The global shift towards Industry 4.0 and advanced automation is accelerating the need for sophisticated vision systems capable of operating in previously inaccessible or challenging environments. Miniaturization, coupled with enhanced imaging flexibility, is critical for next-generation robotics, autonomous systems, and precision manufacturing. This technology aligns perfectly with these trends, offering a solution to overcome spatial limitations and improve operational efficiency across various high-value sectors.
Reduces device volume by up to ~66% compared to conventional large imaging devices by parallel arrangement and movement of the reflector relative to the imaging optical system and image sensor.
Ensures optimal optical path for high-precision imaging over a wide range, even when the optical axis and subject center are misaligned, through aperture and reflector movement.
Facilitates easy integration into existing equipment and systems, shortening development time, due to its combination of general-purpose optical components and a simple movement mechanism.
This patent protects a novel imaging device configuration, specifically the arrangement of an image sensor perpendicular to the optical axis, a reflector parallel to the optical axis and perpendicular to the image sensor, and the movement mechanism of the aperture and/or reflector to guide light from misaligned subjects. Its strong claims, established through successful rebuttal of prior art, indicate robust protection against infringement.
This patent focuses on the mechanical and optical configuration for compact, flexible imaging. White space exists in developing advanced AI-driven image analysis algorithms for defect detection or object recognition, or integrating specialized sensor arrays for multi-spectral imaging capabilities.
Replacing multiple fixed surveillance or inspection cameras with a single compact imaging device could reduce equipment purchase costs (e.g., from 5 units at ~$13.5K/unit to 1 unit), installation costs (e.g., from 5 units at ~$6.5K/unit to 1 unit), and annual maintenance costs (e.g., from 5 units at ~$2K/unit to 1 unit). This consolidation, combined with indirect benefits from space optimization, is estimated to yield an annual total cost reduction.
X: Space Efficiency
Y: Imaging Flexibility