A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
ROOF MOVABLE STRUCTURE
To provide a roof movable structure capable of opening and closing a roof without needing a large-scale structure while maintain an opening ratio of large space facility.SOLUTION: A roof movable structure comprises support beams provided to a large space facility 10, movable beams 24 each movable with space between a development position above a field 12 of the large space facility 10 and a storage position retracted from the field 12 being supported by the support beam, and movable roofs 22 supported by the movable beams 24 to move between a closed position that covers above the field 12 and the retraction position retracted from the field 12.SELECTED DRAWING: Figure 6
【課題】大空間施設の開口率を確保しつつ、大掛かりな構造を必要とせず開閉可能な屋根開閉構造を得る。【解決手段】屋根開閉構造は、大空間施設１０に設けられた支持梁と、大空間施設１０のフィールド１２の上方の展開位置とフィールド１２から退避した収納位置との間を支持梁に支持されて移動可能な可動梁２４と、可動梁２４に支持されてフィールド１２の上方を覆う閉止位置とフィールド１２から退避した退避位置との間を移動する可動屋根２２と、有する。【選択図】図６
ROOF MOVABLE STRUCTURE
To provide a roof movable structure capable of opening and closing a roof without needing a large-scale structure while maintain an opening ratio of large space facility.SOLUTION: A roof movable structure comprises support beams provided to a large space facility 10, movable beams 24 each movable with space between a development position above a field 12 of the large space facility 10 and a storage position retracted from the field 12 being supported by the support beam, and movable roofs 22 supported by the movable beams 24 to move between a closed position that covers above the field 12 and the retraction position retracted from the field 12.SELECTED DRAWING: Figure 6
【課題】大空間施設の開口率を確保しつつ、大掛かりな構造を必要とせず開閉可能な屋根開閉構造を得る。【解決手段】屋根開閉構造は、大空間施設１０に設けられた支持梁と、大空間施設１０のフィールド１２の上方の展開位置とフィールド１２から退避した収納位置との間を支持梁に支持されて移動可能な可動梁２４と、可動梁２４に支持されてフィールド１２の上方を覆う閉止位置とフィールド１２から退避した退避位置との間を移動する可動屋根２２と、有する。【選択図】図６
ROOF MOVABLE STRUCTURE
屋根開閉構造
FUJII EIJI (author) / KURUMA SOTA (author) / IGARASHI SHINYA (author) / KUMANO TOSHIHITO (author) / TAKAYAMA HIDETOSHI (author) / OKUDE HISATO (author) / HAYASHIDA HIDETOSHI (author)
2019-11-14
Patent
Electronic Resource
Japanese
Online Contents | 1998