WO2011116532A1

WO2011116532A1 - Hair styler used for fixing, drying and curling hair

Info

Publication number: WO2011116532A1
Application number: PCT/CN2010/071369
Authority: WO
Inventors: 王苏元; 周倍力; 王华杰
Original assignee: 周蓓华
Priority date: 2010-03-26
Filing date: 2010-03-26
Publication date: 2011-09-29
Also published as: JP3182406U; US20130008461A1

Abstract

A hair styler used for fixing, drying and curling hair, comprises a barrel-shaped main body (1). A curling rod (2) is installed on the main body (1). A handle (3) coaxial with the main body (1) is installed on an end of the main body (1). A micro-motor (4) is installed in the handle (3). The micro-motor (4) drives the main body (1) rotating around its own axial line corresponding to the handle (3). A control switch controlling rotation of the motor (4) is installed on the handle (3). The main body (1) is connected with a power supply to produce heat quantity, or heated by an electric heater (6) installed in the main body (1). The electric heater (6) contacts the main body (1) tightly.

Description

Hair styling device with haircut, hair and curl

The electromagnetic induction heater 3 of the present invention can also be applied to a laminating roller that requires heating to replace the original heating rod.

Technical field

The present invention relates to a hair styling device having a hair setting, baking and curling function.

Background technique

Nowadays, when people are getting a haircut, they often need to shape their hair. The general method is to use a hairdresser or another person, holding a hair curler in one hand, a hair dryer in the other, and a hairdressing tool. The person first curls the hair of the person who has been haircut with a curling iron, and then uses a hair dryer to wind the curled hair and blow the hot air. This method of shaping hair not only requires another talent to complete, but also uses a hair dryer with high energy consumption, high noise, and a long time, which is often annoying to the hairdresser. In addition, at present, there is a commonly used method for non-noise perm, which generally comprises a cylindrical plastic hair curler. When in use, the hair is wound on a curling iron, and then the heated cap is used to heat the shaped hair. This type of curling iron also needs to help others to curl when curling, and also needs to be equipped with a heating cap to shape the hair. Therefore, it is not suitable for home use, and is generally used in beauty salons. In addition, the curling iron has a single curl function and cannot be used for automatic baking and scalp care. There is a problem with a single function.

Chinese patent document CN2891771Y discloses an electric hair curler comprising a motor-driven rotating hair brush and a hot air blower assembled to the handle member. The electric hair curler adopts a hot air blower for air supply, which is not only noisy, but also The heat utilization rate is not high.

Summary of the invention

The technical problem solved by the present invention is to provide a hair styling device which has a hair-setting, baking and curling function which can be operated by a single person and which is basically free from noise pollution.

Still another object of the present invention is that the hair styling device can also emit far infrared rays and has a good health care effect on the human scalp and/or hair.

The technical proposal of the present invention is to provide a hair styling device having a hair styling, baking and curling function, comprising a cylindrical hair styling body, and a hair curling rod is arranged on the hair styling body, One end of the main body of the hair piece is provided with a handle coaxial with the hairdressing body, and a micro motor is arranged in the handle, and the micro motor drives the hair straightener body to rotate relative to the handle along its own axis. The handle is provided with a control switch for controlling the rotation of the motor; the hair conditioner body is energized to generate heat or is heated in the body of the hair straightener and directly heated by the heater body .

The hair styling body is made of a material that emits far infrared rays after being heated, and the hair styling body emits far infrared rays when the hair styling body is heated to a predetermined temperature.

The hair styling body is made of a metal material, and the metal hair styling body is embedded with a plurality of far infrared ray generating members which are made of a material capable of emitting far infrared rays after being heated or outside the hair styling body. The surface is coated with a layer of far infrared rays which is made of a material capable of emitting far infrared rays after being heated, and when the hair straightener body is heated to a predetermined temperature, the hair styling body emits far infrared rays.

When the hair styling body is energized to generate heat, the hair styling body is a ceramic tube, and an electric heating film is disposed on the ceramic tube, and the electric heating film generates heat to generate heat to heat the hair styling body. .

An overload protection member is provided on the handle to prevent excessive pulling of the hair.

a fan blade connected to the output shaft of the micro motor is disposed in a hair styling body or a handle of the joint portion of the hair styling body and the handle, and is provided on the hair styling body The air hole is provided with an air inlet hole on the handle. When the micro motor rotates, the fan blade blows out the wind in the hair straightener body through the air outlet hole.

