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A platform for research: civil engineering, architecture and urbanism
Jacking mechanism for steel tiles in inclined shaft
The invention relates to a jacking mechanism for steel tiles in an inclined shaft. The lifting assembly is installed on the supporting seat, the hinge support is installed on the lifting assembly, the second hydraulic cylinder is rotationally connected to the hinge support, the arc-shaped and inclined loading plate is arranged at the top of the second hydraulic cylinder, and the anti-disengaging assemblies capable of moving telescopically are arranged at the two ends of the loading plate. And a swinging assembly for driving the second hydraulic cylinder and the loading plate to rotate by taking the hinged support as a base point is arranged on the hinged support. According to the device, the angle and the height of the loading plate can be flexibly adjusted by adopting a driving mode of the swing assembly and the hydraulic cylinder, so that the steel tiles on the loading plate can be accurately moved to the assembling position, and the steel tiles can be accurately assembled when the loading plate moves and is adjusted by combining the anti-falling protection effect of the anti-falling assembly. And the steel tiles can be prevented from falling off, so that the steel tiles are prevented from falling off, the steel tiles can be automatically and safely moved to the splicing position, and the splicing efficiency of the steel tiles is improved.
本发明涉及一种斜井内钢瓦片的顶升机构。本发明在支撑座上安装有升降组件，在升降组件上安装铰支座，铰支座上转动连接有第二液压缸，第二液压缸的顶部设置有弧形且倾斜的载重板，且载重板的两端均设置有可伸缩移动的防脱组件，铰支座上设置有驱动第二液压缸和载重板以铰支座为基点旋转的摆动组件。本发明中，通过采用摆动组件和液压缸的驱动方式，可以对载重板的角度和高度进行灵活的调节操作，使得载重板上的钢瓦片能够准确的移动到拼装位置，并结合防脱组件的防脱保护作用，可以在载重板运动调节时，对钢瓦片起到防脱保护作用，避免钢瓦片发生掉落的现象，进而确保钢瓦片能够自动且安全的移动到拼装位置，提高了钢瓦片的拼装效率。
Jacking mechanism for steel tiles in inclined shaft
The invention relates to a jacking mechanism for steel tiles in an inclined shaft. The lifting assembly is installed on the supporting seat, the hinge support is installed on the lifting assembly, the second hydraulic cylinder is rotationally connected to the hinge support, the arc-shaped and inclined loading plate is arranged at the top of the second hydraulic cylinder, and the anti-disengaging assemblies capable of moving telescopically are arranged at the two ends of the loading plate. And a swinging assembly for driving the second hydraulic cylinder and the loading plate to rotate by taking the hinged support as a base point is arranged on the hinged support. According to the device, the angle and the height of the loading plate can be flexibly adjusted by adopting a driving mode of the swing assembly and the hydraulic cylinder, so that the steel tiles on the loading plate can be accurately moved to the assembling position, and the steel tiles can be accurately assembled when the loading plate moves and is adjusted by combining the anti-falling protection effect of the anti-falling assembly. And the steel tiles can be prevented from falling off, so that the steel tiles are prevented from falling off, the steel tiles can be automatically and safely moved to the splicing position, and the splicing efficiency of the steel tiles is improved.
本发明涉及一种斜井内钢瓦片的顶升机构。本发明在支撑座上安装有升降组件，在升降组件上安装铰支座，铰支座上转动连接有第二液压缸，第二液压缸的顶部设置有弧形且倾斜的载重板，且载重板的两端均设置有可伸缩移动的防脱组件，铰支座上设置有驱动第二液压缸和载重板以铰支座为基点旋转的摆动组件。本发明中，通过采用摆动组件和液压缸的驱动方式，可以对载重板的角度和高度进行灵活的调节操作，使得载重板上的钢瓦片能够准确的移动到拼装位置，并结合防脱组件的防脱保护作用，可以在载重板运动调节时，对钢瓦片起到防脱保护作用，避免钢瓦片发生掉落的现象，进而确保钢瓦片能够自动且安全的移动到拼装位置，提高了钢瓦片的拼装效率。
Jacking mechanism for steel tiles in inclined shaft
一种斜井内钢瓦片的顶升机构
WU JIAN (author) / WANG YONGMING (author) / WEI HAIBIN (author) / ZHANG YAPENG (author) / ZHONG WEIBIN (author) / ZENG ZHIQUAN (author) / CHEN MING (author) / ZHOU WEN (author) / MA XIANGTAO (author) / MIAO NING (author)
2022-10-25
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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