Introduction:Steel gateIt is a movable structure used to close, open, or partially open the water outlet in hydraulic structures. Its main function is to control the water level and regulate the flow rate.
　　
Gates can be divided into working gates, accident gates, and maintenance gates according to their nature of work; Divided into exposed top gate and down the hole gate according to the position of the gate opening; According to the structure type of the gate, it can be divided into flat gate, arc-shaped gate, and herringbone gate. Flat steel gate is the most common type of steel gate, which consists of three parts: movable gate leaf structure, embedded parts, and opening and closing equipment.
　　
The panel is the main component of the steel gate, which is the smooth side that blocks water. It is mainly used to block the surface of the board that is supported by water. It is designed and made on the upstream side of the gate, which can effectively prevent sludge and garbage from falling into the water.
　　
When the gate is passing through water, the power of the steel gate will be very high. Designing the panel above the gate can effectively reduce the vibration force and control the water flow conveniently.
　　
The beam grid of the steel gate is mainly used to support the panel, just like when building a house, there will be beams. Without brackets, nothing will be strong, so that the gate can work better. Liangge also helps the panel withstand the pressure of water flow together.
　　
The spatial connection system of the steel gate can effectively connect the various equipment of the gate together, ensuring the position of the beam grid in the gate space and thus playing a good role in stabilizing the gate, allowing the gate to withstand external forces well.
　　
The walking support of the steel gate is used to flexibly utilize the sliding and sliding blocks to place the water pressure borne by the gate into the track inside the gate slot.
　　
The main content of steel gate structure layout is to determine the required components on the gate, the number of days required for each component, and to determine the location of each component.
　　
Whether the structural layout is reasonable directly involves whether the gate can meet the requirements of reliable and flexible operation, safety and durability, material conservation, simple construction, and ease of manufacturing.