The material which can emit far infrared rays after being heated is a far infrared ceramic tube.

The material which can emit far infrared rays after being heated is made of quartz.

The material which can emit far infrared rays after being heated is jade.

A heat insulating ball head is provided at an outer end of the curling iron.

The material which can emit far infrared rays after being heated is tourmaline.

The material which can emit far infrared rays after being heated is tourmaline powder.

The curling iron is replaced by curly hair.

The curly hair is artificial hair, and the artificial hair is made by adding 1% to 15% tourmaline powder (% by weight) to the nylon.

The hair straightener body is made by adding 1%-15% tourmaline powder (weight percentage) to the high temperature resistant hard plastic.

The tourmaline powder comprises the following weight percentage components:

B2O3 10%-15%; SiO2 30%-35%; Fe2O3 1%-3%; AL2O3 32%-36%;

CaO 1%-3%; MgO 9%-14% K2O 0.5%-1% Na2O 2%-5% TiO2 1%-3%.

The tourmaline powder may also be a component comprising the following weight percentages:

B2O3 12%-13%; SiO2 25%-30%; Fe2O3 1%-3%; AL2O3 33%-35%;

CaO 1%-3%; MgO 9%-14% K2O 0.5%-1% Na2O 2%-5% TiO2 1%-3%.

The invention utilizes a micro motor as a driving source, and a control switch is arranged on the handle of the curling iron. When oneself and oneself curls, only one of the control switches is pressed to rotate the hairdressing body, and the user's hair will be Was rolled up; when you need to loosen the curls, press one of the other switches to reverse the curler, you can easily loosen the hair; the hair straightener body is designed to be heated directly or in it The heater can not only play the role of baking and shaping, but also has no trouble caused by the noise of the hair dryer; the fan blade is provided in the hair styling body or in the handle, which can help the hair to dry. The wind blows out only the evaporated moisture of the hot hair when the far-infrared material is at a high temperature, and the air volume and noise are only a few minutes or a few tenths of the ordinary hair dryer, and basically no noise; The hair styling body is made of a material capable of generating far infrared rays, or is embedded or coated with a material capable of generating far infrared rays on the hair styling body, so that when the hair styling body is heated to a predetermined temperature The hair straightener body will produce a far red line, which is beneficial to the health of the human scalp; at the same time, the hair styling body of the present invention is directly in contact with the hair, and is evaporated by far infrared baking, energy saving and low carbon; overcoming the traditional curly hair The moment of contact with the wind and the electric heat only brings a part of the heat energy, and there is also a problem that the oxygen ions damage the hair. The curling rod is also made into a curling rod which can generate far infrared rays. When the curling rod is heated, it can also generate far infrared rays, which have health effects on human hair.

DRAWINGS

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a schematic view showing the structure of a first embodiment of the present invention.

Figure 2 is a schematic view showing the structure of a second embodiment of the present invention.

Figure 3 is a schematic view showing the structure of a third embodiment of the present invention.

detailed description

The invention will be explained in more detail below with reference to the accompanying drawings.

