A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Environment-friendly multifunctional efficient special vehicle
The invention relates to an environment-friendly multifunctional efficient special vehicle. The environment-friendly multifunctional efficient special vehicle comprises a vehicle body and a vehicle plate, a rack is arranged above the vehicle plate, and a suction device with the tail end being capable of stretching and contracting is arranged on the rack. A collection box communicating with the suction device and used for pretreatment is arranged on the vehicle plate. An outer barrel and an inner barrel are arranged by upwards inclining from a water outlet to a discharging opening. Multiple filter holes are formed in the circumferential face of the inner barrel in a hollowed manner, a feeding plate extending in the axis direction of the inner barrel in a threaded manner is arranged on the inner circumferential face of the inner barrel, and the rotating direction of the inner barrel is the same as the screw direction of the feeding plate. A feed pipe communicating with the collection boxand extending into the inner barrel is further included. Through the adoption of the above technical scheme, water in silt is guided under the action of the self weight to the water outlet to flow out, solids in silt move towards the discharging opening under the action of the feed plate and are moved out from the discharging opening, and solid and liquid separation is achieved. Solids, at the discharging opening, in silt and water, at the water outlet, in silt can be borne by different containers corresponding and are treated furthermore.
本发明涉及一种环保多功能高效专用车，包括车体、车板、车板上方设置有机架、机架设置有末端可伸缩的抽吸装置，车板上设置有与抽吸装置连通的用于预处理的收集箱；外筒和内筒自出水口向出料口倾斜向上设置；内筒的周面上镂空有若干过滤孔，内筒的内周面设置有沿内筒的轴线方向螺纹延伸的送料板，内筒的转向与送料板的螺向相同；还包括与收集箱连通并延伸进内筒内的进料管。通过采用上述技术方案，淤泥中的水分在自重作用下导流至出水口流出，淤泥中的固体在送料板的作用下向出料口方向运动并从出料口移出，实现固液分离。出料口处的淤泥中的固体和出水口处的淤泥中的水分可以分别通过不同容器承接并做进一步处理。
Environment-friendly multifunctional efficient special vehicle
The invention relates to an environment-friendly multifunctional efficient special vehicle. The environment-friendly multifunctional efficient special vehicle comprises a vehicle body and a vehicle plate, a rack is arranged above the vehicle plate, and a suction device with the tail end being capable of stretching and contracting is arranged on the rack. A collection box communicating with the suction device and used for pretreatment is arranged on the vehicle plate. An outer barrel and an inner barrel are arranged by upwards inclining from a water outlet to a discharging opening. Multiple filter holes are formed in the circumferential face of the inner barrel in a hollowed manner, a feeding plate extending in the axis direction of the inner barrel in a threaded manner is arranged on the inner circumferential face of the inner barrel, and the rotating direction of the inner barrel is the same as the screw direction of the feeding plate. A feed pipe communicating with the collection boxand extending into the inner barrel is further included. Through the adoption of the above technical scheme, water in silt is guided under the action of the self weight to the water outlet to flow out, solids in silt move towards the discharging opening under the action of the feed plate and are moved out from the discharging opening, and solid and liquid separation is achieved. Solids, at the discharging opening, in silt and water, at the water outlet, in silt can be borne by different containers corresponding and are treated furthermore.
本发明涉及一种环保多功能高效专用车，包括车体、车板、车板上方设置有机架、机架设置有末端可伸缩的抽吸装置，车板上设置有与抽吸装置连通的用于预处理的收集箱；外筒和内筒自出水口向出料口倾斜向上设置；内筒的周面上镂空有若干过滤孔，内筒的内周面设置有沿内筒的轴线方向螺纹延伸的送料板，内筒的转向与送料板的螺向相同；还包括与收集箱连通并延伸进内筒内的进料管。通过采用上述技术方案，淤泥中的水分在自重作用下导流至出水口流出，淤泥中的固体在送料板的作用下向出料口方向运动并从出料口移出，实现固液分离。出料口处的淤泥中的固体和出水口处的淤泥中的水分可以分别通过不同容器承接并做进一步处理。
Environment-friendly multifunctional efficient special vehicle
环保多功能高效专用车
DENG DONGYANG (author) / LIU JIAN (author) / XIAO XIAO (author) / LIANG SUMEI (author)
2020-09-25
Patent
Electronic Resource
Chinese
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