A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CONNECTION STRUCTURE BETWEEN WALL PANELS
PROBLEM TO BE SOLVED: To provide a connection structure between wall panels that secures high compressive strength at a low cost.SOLUTION: A connection metal fitting 11 for connecting wall panels 1, 1 on upper and lower floors includes a tensile force receiving metal fitting 20 that bears mainly tensile force and a compressive force receiving metal fitting 30 that bears mainly compressive force. The tensile force receiving metal fitting 20 has top and bottom ends of a connection shaft 22 thereof fixed respectively on the wall panels 1, 1 of the upper and lower floors, while the compressive force receiving metal fitting 30 is provided between a bottom edge surface of the wall panel 1 on the upper floor and a top edge surface of the wall panel 1 on the lower floor, while indirectly contacting the bottom edge surface and the top edge surface. Thus, the compressive force is borne by the compressive force receiving metal fitting 30, without enlarging a shaft diameter of the connection shaft 22 of the tensile force receiving metal fitting 20. Therefore, high compressive strength may be secured at a low cost.SELECTED DRAWING: Figure 1
【課題】低コストで高い圧縮耐力を確保できる壁パネルの連結構造を提供する。【解決手段】上下階の壁パネル１，１を連結する連結金具１１が、主に引張力を負担する引張力受金物２０と、圧縮力を負担する圧縮力受金物３０とを備え、引張力受金物２０は、その連結軸２２の上下端部がそれぞれ上下階の壁パネル１，１に固定され、圧縮力受金物３０は、上階の壁パネル１の下端面と下階の壁パネル１の上端面との間に、前記下端面および前記上端面に間接的に当接した状態で設けられているので、引張力受金物２０の連結軸２２の軸径を大径にすることなく、圧縮力受金物３０によって圧縮力を負担できる。したがって、低コストで高い圧縮耐力を確保できる。【選択図】図１
CONNECTION STRUCTURE BETWEEN WALL PANELS
PROBLEM TO BE SOLVED: To provide a connection structure between wall panels that secures high compressive strength at a low cost.SOLUTION: A connection metal fitting 11 for connecting wall panels 1, 1 on upper and lower floors includes a tensile force receiving metal fitting 20 that bears mainly tensile force and a compressive force receiving metal fitting 30 that bears mainly compressive force. The tensile force receiving metal fitting 20 has top and bottom ends of a connection shaft 22 thereof fixed respectively on the wall panels 1, 1 of the upper and lower floors, while the compressive force receiving metal fitting 30 is provided between a bottom edge surface of the wall panel 1 on the upper floor and a top edge surface of the wall panel 1 on the lower floor, while indirectly contacting the bottom edge surface and the top edge surface. Thus, the compressive force is borne by the compressive force receiving metal fitting 30, without enlarging a shaft diameter of the connection shaft 22 of the tensile force receiving metal fitting 20. Therefore, high compressive strength may be secured at a low cost.SELECTED DRAWING: Figure 1
【課題】低コストで高い圧縮耐力を確保できる壁パネルの連結構造を提供する。【解決手段】上下階の壁パネル１，１を連結する連結金具１１が、主に引張力を負担する引張力受金物２０と、圧縮力を負担する圧縮力受金物３０とを備え、引張力受金物２０は、その連結軸２２の上下端部がそれぞれ上下階の壁パネル１，１に固定され、圧縮力受金物３０は、上階の壁パネル１の下端面と下階の壁パネル１の上端面との間に、前記下端面および前記上端面に間接的に当接した状態で設けられているので、引張力受金物２０の連結軸２２の軸径を大径にすることなく、圧縮力受金物３０によって圧縮力を負担できる。したがって、低コストで高い圧縮耐力を確保できる。【選択図】図１
CONNECTION STRUCTURE BETWEEN WALL PANELS
壁パネルの連結構造
AZUMA SEIZABURO (author) / KAWAI YOSHIMICHI (author)
2018-01-18
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
CONNECTION STRUCTURE FOR WALL PANELS AND CONNECTION METHOD FOR WALL PANELS
| European Patent Office | 2016