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    • 2. 发明授权
    • Debris-flow prevention method by controlling debris-flow magnitude and avoiding to block main river
    • 通过控制泥石流量大小避免堵塞主要河流的泥石流防治方法
    • US08517633B2
    • 2013-08-27
    • US13319922
    • 2011-01-25
    • Peng CuiXiaoqing ChenYong YouDeji LiKai Huang
    • Peng CuiXiaoqing ChenYong YouDeji LiKai Huang
    • F17D3/00
    • E02B3/023E02B3/02E02B3/026Y02A10/28Y10T137/0318
    • The invention discloses a debris-flow prevention method by controlling debris-flow magnitude and avoiding to block main river. This method first adopts the drainage works for delivering debris flow in corporation with the transport of the main river; if the drained sediment cannot be transported by the main river, the blocking works are adopted; and if the sediment still exceeds the delivering capacity, the deposit stopping works are adopted. Compared with the prior art, this invention makes full use of the main river's transport capacity, gives priority to dredging and also reasonably distributes the sediment and deploys the engineering system, so as to realize the safe discharge of debris flow, and avoid the secondary disaster of “barrier lake” caused by the blocking of main river due to excessive discharge of debris flow and fully guarantee the safety of mountain towns, major projects and infrastructure located at the mouth of debris flow gully.
    • 本发明公开了一种通过控制泥石流量大小避免堵塞主要河流的泥石流防治方法。 该方法首先采用排水工程,与主河运输同时输送泥石流; 如果主河不能运输排水沉积物,采用封堵工程; 如果沉积物仍然超过交付能力,则采用停堆工程。 与现有技术相比,本发明充分利用了主要河流的运输能力,优先挖泥,合理分配沉积物和部署工程系统,实现泥石流安全排放,避免二次灾害 由于泥石流过度流失导致的主要河流堵塞造成的“障碍湖”,充分保障了位于泥石流沟口的山区镇,重大项目和基础设施的安全。
    • 3. 发明申请
    • DEBRIS-FLOW PREVENTION METHOD BY CONTROLLING DEBRIS-FLOW MAGNITUDE AND AVOIDING TO BLOCK MAIN RIVER
    • 通过控制流动流量并防止主坝流失预防方法
    • US20120273046A1
    • 2012-11-01
    • US13319922
    • 2011-01-25
    • Peng CuiXiaoqing ChenYong YouDeji LiKai Huang
    • Peng CuiXiaoqing ChenYong YouDeji LiKai Huang
    • F17D3/00
    • E02B3/023E02B3/02E02B3/026Y02A10/28Y10T137/0318
    • The invention discloses a debris-flow prevention method by controlling debris-flow magnitude and avoiding to block main river. This method first adopts the drainage works for delivering debris flow in corporation with the transport of the main river; if the drained sediment cannot be transported by the main river, the blocking works are adopted; and if the sediment still exceeds the delivering capacity, the deposit stopping works are adopted. Compared with the prior art, this invention makes full use of the main river's transport capacity, gives priority to dredging and also reasonably distributes the sediment and deploys the engineering system, so as to realize the safe discharge of debris flow, and avoid the secondary disaster of “barrier lake” caused by the blocking of main river due to excessive discharge of debris flow and fully guarantee the safety of mountain towns, major projects and infrastructure located at the mouth of debris flow gully.
    • 本发明公开了一种通过控制泥石流量大小避免堵塞主要河流的泥石流防治方法。 该方法首先采用排水工程,与主河运输同时输送泥石流; 如果主河不能运输排水沉积物,采用封堵工程; 如果沉积物仍然超过交付能力,则采用停堆工程。 与现有技术相比,本发明充分利用了主要河流的运输能力,优先挖泥,合理分配沉积物和部署工程系统,实现泥石流安全排放,避免二次灾害 由于泥石流过度流失导致的主要河流堵塞造成的障碍湖,充分保证了山体城镇,位于泥石流沟口的重大项目和基础设施的安全。
    • 4. 发明申请
    • DEBRIS FLOW DRAINAGE CANAL BASED ON CASCADE ANTISCOUR NOTCHED SILL GROUP AND APPLICATION THEREOF
    • 基于CASCADE抗锯齿花纹组的DEBRIS流动排水沟槽及其应用
    • US20130078037A1
    • 2013-03-28
    • US13702466
    • 2011-06-10
    • Xiaoqing ChenPeng CuiYong YouDeji Li
    • Xiaoqing ChenPeng CuiYong YouDeji Li
    • E02B5/08
    • E02B5/085E02B3/04E03F3/046
    • A system of debris-flow drainage canal with cascaded sills is provided, which allows a high-efficient and low-cost realization of debris flow drainage and scour prevention. The canal contains two converging walls and a series of scour prevention sills, which are laid between the two converging walls. The sills are embedded to a certain depth and are evenly spaced and symmetrical to the centre line of the canal to form a cascaded structure for scour prevention. The drainage canal's width is 2 times wider than the sill's horizontal length along the cross-section. Compared with the prior art, this system can drain off a wide variety of flows from debris flow to flood and prevent debris-flow siltation even on a gentle slope. This system has a much higher stability and longer life of service. Moreover, this system can maintain the aquatic habitat in gullies and contribute to ecological restoration.
    • 提供了一种具有级联门槛的泥石流排水系统,实现了高效,低成本地实现泥石流排水和防潮。 运河包含两个会聚壁和一系列防冲击的窗台,铺设在两个会聚墙之间。 门槛被嵌入一定的深度,并且与管道的中心线均匀间隔和对称,以形成用于防止冲刷的级联结构。 排水渠的宽度是沿横截面宽度大于门槛水平长度的2倍。 与现有技术相比,该系统可以排除泥石流泛滥的各种流量,甚至在平缓的斜坡上防止泥石流淤积。 该系统具有更高的稳定性和更长的使用寿命。 此外,该系统可以保持沟渠中的水生栖息地,有助于生态恢复。