Hair styling attachment

Abstract

A hair styling attachment includes a styling body. An air cavity is formed inside the styling body, and the styling body has a styling surface; an air-guiding structure disposed on the styling body and being in communication with the air cavity; the air-guiding structure is configured to form a negative-pressure adsorption zone near the styling surface when a fluid flows through the air cavity, thereby causing the hair to be adsorbed onto the styling surface; and the styling body is configured to make relative rotational movement with the hair adsorbed onto the styling surface, and the hair is wound around the styling body. The present disclosure provides the air-guiding structure of specific configurations on the styling body, and employs Bernoulli's principle and Coandă effect to form stable negative-pressure adsorption zones near the styling surface, thereby replacing conventional mechanical clamping or manual winding, and achieving gentle, damage-free adsorption fixation of hair.

Dependencies are inferred from the claim text.