Design of hinge dam

The hinge dam has a variety of automatic control modes, including remote remote network, centralized remote network, full automatic control, on-site manual control, and three on-site manual control modes. There is an interlocking relationship among the three, which allows users to select a control at random according to their needs. The split and combined dam surface design of the hinge dam can effectively solve the problems of excessive concentration of torque on the bottom shaft of the integrated steel dam gate, the limitation of single-span and span length, and the single life of the hinge dam. The split design of the hinge dam disperses the impact of the water flow to each dam surface unit, which can prevent the adverse factors such as large floating objects, sediment, rust and corrosion from affecting each component. The dam surface is neat and clean, and different color patterns and slogans can be sprayed according to the needs of the owner. The dam top can also be customized with arbitrary shapes such as wavy airfoil shapes to form a water-carrying effect.

 

Requirements for installing landscape steel dam gates. There are a large number of steel structure gates or flap gates on the market, but whether it is lifting type, lying lifting type or horizontal type, single hole is difficult to be applied to wider rivers and flows. Steel dam gate is a new type of adjustable air-controlled gas-controlled overflow gate. It has a civil structure composed of a civil structure steel gate body with a fixed axis, opening and closing equipment, etc. The gate is installed in one piece. Before installation, check each component.

In the sluice project, the gate is the main part, often accounting for most of the water retaining area. The gate is divided into flat gates and arc gates. The fully functional water conservancy gate is divided into two parts. The gate is installed on the empty openings of spillway discharge holes, hydraulic tunnels and channels, sluices and other buildings on the bank of the overflow dam. It is an important part of hydraulic structures and is used to regulate flow, control upstream and downstream water levels, discharge water, remove silt and discharge water, remove sediment or floating objects, etc. It is an important part of hydraulic structures.