Control method for elevator buttons

Abstract

The invention relates to a control method for elevator buttons, in particular to a control method for elevator buttons. The working modes can be flexibly adjusted according to the actual conditions. The method comprises the steps that according to the actual conditions of the passenger flow volume, multiple buttons of each elevator fall into high floor button sets and low-floor button sets; according to the peak period of the passenger flow volume, the operation states of the high-floor button set and the low-flow button set of the first preset elevator set and the second preset elevator set are set; a central controller detects the operation states and the passenger carrying condition at the same time, and when the central controller detects that the current moment is the transition moment, and at least one passenger is carried inside the elevator cab, the central controller controls the current cab to convey passengers to the target floor according to the floor selected by the passengers till the cab is empty, and then the cab is switched into another operating mode. The method can flexibly switch the operating states of the elevator according to the actual conditions, and the passenger carrying efficiency is improved on the premise of ensuring the safety of passengers inside the cab.

Description

technical field [0001] The invention relates to a control method of an elevator button, in particular to a control method of an elevator button which can flexibly adjust working modes according to actual conditions. Background technique [0002] In some high-rise buildings, especially office buildings, due to the relatively concentrated peak hours of people’s travel, for example, the morning rush hour for work, the midday peak meal time and the evening peak hour for off work, in order to meet the centralized carrying demand of large traffic, the property generally puts the building The elevators are divided into low floors and high floors to save people's time to the greatest extent and improve passenger carrying efficiency. But this will appear at the switching time between peak hours and non-peak hours. Even if there are passengers in the elevator car, the elevator will first run to the lowest floor and switch to the specified operating state according to the predetermined...

AI Technical Summary

Problems solved by technology

But this will appear at the switching time between peak hours and non-peak hours. Even if there are passengers in the elevator car, the elevator will first run to the lowest floor and switch to the specified operating state according to the predetermined procedure. Although this saves The waiting time of most people, but the rapid descent of the elevator will cause unnecessary panic to the passengers in the car, and the passenger needs to take the elevator again to reach the target floor, resulting in a waste of time