A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-saving excavator hood
The invention discloses an energy-saving excavator hood. The energy-saving excavator hood comprises a frame component and a cover plate component, wherein the cover plate component comprises a left upper plate component, a right upper plate component, a sealing plate and an angle plate; a left upper plate frame and a right upper plate frame are respectively arranged on the top surface of the frame component in a horizontally symmetrical manner; a sealing plate frame is arranged behind the frame component; an angle plate frame is connected between the left upper plate frame and the right upper plate frame; the left upper plate component and the right upper plate component are respectively mounted on the left upper plate frame and the right upper plate frame; the sealing plate is mounted on the sealing plate frame; and the angle plate is mounted on the angle plate frame. The cover plate component further comprises a left side plate component, a right side plate component, a left front plate, a right front plate, a top back cover plate component and a top front cover plate component; the back end of the top front cover plate component is hinged to the angle plate frame through a hinge component; and the front end of the top back cover plate component is hinged to the angle plate frame through a hinge component. The energy-saving excavator hood is simple in structure, easy to be manufactured, excellent in cooling conditions and convenient for maintenance.
Energy-saving excavator hood
The invention discloses an energy-saving excavator hood. The energy-saving excavator hood comprises a frame component and a cover plate component, wherein the cover plate component comprises a left upper plate component, a right upper plate component, a sealing plate and an angle plate; a left upper plate frame and a right upper plate frame are respectively arranged on the top surface of the frame component in a horizontally symmetrical manner; a sealing plate frame is arranged behind the frame component; an angle plate frame is connected between the left upper plate frame and the right upper plate frame; the left upper plate component and the right upper plate component are respectively mounted on the left upper plate frame and the right upper plate frame; the sealing plate is mounted on the sealing plate frame; and the angle plate is mounted on the angle plate frame. The cover plate component further comprises a left side plate component, a right side plate component, a left front plate, a right front plate, a top back cover plate component and a top front cover plate component; the back end of the top front cover plate component is hinged to the angle plate frame through a hinge component; and the front end of the top back cover plate component is hinged to the angle plate frame through a hinge component. The energy-saving excavator hood is simple in structure, easy to be manufactured, excellent in cooling conditions and convenient for maintenance.
Energy-saving excavator hood
DING MINGCHUN (author) / LI YONGGANG (author) / WANG GUIHUA (author) / CHEN TING (author) / LU YIMING (author)
2015-12-02
Patent
Electronic Resource
English
IPC:
E02F
Baggern
,
DREDGING
Energy-saving device of hybrid power excavator and excavator
| European Patent Office | 2021