A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Operation method and control system of milling machine and milling machine
The invention provides an operation method of a milling machine, a control system and the milling machine, and relates to the field of operation methods of the milling machine, the adopted scheme is that the operation method comprises the following steps: S01, enabling the milling machine to start to move, enabling a milling drum to work, and enabling a rack to drive the milling drum to descend; s02, the actual descending depth of the milling drum is detected, and the actual descending depth is compared with the set groove depth; s03, the milling machine is used for milling the bottom of the groove; s04, the lifting device is started, the rack drives the milling drum to ascend, and the milling machine continues to move; s05, the actual ascending distance of the milling drum is detected, and when the actual ascending distance is equal to or larger than the set groove depth, the lifting device is controlled to enable the milling drum to stop ascending, the power system is closed, and the milling drum stops working; and S06, when the milling machine moves to a designated position, closing the walking device. According to different milling depths and any required ramp angle, a slope pavement can be formed by milling, so that a worker does not need to lay a ramp, and the emergency passing requirement of a vehicle is met.
本发明提供了一种铣刨机的作业方法、控制系统及铣刨机，涉及铣刨机的作业方法领域，采用的方案是：包括以下步骤：S01：使铣刨机开始移动，使铣刨鼓工作，使机架带动铣刨鼓下降；S02：检测铣刨鼓实际下降深度，将实际下降深度与设定槽深对比；S03：铣刨机进行铣刨槽底的作业；S04：启动升降装置，使机架带动铣刨鼓上升，铣刨机继续移动；S05：检测铣刨鼓实际上升距离，当实际上升距离等于或大于设定槽深，控制升降装置使铣刨鼓停止上升，关闭动力系统，使铣刨鼓停止工作；S06：当铣刨机移动到指定位置，关闭行走装置。本发明能够根据不同的铣刨深度和任意需求的坡道角度，可铣刨形成斜坡路面，省去工人铺设坡道满足车辆应急通行需求。
Operation method and control system of milling machine and milling machine
The invention provides an operation method of a milling machine, a control system and the milling machine, and relates to the field of operation methods of the milling machine, the adopted scheme is that the operation method comprises the following steps: S01, enabling the milling machine to start to move, enabling a milling drum to work, and enabling a rack to drive the milling drum to descend; s02, the actual descending depth of the milling drum is detected, and the actual descending depth is compared with the set groove depth; s03, the milling machine is used for milling the bottom of the groove; s04, the lifting device is started, the rack drives the milling drum to ascend, and the milling machine continues to move; s05, the actual ascending distance of the milling drum is detected, and when the actual ascending distance is equal to or larger than the set groove depth, the lifting device is controlled to enable the milling drum to stop ascending, the power system is closed, and the milling drum stops working; and S06, when the milling machine moves to a designated position, closing the walking device. According to different milling depths and any required ramp angle, a slope pavement can be formed by milling, so that a worker does not need to lay a ramp, and the emergency passing requirement of a vehicle is met.
本发明提供了一种铣刨机的作业方法、控制系统及铣刨机，涉及铣刨机的作业方法领域，采用的方案是：包括以下步骤：S01：使铣刨机开始移动，使铣刨鼓工作，使机架带动铣刨鼓下降；S02：检测铣刨鼓实际下降深度，将实际下降深度与设定槽深对比；S03：铣刨机进行铣刨槽底的作业；S04：启动升降装置，使机架带动铣刨鼓上升，铣刨机继续移动；S05：检测铣刨鼓实际上升距离，当实际上升距离等于或大于设定槽深，控制升降装置使铣刨鼓停止上升，关闭动力系统，使铣刨鼓停止工作；S06：当铣刨机移动到指定位置，关闭行走装置。本发明能够根据不同的铣刨深度和任意需求的坡道角度，可铣刨形成斜坡路面，省去工人铺设坡道满足车辆应急通行需求。
Operation method and control system of milling machine and milling machine
一种铣刨机的作业方法、控制系统及铣刨机
LI DINGGUO (author) / JIA JUNLI (author) / XU JIFENG (author) / LI LEI (author) / LIU ZENGZHI (author) / LI CHAO (author) / MA BAO (author) / SHAO GUANGQI (author) / ZHAI ZHONGXIA (author) / ZONG TAO (author)
2022-08-19
Patent
Electronic Resource
Chinese
IPC:
E01C
Bau von Straßen, Sportplätzen oder dgl., Decken dafür
,
CONSTRUCTION OF, OR SURFACES FOR, ROADS, SPORTS GROUNDS, OR THE LIKE
Milling machine control method, milling machine control system and milling machine
| European Patent Office | 2023
Milling machine control method, milling hydraulic system and milling machine
| European Patent Office | 2024
Milling depth control method, milling depth control system and milling machine
| European Patent Office | 2023