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PROBLEM TO BE SOLVED: To provide a panel connection structure that allows adjacent panels to be connected at a desired angle, at the same time minimize a protrusion from the panel surface.SOLUTION: A rectangular first panel 10 has a magnet plate 10B or a metallic plate fitted on an edge in a lateral direction. A rectangular second panel 20 has an engaging tool 20B disposed to be protruded/retracted on the edge in a lateral direction. A connecting column 30 comprises a first half part and a polygonal columnar second half part, the first half part having the magnet plate or the metallic plate fixed on the edge in a lateral direction, and the second half part having a long groove formed in a longer-side direction on each side surface of a plurality of side surfaces of the polygon. The first and the second panels are connected to each other at a desired angle, by magnetically joining the magnetic plate or the metallic plate on the edge in a lateral direction of the first panel with the magnetic plate or the metallic plate of the first half part of the connecting column, and having the engaging tool of the second panel protruded from the edge in a lateral direction and inserted into any of the grooves in the second half part of the connecting column.SELECTED DRAWING: Figure 1
【課題】隣接するパネルを所望の角度で連結でき、しかもパネル表面からの突起を小さくできるようにしたパネルの連結構造を提供する。【解決手段】矩形状の第1のパネル10の側方端縁に磁石板10B又は金属板を取付け、矩形状の第2のパネル20は係止具20Bを側方端縁に出没可能に設け、連結支柱30を前半部と多角柱状の後半部とから構成し、前半部の側方端縁には磁石板又は金属板を固定し、後半部には多角形の複数の各側面に長溝を長手方向に延びて形成する。第1のパネルの側方端縁及び連結支柱前半部の磁石板又は金属板と磁石板又は金属板とを磁着させ、第2のパネルの係止具を側方端縁から突出させて連結支柱後半部のいずれかの長溝に嵌入させることによって、第1、第2のパネルを相互に所望の角度をなして連結する。【選択図】図1
PROBLEM TO BE SOLVED: To provide a panel connection structure that allows adjacent panels to be connected at a desired angle, at the same time minimize a protrusion from the panel surface.SOLUTION: A rectangular first panel 10 has a magnet plate 10B or a metallic plate fitted on an edge in a lateral direction. A rectangular second panel 20 has an engaging tool 20B disposed to be protruded/retracted on the edge in a lateral direction. A connecting column 30 comprises a first half part and a polygonal columnar second half part, the first half part having the magnet plate or the metallic plate fixed on the edge in a lateral direction, and the second half part having a long groove formed in a longer-side direction on each side surface of a plurality of side surfaces of the polygon. The first and the second panels are connected to each other at a desired angle, by magnetically joining the magnetic plate or the metallic plate on the edge in a lateral direction of the first panel with the magnetic plate or the metallic plate of the first half part of the connecting column, and having the engaging tool of the second panel protruded from the edge in a lateral direction and inserted into any of the grooves in the second half part of the connecting column.SELECTED DRAWING: Figure 1
【課題】隣接するパネルを所望の角度で連結でき、しかもパネル表面からの突起を小さくできるようにしたパネルの連結構造を提供する。【解決手段】矩形状の第1のパネル10の側方端縁に磁石板10B又は金属板を取付け、矩形状の第2のパネル20は係止具20Bを側方端縁に出没可能に設け、連結支柱30を前半部と多角柱状の後半部とから構成し、前半部の側方端縁には磁石板又は金属板を固定し、後半部には多角形の複数の各側面に長溝を長手方向に延びて形成する。第1のパネルの側方端縁及び連結支柱前半部の磁石板又は金属板と磁石板又は金属板とを磁着させ、第2のパネルの係止具を側方端縁から突出させて連結支柱後半部のいずれかの長溝に嵌入させることによって、第1、第2のパネルを相互に所望の角度をなして連結する。【選択図】図1
PANEL CONNECTION STRUCTURE
パネルの連結構造
KAGO YOICHI (author)
2016-06-20
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
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GENERAL BUILDING CONSTRUCTIONS