Information processing apparatus, information processing system, control method, and program

The patent replaces the mechanical visual inspection system with an automated image processing system. The system captures images of product shelves using imaging devices, processes these images to identify product positions and orientations, and automatically verifies whether products are displayed according to prescriptions. This substitution eliminates the need for manual visual inspection while maintaining verification accuracy.

The system enables self-verification of product display correctness through automated image capture and processing. The imaging devices and processing units work autonomously to detect product positions, compare them against display prescriptions, and generate verification results without requiring worker intervention. This self-service mechanism resolves the contradiction by providing reliable verification while eliminating worker burden.

The patent replaces time-consuming manual visual checking with automated image processing. The system captures multiple images of product shelves simultaneously, processes them using automated algorithms to identify product positions and orientations, and rapidly compares results against display prescriptions. This mechanical-to-automated substitution dramatically reduces verification time while maintaining or improving correctness through systematic image analysis.

The system enables continuous verification operations by automatically capturing images and processing them without interruption. Multiple imaging devices can operate simultaneously, and the processing unit continuously analyzes images to verify product display correctness. This continuous automated operation eliminates the time loss associated with manual checking while maintaining reliable verification through uninterrupted systematic analysis.

The patent employs imaging devices and processing units that serve multiple functions within the verification system. The imaging devices capture images for analysis, while the processing units perform image processing, product identification, position verification, and result generation. This multi-functionality reduces the need for separate specialized components, thereby managing system complexity while providing comprehensive automated verification capabilities that simplify operations.

The system uses image data as an intermediary between the physical product display and the verification process. Instead of directly monitoring physical product positions, the system captures images that serve as intermediaries, processes these image representations to extract product information, and uses this processed information for verification. This intermediary approach manages system complexity by working with standardized image data rather than directly manipulating complex physical monitoring mechanisms.

The patent divides the product shelf into multiple segments or regions, with imaging devices capturing images of different segments simultaneously or in rapid sequence. The processing unit then analyzes each segment independently to identify product positions and orientations within that specific region. This segmentation allows comprehensive verification of the entire shelf while reducing processing time by distributing the analysis workload across multiple parallel processing streams rather than analyzing the entire shelf as a single unit.

The system performs verification on representative samples or key product positions rather than exhaustively checking every single product position in detail. The image processing focuses on identifying critical verification points such as product orientations, prominent display positions, and prescription-compliance markers. This partial action approach maintains high measurement precision for critical elements while significantly reducing overall processing time by avoiding exhaustive analysis of every detail.