Referring to FIG. 1, FIG. 1 is a schematic structural view of a first embodiment of the present invention. Disclosed is a hair styling device having a hair styling, baking and curling function, comprising a cylindrical hair styling body 1 on which a hair curling rod 2 is provided, One end of the main body 1 is provided with a handle 3 coaxial with the hair styling body 1, and a micromotor 4 is provided in the handle 3, and the micromotor 4 drives the hair styling body 1 along its own axis with respect to The handle 3 is rotated, and the handle 3 is provided with a control switch 31 for controlling the rotation of the motor, a temperature control switch 32 and an electric fan switch 33. In this embodiment, the hair conditioner main body 1 is electrically heated to a predetermined time. At the time of temperature, an infrared ceramic tube capable of generating heat is provided on the infrared ceramic tube, and the electric heating film is connected to a power source. After the electric current is applied, the electric heating film generates heat to cause the hair styling body 1 to generate heat. In this embodiment, an insulating layer is disposed on the electrothermal film to prevent short circuit. In order to ensure that the electric heating film is also energized when the hair styling body 1 is rotating, a structure similar to the brush of the motor can be used between both ends of the electric heating film and both ends of the power line, so that the hair styling body 1 can be rotated. The electric heating film can also be kept energized. The curling rod 2 disposed on the hair styling body 1 is also made of a material that can generate infrared rays after being heated. In order to prevent the hair curling rod 2 from directly burning the human scalp, a heat insulating ball is disposed at the outer end of the curling rod 2. Head 21. In this embodiment, the handle 3 is connected to the hair styling body 1 in such a manner that a bearing 5 is disposed on an outer wall of the end of the handle 3 connected to the hair styling body 1, the hair styling body 1 is fastened to the bearing 5, and the output shaft of the micromotor 4 is fastened to the inner wall of the hair styling body 1, so that when the micromotor 4 rotates, the hair styling body 1 can be rotated relative to the handle 3. When the user needs curling, only need to turn on the forward rotation state in the control switch 31, and then curl the hair; otherwise, the hair can be loosened. The control switch 31 in this embodiment is a tact switch, and the tap is positive. Turn, press one again to reverse, and then tap once to disconnect. After the hair is wound up as required, and then the temperature control switch 32 is pressed, the hair can be heat-set, and the temperature control switch 32 can also be divided into several files, each gear corresponding to different temperature segments, to adapt to different hair styles. If it is only necessary to dry the hair separately, the temperature control switch 32 can be turned on, and the electric fan switch 33 can be turned on to increase the drying effect. a fan blade connected to the output shaft of the micro motor 4 is disposed in the hair styling body 1 of the hair stylus body 1 and the joint portion of the handle 3 or in the handle 3, in the hair styling device The main body 1 is provided with an air outlet hole, and the handle 3 is provided with an air inlet hole. When the micro motor 4 rotates, the fan blade blows out the wind in the hair straightener main body 1 through the air outlet hole. Since the electric fan (not shown) in the present invention has extremely small power and low noise, it does not cause any noise pollution to the customer. An overload protection member for preventing the hair from being excessively pulled may be provided on the handle 3. The overload protection member may be a miniature torque limiter. When the hairdresser body 1 is rotated to a certain angle with respect to the handle 3, the micro torque is applied. The limiter works to prevent excessive pulling of the hair.

Obviously, in order to meet the needs of different groups of people, such as men or women, long hair or short hair, the present invention can also be designed to: the curling rods provided on the hair styling body, with curls of different lengths Instead of the barrel of the rod or the curling hair, the barrel is replaceably fitted over the hair straightener body. That is to say, a plurality of different types of cylinders having various lengths or/and diameters of curling irons or curling hairs can be designed, and different cylinders are used according to different people's needs.

Referring to Fig. 2, it is a second hair styling device having hair cutting, baking and curling functions of the present invention, comprising a cylindrical hair styling body 1 which is made of a metal material. A far infrared ray generating member 11 made of a material capable of emitting far infrared rays after being heated is mounted on the hair styling body 1 , and an electric heater 6 is disposed in the hair styling body 1 . The device 6 abuts against the inner wall of the hair straightener body to directly heat the hair straightener body 1. When the electric heater 6 is heated, the far infrared ray generating member 11 emits far infrared rays, a hair curling rod 2 is provided on the hair styling body 1, and a heat insulating ball head 21 is provided at the end of the curling iron 2. a handle 3 is disposed at one end of the hair styling body 1 , and a micro motor 4 is disposed in the handle 3 , and the micro motor 1 drives the hair styling body 1 to rotate relative to the handle 3 . The handle 1 is provided with a control switch 31 for controlling the rotation of the micro motor 4.

In the embodiment, a fan blade (not shown or connected to the output shaft of the micro motor 4) is provided in the hair styling body 1 of the joint portion of the hair stylus body 1 and the handle 3. In the handle body, an air outlet hole (not shown) is disposed on the hair styling body 1, and an air inlet hole (not shown) is disposed on the handle 3, and when the micro motor 4 rotates, the fan The blade blows the wind inside the hair styling body 1 outward through the air outlet.

Please refer to FIG. 3. FIG. 3 is a schematic structural view of a third embodiment of the present invention. The embodiment shown in FIG. 3 has the same general structure as the embodiment shown in FIG. 2, except that the outer surface of the hair styling body 1 is covered with a layer of material which can emit far infrared rays after being heated. The infrared ray generating layer 12 emits far infrared rays from the far infrared ray generating layer 12 on the hair styling body 1 when the hair styling body 1 is heated to a predetermined temperature.

In the above embodiments, the material capable of emitting far infrared rays after being heated may be a ceramic material capable of emitting far infrared rays after being heated, or a quartz material capable of emitting far infrared rays after being heated, or capable of being emitted after being heated. Far-infrared jade materials, etc. These materials, which produce far infrared rays, can also have an effect of generating negative ions.

