A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
EARTHQUAKE-PROOF WALL SURFACE STRUCTURE AND EARTHQUAKE-PROOF DEVICE CONNECTION METHOD
PROBLEM TO BE SOLVED: To provide a robust earthquake-proof wall surface structure that is not damaged even if a vibration force due to an earthquake has increased.SOLUTION: An earthquake-proof wall surface structure includes a structural frame 60 comprising a foundation 61, a beam 62 and vertical materials 63. A first earthquake-proof device 70a and a third earthquake device 70c are installed on a first vertical material 63a. A second earthquake-proof device 70b is installed on a second vertical material 63b at a position opposite to the first earthquake-proof device 70a. A fourth earthquake-proof device 70d is installed at a position opposite to the third earthquake-proof device 70c. The earthquake-proof devices 70 and the vertical materials 63 are connected by diagonal members 72. Horizontal connecting materials 1 connect the first earthquake-proof device 70a, the second earthquake-proof device 70b, the third earthquake-proof device 70c and the fourth earthquake-proof device 70d. Vertical connecting materials 2 connect the first earthquake-proof device 70a and the third earthquake-proof device 70c as well as the second earthquake-proof device 70b and the fourth earthquake-proof device 70d.SELECTED DRAWING: Figure 1
【課題】地震による揺れの力が増大しても損傷することのない強固な制震壁面構造を提供する。【解決手段】土台６１と桁６２と縦材６３とからなる構造枠６０を含む制震壁面構造である。第１縦材６３ａには第１制震デバイス７０ａと第３制震デバイス７０ｃが取り付けられ、第２縦材６３ｂには第１制震デバイス７０ａと対向する位置に第２制震デバイス７０ｂが取り付けられ、第３制震デバイス７０ｃと対向する位置に第４制震デバイス７０ｄが取り付けられている。各制震デバイス７０と縦材６３とは斜材７２により連結されている。第１制震デバイス７０ａと第２制震デバイス７０ｂおよび第３制震デバイス７０ｃと第４制震デバイス７０ｄとは横連結材１により連結されている。更に、第１制震デバイス７０ａと第３制震デバイス７０ｃ、および第２制震デバイス７０ｂと第４制震デバイス７０ｄとは縦連結材２により連結されている。【選択図】図１
EARTHQUAKE-PROOF WALL SURFACE STRUCTURE AND EARTHQUAKE-PROOF DEVICE CONNECTION METHOD
PROBLEM TO BE SOLVED: To provide a robust earthquake-proof wall surface structure that is not damaged even if a vibration force due to an earthquake has increased.SOLUTION: An earthquake-proof wall surface structure includes a structural frame 60 comprising a foundation 61, a beam 62 and vertical materials 63. A first earthquake-proof device 70a and a third earthquake device 70c are installed on a first vertical material 63a. A second earthquake-proof device 70b is installed on a second vertical material 63b at a position opposite to the first earthquake-proof device 70a. A fourth earthquake-proof device 70d is installed at a position opposite to the third earthquake-proof device 70c. The earthquake-proof devices 70 and the vertical materials 63 are connected by diagonal members 72. Horizontal connecting materials 1 connect the first earthquake-proof device 70a, the second earthquake-proof device 70b, the third earthquake-proof device 70c and the fourth earthquake-proof device 70d. Vertical connecting materials 2 connect the first earthquake-proof device 70a and the third earthquake-proof device 70c as well as the second earthquake-proof device 70b and the fourth earthquake-proof device 70d.SELECTED DRAWING: Figure 1
【課題】地震による揺れの力が増大しても損傷することのない強固な制震壁面構造を提供する。【解決手段】土台６１と桁６２と縦材６３とからなる構造枠６０を含む制震壁面構造である。第１縦材６３ａには第１制震デバイス７０ａと第３制震デバイス７０ｃが取り付けられ、第２縦材６３ｂには第１制震デバイス７０ａと対向する位置に第２制震デバイス７０ｂが取り付けられ、第３制震デバイス７０ｃと対向する位置に第４制震デバイス７０ｄが取り付けられている。各制震デバイス７０と縦材６３とは斜材７２により連結されている。第１制震デバイス７０ａと第２制震デバイス７０ｂおよび第３制震デバイス７０ｃと第４制震デバイス７０ｄとは横連結材１により連結されている。更に、第１制震デバイス７０ａと第３制震デバイス７０ｃ、および第２制震デバイス７０ｂと第４制震デバイス７０ｄとは縦連結材２により連結されている。【選択図】図１
EARTHQUAKE-PROOF WALL SURFACE STRUCTURE AND EARTHQUAKE-PROOF DEVICE CONNECTION METHOD
制震壁面構造、制震デバイスの連結方法
MIYAZAWA KENJI (author) / SATO SHUICHI (author) / OKAWA TSUTOMU (author)
2016-07-11
Patent
Electronic Resource
Japanese