KR20070064709A - Hair dryer - Google Patents

Abstract

The present invention relates to an improved hair dryer that can dry wet hair very quickly without drying the moisture of the wet hair and to promote healthy hair maintenance, by the electric energy and the control switch (13). As operated; The blower 11 for generating wind and the blower opening 12 of the blower 11 is branched from the main blower pipe 20 and the main blower pipe 20 to transfer the wind, the electromagnetic opening and closing valve 22 in the middle There are several branch blow pipes 21 installed, the heater coil 33 wound on the cross support 32 having an insulator tube 31 installed inside the main blower tube 20 generates heat energy by electric energy. An anion wind supply means (10) having a heater device (30) for generating and having an anion generator (40) which is installed in the middle of the main blower pipe (20) and generates an anion (n) and is supplied to be mixed with the blown wind. )and; A flexible air tube 50 connected to the branch blower tube 20 and having an elongated length of anion wind; The flexible air pipe 50 and the detachable means 60 is connected to the long wind passage extending from the handle portion 110 and the wind supply path 111 having a wind supply path 111 to receive anion winds therein; There is a main body portion 120 having a 121, the bottom of the main body portion 120, both side guide portion 131 is coupled to be fitted to the guide groove portion 122 formed below the main body portion 120 ( 130, the air branch member 130 is a negative ion wind is injected into the plurality of discharge holes 132 bored in the elongated groove 132a in the center at the same time the negative ion wind through the branch inlet 133 branch ( 134 and the plurality of branch pipes 137 and the branch pipe body 137 are formed long in the downward direction so as to be injected into the side surface injection hole 135 and the bottom surface injection hole 136 drilled in the outer peripheral surface and a plurality of perforated on the outer circumferential surface (k) longer length than branch pipe 137 to avoid contact It is made to include the air injection means 100 having a support (138), and dry the wet hair with a cold anion wind effect is to dry hair without hair damage and to promote hair health by rapid hair drying and anion There is.

Description

Hair drying machine

1 is an overall configuration diagram of a hair dryer according to a first embodiment of the present invention,

2 is a partially enlarged cross-sectional view of the anion air supply means of the present invention;

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

4a is a perspective view of an anion generator according to the present invention,

4B is an enlarged sectional view taken along the line Y-Y 'of FIG. 4A;

5 is a circuit diagram of an anion generator according to the present invention,

Figure 6 is a side cross-sectional view of the air injection means of the present invention,

7 is a partially separated perspective view of the air injection means of the present invention;

8 is an enlarged cross-sectional view taken along line Z-Z 'of FIG. 6;

9 is a partially enlarged cross-sectional action view of FIG. 6, FIG.

10 is a bottom view of the air injection means of the present invention;

11 is an explanatory view of a state of use of the hair dryer of the present invention;

12a and 12b is a cross-sectional view showing a connection and disconnection state of the connecting means of the air injection means and the flexible air pipe of the present invention,

13 is a sterilization state diagram of the air injection means of the present invention,

14 is a side view showing another embodiment of the first embodiment according to the present invention;

15 is a sectional side view showing a hair dryer of a second embodiment according to the present invention;

16 is a side cross-sectional view showing a hair dryer of a third embodiment according to the present invention;

17 is a bottom view of the hair dryer of the third embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

10: anion wind supply means 11; air blower

13 control switch 20 main blower

21: branch blowing pipe 30: heater device

40: anion generator 45: ear cats

50: flexible air pipe 60: detachable means

100,100 ', 100 ": Air injection means 110: Handle part

120: main body 123: intake hole

130: air branch member 131: guide part

132: discharge hole 134: branch passage

137: branch body 138: support

140: motor fan 150: far infrared lamp

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 hair damage and promote dry 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.

In the hot air hair dryer, using cold wind is unsanitary and takes a long time. Even if hot air is used, it is not only unsanitary but time is shortened.

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 as in 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.

And as the Korean Utility Model Registration No. 20-0256539 discloses a hair dryer to dry the hair by inhaling the moisture of the hair, this is combing because the hair is sucked into the inlet with the wind is sucked There is a problem in that it is difficult to commercialize realistically.

The present invention aims to provide a wet hair dryer for wet hair that can 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 sterilizing 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 hygienic management is planned.

In order to achieve the above object, the present invention is to operate by the electric energy and the control switch; A blower for generating wind, a main blower extending from the blower of the blower, and a branch blower branch branched from the main blower and having an electronic opening and closing valve installed therein, and an insulator installed inside the main blower. And a heater device in which the heater coil wound on the cross support is generated by electric energy to generate heat energy, and is installed in the middle of the main blower pipe and has an anion generator installed in the main blower tube to be supplied to be mixed in the blown wind. Wind supply means; A flexible air tube connected to the branch blower pipe, the anion wind is transported, and having a long length; The flexible air pipe is connected to the detachable means and has a handle part having a wind supply path therein receiving anion wind and a long wind passage extending from the wind supply path, and the bottom of the body part has both guide parts at the bottom of the body part. There is an air branch member to be fitted to the guide groove formed on the lower side, the air branch member is a plurality of discharge holes drilled in the long groove in the center of the negative ions are injected at the same time the negative ions flow into the branch passage through the branch inlet And a plurality of branch pipes formed long in the downward direction so as to be injected into the side spray holes drilled in the outer circumferential surface and the bottom spray holes drilled in the lower portion, and air having a longer length than the branch pipes in order to prevent the branch pipes from contacting the scalp. Characteristic of the first embodiment comprising the injection means It shall be.

