A platform for research: civil engineering, architecture and urbanism
Sewage pipeline aspect treatment node and process thereof
The invention relates to the technical field of sewage pipelines, and discloses a sewage pipeline aspect treatment node and a process thereof. The sewage pipeline aspect treatment node comprises a sewage pipe joint, wherein connecting ports are respectively formed in two ends of the sewage pipe joint; mounting holes are formed in the surfaces of the connecting ports; sealing rings are arranged on the inner peripheral sides of the mounting holes; concrete layers are arranged on the outer peripheral sides of the connecting ports; impermeable layers are arranged on the outer peripheral sides of the concrete layers; hoops are arranged on the outer peripheral sides of the impermeable layers; a heat insulation layer is arranged on the outer peripheral side of the sewage pipe joint; a waterproof layer is arranged on the outer peripheral side of the heat insulation layer; and a first sand pumping port is formed in the concrete layer in a penetrating manner. According to the sewage pipeline aspect treatment node and the process thereof, by arranging a sealing impermeable mechanism and a structure reinforcing mechanism, the problems that the sealing performance of a sewage pipeline is poor, the structural strength of the sewage pipeline treatment node is low, leakage is easy to occur and inconvenience is brought to normal use due to the fact that cracks are easy to occur at the joint of the existing sewage pipeline aspect treatment node are effectively solved.
本发明涉及污水管道技术领域,且公开了污水管道方面处理节点及其工艺,该污水管道方面处理节点包括污水管节,污水管节两端分别设置有连接端口,连接端口表面开设有安装孔,安装孔内周侧设置有密封圈,连接端口外周侧设置有混凝土层,混凝土层外周侧设置有防渗层,防渗层外周侧设置有套箍,污水管节外周侧设置有隔热保温层,隔热保温层外周侧设置有防水层,混凝土层内部贯穿设置有第一抽沙口。该污水管道方面处理节点及其工艺,通过设置密封防渗机构以及结构增强机构,有效解决现有的污水管道方面处理节点连接处容易出现裂痕,导致污水管道的密封性能差,以及污水管道处理节点结构强度低,容易出现泄漏,给正常使用带来不便问题。
Sewage pipeline aspect treatment node and process thereof
The invention relates to the technical field of sewage pipelines, and discloses a sewage pipeline aspect treatment node and a process thereof. The sewage pipeline aspect treatment node comprises a sewage pipe joint, wherein connecting ports are respectively formed in two ends of the sewage pipe joint; mounting holes are formed in the surfaces of the connecting ports; sealing rings are arranged on the inner peripheral sides of the mounting holes; concrete layers are arranged on the outer peripheral sides of the connecting ports; impermeable layers are arranged on the outer peripheral sides of the concrete layers; hoops are arranged on the outer peripheral sides of the impermeable layers; a heat insulation layer is arranged on the outer peripheral side of the sewage pipe joint; a waterproof layer is arranged on the outer peripheral side of the heat insulation layer; and a first sand pumping port is formed in the concrete layer in a penetrating manner. According to the sewage pipeline aspect treatment node and the process thereof, by arranging a sealing impermeable mechanism and a structure reinforcing mechanism, the problems that the sealing performance of a sewage pipeline is poor, the structural strength of the sewage pipeline treatment node is low, leakage is easy to occur and inconvenience is brought to normal use due to the fact that cracks are easy to occur at the joint of the existing sewage pipeline aspect treatment node are effectively solved.
本发明涉及污水管道技术领域,且公开了污水管道方面处理节点及其工艺,该污水管道方面处理节点包括污水管节,污水管节两端分别设置有连接端口,连接端口表面开设有安装孔,安装孔内周侧设置有密封圈,连接端口外周侧设置有混凝土层,混凝土层外周侧设置有防渗层,防渗层外周侧设置有套箍,污水管节外周侧设置有隔热保温层,隔热保温层外周侧设置有防水层,混凝土层内部贯穿设置有第一抽沙口。该污水管道方面处理节点及其工艺,通过设置密封防渗机构以及结构增强机构,有效解决现有的污水管道方面处理节点连接处容易出现裂痕,导致污水管道的密封性能差,以及污水管道处理节点结构强度低,容易出现泄漏,给正常使用带来不便问题。
Sewage pipeline aspect treatment node and process thereof
污水管道方面处理节点及其工艺
HAN ZHUPING (author) / BAI CHUNQI (author) / LI CAIYUN (author) / LIU BOFU (author)
2021-07-02
Patent
Electronic Resource
Chinese
Rainwater pipeline aspect treatment node and process thereof
European Patent Office | 2021
|Sewage treatment impurity screening pipeline and implementation process thereof
European Patent Office | 2020
|