A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Drainage structure for sewage collection system
The invention relates to the technical field of sewage collection, and discloses a drainage structure for a sewage collection system, which comprises a blow-off pipe, the first end of the blow-off pipe extends into a collection box and is provided with a bracket on the outer side surface, the second end is connected with a vacuum pipe network, the tail end of the bracket is rotatably connected with a lever, and one end of the lever is connected with a sealing plug for matching with a port of the blow-off pipe; the buoyancy borne by the buoy is different due to the change of the sewage level, and the sealing plug is driven to be opened or closed through the lever according to the relation between the buoyancy and the vacuum suction borne by the sealing plug. The two ends of the lever are connected with the float bowl and the sealing plug matched with the end opening of the blow-off pipe, the buoyancy borne by the float bowl is different due to the change of the sewage level in the collecting box, the lever drives the sealing plug to be opened or closed according to the relation between the buoyancy and the vacuum suction borne by the sealing plug, the sewage emptying process is completed, and no electric or vacuum driving component is needed. Control is simple, cost is low, working reliability is high, and energy is not consumed.
本发明涉及污水收集技术领域，公开了一种污水收集系统用排泄结构，包括排污管，其第一端伸入收集箱中并且外侧面设有支架，第二端连接真空管网，支架末端与一杠杆转动连接，杠杆一端连接密封塞，用于与排污管端口配合，另一端连接浮筒，污水水位变化使得浮筒承受的浮力不同，根据浮力与密封塞承受真空吸力的关系，通过杠杆带动密封塞打开或关闭；利用杠杆两端连接浮筒和与排污管端口配合的密封塞，收集箱内的污水水位变化使得浮筒承受的浮力不同，根据浮力与密封塞承受真空吸力的关系，通过杠杆带动密封塞打开或关闭，完成污水排空过程，不需任何电气或真空驱动部件，控制简单、成本低，工作可靠性高，不耗费能源。
Drainage structure for sewage collection system
The invention relates to the technical field of sewage collection, and discloses a drainage structure for a sewage collection system, which comprises a blow-off pipe, the first end of the blow-off pipe extends into a collection box and is provided with a bracket on the outer side surface, the second end is connected with a vacuum pipe network, the tail end of the bracket is rotatably connected with a lever, and one end of the lever is connected with a sealing plug for matching with a port of the blow-off pipe; the buoyancy borne by the buoy is different due to the change of the sewage level, and the sealing plug is driven to be opened or closed through the lever according to the relation between the buoyancy and the vacuum suction borne by the sealing plug. The two ends of the lever are connected with the float bowl and the sealing plug matched with the end opening of the blow-off pipe, the buoyancy borne by the float bowl is different due to the change of the sewage level in the collecting box, the lever drives the sealing plug to be opened or closed according to the relation between the buoyancy and the vacuum suction borne by the sealing plug, the sewage emptying process is completed, and no electric or vacuum driving component is needed. Control is simple, cost is low, working reliability is high, and energy is not consumed.
本发明涉及污水收集技术领域，公开了一种污水收集系统用排泄结构，包括排污管，其第一端伸入收集箱中并且外侧面设有支架，第二端连接真空管网，支架末端与一杠杆转动连接，杠杆一端连接密封塞，用于与排污管端口配合，另一端连接浮筒，污水水位变化使得浮筒承受的浮力不同，根据浮力与密封塞承受真空吸力的关系，通过杠杆带动密封塞打开或关闭；利用杠杆两端连接浮筒和与排污管端口配合的密封塞，收集箱内的污水水位变化使得浮筒承受的浮力不同，根据浮力与密封塞承受真空吸力的关系，通过杠杆带动密封塞打开或关闭，完成污水排空过程，不需任何电气或真空驱动部件，控制简单、成本低，工作可靠性高，不耗费能源。
Drainage structure for sewage collection system
一种污水收集系统用排泄结构
JIANG JUN (author) / YAN JINKAN (author) / LI PENG (author) / LIU XIAOLONG (author) / LIU HOUWEN (author) / LI KAI (author)
2024-01-12
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
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