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Energy-saving overflow control mechanism for municipal storm drainage
The invention discloses an energy-saving overflow control mechanism for municipal storm drainage. The energy-saving overflow control mechanism comprises a drainage seat, a drainage cavity and an overflow cavity are formed inside the drainage seat, a water inlet and a water outlet are formed in the front side wall and the rear side wall of the drainage cavity respectively, an overflow drainage pipeis arranged on the inner wall of the overflow cavity in a penetrating mode, a communicating pipe is further arranged between the drainage cavity and the overflow cavity in a penetrating mode, a fixing block and an annular sliding seat are fixedly connected to the inner top wall of the overflow cavity, a pipe plug used in cooperation with the communicating pipe is connected inside the annular sliding seat in a sliding mode, and the end, located in the overflow cavity, of the communicating pipe is plugged by the pipe plug, and a reset spring is connected between the back face of the pipe plug and the fixing block. The energy-saving overflow control mechanism has the advantages that the overflow cavity and the overflow drainage pipe can be automatically opened in time for storm drainage without manual or electric drive control, so that manpower and electric power are saved, and the problem of urban inland inundation can be effectively solved in time.
本发明公开了一种市政排涝用节能型溢流控制机构，包括排水座，所述排水座内部开设有排水腔体和溢流腔体，所述排水腔体的前后侧壁上分别设有进水口和出水口，所述溢流腔体内壁上贯穿设有溢流排水管，其中所述排水腔体和溢流腔体之间还贯穿设有连通管，所述溢流腔体的内顶壁上固接有固定块和环形滑动座，所述环形滑动座内部滑动连接有配合连通管使用的管塞，且管塞对连通管位于溢流腔体的一端进行堵塞，所述管塞的背面与固定块之间连接有复位弹簧。优点在于：本发明无需人工手动或电力驱动控制即可使溢流腔体和溢流排水管及时自动打开进行排涝，节约人力电力，能够及时有效地帮助解决城市内涝问题。
Energy-saving overflow control mechanism for municipal storm drainage
The invention discloses an energy-saving overflow control mechanism for municipal storm drainage. The energy-saving overflow control mechanism comprises a drainage seat, a drainage cavity and an overflow cavity are formed inside the drainage seat, a water inlet and a water outlet are formed in the front side wall and the rear side wall of the drainage cavity respectively, an overflow drainage pipeis arranged on the inner wall of the overflow cavity in a penetrating mode, a communicating pipe is further arranged between the drainage cavity and the overflow cavity in a penetrating mode, a fixing block and an annular sliding seat are fixedly connected to the inner top wall of the overflow cavity, a pipe plug used in cooperation with the communicating pipe is connected inside the annular sliding seat in a sliding mode, and the end, located in the overflow cavity, of the communicating pipe is plugged by the pipe plug, and a reset spring is connected between the back face of the pipe plug and the fixing block. The energy-saving overflow control mechanism has the advantages that the overflow cavity and the overflow drainage pipe can be automatically opened in time for storm drainage without manual or electric drive control, so that manpower and electric power are saved, and the problem of urban inland inundation can be effectively solved in time.
本发明公开了一种市政排涝用节能型溢流控制机构，包括排水座，所述排水座内部开设有排水腔体和溢流腔体，所述排水腔体的前后侧壁上分别设有进水口和出水口，所述溢流腔体内壁上贯穿设有溢流排水管，其中所述排水腔体和溢流腔体之间还贯穿设有连通管，所述溢流腔体的内顶壁上固接有固定块和环形滑动座，所述环形滑动座内部滑动连接有配合连通管使用的管塞，且管塞对连通管位于溢流腔体的一端进行堵塞，所述管塞的背面与固定块之间连接有复位弹簧。优点在于：本发明无需人工手动或电力驱动控制即可使溢流腔体和溢流排水管及时自动打开进行排涝，节约人力电力，能够及时有效地帮助解决城市内涝问题。
Energy-saving overflow control mechanism for municipal storm drainage
一种市政排涝用节能型溢流控制机构
CUI FUGUAN (author)
2020-05-29
Patent
Electronic Resource
Chinese
IPC:
E03F
SEWERS
,
Abwasserkanäle
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