層構成部材Ｓ１に設けた穴は、少なくとも、４個、第２の積層構成部材に設けた穴は、少なくとも、２個であるが、本発明にあっては、これに限らず、積層構成部材Ｓを「少なくとも、穴８個を有した第１の積層構成部材Ｓ１」と、「少なくとも、穴４個を有した第２の積層構成部材Ｓ２」（図１３参照）としても、上述した実施例と同様に、図１３記載の第１の積層構成部材Ｓ１及び第２の積層構成部材Ｓ２に設けた穴４、４’、５、５’、６、６’、７、７’、８、８’、９、９’が、平面視、一致するように構成することができる。 In the embodiment described above, there are at least four holes provided in the first laminated component member S1 and at least two holes provided in the second laminated component member. In this case, the present invention is not limited to this, and the laminated component member S is “at least the first laminated component member S1 having eight holes” and “at least the second laminated component member S2 having four holes”. (See FIG. 13) As in the above-described embodiment, the holes 4, 4 ′, 5, 5 ′, 6 provided in the first laminated component S1 and the second laminated component S2 shown in FIG. , 6 ', 7, 7', 8, 8 ', 9, 9' can be configured to coincide with each other in plan view.

即ち、第１の積層構成部材Ｓ１は、平面視、２Ｌ×２Ｌの正方形（ＣＤＥＦ）で、正方形（ＣＤＥＦ）の第１の角部Ｃの二等分の線上であって、第１の角部ＣからＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第１の穴４が、正方形（ＣＤＥＦ）の第１の角部Ｃの二等分の線上であって、第１の角部Ｃからルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第１’の穴４’が、正方形（ＣＤＥＦ）の第２の角部Ｄの二等分の線上であって、第２の角部ＤからＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第２の穴５が、正方形（ＣＤＥＦ）の第２の角部Ｄの二等分の線上であって、第２の角部Ｄからルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第２’の穴５’が、正方形（ＣＤＥＦ）の第３の角部Ｅの二等分の線上であって、第３の角部ＥからＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第３の穴６が、正方形（ＣＤＥＦ）の第３の角部Ｅの二等分の線上であって、第３の角部Ｅからルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第３’の穴６’が、正方形（ＣＤＥＦ）の第４の角部Ｆの二等分の線上であって、第４の角部ＦからＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第４の穴７が、正方形（ＣＤＥＦ）の第４の角部Ｆの二等分の線上であって、第４の角部Ｆからルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第４’の穴７’が、それぞれ設けられている。 That is, the first laminated component S1 is a 2L × 2L square (CDEF) in plan view, on a bisector of the first corner C of the square (CDEF), and the first corner The first hole 4 at a position of X (0 ≦ X ≦ route 2 × L) from C is on a bisector of the first corner C of the square (CDEF), and the first corner C The first ′ hole 4 ′ at the position of the route 2 × L−X (0 ≦ X ≦ route 2L) from the second corner D of the square (CDEF) The second hole 5 at a position of X (0 ≦ X ≦ root 2 × L) from the corner D of the second line is on a bisector of the second corner D of the square (CDEF), The second 5 'hole 5' is located on the bisector of the third corner E of the square (CDEF) at the position of the route 2 × L-X (0 ≦ X ≦ route 2L) from the corner D. , From the third corner E to X (0 ≦ X ≦ The third hole 6 at the position of the route 2 × L) is on the bisector of the third corner E of the square (CDEF), and the route 2 × L−X ( 3 ′ hole 6 ′ at the position of 0 ≦ X ≦ route 2L) is on the bisector of the fourth corner F of the square (CDEF) and extends from the fourth corner F to X (0 ≦ X ≦ route 2 × L), the fourth hole 7 is on the bisector of the fourth corner F of the square (CDEF), and the route 2 × L from the fourth corner F A fourth ′ hole 7 ′ is provided at a position of −X (0 ≦ X ≦ route 2L).

