Intelligent elevator master control system based on computer visual inspection

Abstract

The invention relates to an intelligent elevator master control system based on computer visual inspection. As the number of people in an elevator waiting region and the number of people in a fixed region in an elevator car are detected, operation of an elevator is intelligently controlled, work of a lighting system in the car is intelligently controlled, the operating state and the number of elevator taking people of the specific elevator are sent to specific users through the Internet, the elevator serves the users with higher working efficiency, and the requirements for environment friendliness and energy saving are met. Thus, the intelligent elevator master control system can be widely used in the field of video monitoring.

Description

technical field [0001] The invention relates to an elevator main control system, in particular to an intelligent elevator main control system based on computer vision detection. Background technique [0002] The current elevator system has the following problems: [0003] 1) For mid-to-high-rise buildings, during the peak period of people flow, if the elevator is full of people on the upper floors, and there are still waiting people on the middle and lower floors, the elevator will still stop at the floor where the waiting people are, but it cannot carry more people— —In this case, it not only wastes the time of the elevator passengers, but also indirectly wastes the time of the elevator waiting personnel (the elevator makes useless floor stops in the middle of its operation), which reduces the overall user experience. [0004] 2) For the user himself, due to the unintelligence of the elevator system, the user has a single way to obtain the information of the elevator opera...

AI Technical Summary

Problems solved by technology

[0003] 1) For mid-to-high-rise buildings, during the peak period of people flow, if the elevator is full of people on the upper floors, and there are still waiting people on the middle and lower floors, the elevator will still stop at the floor where the waiting people are, but it cannot carry more people— —In this case, it not only wastes the time of the elevator passengers, but also indirectly wastes the time of the elevator waiting personnel (the elevator makes useless floor stops in the middle of its operation), which reduces the overall user experience

[0004] 2) For the user himself, due to the unintelligence of the elevator system, the user has a single way to obtain the information of the elevator operation status, and because the information of the elevator operation status cannot be obtained in a timely and real-time manner, the user will waste a certain amount of time in waiting for this action process

The elevator cannot perceive the information of the people in the waiting area, nor can it know the number of people in the elevator car, which also makes it impossible to respond reasonably to certain situations

For example, when someone presses the waiting button on a certain floor, if the person denies his willingness to take the elevator and turns around to leave, then this floor will become unmanned again. At this time, the elevator cannot cancel the floor The waiting command will still stop at this floor, which causes a waste of time and reduces the user experience

For another example, when there is no one in the elevator, the lighting system in the elevator car will still work normally, resulting in energy loss

[0006] At present, although the use of computer vision technology has realized the statistics of the number of people waiting for the elevator and the number of people in the elevator car, it has only completed the detection of the human body in the waiting area or in the car and the statistics of the number of people, and it has not been able to compare the data with the actual production and life. Combined with Internet technology to control the intelligent operation of the elevator, to notify the user of the estimated arrival time of the elevator, when no one is taking the elevator, the detected human body information and the number of people cannot be used to control the lighting system in the car

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