Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Garbage sweeping mechanical structure based on low-carbon environment-friendly sweeper
The invention belongs to the technical field of sweeping vehicles, and particularly relates to a garbage sweeping mechanical structure based on a low-carbon environment-friendly sweeping vehicle, which comprises an electric vehicle body as well as a collection cabinet and a solar cell panel which are mounted on the electric vehicle body, and a sweeping mechanism is mounted on the lower surface of the electric vehicle body through a telescopic mechanism; and one side of the telescopic mechanism is connected with the surface of the collecting cabinet, and a dust falling mechanism is arranged on the inner wall of the collecting cabinet. According to the garbage sweeping mechanical structure based on the low-carbon environment-friendly sweeper, through the arrangement of the sweeping mechanism, only one driving source is used for driving two sweeping brushes to synchronously and reversely rotate, so that dust and sandy soil on the ground can be conveniently gathered towards the middle of the electric vehicle body, and then the dust and sandy soil can be conveniently sucked into a dust collection box of a collection cabinet by a vacuum suction head; and meanwhile, the height of the cleaning brush and the height of the vacuum suction head can be conveniently adjusted through the telescopic mechanism, movement of the H-shaped supporting plate is balanced through the supporting block and the hinged plate, and rollover caused by the fact that one side bears too large force is prevented.
本发明属于扫地车技术领域，尤其是一种基于低碳环保清扫车的垃圾清扫机械结构，包括电动车体以及安装在电动车体上的收集柜和太阳能电池板，所述电动车体的下表面通过伸缩机构安装有清扫机构，所述伸缩机构的一侧与所述收集柜的表面连接，所述收集柜的内壁设置有降尘机构。该基于低碳环保清扫车的垃圾清扫机械结构，通过设置清扫机构，便于只用一个驱动源带动两个清扫刷进行同步反向转动，从而有利于将地面上的灰尘沙土向电动车体的中部聚拢，进而便于真空吸头将灰尘沙土吸入收集柜的集尘箱内，同时通过伸缩机构便于对清扫刷和真空吸头的高度进行调节，并通过支撑块和铰接板对H型支撑板的移动进行平衡，防止一边承受的力过大造成侧翻。
Garbage sweeping mechanical structure based on low-carbon environment-friendly sweeper
The invention belongs to the technical field of sweeping vehicles, and particularly relates to a garbage sweeping mechanical structure based on a low-carbon environment-friendly sweeping vehicle, which comprises an electric vehicle body as well as a collection cabinet and a solar cell panel which are mounted on the electric vehicle body, and a sweeping mechanism is mounted on the lower surface of the electric vehicle body through a telescopic mechanism; and one side of the telescopic mechanism is connected with the surface of the collecting cabinet, and a dust falling mechanism is arranged on the inner wall of the collecting cabinet. According to the garbage sweeping mechanical structure based on the low-carbon environment-friendly sweeper, through the arrangement of the sweeping mechanism, only one driving source is used for driving two sweeping brushes to synchronously and reversely rotate, so that dust and sandy soil on the ground can be conveniently gathered towards the middle of the electric vehicle body, and then the dust and sandy soil can be conveniently sucked into a dust collection box of a collection cabinet by a vacuum suction head; and meanwhile, the height of the cleaning brush and the height of the vacuum suction head can be conveniently adjusted through the telescopic mechanism, movement of the H-shaped supporting plate is balanced through the supporting block and the hinged plate, and rollover caused by the fact that one side bears too large force is prevented.
本发明属于扫地车技术领域，尤其是一种基于低碳环保清扫车的垃圾清扫机械结构，包括电动车体以及安装在电动车体上的收集柜和太阳能电池板，所述电动车体的下表面通过伸缩机构安装有清扫机构，所述伸缩机构的一侧与所述收集柜的表面连接，所述收集柜的内壁设置有降尘机构。该基于低碳环保清扫车的垃圾清扫机械结构，通过设置清扫机构，便于只用一个驱动源带动两个清扫刷进行同步反向转动，从而有利于将地面上的灰尘沙土向电动车体的中部聚拢，进而便于真空吸头将灰尘沙土吸入收集柜的集尘箱内，同时通过伸缩机构便于对清扫刷和真空吸头的高度进行调节，并通过支撑块和铰接板对H型支撑板的移动进行平衡，防止一边承受的力过大造成侧翻。
Garbage sweeping mechanical structure based on low-carbon environment-friendly sweeper
一种基于低碳环保清扫车的垃圾清扫机械结构
NING ZHIXING (Autor:in)
18.11.2022
Patent
Elektronische Ressource
Chinesisch
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