なお、図１３記載の第１の積層構成部材Ｓ１は、穴の位置を除けば、図３記載の第１の積層構成部材Ｓ１と同様で、平面視、２Ｌ×２Ｌの正方形（ＣＤＥＦ）で、該正方形の一辺に沿って設けられた直線状の山部（図示せず）と谷部（図示せず）を備え、前記直線状の山部は、少なくとも、二つ有し、前記二つの山部の間に前記谷部が位置すると共に、平面視、正方形の対向する辺の中央を結ぶと共に、前記直線状の山部に平行な対称線（ＡＢ）に対して、前記二つの山部と前記谷部は対称位置にあり、前記山部の裏面は凹所（図示せず）である。第２の積層構成部材Ｓ２は、平面視、長方形で、第１の積層構成部材Ｓ１の対称線（ＡＢ）に対する一方側の形態と同じものである。
第２の積層構成部材Ｓ２は、図１３の下方に示すように、平面視、２Ｌ×Ｌの長方形（Ｃ’ＡＢＦ’）で、第２の積層構成部材Ｓ２には、少なくとも、該長方形の第１の角部Ｃ’の二等分の線上であって、第１の角部Ｃ’からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第５の穴８が、長方形の第１の角部Ｃ’の二等分の線上であって、第１の角部Ｃ’からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第５’の穴８’が、長方形の第１の角部Ｃ’に隣接すると共に、長辺２Ｌ側の第２の角部Ｆ’の線上であって、第２の角部Ｆ’からＸ（０≦Ｘ≦ルート２×Ｌ）の位置に第６の穴９が、長方形の第２の角部Ｆ’の二等分の線上であって、第２の角部Ｆ’からルート２×Ｌ−Ｘ（０≦Ｘ≦ルート２Ｌ）の位置に第６’の穴９’が、それぞれ設けられている。 The first laminated component S1 shown in FIG. 13 is the same as the first laminated component S1 shown in FIG. 3 except for the positions of the holes, and is a 2L × 2L square (CDEF) in plan view. It has a linear peak (not shown) and a valley (not shown) provided along one side of the square, and the linear peak has at least two, and the two peaks The valleys are located between the two parts, and in plan view, the centers of opposite sides of the square are connected to each other, and the two peak parts with respect to a symmetric line (AB) parallel to the linear peak part. The valley is in a symmetrical position, and the back surface of the peak is a recess (not shown). The second laminated component S2 is rectangular in plan view, and is the same as the form on one side with respect to the symmetry line (AB) of the first laminated component S1.
As shown in the lower part of FIG. 13, the second stacked component member S2 has a 2L × L rectangle (C′ABF ′) in plan view, and the second stacked component member S2 includes at least the rectangular first shape. The fifth hole 8 is located on the bisector of the corner portion C ′ of 1 and at a position X (0 ≦ X ≦ root 2 × L) from the first corner portion C ′. On the bisector of the corner C ′, the 5′th hole 8 ′ is rectangular at the position of the route 2 × L−X (0 ≦ X ≦ route 2L) from the first corner C ′. Adjacent to the first corner portion C ′ and on the line of the second corner portion F ′ on the long side 2L side, from the second corner portion F ′ to X (0 ≦ X ≦ root 2 × L) A sixth hole 9 at a position is on a bisector of the second corner F ′ of the rectangle, and the route 2 × L−X (0 ≦ X ≦ route 2L) from the second corner F ′. A 6 'hole 9' is provided at each position.

