A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses an intelligent diversion well for rainwater and sewage diversion in the technical field of rainwater and sewage diversion. The intelligent diversion well comprises a well body, the upper end of the well body is connected with a well lid, the surface of the upper end of the well body is connected with a rainwater discharge pipe A, the rainwater discharge pipe A communicates with the interior of the well body, and the surface of the lower end of the well body is connected with a sewage inlet pipe and a sewage discharge pipe; according to the scheme, through the structural arrangement of the rainwater discharge pipe A, the partition plate and the sewage discharge pipe, rainwater and sewage in the well body can be separated and independently discharged, so that rainwater diversion is achieved, meanwhile, when the rainwater amount is large, the height of the partition plate can be adjusted according to the gravity of rainwater, and the rainwater discharge pipe B is further exposed; the rainwater drainage pipe B is communicated with the sewage drainage pipe, so that when the rainwater amount is large and rainwater cannot be drained in time through the rainwater drainage pipe A, the rainwater can be guided into the sewage drainage pipe through the rainwater drainage pipe B, rapid drainage of the rainwater is achieved, and waterlogging caused by overflowing of the rainwater is avoided.
本发明公开了雨污分流技术领域的一种用于雨污分流的智能分流井，包括井体，井体的上端连接有井盖，所述井体的上端表面连接有雨水排出管A，所述雨水排出管A和井体内部相连通，所述井体的下端表面连接有污水进入管和污水排出管；本方案通过雨水排出管A、隔板、污水排出管的结构设置，使得井体内部的雨水和污水可以分隔开，并且想独立的排出，从而实现雨水的分流，同时当雨水量较大时，隔板会根据雨水的重力进行高度调节，进一步使雨水排出管B被暴露开，雨水排出管B和污水排出管相连通，使本装置在雨水量较大时，雨水无法通过雨水排出管A及时排出时，可以将雨水通过雨水排出管B导入污水排出管，实现雨水的快速排出，避免雨水漫出造成内涝。
The invention discloses an intelligent diversion well for rainwater and sewage diversion in the technical field of rainwater and sewage diversion. The intelligent diversion well comprises a well body, the upper end of the well body is connected with a well lid, the surface of the upper end of the well body is connected with a rainwater discharge pipe A, the rainwater discharge pipe A communicates with the interior of the well body, and the surface of the lower end of the well body is connected with a sewage inlet pipe and a sewage discharge pipe; according to the scheme, through the structural arrangement of the rainwater discharge pipe A, the partition plate and the sewage discharge pipe, rainwater and sewage in the well body can be separated and independently discharged, so that rainwater diversion is achieved, meanwhile, when the rainwater amount is large, the height of the partition plate can be adjusted according to the gravity of rainwater, and the rainwater discharge pipe B is further exposed; the rainwater drainage pipe B is communicated with the sewage drainage pipe, so that when the rainwater amount is large and rainwater cannot be drained in time through the rainwater drainage pipe A, the rainwater can be guided into the sewage drainage pipe through the rainwater drainage pipe B, rapid drainage of the rainwater is achieved, and waterlogging caused by overflowing of the rainwater is avoided.
本发明公开了雨污分流技术领域的一种用于雨污分流的智能分流井，包括井体，井体的上端连接有井盖，所述井体的上端表面连接有雨水排出管A，所述雨水排出管A和井体内部相连通，所述井体的下端表面连接有污水进入管和污水排出管；本方案通过雨水排出管A、隔板、污水排出管的结构设置，使得井体内部的雨水和污水可以分隔开，并且想独立的排出，从而实现雨水的分流，同时当雨水量较大时，隔板会根据雨水的重力进行高度调节，进一步使雨水排出管B被暴露开，雨水排出管B和污水排出管相连通，使本装置在雨水量较大时，雨水无法通过雨水排出管A及时排出时，可以将雨水通过雨水排出管B导入污水排出管，实现雨水的快速排出，避免雨水漫出造成内涝。
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