A hair clipper head structure that prevents hair from being pulled

Abstract

The invention discloses a hair clipper cutter head structure for preventing hair from being pulled, comprising a moving blade, a pressing assembly and a static blade, the moving blade is connected to the driving device of the hair clipping device in transmission, the pressing assembly is a torsion spring, the static blade and the hair clipper The housing is connected, the hair guide groove at one end of the connection between the root of the hair guide tooth and the static blade is provided with a first contact surface and a second contact surface, and the first contact surface is set on the hair guide groove between the roots of the hair guide tooth The contact surface and the second contact surface form a non-acute-angled guide surface at the junction of the first contact surface and the second contact surface. When the hair that cannot be cut reaches the guide surface, it avoids the hair being caught by the sharp edge of the guide surface. , the uncut hair can slide out during the continuous pushing process, and a gap is set between the cutting area and the moving blade, and between the guiding surface and the moving blade to further avoid hair hooking, so that the user does not have any problems during use. Pain, improve user experience.

Description

technical field [0001] The invention relates to the technical field of hair clipper structures, in particular to a hair clipper blade head structure for preventing hair from being pulled. Background technique [0002] With the gradual improvement of domestic consumption levels, more and more families believe that a family-specific hair clipper is one of the must-haves for home care appliances. [0003] Most of the existing electric hair clippers use an electric motor, which drives the movable blade to swing through an eccentric shaft, and the oscillating movable blade cutting teeth and the hair guiding teeth of the stationary blade are staggered for hair cutting. [0004] However, in the cutting process of the existing moving blade and static blade, due to factors such as the pressure of the pressing component, the sharpness of the moving blade, the amount of hair to be cut, and the use environment, some hairs cannot be cut during use. When the cut hair reaches the root of ...

AI Technical Summary

Problems solved by technology

[0005] For this reason, it is necessary to provide a hair clipper head structure that prevents hair from being pulled, so as to solve the problem that some hairs cannot be cut when the hair clipper is used in the prior art. When the end of the static blade is formed, the sharp edge is squeezed and bent, causing the problem of hair hooking

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