なお、第１の積層構成部材Ｓ１は、上述したものに限らず、図１４及び図１５に示す第１の積層構成部材Ｓ１でも良い。
第１の積層構成部材Ｓ１は、平面視、２Ｌ×２Ｌの正方形（ＣＤＥＦ）で、平坦な面を有する正方形の頂部２１と、この頂部２１を支える少なくとも８個[より望ましくは、図１４に示すように、少なくとも８個、なお、図１４では、８個中Ｆの下方近くに位置する１個の脚部２２が隠れて見えないが、場合により、図１４に示すＣＤＥＦの下方近くに位置にある４個の脚部２２のみ残し、他の脚部２２を省略して、少なくとも、４個の脚部２２としても良い。］の脚部２２を備えると共に、平面視、正方形の対向する辺の中央を結ぶ対称線（ＡＢ）に対して、前記８個の脚部２２は対称位置にある。図１４記載の第１の積層構成部材Ｓ１は、図３記載の第１の積層構成部材Ｓ１のものの山部２、谷部３の起伏が平坦な面を有する正方形の頂部２１に置き換わり、脚部２２及び脚部２２の先端が頂部２１に設けた被係止部（例えば、凹部）Ｍ、Ｎに係止する係止部が付加されている以外は、図３記載の第１の積層構成部材Ｓ１と同様であるので、図１４及び図１５記載の第１の積層構成部材Ｓ１に、図３記載の第１の積層構成部材Ｓ１と同一部分に相当する部分に同一符号を付してその説明を省略する。
また、図１４記載の第２の積層構成部材Ｓ２は、平面視、長方形（Ｃ’ＡＢＦ’）で、第２の積層構成部材Ｓ２は、図１４記載の第１の積層構成部材Ｓ１の対称線（ＡＢ）に対する一方側の形態と同じもので、平坦な面を有する長方形の頂部２１’と、この頂部２１’を支える少なくとも４個の脚部２２’を備えると共に、平面視、長方形の対向する長辺の中央を結ぶ対称線（Ａ’Ｂ’）に対して、前記４個の脚部２２’は対称位置にある。
図１４記載の第２の積層構成部材Ｓ２は、図３記載の第２の積層構成部材Ｓ２のものの山部２、谷部３の起伏が平坦な面を有する長方形の頂部２１’に置き換わり、脚部２２’及び脚部２２’の先端が頂部２１’に設けた被係止部（例えば、凹部）Ｍ’に係止する係止部が付加されている以外は、図３記載の第２の積層構成部材Ｓ２と同様であるので、図１４及び図１５記載の第２の積層構成部材Ｓ２に、図３記載の第１の積層構成部材Ｓ１と同一部分に相当する部分に同一符号を付してその説明を省略する。 The first laminated component S1 is not limited to the one described above, and may be the first laminated component S1 shown in FIGS.
The first laminated component S1 is a 2L × 2L square (CDEF) in plan view, and has a square top 21 having a flat surface and at least eight supporting the top 21 [more preferably, as shown in FIG. Thus, in FIG. 14, in FIG. 14, one leg 22 located near the lower part of F among the eight is hidden and cannot be seen, but in some cases, it is located near the lower part of the CDEF shown in FIG. Only four leg portions 22 may be left, and the other leg portions 22 may be omitted to form at least four leg portions 22. ], And the eight leg portions 22 are in symmetrical positions with respect to a symmetry line (AB) connecting the centers of opposing sides of the square in plan view. The first laminated component S1 shown in FIG. 14 is replaced by a square top 21 having a flat surface of the ridges 2 and valleys 3 of the first laminated component S1 shown in FIG. 3 and the first laminated component shown in FIG. 3 except that locking portions (for example, recessed portions) M and N provided at the top 21 are added to the tips of the leg portions 22 and 22. Since it is the same as S1, the same reference numerals are given to the parts corresponding to those of the first laminated component S1 shown in FIG. 14 and FIG. Is omitted.
14 is a rectangle (C′ABF ′) in plan view, and the second laminated component S2 is a symmetry line of the first laminated component S1 shown in FIG. (AB) It is the same as the form on one side with respect to (AB), and has a rectangular top portion 21 ′ having a flat surface and at least four leg portions 22 ′ supporting the top portion 21 ′, and is opposed to the rectangle in plan view. The four legs 22 'are in a symmetric position with respect to a symmetry line (A'B') connecting the centers of the long sides.
The second laminated component S2 shown in FIG. 14 is replaced with a rectangular top portion 21 ′ having a flat surface of the peaks 2 and valleys 3 of the second laminated component S2 shown in FIG. The second portion shown in FIG. 3 is provided except that a locking portion that locks the tip of the portion 22 ′ and the leg portion 22 ′ to a locked portion (for example, a recess) M ′ provided on the top portion 21 ′ is added. Since it is the same as the laminated component S2, the same reference numerals are given to the same parts as those of the first laminated component S1 shown in FIG. 3 in the second laminated component S2 shown in FIGS. The description is omitted.

