Operation control system and operation reversing method for continuous multi-step ship lock

Abstract

The invention discloses an operation control system and operation reversing method for a continuous multi-step ship lock. The operation control system comprises a lock valve dragging control system, aship lock navigation signal system, a broadcast command system, a video monitoring system and a centralized control monitoring system. A ship lockage operation process, a ship shifting condition in lock chambers and a ship lock water delivery operation mode are combined to establish a continuous multi-step ship lock reversing operation model, and acquisition and analysis of the number of ships waiting for lockage upstream and downstream of a ship lock in a navigation dispatching system and ship lock equipment state data of the ship lock centralized monitoring system by a data acquisition unitare combined to generate an executable standardized multi-step ship lock standard reversing operation process, so that the efficiency and safety of continuous multi-step ship lock reversing operationare improved, wherein the continuous multi-step ship lock reversing operation model is based on a multi-step ship lock synchronous water delivery operation mode, and the synchronous water delivery operation mode is an operation mode in which water delivery operation is synchronously carried out on each interval lock chamber, and is suitable for the whole process of ship lock-in, shifting and lock-out of the last lock in one-way operation.

Description

technical field [0001] The invention relates to the field of ship lock navigation, in particular to a continuous multi-step ship lock operation control system and an operation reversing method. Background technique [0002] As a navigable structure of a water conservancy project that overcomes the concentrated water level difference between the upstream and downstream, the ship lock can be divided into single-stage ship locks and multi-stage ship locks according to the number of longitudinally arranged lock chambers, wherein the number of longitudinally arranged lock chambers is more than two and the upper and lower lock chambers The connected multi-level ship locks are continuous multi-level ship locks. The switch of the ship lock's running direction is referred to as the ship lock reverse, and there are two modes: up to down and down to up. Especially in the daily normal operation of continuous multi-level ship locks, the reversing operation of ship locks is very common. ...

AI Technical Summary

Problems solved by technology

[0007] The technical problem to be solved by the present invention is to provide a continuous multi-step ship lock operation control system and operation reversing method, and to establish a continuous multi-stage ship lock in combination with the ship lock passing process, the ship's actual mooring in the lock chamber and the ship lock water delivery operation mode The reversing operation model standardizes the reversing operation process of ship lock managers and the reversing control mechanism of the ship lock, improves the efficiency and safety of the reversing operation of the ship lock, and solves the uneven demand for ships passing the dam in the upstream and downstream waters of the continuous multi-level ship lock, and the unbalanced flow of ships. The unbalanced supply and demand of ship lock operation reduces the efficiency of ship lock operation, the lack of scientific guidance for the decision-making and timing of ship lock reversing operation, the operation of reversing operation is not standardized, and the operation process takes a long time, etc.

Images