The method of reducing the fog and rain of flood discharge by expanding the air bag. In order to reduce the influence of Flood-relief fog and rain, the technical scheme is to reduce the Flood-relief fog and rain by expanding the air bag, which is characterized by: one end of the air bag has air holes or both ends have air holes, the air bag is soft and does not have the material of pulling deformation, and the area of the lower surface of the air bag is smaller than that of the air bag after expanding and bulging through air holes. Suppose the area of the upper surface is S, the area of the lower surface is S, the gas pressure inside the balloon is P, and the external atmospheric pressure outside the balloon is P, then the area of the upper surface is S is larger than the sum of the weight of the balloon and the weight of the air inside the balloon; the two ends of each balloon are fixed on the water cushion respectively. On both sides of the pond, several air bags are arranged side by side above the spillway point of the plunge pool, and the edges of the two adjacent air bags overlap each other. The beneficial effects are: the method is feasible; the technology is feasible.
【技术实现步骤摘要】
通过胀鼓气囊减少泄洪雾雨的方法
本专利技术涉及泄洪领域,特别是泄洪产生的水雾方面。
技术介绍
泄洪产生的水雾比较大,随着水雾的扩散容易导致下游出现超越自然界的强降雨,泄洪雾雨甚至能够达到远远超过自然界强降雨的强度,而且作用时间长,影响到下游两岸岸坡的安全以及电厂电器的安全。
技术实现思路
为减少泄洪雾雨的影响,本专利技术设计通过胀鼓气囊减少泄洪雾雨的方法。本专利技术实现专利技术目的采用的技术方案是:通过胀鼓气囊减少泄洪雾雨的方法,其特征是:气囊的其中一端有打气孔或者两端都有打气孔,气囊为柔软且不具备拉升形变的材质,通过打气孔打气使气囊胀鼓后,其下表面的面积小于上表面的面积,设上表面的面积为S上,下表面的面积为S下,气囊内部的气体压强为P内,气囊外部的外界大气压为P外,则(P内-P外)*(S上-S下)大于气囊重量和气囊内部空气重量的总和;每个气囊的两端都分别固定在水垫塘的两岸;多个气囊并排位于在水垫塘的泄洪落水点的上方,相邻两个气囊的边缘相互重叠。每个气囊的上表面固定两排绳子,绳子为软绳,每排绳子的走向指向水垫塘的两岸,左排的绳子连接左侧气囊的右排绳子,右排的绳子连接右 ...
【技术保护点】
1.通过胀鼓气囊减少泄洪雾雨的方法,其特征是:气囊(1)的其中一端有打气孔(2)或者两端都有打气孔(2),气囊(1)为柔软且不具备拉升形变的材质,通过打气孔(2)打气使气囊(1)胀鼓后,其下表面(4)的面积小于上表面(3)的面积,设上表面(3)的面积为S上,下表面(4)的面积为S下,气囊(1)内部的气体压强为P内,气囊(1)外部的外界大气压为P外,则(P内‑P外)*(S上‑S下)大于气囊(1)重量和气囊(1)内部空气重量的总和;每个气囊(1)的两端都分别固定在水垫塘的两岸;多个气囊(1)并排位于在水垫塘的泄洪落水点的上方,相邻两个气囊(1)的边缘相互重叠。
【技术特征摘要】
1.通过胀鼓气囊减少泄洪雾雨的方法,其特征是:气囊(1)的其中一端有打气孔(2)或者两端都有打气孔(2),气囊(1)为柔软且不具备拉升形变的材质,通过打气孔(2)打气使气囊(1)胀鼓后,其下表面(4)的面积小于上表面(3)的面积,设上表面(3)的面积为S上,下表面(4)的面积为S下,气囊(1)内部的气体压强为P内,气囊(1)外部的外界大气压为P外,则(P内-P外)*(S上-S下)大于气囊(1)重量和气囊(1)内部空气重量的总和;每个气囊(1)的两端都分别固定在水垫塘的两岸;多个气囊(1)并排位于在水垫塘的泄洪落水点的上方,相邻两个气囊(1)的边缘相互重叠。2.根据权利要求1所述的通过胀鼓气囊减少泄洪雾雨的方法,其特征是:每个气囊(1)的...
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