An elevator dynamic allocation method and device based on multi-dimensional dynamic weights

Abstract

The application provides a kind of elevator dynamic deployment system method and device based on multi-dimension dynamic weight, it is related to elevator group control scheduling field, solve the technical problem of low scheduling efficiency caused by the single dependence of vertical waiting time of prior art elevator.The method comprises: constructing the space identification unit of landing call box, generating three-dimensional coordinate identification for each landing call box;Real-time acquisition of elevator running state, get real-time state signal;Real-time acquisition of three-dimensional dynamic distance between elevator and landing call box;Dynamic adjustment of dynamic weight coefficient based on passenger flow density of floor;Based on the three-dimensional coordinate identification, real-time state signal, three-dimensional dynamic distance and dynamic weight coefficient, calculate the comprehensive priority of elevator for landing call box;According to the comprehensive priority, assign elevator to respond to call request.The application is used in elevator dynamic deployment process.

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