In the negative ion generator, a collector current flows through the primary resistor of the transformer through an inductor and a transistor in which a current is supplied to the base of the transistor and driven through a starting resistance of an anion control circuit unit to which a DC voltage is applied from a control switch. The capacitor, which is combined with the base current of the transistor and is charged, is turned on until the collector current reaches a threshold, and when the threshold is reached, an input voltage is applied between the collector and emitter of the transistor to turn off. OFF) and the voltage charged in the capacitor is applied to the collector of the transistor so that the base current flows through the transistor's starting resistor, and the transistor is turned on and through the primary resistor of the transformer. Current flows and voltage is induced across the secondary side of the transformer. The transformer is connected to the secondary side by a smoothing capacitor in which the voltage induced on the secondary side of the transformer is rectified and charged by the rectifier of the double voltage circuit, and an AC pulse generated by successively operating the oscillation and amplification circuits as described above. Generates a high AC voltage, and the high voltage generated by the negative voltage generated in the double voltage circuit consisting of a rectifier and a smoothing capacitor is applied, and an anion is generated through the carbon filter and a conductor. Configured to be discharged is another feature.

The detachable means may include a separation pipe which is pivoted about a pin shaft and elastically actuated so that the hook is pressed inward by a torsion spring, and a hook member having a pressing part is installed at both sides and connected to a flexible air tube, and the hook is It is characterized in that it has a circular locking groove of the locking portion is composed of a fixed tube which is installed to be fixed to the rear of the handle portion.

In addition, the present invention is operated by the electric energy and the control switch; There is a body part having a long wind passage and the handle portion is installed the control switch, a motor fan for blowing the air intake through the intake hole into the wind passage inside the point that the boundary between the handle portion and the body portion is installed; A negative ion generator is built in the first part of the wind path to generate negative ions and is supplied to be mixed with the blown wind. An air branch member coupled to the guide groove formed at the lower side of the main body is provided at both bottoms of the main body. The air branch member is sprayed with a plurality of discharge holes drilled in the long groove in the center, the negative ion wind is injected into the branch passage and the negative ion wind flows into the branch passage through the branch inlet to the side injection hole and the bottom injection hole drilled in the outer peripheral surface A plurality of branch pipes and the branch is formed long in the downward direction so as to And that the body to the scalp does not come into contact with the support made of the air injection means has a further elongate length than branch tube characterized in the example of the second embodiment.

And the present invention is to be operated by the electric energy and the control switch; There is a main body portion having a long wind passage and the handle portion is installed the control switch, there is a motor fan for blowing the air intake through the intake hole into the wind passage inside the boundary point of the handle portion and the main body portion, Anion generator is built to supply negative ions to the wind blown by the motor fan so that the negative ions are mixed. A rod-type far-infrared lamp is fixed to the wind passage, and both guide parts are provided at the bottom of the main body. There is an air branch member to be fitted to the guide groove formed on the lower side, the air branch member is a plurality of discharge holes drilled in the long groove in the center of the negative ions are injected at the same time the negative ions flow into the branch passage through the branch inlet Sprayed into the side spray hole drilled on the outer circumferential surface and the bottom spray hole drilled on the lower part There are a plurality of branch pipes that are formed long in the lower direction so that the branch pipe body has a longer length than the branch pipe body so as not to contact the scalp, the air injection having a plurality of radiation holes between the branch pipe and the support It is a feature of the third embodiment that is made of means.

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

1 shows a hair dryer of a first embodiment according to the present invention.

According to this drawing, the present invention is largely divided into anion supply means for supplying anion wind (10), a flexible air pipe (50) for transporting anion wind and air injection means for injecting anion wind to the hair ( 100).

The negative ion supply means 10 is provided with a blower 11 for generating wind.

Since the blower 11 is a known device, detailed descriptions and drawings are omitted.

Accordingly, the negative ion supply means 10 is provided with a main blower tube 20 extending from the blower hole 12 of the blower 11 to transfer wind, and several branch blower tubes 21 branched from the main blower tube 20. It is provided.

In the middle of the branch blower tube 21, an electromagnetic opening and closing valve 22 is installed, and the electromagnetic opening and closing valve 22 is opened when using any one of the air injection means 100 connected to the flexible air pipe 50. It is closed when not in use.

