Electrosurgical Lightbox Optical Sensing for Tissue Detection

The optical sensing system is divided into multiple separate lightboxes, each containing optical fiber bundles positioned at different locations within the jaws. Each lightbox operates independently with its own optical fibers arranged in specific patterns, allowing the system to detect tissue presence and status at multiple discrete points simultaneously. This segmentation enables high measurement precision across different tissue regions while keeping each individual lightbox module relatively simple in structure.

Multiple optical fiber bundles are integrated into the lightboxes such that each bundle can perform multiple functions: some fibers are arranged for transmission sensing mode while others are arranged for reflectance sensing mode. The same physical infrastructure of optical fiber bundles serves both sensing modalities, allowing the system to adapt to different tissue types and surgical conditions without requiring separate dedicated systems for each sensing type, thereby achieving versatility while managing complexity.

The optical sensing system continuously monitors tissue presence, position, and status during the sealing process and provides real-time feedback to the operator through visual indicators. The feedback mechanism compares the optical signals received from the tissue against predetermined thresholds to determine whether sealing conditions are met. This feedback loop ensures complete sealing by alerting the operator if tissue is not properly captured or if sealing parameters are not achieved, thereby improving reliability while the feedback mechanism itself remains integrated within the existing optical fiber infrastructure.