A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention relates to the technical field of water engineering, in particular to a floating body assembly, a floating body module, a floating bridge and an inflation method. The floating body assembly comprises a beam plate and at least one floating body unit, wherein the floating body unit is arranged on the bottom surface of the beam plate, and a sealed cavity used for being filled with air is formed in the floating body unit. The inflation unit is arranged on the floating body unit and used for inflating the sealed cavity; the detection unit is arranged in the sealed cavity and is used for detecting the pressure in the sealed cavity; the controller is connected with the inflation unit and the detection unit, and the control unit is used for controlling the inflation unit to inflate or not according to the signal sent by the detection unit, so that the floating body units can be monitored in real time, the constant and stable design pressure is maintained, the safety and reliability of each floating body unit are ensured, and the safety and reliability of each floating body assembly are further ensured.
本公开涉及水上工程技术领域，尤其涉及一种浮体组件、浮体模块、浮桥及充气方法。本公开提供的浮体组件包括：梁板和至少一个浮体单元，浮体单元设置于所述梁板的底面，所述浮体单元形成有用于填充气体的密封腔体；充气单元设置于所述浮体单元，用于向所述密封腔体内充；检测单元设置于所述密封腔体内，用于检测所述密封腔体内的压力；控制器分别与所述充气单元和所述检测单元连接，用于根据所述检测单元发出的信号控制所述充气单元是否充气，可实现众浮体单元均能够实时进行监控，并保持恒稳的设计压力，确保每个浮体单元安全可靠，进而确保每个浮体组件安全可靠。
The invention relates to the technical field of water engineering, in particular to a floating body assembly, a floating body module, a floating bridge and an inflation method. The floating body assembly comprises a beam plate and at least one floating body unit, wherein the floating body unit is arranged on the bottom surface of the beam plate, and a sealed cavity used for being filled with air is formed in the floating body unit. The inflation unit is arranged on the floating body unit and used for inflating the sealed cavity; the detection unit is arranged in the sealed cavity and is used for detecting the pressure in the sealed cavity; the controller is connected with the inflation unit and the detection unit, and the control unit is used for controlling the inflation unit to inflate or not according to the signal sent by the detection unit, so that the floating body units can be monitored in real time, the constant and stable design pressure is maintained, the safety and reliability of each floating body unit are ensured, and the safety and reliability of each floating body assembly are further ensured.
本公开涉及水上工程技术领域，尤其涉及一种浮体组件、浮体模块、浮桥及充气方法。本公开提供的浮体组件包括：梁板和至少一个浮体单元，浮体单元设置于所述梁板的底面，所述浮体单元形成有用于填充气体的密封腔体；充气单元设置于所述浮体单元，用于向所述密封腔体内充；检测单元设置于所述密封腔体内，用于检测所述密封腔体内的压力；控制器分别与所述充气单元和所述检测单元连接，用于根据所述检测单元发出的信号控制所述充气单元是否充气，可实现众浮体单元均能够实时进行监控，并保持恒稳的设计压力，确保每个浮体单元安全可靠，进而确保每个浮体组件安全可靠。
Floating body assembly, floating body module, floating bridge and inflation method
浮体组件、浮体模块、浮桥及充气方法
LIU SHENG (author)
2020-11-20
Patent
Electronic Resource
Chinese
| European Patent Office | 2016
European Patent Office | 2016