And the anion supply means 10 is installed in the main blower tube 20, the heater device 30 generates heat energy by the heat generated by the electrical energy and the negative ion generator 40 to be supplied to be mixed in the wind blowing to generate anion do.

The blower 11, the heater device 30, and the negative ion generator 40 are supplied with power by the operation of the electric energy and the control switch 13 to operate or stop.

The present invention is not characterized in the control switch 13, so the detailed drawings and description will be omitted and only the function description.

If one of the air spraying means 100 is drawn out from the holder 1 as shown in the imaginary line and then the switch button (not shown) corresponding thereto is turned on, the blower 11 and the negative ion generator 40 At the same time, the electron-opening valve 22 associated with the air injection means 100 is operated to open, so that anion wind is injected from the air injection means 100.

At this time, since the other one of the electromagnetic opening and closing valve 22 associated with the air injection means 100 hanging on the cradle (1) is not used, anion wind is injected into the air injection means 100 which is not used. It will not be.

Since the present invention essentially evaporates the moisture of the hair (h) by cold wind to dry it by the operation of the control switch 13, as described above, cold wind is injected from the air spraying means (100). The hair h is then dried.

However, in the present invention, the air injection means 100 can be used as a hair dryer for modifying the hairstyle of the hair h.

In order to deform the hairstyle as described above, a hot wind is required, and at this time, the blower 11, the negative ion generator 40, and the heater 30 are operated.

A control unit 13 is provided with a switch unit (not shown) for a hair dryer capable of operating the blower 11, the negative ion generator 40, and the heater device 30.

Therefore, the wind generated by the blower 11 is blown by the heat energy in the process of passing through the heater device 30 is a hot wind is injected into the air spraying means (100).

The hair dryer of the first embodiment is mainly a hair dryer that can be used in a shop such as a beauty salon, so that the hair can be dried with cold wind and the hair styling with a hot wind.

The heater device 30 is shown in more detail in FIGS. 2 and 3.

The heater device 30 has an insulated tube body 31 provided in the main blower tube 20, and is provided to support the cross-shaped support 32 in the insulated tube body 31. As shown in FIG.

The insulator 31 and the cross support 32 are made of an insulator such as mica, and the cross support 32 is wound so that the heater coil 33 generates heat energy by being generated by electric energy. . 34 is an electrical connector, 35 is an electric wire.

Since the heater device 30 is a heater structure that is mainly used in the hair dryer already, it is a proven fact that it can be a hot wind by receiving heat energy while the wind passes through the insulator 31.

In Figure 2 is shown a state in which the negative ion generator 40 of the present invention is installed.

The negative ion generator 40 is an anion control circuit part 41 which receives electric energy, and a high-quality ear mineral 45 which is a kind of mineral material in which a high voltage generated by the anion control circuit part 41 is applied to generate an anion n. And, it consists of a carbon filter 50 for filtering the negative ions (n) generated from the ear cyan (45) and a conductor 47 for releasing the negative ions (n). Reference numeral 49 denotes an electric wire for receiving power from the control switch 13.

The negative ion generator 40 is installed by the case 48 and the conductor 47 which emits negative ions n is installed to be introduced into the main blower 20 so that the negative ion generator 40 may pass through the main blower 20. The negative ions (n) are mixed and blown to supply the negative ions wind.

Referring to FIG. 4A, which is a perspective view of the negative ion generator 40, when a high voltage is generated in the negative ion control circuit unit 41 to which power is applied, and is applied to the ear of pearls 45, a large amount of negative ions are generated in the ear of pearls 45. Is generated.

And the negative ions generated are negative electric charges are moved to the carbon filter 46 is discharged into the air through the conductor 47.

As shown in FIG. 4B, the conductor 47 is made of a coating 47a on the outside and a thin copper wire 47b on the inside, so that the anion n generated from the ear canal 45 can be moved. have.

Guiyangseok (45) is a kind of natural mineral stone that has been reported and released at the 86th Water Science Seminar (held in Tokyo, 2000.3.8) hosted by the Water Science Research Group in Japan. The experimental data of the yangyangseok (45) and the efficacy data for the anion and the activation activity in the air for the anion are shown.

1. Comparison table of published natural stone, far infrared ray emissivity, anion (negative ion)

(86th Japan Water Science Seminar Presentation)

sample mountainous district Far-line radiation emission rate average (%) Negative ion max. Tourmaline Brazil 88 2,485 Uiwang-seok Toyama 86 4,434 Precious stone (white) destrier 96 9,451 Hornhealth Miyazaki 94 5,308 stone Tottori 3,679 obsidian Nagano 753 Elvan climate 87 758 Elvan Nanjing China 96 625 Eo Young Suk 771 A returning seat 87 2,274 Dragon King Stone climate 3,424 Gwangmyeongseok Okayama 792 granite 479 hornblende 98 1,732 ocher Korea 95 2,946 lava Yamanashi 96 1,341 Cicada Korea 88 4,278 amethyst Korea 81 2,152 amethyst Brazil 85 2,625 Flood 64 1,259 Raw ore Korea 86 2,295 Spleen cancer Host 93 8,348 Spleen cancer China 82 1,748 Bamboo Korea 85 2,039 Seaweed Sanriku 91 1,695

