A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CONNECTION CORRIDOR STRUCTURE
PROBLEM TO BE SOLVED: To provide a connection corridor structure capable of preventing damage by a displacement difference with a simple constitution.SOLUTION: A connection corridor structure 10 is provided between buildings 1 and 2. The connection corridor structure 10 comprises a floor part 101, a girder beam 102, a support material 103, a handrail 104 and slopes 105 and 106. A connection corridor 100 constituted of the floor part 101, the girder beam 102 and the handrail 104, is supported from above by the support material 103, and extends to the building 2 from the building 1, and its tip is inserted into the building 2. A clearance 110 exists between the tip of the floor part 101 of the connection corridor 100 and a floor surface of the building 2, and the floor part 101 of the connection corridor 100 is a state of floating from the floor surface of the building 2.SELECTED DRAWING: Figure 1
【課題】簡易な構成で変位差による損傷を防止できる渡り廊下構造を提供する。【解決手段】渡り廊下構造１０は、建物１、２の間に設けられる。渡り廊下構造１０は、床部１０１、桁梁１０２、支持材１０３、手すり１０４、スロープ１０５、１０６等を有する。床部１０１、桁梁１０２、および手すり１０４により構成される渡り廊下１００は、支持材１０３によって上方から支持され、建物１から建物２へと延び、その先端が建物２内に挿入される。渡り廊下１００の床部１０１の先端と建物２の床面の間にはクリアランス１１０があり、渡り廊下１００の床部１０１が建物２の床面から浮いている状態である。【選択図】図１
CONNECTION CORRIDOR STRUCTURE
PROBLEM TO BE SOLVED: To provide a connection corridor structure capable of preventing damage by a displacement difference with a simple constitution.SOLUTION: A connection corridor structure 10 is provided between buildings 1 and 2. The connection corridor structure 10 comprises a floor part 101, a girder beam 102, a support material 103, a handrail 104 and slopes 105 and 106. A connection corridor 100 constituted of the floor part 101, the girder beam 102 and the handrail 104, is supported from above by the support material 103, and extends to the building 2 from the building 1, and its tip is inserted into the building 2. A clearance 110 exists between the tip of the floor part 101 of the connection corridor 100 and a floor surface of the building 2, and the floor part 101 of the connection corridor 100 is a state of floating from the floor surface of the building 2.SELECTED DRAWING: Figure 1
【課題】簡易な構成で変位差による損傷を防止できる渡り廊下構造を提供する。【解決手段】渡り廊下構造１０は、建物１、２の間に設けられる。渡り廊下構造１０は、床部１０１、桁梁１０２、支持材１０３、手すり１０４、スロープ１０５、１０６等を有する。床部１０１、桁梁１０２、および手すり１０４により構成される渡り廊下１００は、支持材１０３によって上方から支持され、建物１から建物２へと延び、その先端が建物２内に挿入される。渡り廊下１００の床部１０１の先端と建物２の床面の間にはクリアランス１１０があり、渡り廊下１００の床部１０１が建物２の床面から浮いている状態である。【選択図】図１
CONNECTION CORRIDOR STRUCTURE
渡り廊下構造
SUZUKI MOTOHARU (author) / ENDO TOMOHIRO (author) / HIDAI AKIHISA (author) / TANAKA SHUICHI (author)
2017-06-01
Patent
Electronic Resource
Japanese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
Fabricated corridor, corridor end connecting structure and construction method
| European Patent Office | 2023