Elevator design parameter obtaining method and device, computer equipment and storage medium

Abstract

The invention relates to an elevator design parameter obtaining method and device, computer equipment and a storage medium. A plurality of groups of elevator parameter samples are obtained; correspondingly obtaining a plurality of groups of elevator operation index samples after simulation processing; and training a deep learning model according to the multiple groups of elevator parameter samplesand the multiple groups of elevator operation index samples to obtain a trained deep learning model, obtaining elevator operation index parameters, inputting the elevator operation index parameters into the trained deep learning model, and obtaining elevator design parameters. By the adoption of the mode, accurate elevator design parameters can be obtained, so that the elevator provided with theobtained elevator design parameters is more suitable for the operation environment.

Description

technical field [0001] The present application relates to the technical field of elevator parameters, in particular to a method, device, computer equipment and storage medium for obtaining elevator design parameters. Background technique [0002] Elevator is an essential means of vertical transportation in high-rise buildings, the number of elevators, load and rated speed are its three main parameters. In the design stage of the building, the number, load and rated speed of the elevators are generally determined according to the purpose of the building and the passenger flow. Once the construction of the building is completed, the parameter of the number of elevators is determined. However, the load and rated speed (the amount to be obtained) will change with changes in building usage, passenger flow, and elevator purchase budget before the elevator is installed. Therefore, when actually buying an elevator, it is very important to calculate the two parameters of load and r...

AI Technical Summary

Problems solved by technology

However, due to the variable parameters such as the number of elevator passengers, arrival time, and distribution of passengers on each floor, it is difficult for traditional empirical formulas to cover various situations

In 2014, Zhao Ke and Chen Liang introduced in the "China Special Equipment Safety" magazine that the simulation method was used to complete the configuration of the main parameters of the elevator. The time span obviously doesn't match the time span the elevator actually runs

The reason for the short time span of its configuration scheme is that the configuration process directly adjusts the elevator design parameters based on the simulation results

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