Intelligent tower crane control system

Abstract

The invention discloses an intelligent tower crane control system including a front computer and a rear computer which are in wireless connection; the front computer is connected with a sensor interface circuit and an electric appliance switch interface circuit; the rear computer is connected with an operating panel and is internally embedded with a construction building information data recognition and data processing subsystem. The construction building information data recognition and data processing subsystem is internally imported with building information model data; the building information model data include tower crane three-dimensional defining data of buildings, temporary facilities, high-voltage power lines and other adjacent tower cranes in a suspension arm rotating effective radius range. According to building information model-recorded three-dimensional data information of under-construction building surrounding stationary objects and moving objects, and a hook three-dimensional moving trajectory determined by a hook own rotary plane and a hook lifting height, a three-dimensional space for the hook to safely operate is calculated, possible collisions are evaded, and safety accidents is prevented from happening.

Description

technical field [0001] The invention relates to building crane control, in particular to an intelligent tower crane control system. Background technique [0002] In the process of modern building construction, tower crane is the most common and essential vertical lifting equipment. With the continuous development of construction technology, the automation and intelligence of tower cranes have also been put on the agenda. [0003] Today's tower cranes (tower cranes) are generally attached, and the tower body of the crane is attached to the building. The plane position for installing the tower crane has been designed on the construction layout drawing before the start of construction. After the tower crane is installed in place, the distance and position between the tower body and the building are basically fixed. In addition to the coordinate position of the building to be built, the construction layout plan also shows other buildings, temporary facilities, high-voltage lin...

AI Technical Summary

Problems solved by technology

Because the hook of the tower crane is often in the blind spot that the driver cannot see, when driving the tower crane, it is generally necessary to equip two commanders to grasp the lifting, lowering, and positioning of the hook, and notify the driver to perform corresponding operations through the walkie-talkie. Manpower, and inefficient, not safe enough

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