Sharing parking space e-commerce operation method and system based on time slice transaction and intelligent scheduling

By dividing parking space usage rights into time slices and setting flexible parameters, and combining this with intelligent scheduling algorithms to adjust the parking time of orders in the next time slice, parking space occupancy conflicts during peak hours are resolved, improving the service fulfillment rate and parking space utilization rate of the parking lot.

CN122089544APending Publication Date: 2026-05-26SHENZHEN DOOR INTELLIGENT CONTROL TECH
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Patent Information

Application Number
CN202610233743.6
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-02-27
Publication Date
2026-05-26

AI Technical Summary

Technical Problem

During peak hours, when parking spaces are fully booked by time slots, drivers from the previous time slot may not leave in time, causing drivers from the next time slot to be unable to park, making it difficult to fulfill service commitments.

Method used

The right to use parking spaces is divided into multiple time slots, and flexible time slot parameters are set for each time slot, including core usage periods, adjustable time boundaries, and minimum continuous parking duration. The actual parking time of orders in the next time slot is adjusted through intelligent scheduling algorithms to ensure that orders in the next time slot receive parking services that meet the minimum continuous parking duration.

Benefits of technology

In the absence of spare parking spaces, this alleviates the problem of following vehicles being unable to park due to the preceding vehicle exceeding its time limit, thereby improving the reservation fulfillment rate and parking space utilization rate.

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Abstract

The invention provides a shared parking space e-commerce operation method and system based on time slice transaction and intelligent scheduling. According to the scheme, the parking space use right is operated in an e-commerce mode according to the time slices, the core use time period, the adjustable time boundary, the minimum continuous parking duration and other flexible parameters are set for the time slices, and the actual parking space occupation and order association are combined; when overtime occupation of a previous time slice, arrival of a user in a later time slice and distribution of all parking spaces in the flexible time window are detected, intelligent scheduling based on flexible parameters is triggered, and the actual starting and ending time of the later time slice and related orders is adjusted within an allowable range; the parking service meeting the minimum continuous parking duration is still obtained in the later time slice, and each parking space is only occupied by one order at any moment, so that the problem that the rear vehicle cannot be parked due to overtime of the front vehicle under the condition that no standby parking space exists in the peak period is solved, and the reservation redemption rate and the parking space utilization rate are improved.
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