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EARTHQUAKE PROOF DESORPTION PREVENTION JOINT
PROBLEM TO BE SOLVED: To provide a desorption prevention joint capable of resisting against a thrust force at a normal time and achieving an earthquake proof performance at the time of occurrence of earthquakes.SOLUTION: This invention relates to an earthquake desorption prevention joint in which an insertion part 37 comprises an earthquake desorption resisting part 42 having stopper metal fittings 41, 41...movably fitted into a plurality of respective earthquake proof desorption resisting stopper fitting parts 40, 40 faced in a radial direction in a desired peripheral pitch at the outer peripheral part of the extremity end in an inserting direction, and a thrust resisting part 45 arranged at a distance on the near side in an inserting direction of the earthquake desorption resisting part 42, having stopper metal fittings 44 movably fitted into a plurality of respective thrust resisting stopper fitting parts 43, 43... faced in a radial direction at a desired peripheral pitch. The stopper metal fittings 44, 44...of the thrust resisting part 45 are engaged with a pull-out prevention convex part 39.SELECTED DRAWING: Figure 3
【課題】通常時にはスラスト力に対抗でき、地震動発生時には耐震性能を発揮できる離脱防止継手の提供。【解決手段】差し込み部37には、差し込み方向先端側の外周部に所望の周方向ピッチで半径方向に向けた複数の耐震離脱抵抗用ストッパー嵌合部40,40...にそれぞれストッパー金具41,41...を移動可能に嵌合させてなる耐震離脱抵抗部42と、耐震離脱抵抗部42の差し込み方向手前側に距離を置いて配置され、所望の周方向ピッチで半径方向に向けた複数のスラスト抵抗用ストッパー嵌合部43,43...にそれぞれストッパー金具44を移動可能に嵌合させてなるスラスト抵抗部45とを備え、スラスト抵抗部45のストッパー金具44,44...を抜け出し防止凸部39と係合させている耐震離脱防止継手。【選択図】図3
EARTHQUAKE PROOF DESORPTION PREVENTION JOINT
PROBLEM TO BE SOLVED: To provide a desorption prevention joint capable of resisting against a thrust force at a normal time and achieving an earthquake proof performance at the time of occurrence of earthquakes.SOLUTION: This invention relates to an earthquake desorption prevention joint in which an insertion part 37 comprises an earthquake desorption resisting part 42 having stopper metal fittings 41, 41...movably fitted into a plurality of respective earthquake proof desorption resisting stopper fitting parts 40, 40 faced in a radial direction in a desired peripheral pitch at the outer peripheral part of the extremity end in an inserting direction, and a thrust resisting part 45 arranged at a distance on the near side in an inserting direction of the earthquake desorption resisting part 42, having stopper metal fittings 44 movably fitted into a plurality of respective thrust resisting stopper fitting parts 43, 43... faced in a radial direction at a desired peripheral pitch. The stopper metal fittings 44, 44...of the thrust resisting part 45 are engaged with a pull-out prevention convex part 39.SELECTED DRAWING: Figure 3
【課題】通常時にはスラスト力に対抗でき、地震動発生時には耐震性能を発揮できる離脱防止継手の提供。【解決手段】差し込み部37には、差し込み方向先端側の外周部に所望の周方向ピッチで半径方向に向けた複数の耐震離脱抵抗用ストッパー嵌合部40,40...にそれぞれストッパー金具41,41...を移動可能に嵌合させてなる耐震離脱抵抗部42と、耐震離脱抵抗部42の差し込み方向手前側に距離を置いて配置され、所望の周方向ピッチで半径方向に向けた複数のスラスト抵抗用ストッパー嵌合部43,43...にそれぞれストッパー金具44を移動可能に嵌合させてなるスラスト抵抗部45とを備え、スラスト抵抗部45のストッパー金具44,44...を抜け出し防止凸部39と係合させている耐震離脱防止継手。【選択図】図3
EARTHQUAKE PROOF DESORPTION PREVENTION JOINT
耐震離脱防止継手
MIOKA ZENPEI (Autor:in) / AKIMOTO MASAAKI (Autor:in)
19.01.2017
Patent
Elektronische Ressource
Japanisch
EARTHQUAKE PROOF DESORPTION PREVENTION JOINT FOR PIPE LINE CURVED PART AND UNDERGROUND PIPE PASSAGE
Europäisches Patentamt | 2017
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