Digital shared profile automatic storage system and management method thereof

Through multimodal perception technology and blockchain smart contracts, combined with spatiotemporal data analysis and optimization algorithms, dynamically generate storage layout and equipment scheduling strategies, solving problems such as positioning errors and low coordination efficiency in profile storage management systems, and achieving high-precision, real-time profile storage and cross-enterprise collaborative management.

CN120246497AInactive Publication Date: 2025-07-04耿汝卫
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Patent Information

Application Number
CN202510599057.6
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2025-05-10
Publication Date
2025-07-04
Estimated Expiration
Not applicable · inactive patent

AI Technical Summary

Technical Problem

The existing profile storage management system has problems such as large positioning error, abnormal response delay, data islands, low coordination efficiency, poor compatibility of equipment heterogeneous protocols, delay in equipment collaborative operation and high loading and unloading error rates, which are difficult to meet the real-time and economic requirements in industrial scenarios.

Method used

Multimodal perception technology is used to realize real-time positioning and environmental status monitoring of the entire life cycle of profiles, combine spatiotemporal data analysis and optimization algorithm to generate storage layout dynamically, achieve fair auctions of multiple users through blockchain smart contracts, build cross-enterprise data isolation channels, and drive truss robots to accurately perform access operations through heterogeneous protocol conversion and closed-loop control algorithms.

Benefits of technology

Realize real-time positioning and deformation monitoring of profiles at submeter levels, shorten the abnormal response speed to within 5 seconds, the truss robot grasping accuracy reaches ±0.05mm, dynamic adjustment of driving speed, supports 200+ concurrent access per second, ensuring zero data leakage, and improving space utilization and synergistic efficiency.

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Abstract

The invention discloses a digital shared profile automatic storage system and a management method thereof, and particularly relates to the technical field of profile storage. The sectional material identification dynamic tracking module is used for realizing full-life-cycle real-time positioning and environment state monitoring of sectional materials through a multi-mode sensing technology, and the intelligent storage strategy engine module is used for dynamically generating a storage layout scheme and an equipment scheduling strategy based on a spatio-temporal data analysis and optimization algorithm. Through fusion of 128-bit EPC coding and a multi-source sensor, Kalman filtering and a space-time alignment algorithm are combined, sub-meter-level real-time positioning and deformation monitoring of the profile are achieved, the abnormal response speed is shortened to be within 5 seconds, the optimal path of the truss robot is dynamically generated through an improved optimization algorithm, the shelf layout is reconfigured through mixed integer programming, and the system performance is improved. And multi-user fair auction is realized based on a block chain smart contract, a cross-enterprise data isolation channel is constructed, and zero leakage of data is ensured while 200 + concurrent access per second is supported.
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Citation Information

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