Multi-Functional Cosmetic Mirror

Smart overview of the Invention

The invention introduces a multifunctional cosmetic device designed to enhance daily skincare routines by integrating a dual-faced mirror with advanced skincare technologies. One side of the device features a mirror equipped with infrared light-emitting diodes (LEDs) for phototherapy, while the opposite side houses a UV imaging module. This combination allows users to perform grooming and makeup application while simultaneously receiving therapeutic light treatment and assessing skin conditions that are not visible under ordinary light.

Technical Features

The device's first face includes a mirror surface integrated with infrared LEDs that emit light in the 700-1100 nm range, providing therapeutic benefits without interfering with the user's reflection. The opposite face contains a UV imaging module, comprising a UV light source, a UV-sensitive camera, and a display screen. This setup facilitates real-time visualization of sunscreen coverage and detection of underlying skin conditions. A shared rechargeable power supply and control system manage the operation of both the mirror-side therapy module and the UV imaging module.

Market Need

Traditional grooming tools, such as handheld mirrors, fail to provide insights into deeper skin issues, while specialized phototherapy devices are often bulky and costly. Existing market solutions remain fragmented, requiring multiple devices for skin imaging, inspection, and therapy. This invention addresses the gap by offering a single, compact system that combines the everyday utility of a mirror with ultraviolet inspection and therapeutic light treatment capabilities, enhancing user convenience and skincare effectiveness.

Objectives

• Integrate cosmetic mirror functionality with advanced imaging and phototherapy capabilities.
• Enable accurate assessment of sunscreen application and detection of hidden skin conditions using a UV imaging unit.
• Provide therapeutic infrared light treatment simultaneously during grooming activities.
• Include circumferential fill-light modules for improved visibility during both imaging modes.
• Offer interchangeable mirror configurations for enhanced user convenience.
• Ensure a compact design that reduces the need for multiple separate devices.

Operational Aspects

The device is equipped with a control unit that selectively activates either the imaging module or the phototherapy module. It includes a distance sensor to measure the distance between the user's skin and the device, optimizing the safety and effectiveness of the infrared light therapy. The activation mechanism, which may include a mechanical limit switch or orientation sensor, manages the operation of the device based on which side faces the user, ensuring seamless functionality between the mirror and UV imaging features.