2. Four major physiological effects of negative ions

Efficacy Contents   Blood purification The continuous release of negative ions into the air is absorbed through the skin or lungs of the body, which increases the ionization rate of 'bio ions' in the blood and minerals (particularly Ca <calcium ions>, Na <sodium ions>) in the blood. Weak alkaline of body fluids proceeds.   Activation of Cell Metabolism The increase of negative ions in blood or body fluids facilitates the exchange of electrical substances and exchanges of cell membranes, which significantly activates the function of cells. As a result, nutrients are easily taken into the cell and waste products are easily released, circulating functions of absorption and excretion increase metabolism.   Increased resistance As the anion increases, the gamma globrin in the blood increases, making it more sensitive and sensitive to immune antibody responses. As a result, the resistance or immunity to various infectious diseases, infectious diseases, diseases are naturally strengthened, thereby protecting the body from incurable diseases.   Autonomic adjustment Autonomic nerves are involuntary nerves that control all internal organs and blood vessels in the human body and work all day, regardless of will. As the anion increases, the endocrine gland is activated, increasing the blood circulation. As a result, it enhances the ability to regulate blood, body fluids, cells, nerves, and organs, all of which are vital to life.

3. Action and possibility of negative ions

   Activation of water The clusters are made smaller by the magnetic and electric field effects, and the redox potential is lowered. Negative ions decompose environmental pollutants in water. Increases strong penetration and soluble transpiration. Feed natural minerals with water. Vibrates in water and activates cells.   Activation of air The activation of moisture in the air makes safe air. Eliminates odors with a reducing effect Negative ions remove environmental pollutants in the air.  Activation of soil It removes environmental pollutants by activating moisture in the soil. Promotes the growth of plants by the activation of water.   Possibility New material with reduction effect by artificial mixing molding New material that blocks harmful electromagnetic waves New material that is strong in acid and alkali

According to the above data, it can be seen that not only a lot of negative ions are generated in the ear citrine 45 but also when the hair (h) is dried by anion winds, it causes vibrations and activates the moisture in the hair (h). At the same time, the rapid evaporation is promoted, and the reduction effect removes the peculiar smell of the scalp including the hair and removes environmental pollutants in the surrounding air.

For example, when used in a business such as a beauty salon, it is possible to remove the smell of the dye, and when used in a mainly enclosed bathroom will be able to remove not only odors but also environmental pollutants.

The ear cyanstone 45 that generates such anions generates a large amount of negative ions when subjected to stimulation by vibration, voltage, pressure, temperature, or the like.

FIG. 5 shows a circuit diagram of an anion generator 40 for applying a high voltage to the ear cyanoid 45 to obtain an anion.

When direct current voltage DC, which is an electric energy, is applied to the negative ion control circuit unit 41 from the control switch 13, which can be referred to as a whole control unit, current is supplied to the base B of the transistor Q1 through the starting resistor R1. The transistor Q1 is driven.

At this time, the collector current flows through the inductor L1 through the primary side 3-4 of the transformer T1 to the transistor Q1 and merges with the base current of the transistor Q1 to charge the capacitor C3. .

  The transistor Q1 is turned on until the collector current reaches a threshold, and when the threshold is reached, an input voltage is applied between the collector of the transistor Q1 and the emitter CE to turn off. OFF).

Meanwhile, the voltage charged in the capacitor C3 is applied to the collector C of the transistor Q2 so that a base current flows through the starting resistor R2 of the transistor Q2 so that the transistor Q2 is turned on. At the same time, current flows through both ends of the primary side 5-1 of the transformer T1 through the starting resistor R1 to induce a voltage across the secondary side 6-7 of the transformer T1.

Accordingly, the voltage induced on the secondary side 6-7 of the transformer T1 is rectified by the rectifiers D1, D2, D3, and D4 of the double voltage circuit 33 to smooth the capacitors C4, C1, C5, C2) will be charged.

Therefore, the transformer T1 in the boost transformer 43 generates AC high voltage on the boost side by the AC pulse generated by the oscillation and amplification circuit 42 in the negative ion control circuit 41. do.

Accordingly, the generated high AC voltage is generated in the double voltage circuit 44 composed of the rectifier and the smoothing capacitor to be applied to the earhead 45.

As a result, when a negative high voltage generated by the negative ion control circuit part 41 is applied to the ear cyanpard 45, an anion is generated in the ear citrate 45 due to the stimulus caused by the voltage. After the impurities are filtered through the conductor 47 is released into the air.

6 is a sectional view of one side of the air injection means 100.

The air spraying means 100 forms a handle portion 110 and a handle portion 110 and a main body portion 120 having a long shape extending in the longitudinal direction so as to be lifted by one hand.