The material capable of emitting far infrared rays after being heated may also be a tourmaline made of a material capable of emitting far infrared rays after being heated. Or the material which can emit far infrared rays after being heated is tourmaline powder.

Obviously, the curling iron can also be replaced by curly hair. The curly hair is artificial hair, and the artificial hair is made by adding 1% to 15% tourmaline powder (% by weight) to the nylon.

Production of artificial hair: weight percentage;

Example 1 Nylon 99% Tourmaline powder (particle size 300 or more) 1%, melt and mix evenly, made into nylon yarn, cut to meet the requirements.

Example 2 nylon 96% Tourmaline powder (300 or more particle size) 4%, melted and mixed evenly, made into nylon yarn, cut to meet the requirements.

Example 3 Nylon 93% Tourmaline powder (300 or more particle size) 7%, melted and mixed evenly, made into nylon yarn, cut to meet the requirements.

Example 4 Nylon 90% 10% of tourmaline powder (300 or more particle size), melted and mixed evenly, made into nylon yarn, cut to meet the requirements.

Example 5 Nylon 88% Tourmaline powder (300 or more particle size) 12%, melted and mixed evenly, made into nylon yarn, cut to meet the requirements.

Example 6 Nylon 85% Tourmaline powder (particle size 300 or more) 15%, melted and mixed evenly, made into nylon wire, cut to meet the requirements.

The main body of the hair styling device: a polyimide with high temperature resistant hard plastic, temperature resistance of 300 degrees Celsius, for example, the weight percentage;

Example 7 Polyimide 99% Tourmaline powder (having a particle size of 300 or more) 1%, melted and mixed evenly, and molded into a cylindrical shape.

Example 8 Polyimide 96% Tourmaline powder (having a particle size of 300 or more) 4%, melted and mixed evenly, and molded into a cylindrical shape.

Example 9 Polyimide 93% Tourmaline powder (having a particle size of 300 or more) 7%, melted and mixed uniformly, and injection molded into a cylindrical shape.

Example 10 Polyimide 90% Tourmaline powder (having a particle size of 300 or more) 10%, melted and mixed uniformly, and injection molded into a cylindrical shape.

Example 11 Polyimide 88% Tourmaline powder (having a particle size of 300 or more) 12%, melted and mixed evenly, and molded into a cylindrical shape.

Example 12 Polyimide 85% Tourmaline powder (having a particle size of 300 or more) 15%, melted and mixed uniformly, and molded into a cylindrical shape.

The tourmaline powder comprises the following components by weight: B2O3 10%-15%; SiO2 30%-35%; Fe2O3 1%-3%; AL2O3 32%-36%; CaO 1%-3%; MgO 9%-14% K2O 0.5%-1% Na2O 2%-5% TiO2 1%-3%.

Example 13 Ingredients for tourmaline powder (all sizes of various components need more than 300 mesh):

B2O3 10%; SiO2 30%; Fe2O3 3%; AL2O3 36%; CaO 3%; MgO 9% K2O 1% Na2O 5% TiO2 3%. The above components can be used by mixing them uniformly.

Example 14 Ingredients for tourmaline powder (all sizes of various components need more than 300 mesh):

B2O3 13%; SiO2 33%; Fe2O3 2%; AL2O3 32%; CaO 2.5%; MgO 14% K2O 0.5% Na2O 2% TiO2 1%. The above components can be used by mixing them uniformly.

Example 15 Ingredients for tourmaline powder (all sizes of various components need more than 300 mesh):

B2O3 15%; SiO2 30%; Fe2O3 1%; AL2O3 36%; CaO 1%; MgO 9% K2O 1% Na2O 5% TiO2 2%. The above components can be used by mixing them uniformly.

Example 16 Ingredients for tourmaline powder (both of which have a particle size of more than 300 mesh):

B2O3 10%; SiO2 35%; Fe2O3 3%; AL2O3 33%; CaO 1%; MgO 9% K2O 1% Na2O 5% TiO2 3%. The above components can be used by mixing them uniformly.

Claims

A hair styling device having a hair styling, baking and curling function, comprising a cylindrical hair styling body, on the hair styling body, a hair curling rod, characterized in that: the hair styling device One end of the main body is provided with a handle coaxial with the hair straightener body, and a micro motor is arranged in the handle, the micro motor drives the hair straightener body to rotate relative to the handle along its own axis, in the handle A control switch for controlling the rotation of the motor is provided thereon; the hair conditioner body is energized to generate heat or is heated in the body of the hair straightener directly adjacent to the hair conditioner body.

