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Water conservancy and hydropower engineering vertical seam type fishway and fishway evaluation system
The water conservancy and hydropower engineering vertical seam type fishway and fishway evaluation system comprises a fishway body and an optimization assembly arranged in the fishway, the fishway body comprises a side wall and a partition plate structure arranged on the side wall, the partition plate structure divides the fishway body into a conventional chamber and a turning section, and the partition plate structure comprises long partition plates and short partition plates; the long partition plate and the short partition plate are oppositely arranged, a pool chamber vertical seam is reserved between the long partition plate and the short partition plate, the conventional chamber and the turning section are communicated through the pool chamber vertical seam, the fishway body further comprises an inlet and an outlet which are communicated with the conventional chamber, the inlet comprises a high-flow-speed inlet and a low-flow-speed inlet, and the fishway body comprises a high-flow-speed fishway body and a low-flow-speed fishway body; the high-flow-rate inlet is arranged at one end of the high-flow-rate fishway, and the low-flow-rate inlet is arranged at one end of the low-flow-rate fishway. The method and the reference for evaluating the quality of the water flow structure of the fishway are established, and a biological basis is provided for hydraulic design and body type improvement research of the fishway.
本发明公开了一种水利水电工程竖缝式鱼道及鱼道评价系统，包括鱼道本体以及设置于鱼道内的优化组件，鱼道本体包括：侧壁以及设置于侧壁上的隔板结构，隔板结构将鱼道本体分成常规室以及转弯段，隔板结构包括长隔板和短隔板，长隔板与短隔板相对设置，长隔板与短隔板之间预留有池室竖缝，常规室以及转弯段之间通过池室竖缝相互连通，鱼道本体还包括与常规室相通的入口以及出，入口包括高流速入口和低流速入口，鱼道本体包括高流速鱼道和低流速鱼道，高流速入口设置于高流速鱼道的一端，低流速入口设置于低流速鱼道的一端。本发明建立了鱼道水流结构优劣的评价方法与基准，为其水力设计与体型改进研究提供生物学依据。
Water conservancy and hydropower engineering vertical seam type fishway and fishway evaluation system
The water conservancy and hydropower engineering vertical seam type fishway and fishway evaluation system comprises a fishway body and an optimization assembly arranged in the fishway, the fishway body comprises a side wall and a partition plate structure arranged on the side wall, the partition plate structure divides the fishway body into a conventional chamber and a turning section, and the partition plate structure comprises long partition plates and short partition plates; the long partition plate and the short partition plate are oppositely arranged, a pool chamber vertical seam is reserved between the long partition plate and the short partition plate, the conventional chamber and the turning section are communicated through the pool chamber vertical seam, the fishway body further comprises an inlet and an outlet which are communicated with the conventional chamber, the inlet comprises a high-flow-speed inlet and a low-flow-speed inlet, and the fishway body comprises a high-flow-speed fishway body and a low-flow-speed fishway body; the high-flow-rate inlet is arranged at one end of the high-flow-rate fishway, and the low-flow-rate inlet is arranged at one end of the low-flow-rate fishway. The method and the reference for evaluating the quality of the water flow structure of the fishway are established, and a biological basis is provided for hydraulic design and body type improvement research of the fishway.
本发明公开了一种水利水电工程竖缝式鱼道及鱼道评价系统，包括鱼道本体以及设置于鱼道内的优化组件，鱼道本体包括：侧壁以及设置于侧壁上的隔板结构，隔板结构将鱼道本体分成常规室以及转弯段，隔板结构包括长隔板和短隔板，长隔板与短隔板相对设置，长隔板与短隔板之间预留有池室竖缝，常规室以及转弯段之间通过池室竖缝相互连通，鱼道本体还包括与常规室相通的入口以及出，入口包括高流速入口和低流速入口，鱼道本体包括高流速鱼道和低流速鱼道，高流速入口设置于高流速鱼道的一端，低流速入口设置于低流速鱼道的一端。本发明建立了鱼道水流结构优劣的评价方法与基准，为其水力设计与体型改进研究提供生物学依据。
Water conservancy and hydropower engineering vertical seam type fishway and fishway evaluation system
一种水利水电工程竖缝式鱼道及鱼道评价系统
DAI HUICHAO (author) / TAN JUNJUN (author) / ZHENG TIEGANG (author) / JIA MINGRUI (author) / MAO JINQIAO (author) / RONG GUIWEN (author) / JIANG DINGGUO (author) / LIU ZHENBIAO (author) / WANG YUANYANG (author)
2023-03-07
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
/
G06F
ELECTRIC DIGITAL DATA PROCESSING
,
Elektrische digitale Datenverarbeitung
/
G06N
COMPUTER SYSTEMS BASED ON SPECIFIC COMPUTATIONAL MODELS
,
Rechnersysteme, basierend auf spezifischen Rechenmodellen
/
G06Q
Datenverarbeitungssysteme oder -verfahren, besonders angepasst an verwaltungstechnische, geschäftliche, finanzielle oder betriebswirtschaftliche Zwecke, sowie an geschäftsbezogene Überwachungs- oder Voraussagezwecke
,
DATA PROCESSING SYSTEMS OR METHODS, SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL, SUPERVISORY OR FORECASTING PURPOSES
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