Fixed-Pixel Spectrometer for Broad-Range Automatic Classification

The patent replaces mechanical moving parts with a fixed detector array that simultaneously captures multiple wavelengths. Instead of using moving mirrors or gratings to scan wavelengths, the invention uses a stationary detector with multiple pixels, each sensitive to different wavelength ranges, thereby eliminating mechanical movements that cause vibrations and measurement distortions.

The patent employs a detector array where each pixel can be configured to detect different wavelength ranges. This allows a single device to perform multiple spectral measurement functions across broad wavelength ranges (UV, visible, infrared) without requiring separate specialized devices, achieving versatility while maintaining relatively simple device structure.

The patent integrates a processing unit that automatically analyzes spectral data and provides qualitative information about measured objects without requiring user expertise. The system performs self-service by automatically interpreting spectral patterns, identifying materials, and presenting results in user-friendly formats, thereby maintaining high information content while improving ease of operation for consumer applications.

The patent uses inexpensive photodetector pixels that can be manufactured in large arrays using standard semiconductor fabrication processes. Rather than using expensive specialized detectors, the invention employs cost-effective detector technology that enables mass production, thereby reducing per-unit costs and making miniaturized spectrometers suitable for consumer applications while maintaining productivity benefits.