A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
FLOOR SLAB INSTALLATION DEVICE AND FLOOR SLAB INSTALLATION METHOD
To provide a floor slab installation device and a floor slab installation method that take safety into more consideration.SOLUTION: A floor slab installation device 40 to install a floor slab 30 of a bridge 80 has a frame body part 42 having four legs 42A erected to a substantially vertical direction and whole shape becoming a substantially rectangular parallelepiped shape and a ceiling long-sized beam 14 supported by the frame body part 42 and penetrating the frame body part 42 to a substantially horizontal direction and extending. Both end parts of the ceiling long-sized beam 14 become two cantilever overhang parts 14A, 14B. The ceiling long-sized beam 14 is provided with a transportation mechanism 16 movable between the cantilever overhang parts 14A, 14B in the state that the floor slab 30 is supported. Between lower parts with each other of two legs 42A that locate the adjacent sides forming side surfaces in the substantially rectangular parallelepiped shape among four legs 42A and locate the ceiling long-sized beam 14 therebetween, leg connection members 44 to connect the lower parts with each other are provided.SELECTED DRAWING: Figure 16
【課題】安全性により配慮した床版設置装置および床版設置方法を提供する。【解決手段】橋梁８０の床版３０を設置する床版設置装置４０であって、略鉛直方向に立設している４つの脚部４２Ａを有して全体の形状が略直方体形状となっているフレーム本体部４２と、フレーム本体部４２に支持されていてフレーム本体部４２を略水平方向に貫いて延びる天井長尺梁１４と、を有し、天井長尺梁１４の両端部は２つの片持ち張り出し部１４Ａ、１４Ｂとなっており、天井長尺梁１４には、床版３０を支持した状態で、片持ち張り出し部１４Ａ、１４Ｂ間を移動可能な運搬機構１６が設けられており、４つの脚部４２Ａのうち、前記略直方体形状における側面を形成する隣り合う側辺に位置していて天井長尺梁１４が間に位置する２つの脚部４２Ａの下部同士の間には、当該下部同士を連結する脚部連結部材４４が設けられている。【選択図】図１６
FLOOR SLAB INSTALLATION DEVICE AND FLOOR SLAB INSTALLATION METHOD
To provide a floor slab installation device and a floor slab installation method that take safety into more consideration.SOLUTION: A floor slab installation device 40 to install a floor slab 30 of a bridge 80 has a frame body part 42 having four legs 42A erected to a substantially vertical direction and whole shape becoming a substantially rectangular parallelepiped shape and a ceiling long-sized beam 14 supported by the frame body part 42 and penetrating the frame body part 42 to a substantially horizontal direction and extending. Both end parts of the ceiling long-sized beam 14 become two cantilever overhang parts 14A, 14B. The ceiling long-sized beam 14 is provided with a transportation mechanism 16 movable between the cantilever overhang parts 14A, 14B in the state that the floor slab 30 is supported. Between lower parts with each other of two legs 42A that locate the adjacent sides forming side surfaces in the substantially rectangular parallelepiped shape among four legs 42A and locate the ceiling long-sized beam 14 therebetween, leg connection members 44 to connect the lower parts with each other are provided.SELECTED DRAWING: Figure 16
【課題】安全性により配慮した床版設置装置および床版設置方法を提供する。【解決手段】橋梁８０の床版３０を設置する床版設置装置４０であって、略鉛直方向に立設している４つの脚部４２Ａを有して全体の形状が略直方体形状となっているフレーム本体部４２と、フレーム本体部４２に支持されていてフレーム本体部４２を略水平方向に貫いて延びる天井長尺梁１４と、を有し、天井長尺梁１４の両端部は２つの片持ち張り出し部１４Ａ、１４Ｂとなっており、天井長尺梁１４には、床版３０を支持した状態で、片持ち張り出し部１４Ａ、１４Ｂ間を移動可能な運搬機構１６が設けられており、４つの脚部４２Ａのうち、前記略直方体形状における側面を形成する隣り合う側辺に位置していて天井長尺梁１４が間に位置する２つの脚部４２Ａの下部同士の間には、当該下部同士を連結する脚部連結部材４４が設けられている。【選択図】図１６
FLOOR SLAB INSTALLATION DEVICE AND FLOOR SLAB INSTALLATION METHOD
床版設置装置および床版設置方法
TANAKA HIROAKI (author) / SHIGA HIROAKI (author) / NAKAMURA NOBUHIDE (author)
2024-10-03
Patent
Electronic Resource
Japanese
IPC:
E01D
BRIDGES
,
Brücken
FLOOR SLAB INSTALLATION DEVICE AND FLOOR SLAB INSTALLATION METHOD
| European Patent Office | 2019
INSTALLATION STRUCTURE OF FLOOR SLAB AND INSTALLATION METHOD OF FLOOR SLAB
| European Patent Office | 2023
INSTALLATION STRUCTURE OF FLOOR SLAB AND INSTALLATION METHOD OF FLOOR SLAB
| European Patent Office | 2023
PRECAST FLOOR SLAB INSTALLATION METHOD AND PRECAST FLOOR SLAB
| European Patent Office | 2018