図１は、本発明の一実施例の貯留装置の概略的断面図である。FIG. 1 is a schematic cross-sectional view of a storage device according to an embodiment of the present invention. 図２は、図１の貯留装置の一部の概略的斜視図である。FIG. 2 is a schematic perspective view of a part of the storage device of FIG. 図３は、図１の貯留装置を構成する第１の積層構成部材と第２の積層構成部材の概略的斜視図である。FIG. 3 is a schematic perspective view of a first laminated component member and a second laminated component member that constitute the storage device of FIG. 1. 図４は、図３の第１の積層構成部材の概略的平面図である。FIG. 4 is a schematic plan view of the first laminated component member of FIG. 図５は、図４の５−５線による概略的断面図である。FIG. 5 is a schematic cross-sectional view taken along line 5-5 of FIG. 図６は、図４の６−６線による概略的断面図である。6 is a schematic cross-sectional view taken along line 6-6 of FIG. 図７は、図１の貯留装置の積層状態を平面的に示した概略的説明図である。FIG. 7 is a schematic explanatory view illustrating the stacked state of the storage device of FIG. 1 in a plan view. 図８は、図１の貯留装置の積層状態を側面的に示した概略的説明図である。FIG. 8 is a schematic explanatory view showing a stacked state of the storage device of FIG. 1 in a side view. 図９は、図８の積層状態を側面的に示した概略的説明図である。FIG. 9 is a schematic explanatory view showing the stacked state of FIG. 8 in a side view. 図１０は、図３の第１の積層構成部材と第２の積層構成部材と異なる他の実施例の概略的斜視図である。FIG. 10 is a schematic perspective view of another embodiment different from the first laminated component and the second laminated component in FIG. 図１１は、図１０の概略的平面図である。FIG. 11 is a schematic plan view of FIG. 図１２は、図１０の第１の積層構成部材と第２の積層構成部材による積層状態を平面的に示した概略的説明図である。FIG. 12 is a schematic explanatory diagram illustrating a planar state of a laminated state by the first laminated component member and the second laminated component member of FIG. 10. 図１３は、図１０の第１の積層構成部材と第２の積層構成部材と異なる他の実施例の概略的平面図である。FIG. 13 is a schematic plan view of another embodiment different from the first laminated component and the second laminated component in FIG. 図１４は、図１３の概略的斜視図である。FIG. 14 is a schematic perspective view of FIG. 図１５は、図１３の第１の積層構成部材と第２の積層構成部材による積層状態の概略的斜視図である。FIG. 15 is a schematic perspective view of a laminated state of the first laminated component member and the second laminated component member of FIG.

Explanation of symbols

T 貯留装置
Ｓ１第１の積層構成部材
Ｓ２第２の積層構成部材 T storage device S1 first laminated component S2 second laminated component

Claims

A storage device that stacks stacked structural members in a storage section and stores water in a space between the stacked stacked structural members and the stacked structural members,
The laminated component member has at least a plurality of first laminated component members and a plurality of second laminated component members,
The first stacked component member is a 2L × 2L square in plan view, and includes a linear peak and a valley provided along one side of the square, and the linear peak is at least And the valley is located between the two crests, and in plan view, connects the centers of the opposing sides of the square, and is symmetrical with respect to a symmetric line parallel to the linear crest The two peaks and the valley are in symmetrical positions, and the back surface of the peak is a recess,
The first laminated component is a square in plan view,
The first stacked component member includes at least a first hole on a bisector of the first corner portion of the square and at a position of 1/4 × root 2L from the first corner portion. But,
On the bisector of the second corner of the square, a second hole is located at 1/4 × root 2L from the second corner,
A third hole is located on a bisector of the third corner of the square and is 1/4 × root 2L from the third corner.