The rear end of the handle portion 110 is provided with a detachable means 60 for separating the air injection means 100 from the flexible air pipe (50).

The detachable means 60 is pivoted about the pin shaft 62 and elastically actuated so that the hook 64 is pressed inwardly by the torsion spring 63, and the hook member 66 having the pressing part 65 is both sides. Fixing tube installed in the fixed pipe connected to the flexible air tube 50 and fixed to be connected to the flexible air tube 50, the hook groove 64 of the circular engaging groove portion 67 is fixed ( 68). Reference numeral 69 denotes a fixed band, and 68a denotes an airtight packing (see Figs. 12A and 12B).

Therefore, in the state in which the hook 64 is engaged with the locking groove 67, the torsion spring 63 acts to press the hook 64 so that the separation pipe 61 and the fixing pipe 68 are connected to each other. It is maintained, and thereby anion wind blown from the flexible air pipe 50 is blown to the wind supply path 111 of the handle portion (110).

And since the negative ion wind blown is not a high pressure wind, but a low pressure wind, the negative ion wind is smoothly blown without the problem that the detachable means 60 is spontaneously separated.

 The detachable means 60 is used to separate from the flexible air pipe 50 in order to disinfect the air spraying means 100, which will be described in more detail later.

Therefore, the anion wind blown by the handle 110 is blown to the wind passage 121 of the main body 120.

Referring to FIG. 7, the bottom of the main body 120 is open and guide grooves 122 are formed at both sides thereof.

Both guide parts 131 of the air branch member 130 are coupled to the guide groove 122.

Therefore, the air branch member 130 is configured not only to be fitted to the main body 120, but also to be separated by pulling out.

The separation of the air branch member 130 in the body portion 120 as described above is to be able to disinfect only by separating the air branch member 130.

Referring to FIG. 8, the air branch member 130 is configured to allow anion wind to be injected into the plurality of discharge holes 132 drilled in the central long groove 132a.

In addition, the long branch in the lower direction so that the anion wind flows into the branch passage 134 through the branch inlet 133 to be injected into the side injection hole 135 and the bottom surface injection hole 136 drilled on the outer peripheral surface. It is comprised so that it may have many pipe bodies 137.

In addition, the branch pipe 137 is provided with a plurality of supports 138 having a length longer than the branch pipe 137 in order not to contact the scalp (k).

As shown in FIGS. 6 and 9, the branch pipe 137 has a differential length so that anion wind can be evenly sprayed from the hair (h) close to the scalp (k) to the hair (k) at a distance. It is desirable to be able to.

Referring to FIG. 10, the branch pipe body 137 is provided innumerably, whereas the support base 138 is preferably configured to have only a few pieces at the edge portion.

Therefore, when drying the hair (h) as shown in FIG. 11 to dry the inner part of the hair (h) by the negative ion wind injected into the side injection hole 135 and the bottom injection hole 136 of the branch pipe 137 It is to dry the outer surface part of the hair (h) by the anion wind injected into the discharge hole 132, so that the hair (h) is dried by the combing action such as combing the hair with a comb Ease of use is planned.

In addition, since the support 138 only touches the scalp (k) during use, the bottom injection hole 136 of the branch pipe 137 is not blocked by foreign matter in the scalp (k).

The air spraying means 100 of the first embodiment used in this way is mainly used in a business such as a beauty salon.

Therefore, the air injection means 100, in particular the air branch member 130 may be unsanitary if it is used once again for another customer.

Therefore, the air spraying means 100 used once is separated from the flexible air tube 50 using the detachable means 60 and then sterilized or separated by removing the air branch member 130 from the main body 120. Only after disinfecting the air branch member 130 is used again.

12A and 12B, when the hook member 66 is pressed, the hook member 66 is rotated around the pin shaft 62 so that the hook 64 is separated from the locking groove 67. ) Is to be separated from the fixing tube 68, when the hook 64 is inserted into the locking groove 67 when the coupling is again, the separation tube 61 is coupled to the fixing tube 68.

Therefore, the separated air-injection means 100 or the air branch member 130 is put into the ultraviolet sterilizer (d) as shown in FIG.

When the hair dryer of the first embodiment of the present invention is manufactured to reduce the capacity and size of the anion wind supply means 10, it is installed on the bathroom wall d as shown in FIG. It may only be used and may be preferably implemented with a home hair dryer.

Figure 15 shows a hair dryer of the second embodiment of the present invention.

The second embodiment is to provide a motor fan 140 for generating wind in the air spraying means (100 ') and to have a negative ion generator 40 is built, it is to provide a domestic hair dryer is movable.

Therefore, the air injection means 100 ′ has a main body 120 having a handle 110 in which the control switch 13 is installed and a long wind passage 121, and the handle 110 and the main body ( Inside the point that is the boundary of the 120 is configured to install a motor fan 140 for blowing the air intake through the intake hole 123 to the wind passage (121).

