Laser berthing and environment monitoring system

Abstract

The invention provides a laser berthing and environment monitoring system, which comprises two laser range finders, an anemorumbometer, a tide level instrument, an industrial computer and an alarm. The laser range finders are arranged in parallel and spaced by a certain distance, the laser range finders, the anemorumbometer and the tide level instrument are connected with an input end of the industrial computer, and an output end of the industrial computer is connected with the alarm. The offshore distance of a ship, the speed of the ship and the angle between the ship and the wharf are detected by the aid of the laser range finders on a wharf, environment data including the wind speed, the wind direction, the temperature, the humidity, the atmospheric pressure, the tide level, the velocity of waves, the flow direction of the waves and the like can also be monitored, and accordingly berthing operation of the ship can be guided; and an alarm signal can be displayed when the berthing speed of the ship is excessively fast or the angle of the ship is over large, so that operators and ships in a field can be reminded, and accidents causing damage to wharf (ship) facilities are prevented.

Description

technical field [0001] The invention relates to a laser berthing and environment monitoring system, in particular to a system device for accurately measuring the specific position of a ship during berthing and leaving the shore and monitoring the wharf environment. Background technique [0002] With the increase in the size of the world's shipping ships, when large ships berth, accidents that cause damage to the wharf and wharf loading and unloading equipment due to excessive speed or excessive angle occur from time to time. Equipped with equipment to monitor the berthing speed of the ship becomes necessary. The early system used sonar technology to monitor the ship's docking speed, but sonar technology has insurmountable defects, such as the sound beam is too large, it is easy to be disturbed by the water flow driven by small boats or the stern thruster of the ship under test, which affects the monitoring effect, and the sonar probe must be installed underwater, which is e...

AI Technical Summary

Problems solved by technology

The early system used sonar technology to monitor the ship's docking speed, but sonar technology has insurmountable defects, such as the sound beam is too large, it is easy to be disturbed by the water flow driven by small boats or the stern thruster of the ship under test, which affects the monitoring effect, and the sonar probe must be installed underwater, which is easily damaged, etc.

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