Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to the technical field of water conservancy projects, in particular to a water storage system for water conservancy projects, which comprises a first cleaning mechanism, a filtering mechanism, a drainage mechanism and a second cleaning mechanism. At the moment, the first filter screen inclines downwards and drives the second filter screen to extend outwards, when the second filter screen extends outwards, the first small hole is enlarged to accelerate the drainage speed, when the first small hole is small, water evaporation can be reduced, and when the first filter screen inclines downwards, the connecting hole is exposed; in this way, particle impurities can be discharged through the two connecting holes, the particle impurities fall to the upper end of the screen to be cleaned regularly, and when water is large and needs to be discharged, a floating plate can move upwards to drive a first steel wire rope to pull a movable plate to extrude a sponge to increase the water discharging speed; and meanwhile, a cleaning block can be driven to clean particle impurities attached to fourth small holes in the upward movement process of the first steel wire rope.
本发明涉及水利工程技术领域，具体的说是一种用于水利工程的蓄水系统，包括第一去清理机构、过滤机构、排水机构、第二清理机构，水通过第一过滤网会使杂质颗粒在第一过滤网的上积累越来越多，此时第一过滤网向下倾斜并带动第二过滤网向外伸长，在第二过滤网向外伸长会使第一小孔增大加快排水速度，在第一小孔较小的时可以减少水蒸发，在第一过滤网向下倾斜的过程中会使连接孔露出来，这样两个连接孔都可以进行排颗粒杂质，颗粒杂质落至筛网的上端定期清理，在水量较大需要进行排水的时候，浮板会向上运动带动第一钢丝绳拉动活动板挤压海绵加快排水的速度，同时在第一钢丝绳向上运动的过程中会带动清理块对第四小孔上附着的颗粒杂质进行清理。
The invention relates to the technical field of water conservancy projects, in particular to a water storage system for water conservancy projects, which comprises a first cleaning mechanism, a filtering mechanism, a drainage mechanism and a second cleaning mechanism. At the moment, the first filter screen inclines downwards and drives the second filter screen to extend outwards, when the second filter screen extends outwards, the first small hole is enlarged to accelerate the drainage speed, when the first small hole is small, water evaporation can be reduced, and when the first filter screen inclines downwards, the connecting hole is exposed; in this way, particle impurities can be discharged through the two connecting holes, the particle impurities fall to the upper end of the screen to be cleaned regularly, and when water is large and needs to be discharged, a floating plate can move upwards to drive a first steel wire rope to pull a movable plate to extrude a sponge to increase the water discharging speed; and meanwhile, a cleaning block can be driven to clean particle impurities attached to fourth small holes in the upward movement process of the first steel wire rope.
本发明涉及水利工程技术领域，具体的说是一种用于水利工程的蓄水系统，包括第一去清理机构、过滤机构、排水机构、第二清理机构，水通过第一过滤网会使杂质颗粒在第一过滤网的上积累越来越多，此时第一过滤网向下倾斜并带动第二过滤网向外伸长，在第二过滤网向外伸长会使第一小孔增大加快排水速度，在第一小孔较小的时可以减少水蒸发，在第一过滤网向下倾斜的过程中会使连接孔露出来，这样两个连接孔都可以进行排颗粒杂质，颗粒杂质落至筛网的上端定期清理，在水量较大需要进行排水的时候，浮板会向上运动带动第一钢丝绳拉动活动板挤压海绵加快排水的速度，同时在第一钢丝绳向上运动的过程中会带动清理块对第四小孔上附着的颗粒杂质进行清理。
Water storage system for water conservancy project
一种用于水利工程的蓄水系统
01.11.2022
Patent
Elektronische Ressource
Chinesisch
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