An intelligent power saving system of an automatic unmanned ticket vending machine

Abstract

The invention discloses an intelligent power saving system of an automatic unmanned ticket vending machine. The system comprises a moitoring camera: used for acquiring people flow pictures; an embedded control terminal module: used for acquiring photos of people flow from a the monitoring camera, analyzing people flow according to the photos of people flow, and controlling an automatic unmanned ticket vending machine according to the people flow. Control module: Used to control the working status of the automatic unattended ticket vending machine. The invention can analyze the passenger flow according to the passenger flow photograph through the embedded control terminal module, and controls the control module of the automatic unmanned ticket vending machine according to the passenger flow, thereby dynamically adjusting the number of the automatic unmanned ticket vending machines according to the passenger flow. The invention can distinguish whether the increase of the passenger flow is related to the increase of the ticket purchase demand by collecting and analyzing the passenger flow photos. Moreover, the invention can realize automatic adjustment without manual intervention.

Description

technical field [0001] The invention relates to the field of automatic unmanned ticket vending machines, in particular to an intelligent power-saving system for automatic unmanned ticket vending machines. Background technique [0002] With the development of technology, many shopping malls, movie theaters, subways and high-speed rail ticket offices have widely used unmanned ticket vending machines to realize automatic ticket sales services. In order to facilitate the needs of customers to purchase tickets, many commercial places have placed several automatic unmanned ticket vending machines. However, due to the mobility and uncertainty of customers, many ticket vending machines are idle, and merchants will shut down some machines to save electricity. In a short period of time, when the passenger flow increases and the demand for ticket purchases increases, there will be queues in front of the few automatic unmanned ticket vending machines that are turned on. Therefore, if t...

AI Technical Summary

Problems solved by technology

First of all, the existing systems are often unable to dynamically adjust the number of serving machines according to the flow of people; secondly, the existing recognition system cannot distinguish whether the increase in the flow of people will be related to the increase in demand for tickets (for example, it may be possible to recognize the flow of people passing by as The flow of people who need to buy tickets, but the actual demand for ticket purchases is not large), so it is easy to misjudge the system, resulting in frequent switching on and off to waste electric energy; third, the existing system usually uses manual intervention to switch the machine on and off , is less efficient, and cannot be realistically optimized

Images