PSYCHOLOGICAL STATE DISPLAY SYSTEM

Smart overview of the Invention

The psychological state display system is designed to assess and visualize the emotional states of individuals using near-infrared technology. This system employs a near-infrared light source, an imaging device, a generation device powered by machine learning, and a display device. Together, these components work to capture and analyze infrared images to determine and exhibit changes in psychological states over time, minimizing the impact of external lighting conditions.

Technical Background

Traditional systems, such as those referenced in previous patents, focus primarily on analyzing facial expressions to infer temporary emotional states. These systems often fail to capture the dynamic nature of emotions as they evolve. The current system addresses this limitation by providing continuous visualization of psychological changes, offering a more comprehensive understanding of emotional dynamics.

System Components

• Near-Infrared Light Source: Emits light with wavelengths between 780 nm and 2,500 nm towards multiple individuals.
• Imaging Device: Captures infrared images by detecting the reflected near-infrared radiation from individuals.
• Generation Device: Utilizes a machine learning model to process infrared images and generate psychological data reflecting the individuals' emotional states.
• Display Device: Shows temporal changes in the generated psychological data for real-time visualization of emotional shifts.

Functionality and Benefits

This system uniquely enables the visualization of psychological state changes over time, allowing observers to understand emotional transitions in various settings such as entertainment venues or public spaces. By determining stimuli based on psychological data, the system can also influence and manage emotional states effectively, enhancing user experiences by adapting to their emotional needs.

Applications and Implementation

The psychological state display system is versatile and can be implemented in diverse environments like theaters, public spaces, or educational settings. Essential components like the near-infrared light source and imaging device are installed within these spaces, while other components may be remotely located. This flexible configuration supports a wide range of applications, offering insights into group dynamics and individual emotional responses in real-time.