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A platform for research: civil engineering, architecture and urbanism
Blade positioning diagnostic system for motor grader
A diagnostic system for a motorized grader (10) having a blade (52) associated with a hitch frame-carousel-moldboard (DCM) (20), a hitch frame member (46), and a central displacement mounting member (30) includes an actuator connecting the blade to the DCM and interconnecting other components of the motorized grader. The actuator enables movement of the blade relative to the DCM and movement of the other interconnecting components relative to each other. The sensor generates a signal indicative of a current position of the blade and a position of other components of the motorized grader. An input device receives an operator input indicating a selection of a predetermined diagnostic location visually inspectable by an operator to confirm correct operation. A controller (66, 74) selectively actuates the actuator to move the blade and other components of the motorized grader to the selected diagnostic position based on the selection of the diagnostic position and the signal indicative of the current position of the blade.
一种用于机动平地机(10)的诊断系统，所述机动平地机具有与牵引架‑转盘‑犁板(DCM)(20)关联的刀片(52)、牵引架构件(46)和中心移位安装构件(30)，所述诊断系统包括将刀片连接到DCM并将机动平地机的其他部件互连的致动器。致动器实现刀片相对于DCM的移动，并且实现其他互连部件相对于彼此的移动。传感器生成指示刀片的当前位置和机动平地机的其他部件的位置的信号。输入装置接收指示预定诊断位置的选择的操作员输入，所述预定诊断位置能够由操作员视觉地检查以确认正确操作。控制器(66、74)基于诊断位置的选择和指示刀片的当前位置的信号选择性地致动致动器以将刀片和机动平地机的其他部件移动到选择的诊断位置。
Blade positioning diagnostic system for motor grader
A diagnostic system for a motorized grader (10) having a blade (52) associated with a hitch frame-carousel-moldboard (DCM) (20), a hitch frame member (46), and a central displacement mounting member (30) includes an actuator connecting the blade to the DCM and interconnecting other components of the motorized grader. The actuator enables movement of the blade relative to the DCM and movement of the other interconnecting components relative to each other. The sensor generates a signal indicative of a current position of the blade and a position of other components of the motorized grader. An input device receives an operator input indicating a selection of a predetermined diagnostic location visually inspectable by an operator to confirm correct operation. A controller (66, 74) selectively actuates the actuator to move the blade and other components of the motorized grader to the selected diagnostic position based on the selection of the diagnostic position and the signal indicative of the current position of the blade.
一种用于机动平地机(10)的诊断系统，所述机动平地机具有与牵引架‑转盘‑犁板(DCM)(20)关联的刀片(52)、牵引架构件(46)和中心移位安装构件(30)，所述诊断系统包括将刀片连接到DCM并将机动平地机的其他部件互连的致动器。致动器实现刀片相对于DCM的移动，并且实现其他互连部件相对于彼此的移动。传感器生成指示刀片的当前位置和机动平地机的其他部件的位置的信号。输入装置接收指示预定诊断位置的选择的操作员输入，所述预定诊断位置能够由操作员视觉地检查以确认正确操作。控制器(66、74)基于诊断位置的选择和指示刀片的当前位置的信号选择性地致动致动器以将刀片和机动平地机的其他部件移动到选择的诊断位置。
Blade positioning diagnostic system for motor grader
用于机动平地机的刀片定位诊断系统
KUEHN JEFFREY L (author) / GENTLE MICHAEL C (author) / FUNK DAVID JOHN (author) / JORDAN JEFFREY L (author) / LINDEMANN CHRISTOPHER THOMAS (author)
2024-04-12
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING
Bottom mount blade positioning assembly for a motor grader
| European Patent Office | 2015