A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Floating trestle bridge section stretching type connecting device
The invention discloses a floating type trestle bridge section stretching type connecting device which comprises a telescopic type connecting mechanism, a telescopic type connecting rod and a connecting rod. The first end of the cylinder body is rotationally connected with the trestle bridge section through a pitching driving mechanism; the first end of the piston rod extends out of the second end of the cylinder body and is connected with a hook body structure; the lug ring structure is arranged on the trestle bridge section and used for being hooked by the hook body structure; when the two trestle bridge sections are in a connected state, the hook body structure of one trestle bridge section is hooked on the lug ring structure of the other trestle bridge section, and the piston rod of the telescopic connecting mechanism is in a contraction state, so that the end faces of the two trestle bridge sections are tightly attached. The installation position of the connecting device is reasonable in arrangement, smooth operation of materials is guaranteed, normal operation space of workers is guaranteed, on the premise that the technical index of offshore rapid butt joint is met, the connector reduces the requirement for auxiliary ships, and normal work of the connector under the working sea condition is guaranteed.
本发明公开了一种浮式栈桥桥节伸拉式连接装置，其包括：伸缩式连接机构，其包括缸体以及活塞杆；缸体的第一端通过俯仰驱动机构与栈桥桥节转动连接；活塞杆的第一端从缸体的第二端伸出，并连接有钩体结构；耳环结构，设置在栈桥桥节上，用于供钩体结构钩挂；当两个栈桥桥节处于连接状态时，一个栈桥桥节的钩体结构钩挂在另一栈桥桥节的耳环结构上，且伸缩式连接机构的活塞杆处于收缩状态，使得两个栈桥桥节的端面紧贴。该连接装置的安装位置布设合理，既保障了物资的运行通畅，又保证工作人员的正常操作空间，在满足海上快速对接技术指标的前提下，本连接器减少了对辅助船只的需求，确保工作海况下连接器的正常工作。
Floating trestle bridge section stretching type connecting device
The invention discloses a floating type trestle bridge section stretching type connecting device which comprises a telescopic type connecting mechanism, a telescopic type connecting rod and a connecting rod. The first end of the cylinder body is rotationally connected with the trestle bridge section through a pitching driving mechanism; the first end of the piston rod extends out of the second end of the cylinder body and is connected with a hook body structure; the lug ring structure is arranged on the trestle bridge section and used for being hooked by the hook body structure; when the two trestle bridge sections are in a connected state, the hook body structure of one trestle bridge section is hooked on the lug ring structure of the other trestle bridge section, and the piston rod of the telescopic connecting mechanism is in a contraction state, so that the end faces of the two trestle bridge sections are tightly attached. The installation position of the connecting device is reasonable in arrangement, smooth operation of materials is guaranteed, normal operation space of workers is guaranteed, on the premise that the technical index of offshore rapid butt joint is met, the connector reduces the requirement for auxiliary ships, and normal work of the connector under the working sea condition is guaranteed.
本发明公开了一种浮式栈桥桥节伸拉式连接装置，其包括：伸缩式连接机构，其包括缸体以及活塞杆；缸体的第一端通过俯仰驱动机构与栈桥桥节转动连接；活塞杆的第一端从缸体的第二端伸出，并连接有钩体结构；耳环结构，设置在栈桥桥节上，用于供钩体结构钩挂；当两个栈桥桥节处于连接状态时，一个栈桥桥节的钩体结构钩挂在另一栈桥桥节的耳环结构上，且伸缩式连接机构的活塞杆处于收缩状态，使得两个栈桥桥节的端面紧贴。该连接装置的安装位置布设合理，既保障了物资的运行通畅，又保证工作人员的正常操作空间，在满足海上快速对接技术指标的前提下，本连接器减少了对辅助船只的需求，确保工作海况下连接器的正常工作。
Floating trestle bridge section stretching type connecting device
一种浮式栈桥桥节伸拉式连接装置
WANG XINYU (author) / YOU YUN (author) / ZHOU GUOPING (author) / WEN JING (author) / LIU LEILEI (author) / WANG FENG (author) / WU QINGWEI (author) / ZHOU QI (author) / TSUNESAWA (author)
2022-11-15
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
Clasp nail type springboard connecting device for connecting transfer barge and floating trestle
| European Patent Office | 2021
Floating type mooring trestle bridge based on draught fan foundation end
| European Patent Office | 2024
| Engineering Index Backfile | 1881