A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
PROBLEM TO BE SOLVED: To provide a slope for heavy machine elevation that is suitable to a movement of a heavy machine f rom a floor upper surface to a floor lower surface, and adaptive to a plurality of ceiling heights.SOLUTION: A slope for heavy machine elevation comprises a pair of slope bodies which each have a first slope stood between a floor upper surface and a floor lower surface to serve as an inclined surface and a second slope connected to an upper end of the first slope and placed to be suspended from the floor upper surface. The first slope is provided with a floor lower-surface contact part having a plurality of base contact angles, and the second slope is provided with a floor upper-surface contact part having angles as many as the base contact angles of the first slope. The slope bodies comprise a plurality of H-steel parts extending along a length of the slope body and connected successively so that a flange part is as wide as wheels of a heavy machine, side plates provided on both width-directional sides, and slip stopping girders arranged at predetermined intervals in a length direction.
【課題】重機を階上面から階下面に移動させるのに適した、複数の天井高さに対応できる重機昇降用スロープを提供する。【解決手段】本発明の重機昇降用スロープは、階下面と階上面の間に立て掛けられて傾斜面となる第１スロープと、第１スロープの上端に連接され階上面に掛け置かれる第２スロープと、を有する一対のスロープ体であって、第１スロープには、複数の底面接触角度を有する階下面接触部が設けられ、第２スロープには、第１スロープの底面接触角度と同じ複数の角度を有する階上面接触部が設けられると共に、スロープ体が、スロープ体の長さ方向に延びフランジ部が重機の車輪の幅を有するように連接された複数のＨ鋼と、幅方向両側に設けられる側板と、長さ方向に所定の間隔で配置される滑り止め桁と、からなる。【選択図】図２
PROBLEM TO BE SOLVED: To provide a slope for heavy machine elevation that is suitable to a movement of a heavy machine f rom a floor upper surface to a floor lower surface, and adaptive to a plurality of ceiling heights.SOLUTION: A slope for heavy machine elevation comprises a pair of slope bodies which each have a first slope stood between a floor upper surface and a floor lower surface to serve as an inclined surface and a second slope connected to an upper end of the first slope and placed to be suspended from the floor upper surface. The first slope is provided with a floor lower-surface contact part having a plurality of base contact angles, and the second slope is provided with a floor upper-surface contact part having angles as many as the base contact angles of the first slope. The slope bodies comprise a plurality of H-steel parts extending along a length of the slope body and connected successively so that a flange part is as wide as wheels of a heavy machine, side plates provided on both width-directional sides, and slip stopping girders arranged at predetermined intervals in a length direction.
【課題】重機を階上面から階下面に移動させるのに適した、複数の天井高さに対応できる重機昇降用スロープを提供する。【解決手段】本発明の重機昇降用スロープは、階下面と階上面の間に立て掛けられて傾斜面となる第１スロープと、第１スロープの上端に連接され階上面に掛け置かれる第２スロープと、を有する一対のスロープ体であって、第１スロープには、複数の底面接触角度を有する階下面接触部が設けられ、第２スロープには、第１スロープの底面接触角度と同じ複数の角度を有する階上面接触部が設けられると共に、スロープ体が、スロープ体の長さ方向に延びフランジ部が重機の車輪の幅を有するように連接された複数のＨ鋼と、幅方向両側に設けられる側板と、長さ方向に所定の間隔で配置される滑り止め桁と、からなる。【選択図】図２
SLOPE FOR HEAVY MACHINE ELEVATION
重機昇降用スロープ
WATANABE RYUICHI (author)
2015-07-16
Patent
Electronic Resource
Japanese
IPC:
E04G
SCAFFOLDING
,
Baugerüste
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