A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Self-propelled transverse excavating equipment
The self-propelled transverse excavating equipment comprises a wheel type self-propelled chassis and a rotating base rotationally connected to the upper surface of the wheel type self-propelled chassis, and an excavating device first large arm assembly is installed on the surface of the rotating base; the end, away from the wheel type self-propelled chassis, of the first large arm assembly of the excavating device is provided with a second large arm assembly of the excavating device, and the end, away from the first large arm assembly of the excavating device, of the second large arm assembly of the excavating device is provided with a third large arm assembly of the excavating device. The invention belongs to the technical field of road subgrade slope disease maintenance and treatment. By adopting the self-propelled wheel type self-propelled chassis and the excavating mechanism capable of transversely excavating, convenience and rapidness in passing at ordinary times can be met, rapid laying and stable standing can be realized by utilizing the existing road during construction, rapid arrival and evacuation can be realized during road roadbed disease maintenance, meanwhile, the existing road can be furthest utilized as a construction site, and the construction efficiency is improved. And the maintenance efficiency is improved, the construction cost is reduced, and newly-added land occupation is avoided.
本发明公开了一种自行式横向挖掘设备，包括轮式自行底盘、转动连接在轮式自行底盘上表面的旋转底座，所述旋转底座的表面安装有挖掘装置第一大臂组件，所述挖掘装置第一大臂组件远离轮式自行底盘的一端安装有挖掘装置第二大臂组件，所述挖掘装置第二大臂组件远离挖掘装置第一大臂组件的一端安装有挖掘装置第三大臂组件。本发明属于道路路基边坡病害维修治理技术领域。本发明通过采用可自行的轮式自行底盘及可横向开挖的挖掘机构，可满足平时通行便利、快速，施工时利用既有道路快速布设且站立稳定，在进行道路路基病害维修时可以快速到达及撤离，同时还可以最大限度利用既有道路作为施工场地，加快维修效率、降低工程造价、避免新增占地等。
Self-propelled transverse excavating equipment
The self-propelled transverse excavating equipment comprises a wheel type self-propelled chassis and a rotating base rotationally connected to the upper surface of the wheel type self-propelled chassis, and an excavating device first large arm assembly is installed on the surface of the rotating base; the end, away from the wheel type self-propelled chassis, of the first large arm assembly of the excavating device is provided with a second large arm assembly of the excavating device, and the end, away from the first large arm assembly of the excavating device, of the second large arm assembly of the excavating device is provided with a third large arm assembly of the excavating device. The invention belongs to the technical field of road subgrade slope disease maintenance and treatment. By adopting the self-propelled wheel type self-propelled chassis and the excavating mechanism capable of transversely excavating, convenience and rapidness in passing at ordinary times can be met, rapid laying and stable standing can be realized by utilizing the existing road during construction, rapid arrival and evacuation can be realized during road roadbed disease maintenance, meanwhile, the existing road can be furthest utilized as a construction site, and the construction efficiency is improved. And the maintenance efficiency is improved, the construction cost is reduced, and newly-added land occupation is avoided.
本发明公开了一种自行式横向挖掘设备，包括轮式自行底盘、转动连接在轮式自行底盘上表面的旋转底座，所述旋转底座的表面安装有挖掘装置第一大臂组件，所述挖掘装置第一大臂组件远离轮式自行底盘的一端安装有挖掘装置第二大臂组件，所述挖掘装置第二大臂组件远离挖掘装置第一大臂组件的一端安装有挖掘装置第三大臂组件。本发明属于道路路基边坡病害维修治理技术领域。本发明通过采用可自行的轮式自行底盘及可横向开挖的挖掘机构，可满足平时通行便利、快速，施工时利用既有道路快速布设且站立稳定，在进行道路路基病害维修时可以快速到达及撤离，同时还可以最大限度利用既有道路作为施工场地，加快维修效率、降低工程造价、避免新增占地等。
Self-propelled transverse excavating equipment
一种自行式横向挖掘设备
LIU JIGANG (author) / HE ZILONG (author) / ZHAO DONG (author) / CUI HENGBIN (author) / HAN ZHILIN (author) / ZHANG LIANG (author) / MA LEI (author) / CHEN KUANGLONG (author) / WANG KANG (author) / LIU SHUN (author)
2024-09-10
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING
EXCAVATING EQUIPMENT DISPLAY SYSTEM AND EXCAVATING EQUIPMENT
European Patent Office | 2017