This invention relates to the field of study
desk technology, specifically to a multimodal interactive intelligent height-adjustable study
desk and
system for preventing myopia. The
desk includes a desktop with a bookcase fixedly mounted on it. A full-spectrum eye-protecting
light fixture is positioned above the desktop, and a lifting mechanism is installed at the bottom of the desktop. A local
control unit is installed on the inner wall of the bookcase in the upper right corner of the desktop. This invention achieves automatic and constant
illuminance by using a full-spectrum eye-protecting
light fixture containing
red light, combined with an
illuminance sensor and an optical drive module. This avoids sudden changes in strong light that could irritate the eyes, alleviating eye strain and reducing the risk of myopia in teenagers from the perspective of
light source. Furthermore, through an AI
posture recognition module combined with the computing
chip of the local
control unit, it achieves real-time local recognition of three types of poor sitting postures: hunchback,
head tilt, and slouching. Upon recognizing a
poor posture, it provides corrective reminders through voice prompts, screen prompts, and flashing of the
light fixture, allowing for timely intervention in
poor posture among teenagers.