In addition, the inlet portion 121a of the wind passage 121 is provided with a built-in negative ion generator 40 to generate negative ions (n) to be supplied to be mixed in the blowing wind.

And the bottom surface of the main body 120 is provided with an air branch member 130, both side guide portion 131 is fitted to be fitted to the guide groove portion 122 formed on the lower body portion 120.

As shown in FIG. 8, the air branch member 130 is sprayed with a plurality of discharge holes 132 in the central long recess 132a, and negative ion wind is injected through the branch inlet 133 at the same time. It is provided with a plurality of branch pipes 137 formed long in the lower direction to be injected into the 134, the side injection hole 135 and the bottom surface injection hole 136 drilled in the outer peripheral surface.

In addition, the branch pipe 137 is configured to include a support 138 having a length longer than the branch pipe 137 in order not to contact the scalp (k).

Therefore, since the configuration of the negative ion generator 40 and the air branch member 130 is the same as in the first embodiment, description thereof will be omitted.

Since the hair dryer of the second embodiment has an electric plug 112 for supplying electric energy at the rear, it is convenient to move.

In addition, the air sucked by the motor fan 140 is blown by the wind and at the same time, the negative ions generated from the negative ion generator 40 are mixed so that the negative ions are injected through the branch pipe 137 to evaporate the moisture of the hair (h). To dry.

The hair dryer of the third embodiment is shown in FIG.

The hair dryer of the third embodiment sucks the air through the intake hole 123 inside the air spraying means 100 ″ and blows the air to the wind passage 121. The negative ion generator 40 generates negative ions. ) Is installed to have the same configuration of the second embodiment and further installed so that the far-infrared lamp 150 is built in the wind passage 121.

Specifically, the hair dryer of the third embodiment has a body portion 120 having a handle portion 110 and a long wind passage 121 in which the control switch 13 is installed, and the handle portion 110 and the body portion ( Inside the point that is the boundary of the 120 is a motor fan 140 for blowing the air intake through the intake hole 123 to the wind passage 121 is installed.

In addition, the negative ion generator 40 is built into the wind blown by the motor fan 140 is supplied to be mixed to generate anion (n), the wind path 121 is a far-infrared lamp 150 of the rod shape Is fixedly installed.

And the bottom surface of the main body 120 is provided with an air branch member 130, both side guide portion 131 is fitted to be fitted to the guide groove portion 122 formed on the lower body portion 120.

As shown in FIG. 8, the air branch member 130 is sprayed with a plurality of discharge holes 132 in the central long recess 132a, and negative ion wind is injected through the branch inlet 133 at the same time. It is provided with a plurality of branch pipes 137 formed long in the lower direction to be injected into the 134, the side injection hole 135 and a plurality of drilled on the outer peripheral surface and the bottom injection hole 136 drilled on the bottom.

In addition, the branch pipe 137 is configured to include a support 138 having a length longer than the branch pipe 137 in order not to contact the scalp (k).

Therefore, since the configuration of the negative ion generator 40 and the air branch member 130 is the same as in the first embodiment, description thereof will be omitted.

In addition, the hair dryer of the third embodiment is equipped with an electric plug 140 for supplying electrical energy at the rear, like the hair dryer of the second embodiment, so that the movement is convenient.

In addition, the air sucked by the motor fan 140 is blown by the wind and at the same time, the negative ions generated from the negative ion generator 40 are mixed so that the negative ions are injected through the branch pipe 137 to evaporate the moisture of the hair (h). And dried to be the same as in the second embodiment.

However, the hair dryer of the third embodiment further includes a nuclear power source ultraviolet lamp 150 that is turned on by the electric energy in the wind passage 121 of the main body 120. Reference numeral 151 denotes a lamp support.

And as shown in Figure 17 is configured to be drilled between the branch pipe 137 of the air branch member 130, the radiation hole 139 to allow the far infrared rays to be radiated to the outside of the wind passage (121).

Therefore, in addition to the action of drying the hair (h) by the anion wind, the far infrared ray emitted from the far infrared lamp 150 is radiated to the hair (h) and the scalp (k) through the radiation hole 139 and at the same time the far infrared lamp (150) Thermal energy generated from is also emitted through the radiation hole (139).

Therefore, the far-infrared lamp 150 installed in the narrow wind path 121 space does not withstand the heat generated by itself and is prevented from occurring.

And the far-infrared rays radiated to the radiation hole 139 contains heat and, due to its characteristics, penetrates deeply through the epidermal surface of the hair (h) and evaporates moisture, thereby drying hair (h) more quickly with anion wind. In this case, the far-infrared ray heat is not a high temperature heat and is a low temperature heat that does not damage the hair h, so that the hair h is not damaged.