A fourth hole is provided on a bisector of the fourth corner of the square, at a position of 1/4 × root 2L from the fourth corner,
The second laminated component is rectangular in plan view, and has the same form as one side with respect to the symmetry line of the first laminated component,
The second laminated component member is a 2L × L rectangle in plan view,
The second laminated component has a fifth hole at least on a bisector of the first corner of the rectangle and at a position of 1/4 × root 2L from the first corner. But,
A sixth hole is adjacent to the first corner of the rectangle and on the line of the second corner on the long side 2L side, at a position of 1/4 × root 2L from the second corner. , Each provided,
The first laminated components are arranged side by side in a plan view, a horizontal direction and a vertical direction, and the arranged components are in contact with or close to each other so that one side of the adjacent first laminated components coincides with each other. And the longitudinal side of the second laminated component is located on one side of the longitudinal left end of all the first laminated components located at the longitudinal left end, and the longitudinal right end of the second laminated component The first laminated component members are arranged in contact with or close to each other so that the longitudinal sides of the second laminated component members respectively coincide with one side of the right end portion in the longitudinal direction of all the first laminated component members positioned at And
The linear ridges of the first laminated component and the second laminated component of the first side configuration are all parallel,
The cross position of the cross formed by the second laminated component and the second laminated component in the first side configuration or the corners of the first laminated component and the second laminated component The first laminated component member or the second laminated component member is spread over the remaining portion of the first laminated component member so that the center of the first laminated component member is positioned on , In plan view, a second side configuration covering the first side configuration,
Linear ridges of the first stacked component member and the second stacked component member of the second side-by-side configuration are all parallel, and the first stacked component member of the first side-by-side configuration and the It is orthogonal to the linear peak of the second laminated component,
The first side-by-side configuration is alternately stacked on the second side-by-side configuration, and the second side-by-side configuration is alternately stacked on the first side-by-side configuration.
The storage device, wherein the holes provided in the first laminated component member and the second laminated component member are configured to coincide with each other in plan view.

A storage device that stacks stacked structural members in a storage section and stores water in a space between the stacked stacked structural members and the stacked structural members,
The laminated component member has at least a plurality of first laminated component members and a plurality of second laminated component members,
The first stacked component member is a 2L × 2L square in plan view, and includes a linear peak and a valley provided along one side of the square, and the linear peak is at least And the valley is located between the two crests, and in plan view, connects the centers of the opposing sides of the square, and is symmetrical with respect to a symmetric line parallel to the linear crest The two peaks and the valley are in symmetrical positions, and the back surface of the peak is a recess,
The first laminated component is a square in plan view,
The first laminated component is at least a bisector of the first corner of the square and is located at a position X (0 ≦ X ≦ root 2 × L) from the first corner. The first hole is
A first 'hole is on a bisector of the first corner of the square and at a position of route 2 × L-X (0 ≦ X ≦ route 2L) from the first corner,
A second hole is on a bisector of the second corner of the square, and at a position of X (0 ≦ X ≦ root 2 × L) from the second corner,
A second 'hole is on the bisector of the second corner of the square and at a position of route 2 × L-X (0 ≦ X ≦ route 2L) from the second corner,
A third hole is located on a bisector of the third corner of the square and at a position X (0 ≦ X ≦ root 2 × L) from the third corner,
A third ′ hole is located on a bisector of the third corner of the square, and at a position of route 2 × L−X (0 ≦ X ≦ route 2L) from the third corner,
A fourth hole is on a bisector of the fourth corner of the square, and at a position of X (0 ≦ X ≦ root 2 × L) from the fourth corner,
On the bisector of the fourth corner of the square, a 4 ′ hole is located at a position of route 2 × L−X (0 ≦ X ≦ route 2L) from the fourth corner, Each provided,
The second laminated component is rectangular in plan view, and has the same form as one side with respect to the symmetry line of the first laminated component,
The second laminated component member is a 2L × L rectangle in plan view,
The second laminated component is at least on a bisector of the first corner of the rectangle and at a position X (0 ≦ X ≦ root 2 × L) from the first corner The fifth hole in
On the bisector of the first corner of the rectangle, a 5 ′ hole is located at a position of route 2 × L−X (0 ≦ X ≦ route 2L) from the first corner,
Adjacent to the first corner portion of the rectangle and on the line of the second corner portion on the long side 2L side, at a position of X (0 ≦ X ≦ root 2 × L) from the second corner portion. The sixth hole is
Sixth holes are located on the bisector of the first corner of the rectangle and at a position of route 2 × L-X (0 ≦ X ≦ route 2L) from the first corner. Provided,
