A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Municipal overwater garbage cleaning system
The invention relates to the field of overwater garbage cleaning, and particularly relates to a municipal overwater garbage cleaning system. The municipal overwater garbage cleaning system comprises a main treatment cavity, wherein an adsorption port capable of moving up and down is formed in an upper port of the main cleaning cavity; six arc-shaped fixed water filtering plates which are annularly and uniformly distributed are fixedly arranged below the adsorption port; a garbage filtering cavity is fixedly formed in the middle of the main cleaning cavity; a first sealing plate group is fixedly arranged below the garbage filtering cavity; a dehydration cavity is fixedly formed below the first sealing plate group; a water pumping cavity is fixedly formed in the outer circle side of the dehydration cavity; a second sealing plate group is fixedly arranged below the dehydration cavity; and a garbage collection cavity is fixedly formed below the second sealing plate group. Water containing garbage can be adsorbed into a treatment device according to the hydraulic pressure difference, and the garbage is collected by carrying out dehydration treatment on the garbage.
本发明涉及水上垃圾清理领域，具体是一种市政用水上垃圾清理系统，包括主处理腔，所述主清理腔上端口处设有可上下运动的吸附端口，所述吸附端口下固设有六块呈环形均匀分布的弧状固定滤水板，所述主清理腔中部固设有垃圾过滤腔，所述垃圾过滤腔下方固设有第一封闭板组，所述第一封闭板组下方固设有脱水腔，所述脱水腔外圆侧固设有抽水腔，所述脱水腔下方固设有第二封闭板组，所述第二封闭板组下方固设有垃圾收集腔。可以根据液压差来实现将含有垃圾的水质一起吸附进处理装置中，通过对垃圾进行脱水处理将垃圾进行收集。
Municipal overwater garbage cleaning system
The invention relates to the field of overwater garbage cleaning, and particularly relates to a municipal overwater garbage cleaning system. The municipal overwater garbage cleaning system comprises a main treatment cavity, wherein an adsorption port capable of moving up and down is formed in an upper port of the main cleaning cavity; six arc-shaped fixed water filtering plates which are annularly and uniformly distributed are fixedly arranged below the adsorption port; a garbage filtering cavity is fixedly formed in the middle of the main cleaning cavity; a first sealing plate group is fixedly arranged below the garbage filtering cavity; a dehydration cavity is fixedly formed below the first sealing plate group; a water pumping cavity is fixedly formed in the outer circle side of the dehydration cavity; a second sealing plate group is fixedly arranged below the dehydration cavity; and a garbage collection cavity is fixedly formed below the second sealing plate group. Water containing garbage can be adsorbed into a treatment device according to the hydraulic pressure difference, and the garbage is collected by carrying out dehydration treatment on the garbage.
本发明涉及水上垃圾清理领域，具体是一种市政用水上垃圾清理系统，包括主处理腔，所述主清理腔上端口处设有可上下运动的吸附端口，所述吸附端口下固设有六块呈环形均匀分布的弧状固定滤水板，所述主清理腔中部固设有垃圾过滤腔，所述垃圾过滤腔下方固设有第一封闭板组，所述第一封闭板组下方固设有脱水腔，所述脱水腔外圆侧固设有抽水腔，所述脱水腔下方固设有第二封闭板组，所述第二封闭板组下方固设有垃圾收集腔。可以根据液压差来实现将含有垃圾的水质一起吸附进处理装置中，通过对垃圾进行脱水处理将垃圾进行收集。