A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
VIBRATION-PROOF PANEL
To provide a vibration-proof panel capable of developing a conventional panel, preventing an overturn of a shelf or the like and minimizing the vibration of a building structure or the like.SOLUTION: In the vibration-proof panel capable of preventing an overturn or minimizing the vibration, an arm in a pendulum shape applying a principle of a lever is installed inside of the panel, the arm has a supporting point 1 as a panel intermediate, it has a long length 2 below and a short length 3 above, the ratio can be changed as required depending on the situation, a weight 4 is installed at a lower end, a pin b7 attached to the panel penetrates into an U-shaped long hole 5 of the arm at an upper end, when an external pressure 8 is applied on an upper part of the panel, a force of a ratio fold of a weight of the arm lower end weight 4 is applied to the upper end pin b7 and the panel works to return to the original state.SELECTED DRAWING: Figure 1
【課題】従来のパネルをより進化させ、棚等の転倒防止、建築構造物等の揺れを最小限に抑えることのできる防振パネルの発明。【解決手段】 パネルの内部に、梃子の原理を応用した振り子状のアームを付設、このアームはパネル中間を支点１とした、下方に長尺２、上方に短尺３、この比率は状況により任意に変えられる下方端にはウェート４を付設、上方端にはアームのＵ長穴５にパネルに付帯されたピンｂ７を通すこの振り子状のアームを設けたことによりパネル上部に外圧８が掛かるとアーム下方端ウェート４の重さの比率倍の力が上方端ピンｂ７に加わりパネルは元に戻ろうとして転倒防止、又は揺れを最小限に抑えることのできる防振の役割をするパネル。【選択図】図１
VIBRATION-PROOF PANEL
To provide a vibration-proof panel capable of developing a conventional panel, preventing an overturn of a shelf or the like and minimizing the vibration of a building structure or the like.SOLUTION: In the vibration-proof panel capable of preventing an overturn or minimizing the vibration, an arm in a pendulum shape applying a principle of a lever is installed inside of the panel, the arm has a supporting point 1 as a panel intermediate, it has a long length 2 below and a short length 3 above, the ratio can be changed as required depending on the situation, a weight 4 is installed at a lower end, a pin b7 attached to the panel penetrates into an U-shaped long hole 5 of the arm at an upper end, when an external pressure 8 is applied on an upper part of the panel, a force of a ratio fold of a weight of the arm lower end weight 4 is applied to the upper end pin b7 and the panel works to return to the original state.SELECTED DRAWING: Figure 1
【課題】従来のパネルをより進化させ、棚等の転倒防止、建築構造物等の揺れを最小限に抑えることのできる防振パネルの発明。【解決手段】 パネルの内部に、梃子の原理を応用した振り子状のアームを付設、このアームはパネル中間を支点１とした、下方に長尺２、上方に短尺３、この比率は状況により任意に変えられる下方端にはウェート４を付設、上方端にはアームのＵ長穴５にパネルに付帯されたピンｂ７を通すこの振り子状のアームを設けたことによりパネル上部に外圧８が掛かるとアーム下方端ウェート４の重さの比率倍の力が上方端ピンｂ７に加わりパネルは元に戻ろうとして転倒防止、又は揺れを最小限に抑えることのできる防振の役割をするパネル。【選択図】図１
VIBRATION-PROOF PANEL
防振パネル
KOAKUTSU CHIAKI (author) / KOAKUTSU MASAKANE (author)
2021-07-01
Patent
Electronic Resource
Japanese
VIBRATION PROOF SLEEPER FOR REPLACEMENT OF VIBRATION PROOF BOX TYPE VIBRATION PROOF SLEEPER
| European Patent Office | 2021
VIBRATION PROOF SLEEPER FOR REPLACEMENT OF VIBRATION PROOF BOX TYPE VIBRATION PROOF SLEEPER
| European Patent Office | 2021
VIBRATION PROOF SLEEPER FOR REPLACEMENT OF VIBRATION PROOF BOX TYPE VIBRATION PROOF SLEEPER
European Patent Office | 2022