Airport comprehensive transportation junction tidal passenger flow intelligent mobile people flow partition system

Abstract

The invention relates to an airport comprehensive transportation junction tidal passenger flow intelligent mobile people flow partition system. A passenger flow arrival monitoring subsystem monitors the number of arriving people at an airport, the number of arriving people of an intercity train, the number of arriving people of a subway and the number of walking people in each channel, and sends monitoring data to a passenger flow analysis subsystem; the passenger flow analysis subsystem performs calculation and analysis, predicts distribution conditions of a passenger flow in different channels, and sends a prediction result to an intelligent mobile passenger flow distribution facility control subsystem; the intelligent mobile passenger flow distribution facility control subsystem calculates an optimal position of the partition device by utilizing uplink and downlink passenger flow numerical values in the channel so that the partition device is moved, and a movement completion signaland the uplink and downlink passenger flow numerical values in the channel are sent to a passenger flow guide subsystem; and after the passenger flow guide subsystem receives the movement completion signal, the corresponding states of equipment and facilities in the channel are automatically changed. Passenger flow conflicts can be reduced, a walking speed of the passenger flow can be increased, and passenger flow operation quality is improved.

Description

technical field [0001] The invention relates to the field of comprehensive transportation hubs, in particular to an intelligent mobile crowd partition system for tidal passenger flow in airport comprehensive transportation hubs. Background technique [0002] With the continuous improvement of our country's national economy and the continuous progress and development of society, the construction of comprehensive transportation hubs is becoming more and more international, intelligent and informatized. At present, there are more and more large-scale comprehensive transportation hubs in China, and there are many types of passenger flows inside the comprehensive hubs, and passenger flows conflict with other passenger flows during the travel process. Some integrated transportation hubs avoid passenger flow conflicts by separating passenger flows spatially, but there are still some passenger flow conflicts. Therefore, separating conflicting passenger flows can not only reduce the...

AI Technical Summary

Problems solved by technology

[0003] At present, comprehensive transportation hubs have also made corresponding adjustment measures to reduce passenger flow conflicts, including setting signs, setting guide lines, manual guidance, etc., but all have certain limitations. Due to the tidal nature of passenger flow, uncertainty Due to the variability and variability, measures such as setting signs, signs, and guiding lines cannot accurately and effectively reduce passenger flow conflicts. Therefore, when many passenger flows arrive at the same time, passenger flow conflicts will increase.

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