Intelligent section bar lifting overhead crane system

Abstract

The invention provides an intelligent section bar lifting overhead crane system and relates to a full-automatic hoisting and lifting technology and belongs to the field of intelligent devices. The intelligent section bar lifting overhead crane system is composed of a crane body, an electrical system and a dispatching system and is dedicatedly designed for section bar production, machining and lifting application. The intelligent section bar lifting overhead crane system is complete and high in applicability. An intelligent overhead crane control system adopts a wireless numerical control system and a high-precision locating system. The intelligent overhead crane control system detects the three-dimensional positions of lifting tools in real time and monitors the work states of intelligentoverhead cranes, makes an online track record of the production logistic states and achieves self-dispatching, logistic state management and overhead crane work information real-time gathering of theoverhead cranes for all work stations. Operation personnel of the intelligent crane system can achieve operation of the overhead cranes on all the work stations in a dispatching and controlling chamber in a remote manner, so that the number of operation personnel can be reduced, the work environment of the operation personnel is improved, and the personal safety of the operation personnel is improved; and the intelligent section bar lifting overhead crane system is particularly suitable for application in factory automation.

Description

Technical field [0001] The invention relates to a fully automatic hoisting and hoisting technology, belonging to the field of intelligent equipment, and in particular to a profile hoisting intelligent crane system. Background technique [0002] In the industrial production workshops for profile production, manufacturing, warehousing, and processing, cranes are responsible for lifting and transporting profiles at various work stations. The existing crane adopts manual operation mode. One is to manually operate the remote control to control the crane, that is, manually operate the corresponding function buttons according to the specific production situation to realize the forward, backward, hoisting, and lowering operations of the crane, and realize the lifting of the profile. Another way is for the driver to be in the crane cab. According to the operation requirements of the crane, the on-site staff inform the driver to control the forward, backward, hoisting, and lowering operati...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide an intelligent crane system for profile hoisting to solve the problem of poor working environment for operators in the prior art, inability to guarantee personal safety, difficulty in ensuring control accuracy and stability, inability to automatically obtain plans, and inability to query profiles in real time Availability and unpredictability of profile to job site time issues

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