KR100562714B1 - Hair dryer - Google Patents

Abstract

The present invention relates to an improved hair dryer that can dry wet hair very quickly without promoting hair damage and promote healthy hair maintenance, which is driven by electric energy and can be held by the control switch 11. As having a handle member 10; Has a wind generating means (20) for sucking the outside air through the intake hole (13) provided in the case member (12) extending to the handle member (10) side to generate wind; The wind generating space portion 14 is installed on the side of the wind generating space portion 14 is provided with a long wind passage (15), but the wind generating space portion 14 in order to increase the wind strength moved to the wind passage (15) Configured to have a smaller wind passage 15 cross-sectional area; The wind path 15 is installed in the longitudinal direction of the far-infrared lamp 30 in the form of a rod that is emitted by electric energy; In one direction of the wind passage 15, a plurality of branch pipes formed with a long lengthwise direction of the spinneret 45 and the branch passage 42 through which the wind is injected to allow the light of the far-infrared lamp 30 to be radiated to the outside ( 41) The wind branch member 40 having a fixed installation is configured to have a branch passage 42 narrowed toward the branch outlet 42b from the branch inlet 42a so that a cold wind is supplied to the part up to the scalp quickly. It can be dried, hygienic and promotes the metabolism of hair and scalp.

Hair Dryer, Hair, Far Infrared Lamp

Description

Hair Dryer {Hair dryer}

1 is a longitudinal sectional view showing the whole of the hair dryer according to the present invention;

2 is an enlarged cross-sectional view taken along line X-X 'of FIG. 1;

3 is a configuration diagram showing the bottom of the hair dryer according to the present invention,

4 is an enlarged cross-sectional view taken along line Y-Y 'of FIG. 3;

5 is a partially enlarged cross-sectional view taken along line Z-Z 'of FIG.

6 is a state of use of the present invention hair dryer,

Figure 7 is a block diagram showing another embodiment of the branch pipe according to the present invention.

Explanation of symbols on the main parts of the drawings

10: handle member 12: case member

13: intake hole 14: wind generating space

15: Wind passage 20: Wind generating means

21: motor 22: fan

30: far infrared lamp 40: wind branch member

41: branch structure 42: branch passage

43: curved wheel portion 44: side branch hole

45: spinning hole 50: photocatalyst coating material

51: guiyangseok coating agent 52: silver coating agent

The present invention relates to a hair dryer that dries the moisture of wet hair, and more particularly, to an improved hair dryer that can dry wet hair very quickly without promoting hair damage and promote healthy hair maintenance.

In general, people wash their hair almost daily or often for clean hair.

Also, after washing the hair, the hair is trimmed and trimmed for the desired hairstyle. At this time, the hair is dried first to trim the hair.

Usually, as a means to dry wet hair, the hot air dryer which makes moisture evaporate by hot air is used.

The hot air dryer has a built-in motor fan that generates wind and a coil heater that generates heat. When the motor fan is operated with the fan, cold wind comes out, and when the motor fan and the coil heater are operated at the same time, the hot air comes out.

Therefore, it can be used to dry wet hair by selecting one of cold wind and hot air to dry wet hair.

If you use cold wind, the cold wind coming from the hot air dryer does not reach the scalp deep inside the hair.

Therefore, it takes a long time to dry the hair, and in order to shorten the time it is very unsanitary to dry the wet hair whilst whipping like a hair using one hand.

Since hot air is used to evaporate the moisture of wet hair, it is possible to shorten the time rather than drying the wet hair with cold wind.

However, the hot air does not penetrate the scalp properly as it is when using a cold wind, so it is possible to shorten the time, although it is unsanitary but only to dry the hair with one hand.

In modern society, reducing the time it takes to dry wet hair is a very important factor in everyday life.

For example, women of modern careers do not always have time to go to work, but they have to pay attention to hairstyles, which are very important aspects of their appearance.

When using a cold wind in the hot air hair dryer is unsanitary and takes a long time, even when using the hot air is not only unsanitary, but even if the time is shortened, it is only slightly shorter when using the cold wind.

For example, in women with long hair, it takes about 20-30 minutes to dry wet hair using hot air.

The time required is a considerable time in the morning rush hour, which is why women do not use the hot air dryer.

Therefore, most women dry their wet hair first by wrapping the wet hair with a towel or the like to remove water and then drying the wet hair by an electric fan or air conditioner.

