Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
EARTHQUAKE RESISTANT PARTITION DEVICE
PROBLEM TO BE SOLVED: To provide an earthquake resistant partition device for preventing looseness of a movable part, and also excellent even in anti-theft performance, though having the movable part for absorbing interlayer displacement and vibration of a building by an earthquake, in the earthquake resistant partition device provided between a suspended ceiling structure and a floor structure constructed or aseismatically reinforced by a new earthquake resisting standard.SOLUTION: A plurality columns are erected in an unfixed state with every predetermined interval, and a panel structure A is formed by serially forming the plurality of columns and a panel plate by respectively locking the panel plate 5 between the columns, and the movable part 11 elastically energized in the side projection direction is provided in an end part of the panel structure opposed to a corner column C erected in a fixed state, and a recessed part 12 for receiving an end part of the movable part is formed on a side surface of the corner column, and a taper part 13 of tapering off in a plan view is projected in the recessed part, and a recessed groove 14 for receiving the taper part in a contact state, is formed on an end surface of the movable part.
【課題】新耐震基準で建築され若しくは耐震補強された吊り天井構造体とフロア構造体間に設ける耐震性間仕切装置において、地震による建築物の層間変位や振動を吸収するための可動部を備えているにも係わらず、可動部のガタつきを防止し、また防盗性にも優れた耐震性間仕切装置を提供する。【解決手段】複数の支柱を非固定状態で所定間隔毎に立設するとともに、支柱間にそれぞれパネル板５を係止して複数の支柱とパネル板が一連化したパネル構造体Ａを形成し、固定状態で立設したコーナー支柱Ｃに対面するパネル構造体の端部に、側方突出方向へ弾性付勢した可動部１１を設け、コーナー支柱の側面に可動部の端部を受け入れる凹陥部１２を形成するとともに、凹陥部内に平面視で先狭まりテーパー部１３を突設し、可動部の端面にテーパー部を接触状態で受け入れる凹溝１４を形成した。【選択図】 図２
EARTHQUAKE RESISTANT PARTITION DEVICE
PROBLEM TO BE SOLVED: To provide an earthquake resistant partition device for preventing looseness of a movable part, and also excellent even in anti-theft performance, though having the movable part for absorbing interlayer displacement and vibration of a building by an earthquake, in the earthquake resistant partition device provided between a suspended ceiling structure and a floor structure constructed or aseismatically reinforced by a new earthquake resisting standard.SOLUTION: A plurality columns are erected in an unfixed state with every predetermined interval, and a panel structure A is formed by serially forming the plurality of columns and a panel plate by respectively locking the panel plate 5 between the columns, and the movable part 11 elastically energized in the side projection direction is provided in an end part of the panel structure opposed to a corner column C erected in a fixed state, and a recessed part 12 for receiving an end part of the movable part is formed on a side surface of the corner column, and a taper part 13 of tapering off in a plan view is projected in the recessed part, and a recessed groove 14 for receiving the taper part in a contact state, is formed on an end surface of the movable part.
【課題】新耐震基準で建築され若しくは耐震補強された吊り天井構造体とフロア構造体間に設ける耐震性間仕切装置において、地震による建築物の層間変位や振動を吸収するための可動部を備えているにも係わらず、可動部のガタつきを防止し、また防盗性にも優れた耐震性間仕切装置を提供する。【解決手段】複数の支柱を非固定状態で所定間隔毎に立設するとともに、支柱間にそれぞれパネル板５を係止して複数の支柱とパネル板が一連化したパネル構造体Ａを形成し、固定状態で立設したコーナー支柱Ｃに対面するパネル構造体の端部に、側方突出方向へ弾性付勢した可動部１１を設け、コーナー支柱の側面に可動部の端部を受け入れる凹陥部１２を形成するとともに、凹陥部内に平面視で先狭まりテーパー部１３を突設し、可動部の端面にテーパー部を接触状態で受け入れる凹溝１４を形成した。【選択図】 図２
EARTHQUAKE RESISTANT PARTITION DEVICE
耐震性間仕切装置
MATSUYAMA SENJI (Autor:in)
09.07.2015
Patent
Elektronische Ressource
Japanisch
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS
DOOR DEVICE OF HIGHLY EARTHQUAKE-RESISTANT PARTITION DEVICE
| Europäisches Patentamt | 2016
PANEL PLATE LOCKING DEVICE IN EARTHQUAKE-RESISTANT PARTITION DEVICE
| Europäisches Patentamt | 2016
Earthquake resistant performance of yielding energy dissipation partition
| British Library Online Contents | 2018
POST DEVICE FOR ABSORBING CONNECTION DISPLACEMENT OF EARTHQUAKE-RESISTANT PARTITION DEVICE
| Europäisches Patentamt | 2016