Mascara Brush Component With Angled Application Members

The patent changes the geometric parameter of the application members by tilting them at a specific angle (5°-15°) relative to the longitudinal direction, rather than keeping them parallel. This parameter change transforms the brush's interaction with eyelashes, enabling the bristles to sweep along the lash shaft and create curvature, thereby resolving the contradiction between structural simplicity and curving effectiveness

The invention introduces a new spatial dimension by tilting the application members out of the plane perpendicular to the longitudinal direction. This creates a three-dimensional configuration where the application members extend at an angle, adding a sweeping motion dimension that conventional parallel brushes lack, thus achieving eyelash curving without significantly complicating the manufacturing process

The patent optimizes the tilt angle parameter within a specific range (5°-15°) to achieve the desired eyelash curving effect while minimizing structural complexity. This controlled parameter change ensures that the application members are tilted enough to create sweeping motion and lash curvature, but not so much that the brush becomes difficult to manufacture or use

The invention applies local quality by tilting only the application members (bristles) while keeping the brush handle and ferrule simple and conventional. This localized modification allows the complex tilting function to be implemented only where needed at the brush tip, rather than redesigning the entire brush structure, thus achieving curving effect with minimal increase in overall device complexity