Smart Makeup Compact

Smart overview of the Invention

The smart makeup compact, also known as an intelligent cosmetic compact device, integrates advanced technological features to enhance the user experience. It includes a touch-sensitive display powered by machine learning (ML) and artificial intelligence (AI) for personalized makeup recommendations. Augmented reality (AR) is utilized for virtual try-ons, while haptic feedback assists in guiding makeup application. The compact can connect with smart devices and packaging, allowing users to subscribe to, download, and share makeup looks on social media.

Components and Features

The device comprises a touch-sensitive display, processor, memory, camera, haptic feedback mechanisms, and wireless communication hardware. Its software includes an operating system, APIs, ML and AI algorithms, AR software, and social media integration capabilities. These components work together to learn user preferences and provide personalized recommendations. AR software allows users to visualize different makeup looks on a virtual model of their face.

Haptic Feedback and Connectivity

Haptic feedback mechanisms guide users by providing tactile signals for precise application of products like blush. The compact communicates with other smart devices through wireless protocols, enabling updates to its algorithms based on external data. This connectivity also alerts users when they are low on specific products.

User Interaction and Interface

The user interface is designed to be intuitive with easy-to-understand icons and menus. It allows seamless navigation through the device's features and settings. Users can adjust ML, AI, and AR settings to suit their preferences. The interface facilitates direct interaction with social media platforms for sharing makeup looks.

Design and Accessibility

The compact's housing can be opened or closed via a hinge, revealing an interior display and compartments for cosmetic products when opened. Some designs include exterior displays or compartments accessible even when closed. These features ensure that the device is both functional and convenient for users on-the-go.