The first laminated components are arranged side by side in a plan view, a horizontal direction and a vertical direction, and the arranged components are in contact with or close to each other so that one side of the adjacent first laminated components coincides with each other. And the longitudinal side of the second laminated component is located on one side of the longitudinal left end of all the first laminated components located at the longitudinal left end, and the longitudinal right end of the second laminated component The first laminated component members are arranged in contact with or close to each other so that the longitudinal sides of the second laminated component members respectively coincide with one side of the right end portion in the longitudinal direction of all the first laminated component members positioned at And
The linear ridges of the first laminated component and the second laminated component of the first side configuration are all parallel,
The cross position of the cross formed by the second laminated component and the second laminated component in the first side configuration or the corners of the first laminated component and the second laminated component The first laminated component member or the second laminated component member is spread over the remaining portion of the first laminated component member so that the center of the first laminated component member is positioned on , In plan view, a second side configuration covering the first side configuration,
Linear ridges of the first stacked component member and the second stacked component member of the second side-by-side configuration are all parallel, and the first stacked component member of the first side-by-side configuration and the It is orthogonal to the linear peak of the second laminated component,
The first side-by-side configuration is alternately stacked on the second side-by-side configuration, and the second side-by-side configuration is alternately stacked on the first side-by-side configuration.
The storage device, wherein the holes provided in the first laminated component member and the second laminated component member are configured to coincide with each other in plan view.

A storage device that stacks stacked structural members in a storage section and stores water in a space between the stacked stacked structural members and the stacked structural members,
The laminated component member has at least a plurality of first laminated component members and a plurality of second laminated component members,
The first laminated component includes a square top portion having a square surface in a plan view and a flat surface, and at least four legs supporting the top portion, and a center of opposing sides of the square in a plan view. The four legs are in a symmetric position with respect to the symmetry line connecting
The second laminated component is rectangular in plan view, and the first laminated component is the same shape as the first laminated component in plan view when two of the second laminated components are arranged side by side. And
The first laminated component is a square in plan view,
The first stacked component member includes at least a first hole on a bisector of the first corner portion of the square and at a position of 1/4 × root 2L from the first corner portion. But,
On the bisector of the second corner of the square, a second hole is located at 1/4 × root 2L from the second corner,
A third hole is located on a bisector of the third corner of the square and is 1/4 × root 2L from the third corner.
A fourth hole is provided on a bisector of the fourth corner of the square, at a position of 1/4 × root 2L from the fourth corner,
The second laminated component is rectangular in plan view, and has the same form as one side with respect to the symmetry line of the first laminated component,
The second laminated component member is a 2L × L rectangle in plan view,
The second laminated component has a fifth hole at least on a bisector of the first corner of the rectangle and at a position of 1/4 × root 2L from the first corner. But,
A sixth hole is adjacent to the first corner of the rectangle and on the line of the second corner on the long side 2L side, at a position of 1/4 × root 2L from the second corner. , Each provided,
The first laminated components are arranged side by side in a plan view, a horizontal direction and a vertical direction, and the arranged components are in contact with or close to each other so that one side of the adjacent first laminated components coincides with each other. And the longitudinal side of the second laminated component is located on one side of the longitudinal left end of all the first laminated components located at the longitudinal left end, and the longitudinal right end of the second laminated component The first laminated component members are arranged in contact with or close to each other so that the longitudinal sides of the second laminated component members respectively coincide with one side of the right end portion in the longitudinal direction of all the first laminated component members positioned at And
The cross position of the cross formed by the second laminated component and the second laminated component in the first side configuration or the corners of the first laminated component and the second laminated component The first laminated component member or the second laminated component member is spread over the remaining portion of the first laminated component member so that the center of the first laminated component member is positioned on , In plan view, a second side configuration covering the first side configuration,
The first side-by-side configuration is alternately stacked on the second side-by-side configuration, and the second side-by-side configuration is alternately stacked on the first side-by-side configuration.
