Elevator control method for predicting passenger elevator riding requirements of single elevator

Abstract

The invention discloses an elevator control method for predicting passenger elevator riding requirements. A learning unit is used for learning elevator riding habits of passengers according to elevator historical operation data related to passenger elevator riding travel and outputting the elevator riding habits to a strategy determination unit, the strategy determination unit is used for determining a control strategy of an elevator according to the elevator riding habits output by the learning unit, and a control unit is used for controlling the elevator according to the control strategy determined by the strategy determination unit. According to the method, the elevator riding requirements of passengers can be predicted more accurately, and invalid waiting of the passengers caused by prediction errors is avoided; meanwhile, different control strategies are adopted according to factors such as the typical distribution form of the elevator riding habits and the number of the elevatorriding requirements contained in the elevator riding habits, so that the elevator runs to the starting floor of one passenger at a proper time, the waiting time of the passengers before an elevator car arrives is eliminated, and the elevator riding experience of the passengers is improved.

Description

technical field [0001] The invention relates to elevator control, and specifically belongs to an elevator control method for predicting passengers' riding needs for a single elevator to improve the elevator riding experience. Background technique [0002] During the actual use of the elevator, the operation of the elevator often shows a certain regularity due to the regular travel of passengers. For example, at about 7 o'clock in the morning on every working day, the elevator will stop at a certain floor in response to a passenger's call to take the elevator. After the passenger enters the car and runs to the lobby on the ground floor, the car door is opened, and the passenger leaves the elevator. For this application scenario, the existing elevator generally runs from its current location to the passenger's floor after receiving a call signal from the passenger. In view of the previous response method, passengers need to wait for a certain period of time on the floor befor...

AI Technical Summary

Problems solved by technology

However, these existing technologies only allocate elevators based on simple time matching results, without in-depth analysis of passengers' riding habits, so there is a huge difference between the matching results and passengers' actual riding habits, resulting in The failure of the elevator to respond to the passenger's demand for taking the elevator, such as the passenger not taking the elevator at the scheduled time and the elevator car running to the waiting floor in vain, the elevator car arriving at the waiting floor prematurely but being called away by other elevators that appeared, and the passenger's early arrival. The waiting time due to the need for autonomous calling when the elevator car reaches the waiting floor

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