Bus rapid transit station door configuration method, system, device and medium for improving bus rapid transit parking space utilization

By acquiring information on platform berths and vehicle models, and dividing the door projection aggregation area and configuring pull-up platform doors, the problem of low space utilization at BRT stations was solved, enabling adaptive matching of different vehicle models and improving platform service capabilities.

CN116245229BActive Publication Date: 2026-06-30CHANGAN UNIV

Patent Information

Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
CHANGAN UNIV
Filing Date
2023-01-17
Publication Date
2026-06-30

AI Technical Summary

Technical Problem

Bus rapid transit (BRT) stations have low berth space utilization and cannot flexibly adapt to the arrival needs of different vehicle types, resulting in wasted space and limited service capacity.

Method used

By acquiring information on platform berth space and bus type, the system divides the door projection aggregation area and configures pull-up platform doors, enabling adaptive matching between doors and vehicle doors and improving platform service capabilities.

Benefits of technology

Without increasing berth space, maximize the use of platform berth space to meet the arrival needs of various vehicle combinations and improve platform service capacity.

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Abstract

This invention provides a method, system, device, and medium for configuring platform screen doors to improve the utilization rate of BRT berth space. It acquires the length information of the target platform berth space and the bus type information served by that platform; and, considering the full occupancy of the berth space length, lists all bus type combinations that the platform can simultaneously serve. i The system projects the coordinates of the left and right boundaries of all doors onto the same coordinate axis; divides the door projection sets for various vehicle combinations along the coordinate axis and determines the positional relationship between the door projections contained in each projection set; divides the set area into several door body areas based on the door projection boundaries within the set area, presets a minimum threshold for the width of the door body area, compares it with the divided door body areas, and updates the configuration methods that are less than the minimum threshold; and configures an upward-pulling platform door in the updated door projection set area according to the size of the set area. This application can meet the needs of various arrival combinations of Bus Rapid Transit (BRT).
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