Elevator running control system and method

Abstract

The present invention relates to the technical field of elevator control, and discloses an elevator running control system comprising a smart device, a remote server, and a plurality of elevator controllers. The smart device is installed with communication software and in wireless communication connection with the remote server by means of the communication software. The remote server comprises a transceiver module. Each elevator controller comprises a communication module. The remote server is in communication connection with the plurality of elevator controllers by means of the transceiver modules and the communication modules. The smart device sends hall call information to the remote server, and the remote server acquires elevator information by means of the elevator controllers to select the best fit one from elevators for sending to the smart device. The present invention also discloses an elevator running control method. According to the present invention, connection of a large number of passengers with a large number of elevator controllers is achieved by means of formidable operational capability and bandwidth of a cloud server, and unspecific one-to-one relationship of passengers to elevators is realized; therefore, the elevator call efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of elevator control, in particular to an elevator operation control system and a control method. Background technique [0002] In recent years, more and more technologies have been used to call elevators using mobile terminals. It is mainly convenient for non-contact calling elevators, checking elevator status and booking elevators in advance, and saving passengers' waiting time. However, the current technical means are all in the form of direct communication between the mobile terminal and the specific elevator controller, and the processing efficiency is too low; and the complexity and cost of the elevator controller increase significantly, the problem of low operating efficiency caused by remote subjective misoperation is prominent, and authority management is difficult And other issues. [0003] For example: Chinese patent (publication number: CN104609271A) proposes a "non-contact elevator call system a...

AI Technical Summary

Problems solved by technology

However, the patent has the following problems: each elevator control system that receives this solution needs to be equipped with a wireless transceiver module, and the module needs to match the wireless communication standard with different mobile devices, Bluetooth communication or LAN communication needs to be paired, and the use efficiency is compromised; If the authority is completely released, there will be virus infection and data security risks. If the authority management is added, each device needs to be authorized for the first login, which is not convenient enough

However, the patent has the following problems: Passengers can only inquire or reserve one elevator at a time, which is not convenient; and because it is only for reservations, it is necessary to manually determine whether to stop the elevator or combine the load to determine whether to stop; at the same time, the patent faces remote disorderly reservations The problem is that it is impossible to avoid the interruption of elevator operation due to remote malicious reservations or wrong reservations, and the problem of reduced efficiency

[0005] The above technologies are all based on mobile devices to call elevators. Passengers’ mobile terminals are downloaded with APP or wireless modules. At the same time, the elevator control system is required to match the modules that can communicate with them. It is usually an independent sub-communication system with computing and logic judgment capabilities. Hardware It covers processors, memory, etc., and the cost is relatively high; and each call needs to connect the mobile terminal to a certain controller, which is not convenient and effective.

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