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A platform for research: civil engineering, architecture and urbanism
Reservoir infiltration leakage-proof simulation device
The invention discloses a reservoir infiltration leakage-proof simulation device which comprises a model groove made of transparent organic glass, a dam model, two supports, a sanding mechanism and a water level adjusting mechanism. The dam model is made of clay layers and comprises a reservoir disc, an upstream dam slope, a dam crest and a downstream dam slope which are sequentially connected from left to right. The two supports are arranged on the two sides of the model groove respectively, a guide rail is fixed between the two supports, a moving mechanism is arranged on the guide rail, and the moving mechanism is connected with a sand storage box; and the sanding mechanism is arranged on the sand storage box. According to the invention, the thickness of sediment deposited in front of the dam body and the height of the water level can be simulated through the simulation device, so that seepage damage generated by the dam body under the conditions of different sediment thicknesses and different water levels can be displayed, and the seepage damage display device can be conveniently applied to the reality, and the water level in front of the dam body and the thickness of the deposited sediment can be measured. And the seepage failure position is predicted and protected.
本发明公开了一种水库入渗防漏模拟装置，包括通过透明有机玻璃制成的模型槽、堤坝模型、两个支架、撒砂机构和水位调节机构；堤坝模型采用粘土层制成，堤坝模型包括从左至右依次相连的库盘、上游坝坡、坝顶和下游坝坡；两个支架分别设置在模型槽的两侧，两个支架之间固定有导轨，导轨上设有移动机构，移动机构连接有储砂箱；撒砂机构设置在储砂箱上。本发明能够通过模拟装置实现对坝体前沉积的泥沙厚度以及水位高度进行模拟，从而对不同泥沙厚度以及不同水位高度情况下坝体产生的渗透破坏进行展示，进而方便应用到实际当中，通过对坝体前的水位以及沉积泥沙厚度的测量，来对渗透破坏位置进行预测防护。
Reservoir infiltration leakage-proof simulation device
The invention discloses a reservoir infiltration leakage-proof simulation device which comprises a model groove made of transparent organic glass, a dam model, two supports, a sanding mechanism and a water level adjusting mechanism. The dam model is made of clay layers and comprises a reservoir disc, an upstream dam slope, a dam crest and a downstream dam slope which are sequentially connected from left to right. The two supports are arranged on the two sides of the model groove respectively, a guide rail is fixed between the two supports, a moving mechanism is arranged on the guide rail, and the moving mechanism is connected with a sand storage box; and the sanding mechanism is arranged on the sand storage box. According to the invention, the thickness of sediment deposited in front of the dam body and the height of the water level can be simulated through the simulation device, so that seepage damage generated by the dam body under the conditions of different sediment thicknesses and different water levels can be displayed, and the seepage damage display device can be conveniently applied to the reality, and the water level in front of the dam body and the thickness of the deposited sediment can be measured. And the seepage failure position is predicted and protected.
本发明公开了一种水库入渗防漏模拟装置，包括通过透明有机玻璃制成的模型槽、堤坝模型、两个支架、撒砂机构和水位调节机构；堤坝模型采用粘土层制成，堤坝模型包括从左至右依次相连的库盘、上游坝坡、坝顶和下游坝坡；两个支架分别设置在模型槽的两侧，两个支架之间固定有导轨，导轨上设有移动机构，移动机构连接有储砂箱；撒砂机构设置在储砂箱上。本发明能够通过模拟装置实现对坝体前沉积的泥沙厚度以及水位高度进行模拟，从而对不同泥沙厚度以及不同水位高度情况下坝体产生的渗透破坏进行展示，进而方便应用到实际当中，通过对坝体前的水位以及沉积泥沙厚度的测量，来对渗透破坏位置进行预测防护。
Reservoir infiltration leakage-proof simulation device
一种水库入渗防漏模拟装置
ZHOU HENG (author) / LU KUNMING (author) / ZHANG ZIPEI (author) / CHENG LONG (author) / KOU JIAWEI (author) / NIU MINGHUI (author) / WEI XUAN (author) / GOU YAOFENG (author) / LEI JINGCHUN (author)
2023-11-14
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
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