Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
STEP ELIMINATION METHOD FOR RIGID PLANK, AND STEP ELIMINATION SLOPE DEVICE
PROBLEM TO BE SOLVED: To provide a step elimination method for a rigid plank capable of suppressing vibrations that are generated in a step between the plank and a road surface in a short time, and a step elimination slope device.SOLUTION: At one edge of a rigid plank 1 that is laid over a traveling road surface E of a heavy machine 2, a slope material 20 is installed that fills a step T between the plank and the road surface E with its inclined plane. One end of a belt 30 is fixed to a top of the slope material 20 and the other end of the belt is made extend in an inclination direction of the slope material 20 on a surface of the plank 1 and locked to an opposite edge and along the belt 30, the heavy machine 2 on the plank 1 is made fall down onto the road surface E, thereby suppressing the vibrations of the road surface E. Preferably, the slope material 20 is made of a vibration absorber and further preferably, the slope material 20 includes a slope-shaped hollow bag 21 and fillers 23 and 24 that fill the hollow bag 21.SELECTED DRAWING: Figure 1
【課題】敷板と路面との段差で発生する振動を短時間で抑制できる剛性敷板の段差解消方法及び段差解消スロープ装置を提供する。【解決手段】重機２の走行路面Ｅに敷設する剛性敷板１の一縁に路面Ｅとの段差Ｔを傾斜面で埋めるスロープ材２０を設置し，スロープ材２０の頂部に一端が固定されたベルト３０の他端を敷板１の表面上にスロープ材２０の傾斜方向へ延ばして対向縁に係止し，ベルト３０に沿って敷板１上の重機２を路面Ｅへ降下させることにより路面Ｅの振動を抑える。好ましくは，スロープ材２０を振動吸収材製とし，更に好ましくは，スロープ材２０にスロープ形状の中空袋２１とその中空袋２１に装填する充填材２１，２３，２４とを含める。【選択図】 図１
STEP ELIMINATION METHOD FOR RIGID PLANK, AND STEP ELIMINATION SLOPE DEVICE
PROBLEM TO BE SOLVED: To provide a step elimination method for a rigid plank capable of suppressing vibrations that are generated in a step between the plank and a road surface in a short time, and a step elimination slope device.SOLUTION: At one edge of a rigid plank 1 that is laid over a traveling road surface E of a heavy machine 2, a slope material 20 is installed that fills a step T between the plank and the road surface E with its inclined plane. One end of a belt 30 is fixed to a top of the slope material 20 and the other end of the belt is made extend in an inclination direction of the slope material 20 on a surface of the plank 1 and locked to an opposite edge and along the belt 30, the heavy machine 2 on the plank 1 is made fall down onto the road surface E, thereby suppressing the vibrations of the road surface E. Preferably, the slope material 20 is made of a vibration absorber and further preferably, the slope material 20 includes a slope-shaped hollow bag 21 and fillers 23 and 24 that fill the hollow bag 21.SELECTED DRAWING: Figure 1
【課題】敷板と路面との段差で発生する振動を短時間で抑制できる剛性敷板の段差解消方法及び段差解消スロープ装置を提供する。【解決手段】重機２の走行路面Ｅに敷設する剛性敷板１の一縁に路面Ｅとの段差Ｔを傾斜面で埋めるスロープ材２０を設置し，スロープ材２０の頂部に一端が固定されたベルト３０の他端を敷板１の表面上にスロープ材２０の傾斜方向へ延ばして対向縁に係止し，ベルト３０に沿って敷板１上の重機２を路面Ｅへ降下させることにより路面Ｅの振動を抑える。好ましくは，スロープ材２０を振動吸収材製とし，更に好ましくは，スロープ材２０にスロープ形状の中空袋２１とその中空袋２１に装填する充填材２１，２３，２４とを含める。【選択図】 図１
STEP ELIMINATION METHOD FOR RIGID PLANK, AND STEP ELIMINATION SLOPE DEVICE
剛性敷板の段差解消方法及び段差解消スロープ装置
OKAMOTO MICHITAKA (Autor:in) / OBARA TAKASHI (Autor:in) / SATO KAZUNARI (Autor:in)
04.11.2016
Patent
Elektronische Ressource
Japanisch
IPC:
E04G
SCAFFOLDING
,
Baugerüste
Successive elimination of unknowns in slope deflection method
| Engineering Index Backfile | 1935
Successive elimination of unknowns in slope deflection method
| Engineering Index Backfile | 1936