The storage device, wherein the holes provided in the first laminated component member and the second laminated component member are configured to coincide with each other in plan view.

A storage device that stacks stacked structural members in a storage section and stores water in a space between the stacked stacked structural members and the stacked structural members,
The laminated component member has at least a plurality of first laminated component members and a plurality of second laminated component members,
The first laminated component includes a square top portion having a square surface in a plan view and a flat surface, and at least four legs supporting the top portion, and a center of opposing sides of the square in a plan view. The four legs are in a symmetric position with respect to the symmetry line connecting
The second laminated component is rectangular in plan view, and the first laminated component is the same shape as the first laminated component in plan view when two of the second laminated components are arranged side by side. And
The first laminated component is a square in plan view,
The first laminated component is at least a bisector of the first corner of the square and is located at a position X (0 ≦ X ≦ root 2 × L) from the first corner. The first hole is
A first 'hole is on a bisector of the first corner of the square and at a position of route 2 × L-X (0 ≦ X ≦ route 2L) from the first corner,
A second hole is on a bisector of the second corner of the square, and at a position of X (0 ≦ X ≦ root 2 × L) from the second corner,
A second 'hole is on the bisector of the second corner of the square and at a position of route 2 × L-X (0 ≦ X ≦ route 2L) from the second corner,
A third hole is located on a bisector of the third corner of the square and at a position X (0 ≦ X ≦ root 2 × L) from the third corner,
A third ′ hole is located on a bisector of the third corner of the square, and at a position of route 2 × L−X (0 ≦ X ≦ route 2L) from the third corner,
A fourth hole is on a bisector of the fourth corner of the square, and at a position of X (0 ≦ X ≦ root 2 × L) from the fourth corner,
A fourth 'hole is located on a bisector of the fourth corner of the square and at a position of route 2 × L-X (0 ≦ X ≦ route 2L) from the fourth corner. Provided,
The second laminated component is rectangular in plan view, and has the same form as one side with respect to the symmetry line of the first laminated component,
The second laminated component is a 2L × L rectangle in plan view, and the second laminated component is at least on a bisector of the first corner of the rectangle, A fifth hole is located at a position of X (0 ≦ X ≦ route 2 × L) from the first corner,
On the bisector of the first corner of the rectangle, a 5 ′ hole is located at a position of route 2 × L−X (0 ≦ X ≦ route 2L) from the first corner,
Adjacent to the first corner portion of the rectangle and on the line of the second corner portion on the long side 2L side, at a position of X (0 ≦ X ≦ root 2 × L) from the second corner portion. The sixth hole is
Sixth holes are located on the bisector of the first corner of the rectangle and at a position of route 2 × L-X (0 ≦ X ≦ route 2L) from the first corner. Provided,
The first laminated components are arranged side by side in a plan view, a horizontal direction and a vertical direction, and the arranged components are in contact with or close to each other so that one side of the adjacent first laminated components coincides with each other. And the longitudinal side of the second laminated component is located on one side of the longitudinal left end of all the first laminated components located at the longitudinal left end, and the longitudinal right end of the second laminated component The first laminated component members are arranged in contact with or close to each other so that the longitudinal sides of the second laminated component members respectively coincide with one side of the right end portion in the longitudinal direction of all the first laminated component members positioned at And
The cross position of the cross formed by the second laminated component and the second laminated component in the first side configuration or the corners of the first laminated component and the second laminated component The first laminated component member or the second laminated component member is spread over the remaining portion of the first laminated component member so that the center of the first laminated component member is positioned on , In plan view, a second side configuration covering the first side configuration,
The first side-by-side configuration is alternately stacked on the second side-by-side configuration, and the second side-by-side configuration is alternately stacked on the first side-by-side configuration.
The storage device, wherein the holes provided in the first laminated component member and the second laminated component member are configured to coincide with each other in plan view.