Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Water conservancy aqueduct making machine and construction method using aqueduct making machine
The invention discloses a water conservancy aqueduct making machine which comprises a load-bearing main beam with the length of one span, a guide beam with the length of two spans, an outer mold system, an inner mold system, a load-bearing main beam supporting walking mechanism and a guide beam supporting walking mechanism, the guide beam is located below the load-bearing main beam, and when the load-bearing main beam passes through a hole forwards, the guide beam is used for supporting the load-bearing main beam to pass through the hole; the inner mold system is arranged on the outer side of the rear half section of the guide beam and connected with the guide beam, the guide beam supporting and walking mechanism is used for supporting the guide beam and controlling the guide beam to move, the outer mold system is connected with the bearing main beam, and the bearing main beam supporting and walking mechanism is used for supporting the bearing main beam or controlling the bearing main beam to move. The invention further discloses a construction method using the water conservancy aqueduct making machine. The guide beam and the bearing main beam are matched with each other to move the formwork, the stability of the formwork in the moving process is good, the construction period is greatly shortened while safety and reliability of equipment are guaranteed, and therefore the capital investment is reduced, and the formwork moving device is more economical, practical and efficient.
本发明公开了一种水利渡槽造槽机，其包括长度为一跨的承重主梁、长度为两跨的导梁、外模系统、内模系统、承重主梁支撑行走机构和导梁支撑行走机构，导梁位于承重主梁的下方，且在承重主梁向前过孔时，用于支撑承重主梁过孔，内模系统设置在导梁后半段的外侧，且所述内模系统与导梁连接，所述导梁支撑行走机构用于支撑导梁和控制导梁移动，外模系统与承重主梁连接，承重主梁支撑行走机构用于支撑承重主梁或控制承重主梁移动。本发明还公开了一种利用该水利渡槽造槽机的施工方法。本发明利用导梁与承重主梁相互配合来移动模架，模架移动过程中稳定性好，在保证设备安全可靠的同时大大缩短了工期，从而缩减了资金的投入，更加经济、实用、高效。
Water conservancy aqueduct making machine and construction method using aqueduct making machine
The invention discloses a water conservancy aqueduct making machine which comprises a load-bearing main beam with the length of one span, a guide beam with the length of two spans, an outer mold system, an inner mold system, a load-bearing main beam supporting walking mechanism and a guide beam supporting walking mechanism, the guide beam is located below the load-bearing main beam, and when the load-bearing main beam passes through a hole forwards, the guide beam is used for supporting the load-bearing main beam to pass through the hole; the inner mold system is arranged on the outer side of the rear half section of the guide beam and connected with the guide beam, the guide beam supporting and walking mechanism is used for supporting the guide beam and controlling the guide beam to move, the outer mold system is connected with the bearing main beam, and the bearing main beam supporting and walking mechanism is used for supporting the bearing main beam or controlling the bearing main beam to move. The invention further discloses a construction method using the water conservancy aqueduct making machine. The guide beam and the bearing main beam are matched with each other to move the formwork, the stability of the formwork in the moving process is good, the construction period is greatly shortened while safety and reliability of equipment are guaranteed, and therefore the capital investment is reduced, and the formwork moving device is more economical, practical and efficient.
本发明公开了一种水利渡槽造槽机，其包括长度为一跨的承重主梁、长度为两跨的导梁、外模系统、内模系统、承重主梁支撑行走机构和导梁支撑行走机构，导梁位于承重主梁的下方，且在承重主梁向前过孔时，用于支撑承重主梁过孔，内模系统设置在导梁后半段的外侧，且所述内模系统与导梁连接，所述导梁支撑行走机构用于支撑导梁和控制导梁移动，外模系统与承重主梁连接，承重主梁支撑行走机构用于支撑承重主梁或控制承重主梁移动。本发明还公开了一种利用该水利渡槽造槽机的施工方法。本发明利用导梁与承重主梁相互配合来移动模架，模架移动过程中稳定性好，在保证设备安全可靠的同时大大缩短了工期，从而缩减了资金的投入，更加经济、实用、高效。
Water conservancy aqueduct making machine and construction method using aqueduct making machine
一种水利渡槽造槽机及利用该造槽机的施工方法
HU YUANLUN (Autor:in) / JIANG MINGKUN (Autor:in) / ZHANG LIANG (Autor:in)
24.01.2025
Patent
Elektronische Ressource
Chinesisch
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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