Networked Spectrometer System for Biological Substance Analysis

The patent introduces an intermediary system consisting of a web server and database that mediates between the spectrometer and the user. This intermediary handles the complex chemometric predictions and presents simplified results, allowing untrained staff to access spectral information without dealing with the underlying complexity. The web-based interface acts as a mediator that translates complex spectral data into understandable parameter predictions.

The system enables self-service by automating the entire prediction process. The spectrometer automatically captures spectra, the web server automatically performs chemometric predictions using stored calibration functions, and results are automatically displayed. This eliminates the need for trained personnel to manually interpret spectra, as the system serves itself by handling all complex operations autonomously.

The patent replaces the mechanical/chemical analysis processes of classical quantitative analysis with optical spectrometry combined with chemometric calculations. Instead of physical separation and chemical reactions required in classical methods, the system uses light interaction with the sample and mathematical predictions, dramatically reducing analysis time while maintaining accuracy through calibrated prediction models.

The system performs preliminary action by pre-storing calibration functions and prediction models in the database during the setup phase. Once calibrated, the system can rapidly predict parameters without repeating the complex calibration process for each sample. This preliminary preparation enables fast, accurate predictions for subsequent analyses.

The patent creates a universal system where a single web server and database can serve multiple spectrometers. The web-based interface and centralized database provide multi-functional capabilities, allowing different spectrometers to share common software resources, calibration data, and prediction algorithms. This universal architecture enables the system to handle multiple instruments without proportionally increasing complexity.

The system merges multiple spectrometers into a unified networked platform. By combining the spectrometers under a common web server and database infrastructure, the system consolidates control and data management functions. This merging approach allows multiple measurement devices to operate coordinatedly while sharing computational resources and analytical methods.