Cosmetic mask is a popular skincare product widely accepted by the youth and female. Most cosmetic masks with the current economic market offer very few sizes to choose from, thus producing misfit masks with reduced wearing comfort and skincare functionality. This paper describes the best way to realize customized design of cosmetic masks using three-dimensional (3D) parametric face models produced by a substantial amount scanned facial data. The parametric models approximate individual faces utilizing a nonlinear regression model controlled by way of a group of facial parameters all to easy to be measured. They work as effective reference geometry to conduct 3D custom face mask design. A prototyping mask design system implementing the parametric modelling method demonstrates the customized design process. The system allows the consumer to construct the mask shape upon 3D meshes of the face model by specifying inner and outer boundary curves. An automatic flattening function unfolds the trimmed meshes in to a two-dimensional (2D) pattern which has a reduced shape distortion. This research improves the practical value of large-scale anthropometric data by realizing human centric design customization using cosmetic facial mask as an example.
Custom goggles in WooCommerce
Wearing goggles and social distancing are getting to be a brand new normal for many Americans, as increasing numbers of than half U.S. states have instituted mask mandates as well as other safety guidelines in order to avoid the spread in the coronavirus.
Below, we describe the measurement method and demonstrate its capabilities for mask testing. In this application, do not manage a comprehensive survey coming from all possible mask designs or a systematic study of use cases. We merely demonstrated our method on the various commonly available masks and mask alternatives with one speaker, as well as a subset of the masks were tested with four speakers. Even from these limited demonstration studies, important general characteristics may be extracted by performing a relative comparison between different goggles along with their transmission of droplets.