A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an efficient sweeping disc system. The system comprises an auxiliary engine, an integrated generator, a BLDC driver, a sweeping disc lifting device, a brushless direct currentmotor and a sweeping disc, wherein the auxiliary engine is connected with the integrated generator through a belt for transmission; the integrated generator outputs direct-current voltage and currentand is connected with the BLDC driver and the sweeping disc lifting device through wires respectively; the BLDC driver is electrically connected with the brushless direct current motor through a wire;the output end of the brushless direct current motor is in transmission connection with the sweeping disc; the sweeping disc lifting device comprises a hydraulic oil cylinder; and the output end of the hydraulic oil cylinder is installed on the sweeping disc through a bolt. By the adoption of a simulation sensor, the sweeping disc can automatically sense the garbage compression degree, self-adaptive pavement adjustment of the sweeping brush can be realized, the situation that a sweeping brush is separated from a road surface due to sweeping brush abrasion of the sweeping disc and consequentlythe sweeping effect is affected is avoided, and an operator is effectively prevented from frequently and manually adjusting the sweeping disc.
本发明公开了一个高效扫盘系统，包括辅助发动机、整体式发电机、BLDC驱动器、扫盘提升装置、无刷直流电机和扫盘，辅助发动机通过皮带连接传动整体式发电机，且整体式发电机输出直流电压电流通过导线分别连接BLDC驱动器和扫盘提升装置，BLDC驱动器通过导线电性连接有无刷直流电机，且无刷直流电机是输出端传动连接扫盘，扫盘提升装置包括液压油缸，且液压油缸的输出端通过螺栓安装在扫盘上。本发明采用模拟传感器使得扫盘能够自动感知垃圾被压缩的程度，可实现扫刷自适应路面调整，避免扫盘出现因扫刷磨损导致的扫刷与路面分离的情况，影响清扫的效果，并且有效的避免了操作者不必要的频繁手动调节扫盘。
The invention discloses an efficient sweeping disc system. The system comprises an auxiliary engine, an integrated generator, a BLDC driver, a sweeping disc lifting device, a brushless direct currentmotor and a sweeping disc, wherein the auxiliary engine is connected with the integrated generator through a belt for transmission; the integrated generator outputs direct-current voltage and currentand is connected with the BLDC driver and the sweeping disc lifting device through wires respectively; the BLDC driver is electrically connected with the brushless direct current motor through a wire;the output end of the brushless direct current motor is in transmission connection with the sweeping disc; the sweeping disc lifting device comprises a hydraulic oil cylinder; and the output end of the hydraulic oil cylinder is installed on the sweeping disc through a bolt. By the adoption of a simulation sensor, the sweeping disc can automatically sense the garbage compression degree, self-adaptive pavement adjustment of the sweeping brush can be realized, the situation that a sweeping brush is separated from a road surface due to sweeping brush abrasion of the sweeping disc and consequentlythe sweeping effect is affected is avoided, and an operator is effectively prevented from frequently and manually adjusting the sweeping disc.
本发明公开了一个高效扫盘系统，包括辅助发动机、整体式发电机、BLDC驱动器、扫盘提升装置、无刷直流电机和扫盘，辅助发动机通过皮带连接传动整体式发电机，且整体式发电机输出直流电压电流通过导线分别连接BLDC驱动器和扫盘提升装置，BLDC驱动器通过导线电性连接有无刷直流电机，且无刷直流电机是输出端传动连接扫盘，扫盘提升装置包括液压油缸，且液压油缸的输出端通过螺栓安装在扫盘上。本发明采用模拟传感器使得扫盘能够自动感知垃圾被压缩的程度，可实现扫刷自适应路面调整，避免扫盘出现因扫刷磨损导致的扫刷与路面分离的情况，影响清扫的效果，并且有效的避免了操作者不必要的频繁手动调节扫盘。
Sweeping disc for electric sweeper and sweeping disc adjusting structure
| European Patent Office | 2022
| European Patent Office | 2022
Sweeping disc adjusting device, sweeping adjusting system and control method of sweeping device
| European Patent Office | 2022