2. A hair styling device having a hair-setting, baking and curling function according to claim 1, wherein the hair styling body is made of a material that emits far infrared rays after being heated. When the hair conditioner main body is heated to a predetermined temperature, the hair styling body emits far infrared rays.

3. A hair styling device having a hair styling, baking and curling function according to claim 1, wherein said hair styling body is made of a metal material, said metal hair styling body a far-infrared generating element made of a material which can emit far-infrared rays after being heated, or a far-infrared generating layer which is made of a material which can emit far-infrared rays after being heated on the outer surface of the hair-producing body. The hair styling body emits far infrared rays when the hair styling body is heated to a predetermined temperature.

4. A hair styling device having a hair-setting, baking and curling function according to claim 1, wherein when the hair styling body is energized to generate heat, the hair styling body is a ceramic tube. The ceramic tube is provided with an electric heating film, and the electric heating film generates heat to generate heat to the hair styling body.

A hair styling device having a hair-setting, baking and curling function according to claim 1, wherein an overload protection member for preventing excessive pulling of the hair is provided on the handle.

A hair styling device having a hair styling, baking and curling function according to any one of claims 1 to 5, wherein a joint portion of the hair styling body and the handle is provided a fan blade connected to the output shaft of the micro motor is disposed in the hair styling body or in the handle, and an air outlet hole is disposed on the hair styling body, and an air inlet hole is disposed on the handle body. When the micromotor rotates, the fan blades blow out the wind in the hair straightener body through the air outlet.

A hair styling device having a hair-setting, baking and curling function according to claim 2 or 3, wherein the material capable of emitting far-infrared rays after being heated is a far-infrared ceramic tube.

A hair styling device having a hair-setting, baking and curling function according to claim 2 or 3, wherein the material which emits far infrared rays after being heated is made of quartz.

A hair styling device having a hair-sending, baking and curling function according to claim 2 or 3, wherein the material capable of emitting far-infrared rays after being heated is jade.

A hair styling device having a hair-setting, baking and curling function according to any one of claims 1 to 5, wherein a heat-insulating ball head is provided at an outer end of the hair curling rod.

A hair styling device having a hair-setting, baking and curling function according to claim 2 or 3, wherein the material capable of emitting far-infrared rays after being heated is a tourmaline.

A hair styling device having a hair-setting, baking and curling function according to claim 2 or 3, wherein the material capable of emitting far infrared rays after being heated is tourmaline powder.

13. A hair styling device having hair-setting, baking and curling functions according to claim 12, wherein the tourmaline powder comprises the following components by weight:

B2O3 10%-15%; SiO2 30%-35%; Fe2O3 1%-3%; AL2O3 32%-36%;

CaO 1%-3%; MgO 9%-14% K2O 0.5%-1% Na2O 2%-5% TiO2 1%-3% .

14. A hair styling device having hair-setting, buffing and curling functions according to claim 12, wherein the tourmaline powder comprises the following components by weight:

B2O3 12%-13%; SiO2 25%-30%; Fe2O3 1%-3%; AL2O3 33%-35%;

CaO 1%-3%; MgO 9%-14% K2O 0.5%-1% Na2O 2%-5% TiO2 1%-3% .

15. A hair styling device having hair setting, buffing and curling functions according to claim 1, wherein said curling iron is replaced by curling hair.

A hair styling device having a hair-setting, baking and curling function according to claim 15, wherein the hair curling hair is artificial hair, and the artificial hair is 1%-15% electric in the nylon. Made from the weight percentage of stone powder.

17. The hair styling device with hair-setting, baking and curling function according to claim 1, wherein the hair styling body is made of 1%-15% tourmaline powder weight added to the high temperature resistant hard plastic. Made from a percentage.

18. A hair styling device having hair-setting, baking and curling functions according to claim 16 or 17, wherein the tourmaline powder comprises the following components by weight:

B2O3 10%-15%; SiO2 30%-35%; Fe2O3 1%-3%; AL2O3 32%-36%;

CaO 1%-3%; MgO 9%-14% K2O 0.5%-1% Na2O 2%-5% TiO2 1%-3% .

19. A hair styling device having a hair setting, baking and curling function according to claim 1, wherein the hair curling rods provided on the hair styling body are of different lengths or/and different diameters. Instead of a cylinder of curling iron or curling hair, the cylinder is replaceably fitted over the hair straightener body.