Elevator control system and control method thereof

Abstract

The invention discloses an elevator control system, which comprises a signal control module and a drag control module, wherein the signal control module comprises a signal receiving unit, a signal storing unit, a gravity detecting unit, a space detecting unit, a signal analyzing and processing unit and an output control unit; the signal receiving unit is used for receiving a first call signal and / or a second call signal; the signal storing unit is connected with the signal receiving unit and used for storing the first call signal and the second call signal; the gravity detecting unit is connected with the signal analyzing and processing unit and used for detecting whether the weight in a car is greater than the standard value; the space detecting unit is connected with the signal analyzing and processing unit and used for detecting whether the space in the car is redundant; the signal analyzing and processing unit is connected with the signal storing unit and used for judging whether a first full load signal or a second full load signal is received and processed correspondingly; the output control unit is connected with the signal analyzing and processing unit; and the drag control module is connected with the output control unit.

Description

technical field [0001] The invention relates to the technical field of elevator control, in particular to an elevator control system and a method thereof. Background technique [0002] For the current elevator control, the control buttons inside and outside the elevator (car) can determine which floor the elevator will open, and the control of the elevator is bidirectional and interactive. Once the call signal outside the car is generated, the elevator control system will immediately execute it according to the call signal, so that the car stops at the floor called outside the car. But this does not take into account whether the interior of the car is fully loaded. When the car is fully loaded, under the action of the call signal outside the car, the car will slow down and stop, and open the door as usual. After the caller enters the car, the elevator prompts that it is fully loaded, and then the caller has to leave the car. Rise and fall. The existing elevator control sy...

AI Technical Summary

Problems solved by technology

[0003] Current elevator control systems do not overcome unnecessary stops at full load

This situation not only wastes the time of the passengers in the elevator, but also wastes the electric energy required to drive the elevator.

In addition, the unnecessary braking and speed-up of the elevator also increases the extra mechanical wear of the elevator, thereby reducing the service life of the elevator

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