The global shift towards remote work and distributed production workflows, particularly in creative and technical fields, amplifies the challenge of maintaining consistent visual standards. Regulatory demands for accuracy in medical diagnostics and consumer expectations for true-to-life product representation in e-commerce further drive the need for reliable, automated color calibration. This technology directly addresses these pressures, enabling businesses to scale operations without compromising visual integrity or incurring prohibitive costs.
Achieves high-precision color matching by simultaneously referencing colors from real objects and displayed images, making it less susceptible to ambient light interference compared to conventional calibration methods.
Reduces Implementation Costs by ~66% by leveraging existing general-purpose cameras and information processing units, eliminating the need for expensive specialized measurement devices and complex installation, significantly reducing initial investment.
Automated Correction Eliminates Skilled Labor Dependency as the color correction unit automatically calculates adjustment parameters, minimizing the need for specialized personnel and enabling both human resource efficiency and quality standardization.
This patent protects an information processing method for consistent monitor color correction, achieved by referencing both displayed images and real objects. It overcame an initial rejection, demonstrating strong differentiation from prior art and offering robust defense against invalidation challenges. The claims are precisely structured, indicating a high-quality prosecution strategy.
This patent focuses on display color correction using known color references. White space exists in advanced spectral imaging for material analysis or dynamic color adaptation systems that respond to user physiological data or complex environmental changes.
In video production, printing, and display manufacturing, assuming an average annual cost of $200K/site (AI est.) for skilled color adjustment and specialized equipment maintenance. Implementing this technology across 5 sites could reduce these costs by approximately 50%, leading to a $500K/year reduction (AI est.). Additionally, a 20% improvement in rework and defect rates due to color inconsistencies could prevent an estimated $500K/year in opportunity losses (AI est.).
X: Ease of Implementation & Low Cost
Y: Color Correction Accuracy & Versatility