A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an intelligent sweeping robot for municipal engineering. The sweeping robot structurally comprises a frame, a steering driving console, a motor, a driving front wheel, a drivenrear wheel, a sweeping base, a cockpit and a ceiling. The sweeping robot has the advantages that the sweeping base is mainly composed of a dust recycling mechanism, a front collecting shovel plate and a garbage recycling mechanism. When the sweeping robot moves forwards, by use of a front shovel structure formed by the front collecting shovel plate, garbage along the road can be concentrated on the shovel plate; under the action of air negative pressure generated by the dust recycling mechanism and the garbage recycling mechanism, garbage and dust are conveyed in two ways. Garbage is intensively stored in a garbage collecting box under the action of a rapid conveying structure formed by the garbage recycling mechanism, and dust is intensively stored in a dust collecting box under the action of a multi-directional negative pressure structure formed by the dust recycling mechanism, so that raised dust generated when the sweeping robot passes through a road surface is reduced, the collecting efficiency of the dust and the garbage is improved, and the garbage is conveniently recycled.
本发明公开了一种用于市政工程的智能扫地机器人，其结构包括车架、转向行驶控制台、电机、主动前轮、从动后轮、清扫底座、座舱、顶棚，本发明具有的效果：清扫底座主要由灰尘回收机构和前集物铲板以及垃圾回收机构组成，设备向前行驶时，利用前集物铲板形成的前铲结构，能够将沿路的垃圾集中在铲板上，在灰尘回收机构和垃圾回收机构产生的空气负压作用下，垃圾和灰尘分成两路输送，垃圾在垃圾回收机构形成快速输送结构作用下，集中收纳在垃圾集收箱，灰尘在灰尘回收机构形成的多向负压结构作用下，集中收纳在集尘箱，从而降低设备经过路面时产生的扬尘，提高灰尘和垃圾的收集效率，方便对垃圾进行回收再利用。
The invention discloses an intelligent sweeping robot for municipal engineering. The sweeping robot structurally comprises a frame, a steering driving console, a motor, a driving front wheel, a drivenrear wheel, a sweeping base, a cockpit and a ceiling. The sweeping robot has the advantages that the sweeping base is mainly composed of a dust recycling mechanism, a front collecting shovel plate and a garbage recycling mechanism. When the sweeping robot moves forwards, by use of a front shovel structure formed by the front collecting shovel plate, garbage along the road can be concentrated on the shovel plate; under the action of air negative pressure generated by the dust recycling mechanism and the garbage recycling mechanism, garbage and dust are conveyed in two ways. Garbage is intensively stored in a garbage collecting box under the action of a rapid conveying structure formed by the garbage recycling mechanism, and dust is intensively stored in a dust collecting box under the action of a multi-directional negative pressure structure formed by the dust recycling mechanism, so that raised dust generated when the sweeping robot passes through a road surface is reduced, the collecting efficiency of the dust and the garbage is improved, and the garbage is conveniently recycled.
本发明公开了一种用于市政工程的智能扫地机器人，其结构包括车架、转向行驶控制台、电机、主动前轮、从动后轮、清扫底座、座舱、顶棚，本发明具有的效果：清扫底座主要由灰尘回收机构和前集物铲板以及垃圾回收机构组成，设备向前行驶时，利用前集物铲板形成的前铲结构，能够将沿路的垃圾集中在铲板上，在灰尘回收机构和垃圾回收机构产生的空气负压作用下，垃圾和灰尘分成两路输送，垃圾在垃圾回收机构形成快速输送结构作用下，集中收纳在垃圾集收箱，灰尘在灰尘回收机构形成的多向负压结构作用下，集中收纳在集尘箱，从而降低设备经过路面时产生的扬尘，提高灰尘和垃圾的收集效率，方便对垃圾进行回收再利用。
Intelligent sweeping robot for municipal engineering
一种用于市政工程的智能扫地机器人
LU KAIYOU (author)
2020-05-29
Patent
Electronic Resource
Chinese
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