In particular, the reason for avoiding the hot air dryer as a means of drying wet hair is that, when intensively applying hot heat to the hair, the hair itself, which mainly consists of protein, not only becomes rough but also causes hair damage that causes the hair ends to split. to be.

Therefore, a hot air dryer is used to trim hair to a desired hairstyle by applying hot air after drying the hair, rather than being used to dry wet hair.

On the other hand, related to the hair, there is a conventional hot air hair dryer used to dry or trim wet hair and ultrasonic vibration type hair comb with dry, such as Korean Utility Model No. 0313852, Japanese Utility Model Publication No. Hair curling apparatuses for treating hair, such as No. 3-7301, are known.

In addition, as the applicant's Korean Patent Nos. 10-0372198 and 10-0372199, the hair can maintain healthy hair by far infrared rays, promote blood circulation and metabolism of the scalp, and dry hair Curling devices have been disclosed.

However, the above-mentioned prior arts can dry wet hair, but all of them are only hot air drying or those having other complex functions, and are not used only to dry wet hair exclusively.

SUMMARY OF THE INVENTION The present invention aims to provide a wet hair dryer for wet hair that enables to dry wet hair in a short time without causing hair damage.

Another object of the present invention is to provide a hair dryer that can have a bactericidal effect with far infrared rays and anions in the scalp including the hair in the process of drying the wet hair.

Another object of the present invention is to provide a hair dryer that is capable of hygienic management.

In order to achieve the above object, the present invention is to have a handle member which is operated by electrical energy and can be held by the control switch; It has a wind generating means for sucking the outside air through the intake hole provided in the case member extending to the handle member side to generate wind; It is configured to have a long wind passage on the side of the wind generating space portion, the wind generating means is installed to have a wind passage cross-sectional area smaller than the cross section of the wind generating space portion so as to increase the wind strength moved to the wind passage; The far-infrared lamp of the rod shape which is emitted by the electric energy in the wind path is installed in the longitudinal direction; In one direction of the wind passage is installed the wind branch member having a plurality of branch pipes formed in the longitudinal direction of the branching path for the radiation hole and the wind is injected to the light of the far-infrared lamp to the outside is fixed in the branch entrance Characterized in that it is configured to have a branch passage narrowed toward the branch exit.                         

The wind generating means is characterized by consisting of a motor driven by the electric energy and a fan rotated by the motor to generate wind.

Branch pipe body provided in a plurality of the wind branch member is characterized in that it is configured to have a differential length.

The branch pipe body is characterized in that it has a concave portion for forming a round bead-shaped curved protrusion part in the end portion and the central portion of the curved protrusion wheel part so that the branch outlet is not blocked by foreign matter.

The branch pipe is further characterized by further having a branch passage and several side branch holes extending in the middle.

The inner surface of the case member for forming the wind path is characterized in that the photocatalyst coating material is coated to react to generate a beneficial energy source by receiving light.

The inner surface of the wind branch member is characterized in that it is coated with a precious stone coating agent that generates anion by receiving heat from a far infrared lamp.

The cyanite coating agent is characterized in that the cyanogen powder and the liquid teflon is mixed and coated and then cured.

The wind branch member and the branch body surface is characterized in that the silver coating agent having a sterilizing function is coated.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 shows an overall cross-sectional view of a hair dryer according to the present invention. Referring to this figure, the hair dryer of the present invention includes a handle member 10 which can be held by hand.

In addition, the handle member 10 is connected to the electrical cable 16 for supplying electrical energy and the circuit portion 17 is installed to be built therein, the control switch 11 is installed in any position It is. Reference numeral 18 denotes an electric line through which current flows.

The wind generating means 20 is installed inside the case member 12 extending to the side of the handle member 10.

The wind generating means 20 is composed of a motor 21 driven by electric energy, and a fan 22 rotated by the motor 21 to generate wind. Reference numeral 23 is a motor fixing member and 24 is a bracket for supporting the motor fixing member 23.

Therefore, when the control switch 11 is turned on, the motor 21 is driven to rotate the fan 22 to generate outside air through a plurality of intake holes 13 formed in the case member 12. The air is sucked into the space 14 to generate wind.

 The case member 12 is formed at the side of the wind generating space 14 to have a long wind passage 15.

The wind path 15 is configured to have a cross-sectional area smaller than the cross-sectional area of the wind generating space 14 in order to increase the intensity of the wind blown from the wind generating means 20 to move more.

