A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
IN-BUILDING ELEVATOR TYPE MECHANICAL PARKING DEVICE
To provide an in-building elevator type mechanical parking device capable of sufficiently suppressing vibration and solid propagation sound propagated from an in-building elevator type mechanical parking device side to a body building side.SOLUTION: A plurality of anti-vibration rubber brackets 13 are respectively fixed to a skeleton 5 of a body building and an elevator type mechanical parking device at a position opposing the skeleton 5; a non-slip plate 15 is fixed to the skeleton 5 side of each anti-vibration rubber bracket 13; an anti-vibration rubber device 14 is disposed between the skeleton 5 side of each non-slip plate 15 and the skeleton 5; the anti-vibration rubber device 14 is provided with a metal fitting 16 for anti-vibration rubber, which is disposed on the non-slip plate 15 side and is fixed to the anti-vibration rubber bracket 13 with a high-strength bolt 23, and an anti-vibration rubber 17 which is attached to the skeleton 5 side of the metal fitting 16 for anti-vibration rubber by a plurality of anti-vibration rubber mounting bolts 26.SELECTED DRAWING: Figure 4
【課題】ビル内エレベーター式機械式駐車装置側から本体建物側に伝播される振動および固体伝播音を十分に抑制できるようにしたビル内エレベーター式機械駐車装置を提供する。【解決手段】本体建物の躯体５と、躯体５に対向する位置のエレベーター式機械駐車装置に複数の防振ゴム用ブラケット１３をそれぞれ固定し、各防振ゴム用ブラケット１３の躯体５側に滑り止め用プレート１５をそれぞれ固定し、各滑り止め用プレート１５の躯体５側と躯体５との間にそれぞれ防振ゴム装置１４を挟み込むように配置し、防振ゴム装置１４は、滑り止め用プレート１５側に配置されて高力ボルト２３によって防振ゴム用ブラケット１３に固定した防振ゴム用金物１６と、防振ゴム用金物１６の躯体５側に複数本の防振ゴム取り付けボルト２６によって取り付けられた防振ゴム１７を備えて構成した。【選択図】図４
IN-BUILDING ELEVATOR TYPE MECHANICAL PARKING DEVICE
To provide an in-building elevator type mechanical parking device capable of sufficiently suppressing vibration and solid propagation sound propagated from an in-building elevator type mechanical parking device side to a body building side.SOLUTION: A plurality of anti-vibration rubber brackets 13 are respectively fixed to a skeleton 5 of a body building and an elevator type mechanical parking device at a position opposing the skeleton 5; a non-slip plate 15 is fixed to the skeleton 5 side of each anti-vibration rubber bracket 13; an anti-vibration rubber device 14 is disposed between the skeleton 5 side of each non-slip plate 15 and the skeleton 5; the anti-vibration rubber device 14 is provided with a metal fitting 16 for anti-vibration rubber, which is disposed on the non-slip plate 15 side and is fixed to the anti-vibration rubber bracket 13 with a high-strength bolt 23, and an anti-vibration rubber 17 which is attached to the skeleton 5 side of the metal fitting 16 for anti-vibration rubber by a plurality of anti-vibration rubber mounting bolts 26.SELECTED DRAWING: Figure 4
【課題】ビル内エレベーター式機械式駐車装置側から本体建物側に伝播される振動および固体伝播音を十分に抑制できるようにしたビル内エレベーター式機械駐車装置を提供する。【解決手段】本体建物の躯体５と、躯体５に対向する位置のエレベーター式機械駐車装置に複数の防振ゴム用ブラケット１３をそれぞれ固定し、各防振ゴム用ブラケット１３の躯体５側に滑り止め用プレート１５をそれぞれ固定し、各滑り止め用プレート１５の躯体５側と躯体５との間にそれぞれ防振ゴム装置１４を挟み込むように配置し、防振ゴム装置１４は、滑り止め用プレート１５側に配置されて高力ボルト２３によって防振ゴム用ブラケット１３に固定した防振ゴム用金物１６と、防振ゴム用金物１６の躯体５側に複数本の防振ゴム取り付けボルト２６によって取り付けられた防振ゴム１７を備えて構成した。【選択図】図４
IN-BUILDING ELEVATOR TYPE MECHANICAL PARKING DEVICE
ビル内エレベーター式機械駐車装置
KAWAUCHI MICHIO (author)
2018-12-27
Patent
Electronic Resource
Japanese
IPC:
E04H
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