R&D

R&D_Artificial intellegence

As a high-tech enterprise focusing on the research, development and manufacturing of automated warehousing and logistics systems and equipment, DELIECN attaches great importance to the introduction of talent, and continues to increase investment in research and development, and has set up a research team of doctoral degree holders with backgrounds in computer science and technology, mechanical design and automation, electrical engineering and other professional backgrounds.The core members of the team have about 20 years of experience in the ASRS industry, with rich theoretical and practical experience.

DELIECN has established a perfect R&D system. It has formed a unique core product development methodology in robot mechanical design and selection, scheduling and motion control, system integration, etc., and has the underlying R&D capability of intelligent logistics equipment. At present, DELIECN have launched several products with the full intellectual property rights, such as a complete range of new shuttle intensive storage solutions, the WMS/WCS-centered software cloud platform and 3D visualization central control system etc.

DELIECN insists on independent research and development as the core, after more than ten years of technology accumulation and data precipitation, established a comprehensive automated warehousing and logistics equipment product matrix system; has successfully output multi-industry intensive storage solutions, and continues to provide high-quality products and technical support for the chemical industry, new energy, medical and other industrial customers.

Technology Highlights

Flexible Task Path Assignment Based on Dynamic Depth First Search Algorithm
Improved Flexible Traffic Control Based on Breadth First Search Algorithm
Path navigation algorithm based on Depth Optimized Dijkstra
Predictable maintenance based on digital twins: using cutting-edge prediction models, the system can accurately predict the health status of equipment and proactively prevent failures
High-order polynomial curve-based motion trajectory planning control
Intelligent obstacle detection algorithm for motion region
Barcode mixing algorithm based on image recognition

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