The wind generated in the wind generating space 14 varies in wind strength in proportion to the rotational speed of the fan 22.

If the rotational speed of the fan 22 is high, a strong wind is generated, and if the rotational speed is slow, the wind strength is weakened.

In the present invention, the greater the wind strength, the better the performance.

In other words, if the wind blown from the fan 22 is maintained until the end of the long wind passage 15 reaches a strong wind will have a good performance.

In the present invention, since the wind is blown from the wind generating space portion 14 having a large cross-sectional area to the wind passage 15 having a smaller cross-sectional area, the wind moving speed is increased while the wind enters the wind passage 15 which is a narrow passage. If the wind speed increases, the wind strength increases in proportion to it.

Therefore, the wind blown from the wind generating space 14 is moved to maintain the strong wind to the end of the wind passage 15, so that the strong wind can be blown in the branch passage 42 of the branch pipe 41 will be.

The wind path 15 is provided with a rod-like far-infrared lamp 30 that is emitted by electric energy in the longitudinal direction.

The far infrared lamp 30 is installed to be fastened to the electric socket 32 supported by the bracket 31.

2, the tip of the far-infrared lamp 30 is fitted to the support clip member 33 so as not to sag downward.

In addition, the photocatalyst coating material 50 is coated on the inner surface of the case member 12 to form the wind passage 15.

The photocatalytic coating material is a material that reacts with light as an energy source when it receives light, and a material such as titanium dioxide is mainly used.

Since the photocatalytic material is known to have a bactericidal and antibacterial function, and a deodorizing function, an air purifying function and an anion are generated, bacteria such as Escherichia coli and Staphylococcus aureus will be omitted.

In one direction of the wind passage 15, the wind branch member 40 having a plurality of branch pipes 41 is installed to be fixed.

Although the screw 46 is used as a means for fixing the wind branch member 40, it is not necessarily fixed using the screw 46, but other fixing means may be used.

Branch pipe body 41 provided in the wind branch member 40 is provided to be arranged in a state in which a plurality is aligned as shown in FIG.

Referring to FIG. 4, the wind branch member 40 has a plurality of radial holes 45 formed therebetween between the branch pipes 41, and the inner surface of the wind branch member 40 is coated with a precious stone coating agent 51.

The guinea pig coating agent (51) is a mixture of guinea pig powder and liquid teflon is coated and then coated to be cured, and since the teflon coating technology is already known, a detailed description thereof will be omitted, and the guinea pig on liquid teflon of such a teflon coating technology A small amount of powder is mixed and coated.

Guiyang is known as a natural mineral that generates anions when it is subjected to vibration, heat or current.

Accordingly, negative ions are generated in the ear cyanide coating agent 51 by vibration generated in the wind generating means 20 or heat generated by the weak but far-infrared lamp 30.

This negative ion is released to the outside of the spinneret 45 by the wind.

In addition, the far infrared rays radiated from the far infrared ray lamp 30 through the radiation hole 45 is radiated to the outside.

Negative ions have a stable effect on the body, so it is known that the effects of pain, sleep, appetite, blood pressure, refreshment, fatigue prevention.

Referring to FIG. 5, the wind branch member 40 includes a plurality of branch pipes 41.

Branch pipe 41 has a branch passage 42 in which the wind is injected is formed long in the longitudinal direction, the branch passage 42 is a branch passage 42 is narrowed toward the branch outlet 42b from the branch inlet (42a) It is configured to have).

Therefore, the wind flowing into the branch inlet (24a) is compressed because the cross-sectional area of the branch passage (42) to pass compared to the volume of air while passing through the branch passage (42) is gradually narrowed, the passage speed is increased, the wind If the passage speed is increased, the wind strength is increased, the wind sprayed to the branch outlet (42a) is to be blown as a strong wind.

In addition, the branch pipe body 41 is configured to form a round bead-shaped curved protrusion part 43 at the end portion, and the branch outlet 42b for preventing the branch outlet 42b from being blocked by foreign matters at the central portion of the curved protrusion wheel part 43. It is comprised so that the recessed part 43a may be provided.

The branch pipe 41 comes into contact with the scalp g when the hair dryer is used.

At this time, the curved protrusion wheel part 43 does not hurt the scalp (g) and the groove part 43a secures a wide space, thereby preventing the branch outlet 42b from being blocked by foreign matter such as dandruff as much as possible. Will be.

