FIELD OF INVENTION
The Smart charm bot integrates several interdisciplinary fields, such as computer vision for assessing skin tones and facial features, augmented reality (AR) for virtual makeup try-on experiences, robotics and automation for accurate and automated makeup applications, and real-time feedback. Additionally, it incorporates human-computer interaction (HCI) to create user-friendly interfaces for°the smart mirror and mobile app, e-commerce and retail technology to facilitate easy product recommendations and purchases from makeup brands and retailers, and health and skincare technology through sensors and health monitoring algorithms to provide skincare insights. This product uses cutting-edge technologies to improve the skincare cosmetics industry’s customer experience.
BACKGROUND OF INVENTION
The beauty industries have advanced significantly in recent years, primarily as a result of personal hygiene practices using technology. Even with these advancements, many customers still struggle to apply makeup of a professional caliber, locate items that suit their particular features, and keep their skin healthy. Traditional methods often need a great deal of experience, perseverance, and trial-and-error with various products, which can be costly and inconvenient. Furthermore, there is a growing demand for personalized cosmetic products that carter to specific needs and tastes.
With the use of augmented reality technology, users may virtually try on several beauty looks in real time, making educated judgements without applying makeup physically. The combination of robotic arm powered by A! and a smart mirror provides the faultless
cosmetics application by taking into account the contoured of the face and utilizing high precision technology. Furthermore, the system uses Ai algorithms and integrated sensors to monitor the health of the skin, providing recommendations and insights for the best skincare practices.
SUMMARY OF THE INVENTION
cutting-edge technology offers individualized, effective, and premium skincare and makeup application recommendations, revolutionizing the beauty business. The AI looks at skin tones, facial traits, and makeup trends to deliver tailored recommendations. In the meanwhile, customers can rapidly test thanks • to AR technology. In addition, the device monitor skin health and provides customized skincare advice. This product offers a useful customization to it.
BRIEF DESCRIPTION OF DRAWINGS
Figure I represent t ho 3 ID model view of the Smart Charm Bof (lop view)
Figure 2 ttih 3 ID model vvew of the Sima! Charm Bot (front view)
Figure 3 tth 3 ID model view of the Smart Charm Bol (side view)
DETAILED DESCRIPTION OF DRAWINGS
Tie Smart Charm Bot revolutionizes fashion by integrating advanced sensor technologies to create interactive and personalizes experiences. High-resolution cameras(Sony 1MX586) capture detailed visuals for virtual try-ons. RGB and depth sensors(Intel RealSense D435) enables accurate AR fitting. Skin conductance (Shimmer3 GSR) and temperature sensors(Melexis MLX90614) allow garments to adapt to wearer's physiological state. Audio Sensors(Knowles SPH0645LM4H-B) enables sound-responsive fashion, collectively transforming user engagement and
c> functionality in fashion design.
We claim that, .
1. The smart charm bot highlights how this integration creates unique, interactive, and personalized fashion experiences.
2. The smart charm bot, as mentioned in claim 1, uses machine learning algorithm which enables to stay ahead of trends and offer designs that are likely to be popular, enhancing market relevance and consumer appeal.
3. The smart charm bot RGB 2 and depth sensors like the Intel real sense depth , camera D435 1 and Microsoft Azure Kinect DK, that can create realistic AR
experiences.
4. The Smart charm bot, as described in claim 3, explain the feature of creating highly customizable digital avatars that mimic the user’s body shape, measurements, and movements. These avatars can be used for virtual fittings.
5. The smart charm bot incorporates microphone and audio sensors like the Knowles SPH0645LM4H-B Microphone 1 allows for the development of fashion items that respond to sound.