Efficient and intelligent elevator operation method and system

Abstract

The invention discloses an efficient and intelligent elevator operation method and system. The system comprises an elevator dispatching center and a riding information end, wherein the elevator dispatching center dispatches elevators according to riding information of riding personnel, and the riding information end is used for uploading the riding information to the elevator dispatching center before riding. The elevator dispatching information comprises a signal transmitting module, a signal storage module and a dispatch processing module. The riding information end uploads destination floors to the elevator dispatching center. The signal transmitting module receives signals of the destination floors and stores the signals into the signal storage module. The dispatch processing module carries out dispatch analyzing to obtain a dispatch result. The riding personnel enter corresponding car platform sills according to the dispatch result, and the elevator control system controls different elevators to stop at the different destination floors according to the dispatch result. According to the method and the system, dispatching can be carried out flexibly according to the riding information of the riding personnel, the personnel of the same destination floors are dispatched to the same one car platform sill, the elevator operation manner with the highest efficiency is obtained, and riding time is shortened.

Description

technical field [0001] The invention relates to elevator intelligent dispatching technology, in particular to an efficient and intelligent elevator operation method and system. Background technique [0002] In office buildings, hospitals and other public places with many floors and dense population, during the rush hour, there are many people who need to take the elevator, and they are concentrated, usually need to queue up, and the passengers are often scattered on different floors , As a result, the elevator will stop at almost every floor, which will undoubtedly greatly lengthen the time for a single up and down of the elevator, and consume a lot of time for the passengers. [0003] In order to solve the time-consuming problem of frequent elevator stops, some existing elevator systems operate in single-deck or segmented stops, which can reduce the number of stops in a single operation of the elevator to a certain extent and save part of the ride time. , but this elevator...

AI Technical Summary

Problems solved by technology

[0002]In office buildings, hospitals and other public places with many floors and dense population, during rush hours, there are many people who need to use elevators, and they are concentrated. There are long queues, and the passengers are often scattered on different floors, resulting in the elevator having to stop on almost every floor, which undoubtedly greatly lengthens the time for the elevator to go up and down each time, and consumes a lot of time for the passengers

[0003] In order to solve the time-consuming problem of frequent elevator stops, some existing elevator systems operate in single-deck or segmented stops. On the one hand, it can reduce the number of stops in a single operation of the elevator and save some ride time. However, the stop mode of the elevator is still uncontrollable and decentralized. There is also the problem that every floor that has permission to stop may stop, and the flexibility is relatively high. Poor, cannot fundamentally solve the existing problems

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