A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Variable cross-section intelligent bridge-building machine
A variable cross-section intelligent bridge making machine, which comprises a hanging beam, the hanging beam being arranged on the end face of an already placed section of a bridge; main beams, two main beams being detachably fixed to ends of C-shaped components, one end of each main beam extending to the placed section, and the other end extending out of an end face of the placed section; an outer mold, the outer mold being arranged at parts of the main beams extending out of the end face of the placed section, and an inner mold is correspondingly arranged in the outer mold; two guide rails, the two guide rails being correspondingly arranged at two sides of the bridge deck, and supporting bases slidably assembled in the guide rails are arranged at the two respective ends of the hanging beam; and counter-force mechanisms, the counter-force mechanisms being correspondingly arranged at the ends of the main beams extending out from the placed section. The variable cross-section intelligent bridge-building machine is arranged on the already placed section of the bridge, and said bridge-building machine is fully supported by means of the hanging beam and the main beams; upon being driven by external force, the hanging beam can slide along the guide rails, thereby implementing automatic movement.
Variable cross-section intelligent bridge-building machine
A variable cross-section intelligent bridge making machine, which comprises a hanging beam, the hanging beam being arranged on the end face of an already placed section of a bridge; main beams, two main beams being detachably fixed to ends of C-shaped components, one end of each main beam extending to the placed section, and the other end extending out of an end face of the placed section; an outer mold, the outer mold being arranged at parts of the main beams extending out of the end face of the placed section, and an inner mold is correspondingly arranged in the outer mold; two guide rails, the two guide rails being correspondingly arranged at two sides of the bridge deck, and supporting bases slidably assembled in the guide rails are arranged at the two respective ends of the hanging beam; and counter-force mechanisms, the counter-force mechanisms being correspondingly arranged at the ends of the main beams extending out from the placed section. The variable cross-section intelligent bridge-building machine is arranged on the already placed section of the bridge, and said bridge-building machine is fully supported by means of the hanging beam and the main beams; upon being driven by external force, the hanging beam can slide along the guide rails, thereby implementing automatic movement.
Variable cross-section intelligent bridge-building machine
CHAO LIANG (author) / HONGSHENG HE (author) / BO ZHANG (author) / JIESHENG ZHANG (author) / RENYI RUAN (author) / MIMI LIU (author) / ANHUI WANG (author) / PING ZU (author) / ZHILIANG LIAO (author) / YING WANG (author)
2025-01-08
Patent
Electronic Resource
English
IPC:
E01D
BRIDGES
,
Brücken
VARIABLE CROSS-SECTION INTELLIGENT BRIDGE-BUILDING MACHINE
| European Patent Office | 2023
Variable cross-section intelligent bridge fabrication machine
| European Patent Office | 2023
| European Patent Office | 2024
Variable cross-section bridge abutment and construction method
| European Patent Office | 2022
| European Patent Office | 2024