US20260051198
2026-02-19
Physics
G06V40/168
The automated makeup application system is designed to streamline the process of applying makeup by using advanced technology. It allows users to select a desired makeup style from a variety of preconfigured looks through a computer application with a graphical user interface. The system records a face map and color coding using a camera attached to a robotic arm, which then stores this data on a virtual server. This information helps in calculating the necessary formula quantities for the selected look, which are then dispensed from formula cartridges and mixed by an airbrush compressor before being applied to the user's face.
The system includes a robotic arm equipped with several components such as a pump, formula cartridges, and an airbrush compressor. These components work together to extract, mix, and apply makeup formulas accurately. The airbrush compressor mixes the formulas, and specific nozzles spray the makeup onto the user's face. A cleaning mechanism is integrated into the system to maintain hygiene by cleaning the reservoirs and nozzles between applications and after the final use.
This automated system offers multiple advantages, including time savings and improved hygiene. By automating the makeup application process, users can avoid the time-consuming task of manually applying makeup, which often involves gathering various products and tools. The system also promotes hygiene by eliminating the need for brushes and other implements that may not be cleaned properly, reducing the risk of infections and acne.
An important feature of the system is its ability to provide accurate color matching and foundation application. The system records a face map that includes the user's facial colors, enabling precise makeup application that matches the user's skin tone. This is particularly beneficial for users who struggle with finding the right foundation shade due to limited options available in the market. Additionally, the system is designed to assist those with physical disabilities, making makeup application more accessible.
The makeup application system is housed in a casing with a retractable lid, containing various components such as a formula sleeve, cleaning pad, pump/optical sensor module, and compressor. These components work in tandem to dispense and apply makeup formulas efficiently. The system is controlled by a microcontroller and can be operated over the internet via a cloud-based server, offering a seamless and user-friendly experience.