一种自动卷发器

Abstract

本实用新型所涉及一种自动卷发器，包括卷发手持柄，卷发组件；卷发组件包括卷发外壳，转发架，发热筒组件，冷端架组件，卷发旋转机构。使用时，所述卷发外壳内表面与转发架外围表面形成环形卷发收容空间，使用者头发首端从冷端架上的第一入发孔进入，穿过第二入发孔，突出于第二入发孔一部分距离；在所述卷发旋转机构带动转发架上的转动体转动时，使得被卷的头发进入环形卷发收容空间内部，所述转发架以发热筒组件为中心进行旋转，将所述头发缠绕在导热筒组件上，实现卷发目的。在此卷发过程中，通过转发架和冷端架组件相互配合，分别固定被缠绕头发的位置，头发进出的问题，控制被缠绕头发烫伤位置等技术优点，从而实现提高卷发效果的功能。

Claims

1. An automatic hair curler, comprising a hair curling handle disposed at the lower end for easy handholding by a user, and a hair curling component disposed at the upper end of the hair curling handle; characterized in that: The curling assembly includes a curling shell disposed at the upper end of the curling handle, a rewinding frame installed inside the curling shell, a heating cylinder assembly installed inside the rewinding frame, a cold end frame assembly installed at the upper end of the heating cylinder assembly, and a curling rotation mechanism installed at the intersection of the lower end of the heating cylinder assembly and the upper end of the curling handle. The heating cylinder assembly is fitted inside the relay frame, and is fixedly positioned inside the relay frame by a plurality of ribs arranged inside the relay frame, forming a rotatable rotating body. The cold end frame assembly includes a cold end frame directly mounted on the top of the heating element assembly. The cold end frame is fixedly mounted at the top of the heating element assembly. The cold end frame includes a cold end ring seat located at the bottom that directly contacts the top of the heating element assembly, and a cylinder located on the upper end of the cold end ring seat that is larger at the top and smaller at the bottom. A first inlet hole in the shape of a strip is provided on one side wall of the cylinder, and a second inlet hole in the shape of a polygon with a smaller at the top and a larger at the bottom is provided on the other side wall of the cylinder. The first inlet hole and the second inlet hole are arranged parallel to each other. When in use, the inner surface of the hair curler shell and the outer surface of the rewind rack form an annular hair curler receiving space. The user's hair ends enter from the first hair inlet on the cold end rack, pass through the second hair inlet, and protrude a certain distance beyond the second hair inlet. When the hair curling mechanism drives the rotating body on the revolving frame to rotate, the hair to be curled enters the annular hair curling receiving space. The revolving frame rotates around the heating cylinder assembly, wrapping the hair around the heat-conducting cylinder assembly to achieve the purpose of curling.

2. The automatic curler according to claim 1, wherein: The relay frame includes a main body consisting of a cylinder with a small upper diameter and an inclined elliptical cross-section, and a large lower diameter and a circular cross-section. A long U-shaped hair inlet is located on one side of the main body, higher at the top and lower at the bottom, and a short U-shaped hair inlet is located on the other side of the main body, higher at the top and lower at the bottom. Multiple ribs are arranged on both sides of the inner walls of the long and short hair inlets. Two ribs are located on either side of the hair inlet, and the side faces of the ribs are in close contact with the surface of the heating element assembly.

3. The automatic curler according to claim 1, wherein: The cold end frame assembly also includes a cold end flat washer and a spring washer installed at the center of the cold end frame, a pan head screw installed on the cold end frame for passing through the cold end flat washer and the spring washer, and a cold end cap installed on the pan head screw.

4. An automatic hair curler according to claim 1, characterized in that: The hair curling mechanism includes a hair curling generator located at the upper end of the hair curling handle, a hair curling reduction gearbox mounted on the hair curling generator, a spur gear mounted on the upper end of the hair curling reduction gearbox, and an internal hair curling gear mounted at the bottom end of the revolving frame that meshes eccentrically with the spur gear. When the hair curling generator is started, the spur gear begins to rotate, which drives the internal hair curling gear to rotate, and the internal hair curling gear drives the entire revolving frame and heating cylinder assembly to rotate together.

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