A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses a pavement milling machine which structurally comprises a machine arm, wheels, a motor, a rack and a mounting device. The machine arm is connected with the rack in a mounting manner, the wheels are mounted on the rack, the motor and the rack are locked and electrically connected, the mounting device comprises a fan mounting structure and a mounting ring, the fan mounting structure is connected with the mounting ring in a mounting manner, and the fan mounting structure comprises branch fans, a middle mounting structure and a middle shaft. The branch fans, the middle mounting structure and the middle shaft are mounted and connected, and the middle mounting structure is located in the middle of branch fans. The middle mounting structure comprises a sub-rail, a sub-loading disc and loading grooves, the sub-rail is locked on the sub-loading disc, and the sub-loading disc is provided with the loading grooves. According to the invention, during slipping, the mounting device carries out transmission, the width of the fan mounting structure and the width of the mounting ring are increased, and the thickness of the fan mounting structure and the thickness of the mounting ring located on the equipment and the construction device are increased too. And then, fixity of the construction device is increased, and occurrence of slippage is avoided. If an applied force needs to be increased, the middle shaft performs transmission, which means that the right end of the middle shaft moves downwards to drive the construction device to move downwards, and the applied force is increased.
本发明公开了一种路面铣刨机，其结构包括机臂、车轮、电机、机架、安装装置，机臂与机架安装连接，车轮安装在机架上，电机与机架锁定并且二者电连接，安装装置包括装扇结构、装环，装扇结构与装环安装连接，装扇结构包括分扇、中装结构、中轴，分扇、中装结构与中轴安装连接，中装结构位于分扇中部，中装结构包括分轨道、分装盘、装槽，分轨道锁定在分装盘上，分装盘设有装槽，本发明打滑时安装装置进行传动增加了装扇结构与装环的宽度，使其位于设备与施工装置的厚度增加，继而增加施工装置的固定性，避免打滑的发生，需要增加施加力则中轴进行传动，即中轴右端下移带动施工装置的下移，实现增加施加力。
The invention discloses a pavement milling machine which structurally comprises a machine arm, wheels, a motor, a rack and a mounting device. The machine arm is connected with the rack in a mounting manner, the wheels are mounted on the rack, the motor and the rack are locked and electrically connected, the mounting device comprises a fan mounting structure and a mounting ring, the fan mounting structure is connected with the mounting ring in a mounting manner, and the fan mounting structure comprises branch fans, a middle mounting structure and a middle shaft. The branch fans, the middle mounting structure and the middle shaft are mounted and connected, and the middle mounting structure is located in the middle of branch fans. The middle mounting structure comprises a sub-rail, a sub-loading disc and loading grooves, the sub-rail is locked on the sub-loading disc, and the sub-loading disc is provided with the loading grooves. According to the invention, during slipping, the mounting device carries out transmission, the width of the fan mounting structure and the width of the mounting ring are increased, and the thickness of the fan mounting structure and the thickness of the mounting ring located on the equipment and the construction device are increased too. And then, fixity of the construction device is increased, and occurrence of slippage is avoided. If an applied force needs to be increased, the middle shaft performs transmission, which means that the right end of the middle shaft moves downwards to drive the construction device to move downwards, and the applied force is increased.
本发明公开了一种路面铣刨机，其结构包括机臂、车轮、电机、机架、安装装置，机臂与机架安装连接，车轮安装在机架上，电机与机架锁定并且二者电连接，安装装置包括装扇结构、装环，装扇结构与装环安装连接，装扇结构包括分扇、中装结构、中轴，分扇、中装结构与中轴安装连接，中装结构位于分扇中部，中装结构包括分轨道、分装盘、装槽，分轨道锁定在分装盘上，分装盘设有装槽，本发明打滑时安装装置进行传动增加了装扇结构与装环的宽度，使其位于设备与施工装置的厚度增加，继而增加施工装置的固定性，避免打滑的发生，需要增加施加力则中轴进行传动，即中轴右端下移带动施工装置的下移，实现增加施加力。
Pavement milling machine
一种路面铣刨机
LIU MINGZHI (author)
2021-05-18
Patent
Electronic Resource
Chinese
IPC:
E01H
STREET CLEANING
,
Reinigen von Straßen
| European Patent Office | 2024