A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Rapid road and bridge pavement repairing device
A rapid road and bridge pavement repairing device comprises a vehicle body, two mechanical arms are arranged on the vehicle body, each mechanical arm is connected with an isolation hood, a plurality of cutting wheels are movably installed in one isolation hood, each cutting wheel is coaxially connected with a first driven wheel, four corners in the isolation hood are each provided with a driving wheel, and the four driving wheels are connected through a transmission belt. The working range can be flexibly adjusted, the cutting wheels located outside the working range and a second driven wheel do not consume kinetic energy, and energy loss can be reduced. Compared with automatic control achieved through electrical parts, the structure of the part is higher in resistance to oscillation force generated during working, and the fault rate is lower. Compared with a road surface cutting machine pushed by manpower, the repairing device can save a large amount of manual labor, is wider in working coverage and higher in working efficiency, and can also reduce the harm of broken stone splashing, dust and the like to workers in the working process.
一种路桥路面快速修补装置，包括车体，车体上设有两个机械臂，每个机械臂连接一个隔离罩，其中一个隔离罩内活动安装数个切割轮，每个切割轮同轴连接一个第一从动轮，隔离罩内四角均设置一个主动轮，四个主动轮通过一条传动带连接。本发明能够灵活调节作业范围，且位于作业范围之外的切割轮和第二从动轮都不会消耗动能，能够减少能源损耗，相对于电气件所实现的自动控制来说，该部分结构对工作时所产生的震荡力的抵抗性更强，故障率更低，相对于人力推动的路面切割机来说，能够节省大量的人力劳动，且工作覆盖面更广，工作效率更高，也能够降低工作过程中碎石飞溅、灰尘等对工人的危害。
Rapid road and bridge pavement repairing device
A rapid road and bridge pavement repairing device comprises a vehicle body, two mechanical arms are arranged on the vehicle body, each mechanical arm is connected with an isolation hood, a plurality of cutting wheels are movably installed in one isolation hood, each cutting wheel is coaxially connected with a first driven wheel, four corners in the isolation hood are each provided with a driving wheel, and the four driving wheels are connected through a transmission belt. The working range can be flexibly adjusted, the cutting wheels located outside the working range and a second driven wheel do not consume kinetic energy, and energy loss can be reduced. Compared with automatic control achieved through electrical parts, the structure of the part is higher in resistance to oscillation force generated during working, and the fault rate is lower. Compared with a road surface cutting machine pushed by manpower, the repairing device can save a large amount of manual labor, is wider in working coverage and higher in working efficiency, and can also reduce the harm of broken stone splashing, dust and the like to workers in the working process.
一种路桥路面快速修补装置，包括车体，车体上设有两个机械臂，每个机械臂连接一个隔离罩，其中一个隔离罩内活动安装数个切割轮，每个切割轮同轴连接一个第一从动轮，隔离罩内四角均设置一个主动轮，四个主动轮通过一条传动带连接。本发明能够灵活调节作业范围，且位于作业范围之外的切割轮和第二从动轮都不会消耗动能，能够减少能源损耗，相对于电气件所实现的自动控制来说，该部分结构对工作时所产生的震荡力的抵抗性更强，故障率更低，相对于人力推动的路面切割机来说，能够节省大量的人力劳动，且工作覆盖面更广，工作效率更高，也能够降低工作过程中碎石飞溅、灰尘等对工人的危害。
Rapid road and bridge pavement repairing device
一种路桥路面快速修补装置
ZHAN WEIWEI (author)
2022-02-11
Patent
Electronic Resource
Chinese
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