The hair dryer according to the above embodiment is blown by the air in the air by the air spray means (100, 100 ', 100 "), so if the wind blows the hair with moisture, even though the wind is at room temperature, the moisture retains heat. It can be called cold wind because it is taken away, and it has been experimented that it can dry the hair in about 3-4 minutes in the case of slightly long hair or single hair to dry the hair by the cold wind. It took about 6 minutes.

And by the known efficacy of the anion and far infrared rays can additionally have the effect of promoting the metabolism of hair or scalp.

As described above, since the wet hair is dried by the anion wind according to the present invention, there is an effect of providing a hair dryer that can dry quickly without damaging the hair.

In addition, it is possible to disinfect while using the hair dryer, which promotes hygienic use and promotes the metabolism of hair and scalp by anion and far-infrared rays. To have an effect.

Claims (7)

As operated by the electric energy and the control switch 13; The blower 11 for generating wind and the blower opening 12 of the blower 11 is branched from the main blower pipe 20 and the main blower pipe 20 to transfer the wind, the electromagnetic opening and closing valve 22 in the middle There are several branch blow pipes 21 installed, the heater coil 33 wound on the cross support 32 having an insulator tube 31 installed inside the main blower tube 20 generates heat energy by electric energy. An anion wind supply means (10) having a heater device (30) for generating and having an anion generator (40) which is installed in the middle of the main blower pipe (20) and generates an anion (n) and is supplied to be mixed with the blown wind. )and; A flexible air tube 50 connected to the branch blower tube 20 and having an elongated length of anion wind; The flexible air pipe 50 and the detachable means 60 is connected to the long wind passage extending from the handle portion 110 and the wind supply path 111 having a wind supply path 111 to receive anion winds therein; There is a main body portion 120 having a 121, the bottom of the main body portion 120, both side guide portion 131 is coupled to be fitted to the guide groove portion 122 formed below the main body portion 120 ( 130, the air branch member 130 is a negative ion wind is injected into the plurality of discharge holes 132 bored in the elongated groove 132a in the center at the same time the negative ion wind through the branch inlet 133 branch ( 134 and the plurality of branch pipes 137 and the branch pipe body 137 are formed long in the downward direction so as to be injected into the side injection hole 135 and the bottom surface injection hole 136 drilled in the outer peripheral surface a plurality of perforated into the scalp (k) longer length than branch pipe 137 to avoid contact Hair dryer having a support (138) having an air injection means (100) comprising a. The method of claim 1, In the negative ion generator 40, a current is supplied to the base B of the transistor Q1 through the starting resistor R1 of the negative ion control circuit unit 41 to which the DC voltage DC is applied from the control switch 13. Collector current flows through the transistor Q1 and the inductor L1 through the primary side 3-4 of the transformer T1 through the inductor L1 and flows together with the base current of the transistor Q1 to be charged. The capacitor C3 is turned on until the collector current reaches a threshold, and when the threshold is reached, an input voltage is applied between the collector of the transistor Q1 and the emitter CE to turn off. The transistor Q1 turned off and the voltage charged in the capacitor C3 are applied to the collector C of the transistor Q2 so that a base current flows through the starting resistor R2 of the transistor Q2. ) Is turned on and the primary of the transformer (T1) is passed through the starting resistor (R1). (5-1) A current flows through both ends, and voltage is induced across the secondary side 6-7 of the transformer T1, and the voltage induced on the secondary side 6-7 of the transformer T1 is doubled. The smoothing capacitors C4, C1, C5, and C2 rectified and charged by the rectifiers D1, D2, D3, and D4 of the circuit 33 and the operation of the oscillation and amplification circuit 31 as described above are successively made. The transformer (T1) generates AC high voltage on the secondary side by the AC pulse generated by the load.The negative voltage is generated by applying the high voltage generated in the double voltage circuit (44) composed of rectifier and smoothing capacitor. The hair dryer is characterized in that it is configured to be discharged through the carbon filter 46 and the conductor 47, the anodized from the ear canal 45 and the ear. The method of claim 1, The detachable means 60 is rotated about the pin shaft 62 and the hook member 66 having elasticity is actuated so that the hook 64 is pressed inward by the torsion spring 63, Fixing pipe installed on both sides and having a separation pipe 61 fixed to be connected to the flexible air pipe 50, the hook 64 is a circular locking groove 67 is fastened to be fixed to the rear of the handle 110 Hair dryer, characterized in that consisting of (68). As operated by the electric energy and the control switch 13; There is a main body 120 having a handle portion 110 and the long wind passage 121, the control switch 13 is installed, the interior of the point that is the boundary between the handle portion 110 and the body portion 120 In the air inlet 123 is installed a motor fan 140 for blowing air to the air passage 121, the wind passage 121, the initial portion (121a) is generated by generating negative ions (n) and blowing The negative ion generator 40 to be supplied to be mixed to the wind is built, the lower surface of the main body portion 120 is coupled to the guide groove portion 122 formed on both sides of the guide portion 131 formed on the lower body