 Branch pipe body 41 provided with a plurality of wind branch member 40 is configured to have a differential length.

Referring to FIG. 7, when the branch pipe 41 has a differential length, the branch pipe 41 is evenly blown to the middle part and the outside, including the deep part of the hair (h), so that the moisture is efficiently and quickly. Can be removed.

FIG. 8 shows another embodiment of the present invention, and is configured to further include a branch passage 42 and several side branch holes 44 extending in the middle of the branch pipe 41.

Therefore, since the wind comes out to the side branch hole 44, the wind is evenly blown to every corner of the hair (h) to remove moisture more quickly.

In addition, a silver coating agent 52 having a sterilizing function is coated on the wind branch member 40 and the branch pipe 41.

Since the technique of coating the silver coating agent 52 is a known technique, a detailed description thereof will be omitted.

It is a known fact that silver has a bactericidal function against various bacteria.

Therefore, since the silver component is coated on the wind branch member 40 and the branch pipe 41 surface, it is possible to prevent contamination from various bacteria in advance and maintain a good clean state.

In FIG. 3, reference numeral 12a denotes a case assembly line which is seen by assembling the case member 12.

In assembling the case member 12, the injection molding is divided into two sides so as to be custom assembled.

According to the present invention, when the hair is used while combing the hair, the cold wind is evenly distributed evenly to the deep part of the wet hair, so that the wet hair can be dried very quickly. Experimental results show that the hair can be dried.

In addition, since various pathogens which are easily present and proliferate in the hair and scalp are sterilized by far-infrared rays and photocatalytic reaction, hygienic use is promoted.

And the negative ions will have the function of smoothing the metabolism of hair or scalp.

As described above, the present invention has the effect of providing a hair dryer that can dry wet hair quickly.

And while using a hair dryer sterilizes pathogens on the hair or scalp, including itself, promotes hygienic use and provides an effect of promoting the metabolism of hair and scalp by negative ions.

Claims (9)

As having a handle member 10 which is operated by electric energy and which can be held by the control switch 11; Has a wind generating means (20) for sucking the outside air through the intake hole (13) provided in the case member (12) extending to the handle member (10) side to generate wind; The wind generating space portion 14 is installed on the side of the wind generating space portion 14 is provided with a long wind passage (15), but the wind generating space portion 14 in order to increase the wind strength moved to the wind passage (15) Configured to have a smaller wind passage 15 cross-sectional area; The wind path 15 is installed in the longitudinal direction of the far-infrared lamp 30 in the form of a rod that is emitted by electric energy; In one direction of the wind passage 15, a plurality of branch pipes formed with a long lengthwise direction of the spinneret 45 and the branch passage 42 through which the wind is injected to allow the light of the far-infrared lamp 30 to be radiated to the outside ( 41) The wind branch member (40) having a fixed installation, characterized in that configured to have a branch passage (42) narrowed toward the branch outlet (42a) from the branch inlet (42a). The method of claim 1, wherein the wind generating means 20, the hair is characterized by consisting of a motor 22 driven by the electric energy and a fan 22 rotated by the motor 21 to generate wind Hair dryer. The hair dryer according to claim 1, wherein a plurality of branch pipes (41) provided in the wind branch member (40) is configured to have a differential length. The method according to claim 1, wherein the branch pipe 41 forms a rounded bead-shaped curved wheel portion 43 at the end, and the branch outlet 42b is not blocked by foreign matter in the central portion of the curved wheel wheel 43. Hair dryer having a groove portion (43a) for. The hair dryer according to claim 1, wherein the branch pipe (41) further has a plurality of side branch holes (44) extending in the middle of the branch passage (42). The photocatalyst coating material 50 according to claim 1, wherein the inner surface of the case member 12 for forming the wind passage 15 is coated with a photocatalyst coating material 50 which reacts to generate a beneficial energy source by receiving the far infrared lamp 30 light. Hairdryer. The hair dryer according to claim 1, wherein an inner surface of the wind branch member (40) is coated with a noble stone coating agent (51) which generates anion by receiving heat from a far-infrared lamp (30). The hair dryer according to claim 7, wherein the citrine coating agent (51) is cured after mixing the cyanide powder and the liquid teflon and coating. The hair dryer according to claim 1, wherein the wind branch member (40) and the branch pipe (41) are coated with a silver coating agent (52) having a sterilizing function.

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