A platform for research: civil engineering, architecture and urbanism
River channel dredging equipment with sludge dewatering mechanism
The invention discloses river channel dredging equipment with a sludge dewatering mechanism, and relates to the technical field of sludge removing equipment, the river channel dredging equipment comprises a floating boat and a bottom plate, and further comprises a water tank, a filter screen, a sludge pump machine, a fixed cylinder, a sliding cylinder, a first telescopic part, a crushing mechanism, the sludge dewatering mechanism, a conveying pipe and an inclined scraper, the crushing mechanism comprises an impact assembly, a sludge collecting assembly and a first power assembly. A first telescopic piece drives a sliding cylinder to longitudinally move, so that the sliding cylinder extends into sludge, a sludge pumping pump works, the sludge is pumped out and conveyed to a sludge water removal mechanism through a conveying pipe, the sludge water removal mechanism is used for dewatering the sludge, a first power assembly drives a sludge collection assembly to rotate, and the sludge collection assembly is used for concentrating the sludge around the sliding cylinder; and the impact assembly pumps out and sprays out clear water in the water tank to impact and crush the sludge, so that the looseness of the sludge is improved, and the problems that the sludge is stacked together, the size is large, the adhesion between the sludge is high, and the sludge is difficult to suck are solved.
本发明公开了一种具有淤泥除水机构的河道清淤设备,涉及淤泥清除设备技术领域,包括浮船和底板,还包括:水箱、过滤网、抽泥泵机、固定筒、滑动筒、第一伸缩件、破碎机构、淤泥除水机构、输送管和斜刮板,破碎机构包括:冲击组件、集泥组件和第一动力组件。第一伸缩件带动滑动筒纵向运动,使得滑动筒伸入淤泥内部,抽泥泵机工作,将淤泥抽出,通过输送管送入淤泥除水机构上,淤泥除水机构对淤泥进行脱水,第一动力组件带动集泥组件转动,集泥组件对滑动筒周围的淤泥进行集中,冲击组件将水箱内部清水抽出并喷出,对淤泥进行冲击破碎,提高淤泥的松散度,解决了淤泥堆积在一起,体积较大,且淤泥间黏合度较强,难以对淤泥进行抽吸的问题。
River channel dredging equipment with sludge dewatering mechanism
The invention discloses river channel dredging equipment with a sludge dewatering mechanism, and relates to the technical field of sludge removing equipment, the river channel dredging equipment comprises a floating boat and a bottom plate, and further comprises a water tank, a filter screen, a sludge pump machine, a fixed cylinder, a sliding cylinder, a first telescopic part, a crushing mechanism, the sludge dewatering mechanism, a conveying pipe and an inclined scraper, the crushing mechanism comprises an impact assembly, a sludge collecting assembly and a first power assembly. A first telescopic piece drives a sliding cylinder to longitudinally move, so that the sliding cylinder extends into sludge, a sludge pumping pump works, the sludge is pumped out and conveyed to a sludge water removal mechanism through a conveying pipe, the sludge water removal mechanism is used for dewatering the sludge, a first power assembly drives a sludge collection assembly to rotate, and the sludge collection assembly is used for concentrating the sludge around the sliding cylinder; and the impact assembly pumps out and sprays out clear water in the water tank to impact and crush the sludge, so that the looseness of the sludge is improved, and the problems that the sludge is stacked together, the size is large, the adhesion between the sludge is high, and the sludge is difficult to suck are solved.
本发明公开了一种具有淤泥除水机构的河道清淤设备,涉及淤泥清除设备技术领域,包括浮船和底板,还包括:水箱、过滤网、抽泥泵机、固定筒、滑动筒、第一伸缩件、破碎机构、淤泥除水机构、输送管和斜刮板,破碎机构包括:冲击组件、集泥组件和第一动力组件。第一伸缩件带动滑动筒纵向运动,使得滑动筒伸入淤泥内部,抽泥泵机工作,将淤泥抽出,通过输送管送入淤泥除水机构上,淤泥除水机构对淤泥进行脱水,第一动力组件带动集泥组件转动,集泥组件对滑动筒周围的淤泥进行集中,冲击组件将水箱内部清水抽出并喷出,对淤泥进行冲击破碎,提高淤泥的松散度,解决了淤泥堆积在一起,体积较大,且淤泥间黏合度较强,难以对淤泥进行抽吸的问题。
River channel dredging equipment with sludge dewatering mechanism
一种具有淤泥除水机构的河道清淤设备
WANG XUEJUN (author) / WANG RONGZE (author) / YANG XIAOGONG (author) / WANG CAIFENG (author) / JIA JIAN (author) / GUO HAOZHE (author) / ZHANG YINGYING (author) / ZHANG HAORAN (author)
2023-10-20
Patent
Electronic Resource
Chinese
IPC:
E02F
Baggern
,
DREDGING
Lifting type river channel dredging and dewatering equipment
European Patent Office | 2021
|Sludge dewatering device for environment-friendly dredging
European Patent Office | 2024
|