portion 120 There is an air branch member 130, the air branch member 130 is anion wind is injected into the plurality of discharge holes 132 bored in the long elongated groove portion 132a at the same time and anion wind through the branch inlet 133 Injected into the branch passage 134 and drilled in the lower side injection hole 135 and the lower periphery The branch pipe body 137 and the branch pipe body 137 formed long in the downward direction so as to be injected into the bottom injection hole 136 and longer than the branch pipe body 137 so as not to contact the scalp (k) Hair dryer having a support (138) having an air injection means (100 ') consisting of. 5. The negative ion generator (40) according to claim 4, wherein the current flows from the control switch (13) to the base of the transistor (Q1) through a starting resistor (R1) of the negative ion control circuit portion (41) to which a DC voltage (DC) is applied. Collector current flows through transistor Q1 supplied to (B) and through inductor L1 through primary side 3-4 of transformer T1 to transistor Q1 to flow to base of transistor Q1. The capacitor C3, which is combined with the current and is charged, is turned on until the collector current reaches a threshold, and when the threshold is reached, the input voltage is between the collector of the transistor Q1 and the emitter CE. The transistor Q1 applied and turned off and the voltage charged in the capacitor C3 are applied to the collector C of the transistor Q2, and the base is provided through the starting resistor R2 of the transistor Q2. Current flows to turn transistor Q2 on and at the same time through start resistor R1. Current flows through both ends of the primary side 5-1 of the spore T1 to induce voltage across the secondary side 6-7 of the transformer T1, and the secondary side 6-7 of the transformer T1. The smoothed capacitors C4, C1, C5, and C2 are rectified and charged by the rectifiers D1, D2, D3, and D4 of the double voltage circuit 33, and the oscillation and amplification circuits 31 as described above. The transformer T1 generates AC high voltage on the secondary side by AC pulse generated by the continuous operation of), and the generated high voltage is negative high voltage generated by the double voltage circuit 44 composed of rectifier and smoothing capacitor. The hair dryer (45) is applied to generate an anion is generated, the hair dryer characterized in that the anion generated from the ear cyan (45) is configured to be discharged through the carbon filter 46 and the conductor (47). As operated by the electric energy and the control switch 13; There is a main body 120 having a handle portion 110 and the long wind passage 121, the control switch 13 is installed, the interior of the point that is the boundary between the handle portion 110 and the body portion 120 There is a motor fan 140 for blowing the air intake through the intake hole 123 to the wind passage 121, the negative ion (n) is generated and mixed in the wind blown by the motor fan 140. The negative ion generator 40 to be supplied is built-in, the rod-shaped far-infrared lamp 150 is fixed to the wind passage 121, both side guide portion 131 is provided on the bottom of the main body 120 There is an air branch member 130 coupled to the guide groove portion 122 formed below the main body portion 120, the air branch member 130 has a plurality of discharge holes drilled in the elongated groove portion 132a of the center ( 132) negative ion wind is sprayed at the same time the negative ion wind through the branch inlet 133 branch A plurality of branch pipes 137 and the branch pipe body 137 are formed long in the downward direction to be injected into the side surface injection hole 135 and the bottom surface injection hole 136 drilled in the outer circumferential surface a plurality of flows into the (134) There is a support 138 having a length longer than the branch pipe 137 in order not to contact the scalp (k), a plurality of radiating holes 139 between the branch pipe 137 and the support (138) Hair dryer having an air spray means (100 ") having. The method of claim 6, wherein the negative ion generator 40, the current through the starting resistor (R1) of the negative ion control circuit unit 41 is applied a direct current voltage (DC) from the control switch 13 base of the transistor (Q1) Collector current flows through transistor Q1 supplied to (B) and through inductor L1 through primary side 3-4 of transformer T1 to transistor Q1 to flow to base of transistor Q1. The capacitor C3, which is combined with the current and is charged, is turned on until the collector current reaches a threshold, and when the threshold is reached, the input voltage is between the collector of the transistor Q1 and the emitter CE. The transistor Q1 applied and turned off and the voltage charged in the capacitor C3 are applied to the collector C of the transistor Q2, and the base is provided through the starting resistor R2 of the transistor Q2. Current flows to turn transistor Q2 on and at the same time through start resistor R1. Current flows through both ends of the primary side 5-1 of the spore T1 to induce voltage across the secondary side 6-7 of the transformer T1, and the secondary side 6-7 of the transformer T1. The smoothed capacitors C4, C1, C5, and C2 are rectified and charged by the rectifiers D1, D2, D3, and D4 of the double voltage circuit 33, and the oscillation and amplification circuits 31 as described above. The transformer T1 generates AC high voltage on the secondary side by the AC pulse generated by the continuous operation, and the high voltage generated is generated in the double voltage circuit 44 composed of the rectifier and the smoothing capacitor. The hair dryer (45) is applied to generate an anion is generated, the hair dryer characterized in that the anion generated from the ear cyan (45) is configured to be discharged through the carbon filter 46 and the conductor (47).

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