KR20060102221A - Wireless multi functional hair iron - Google Patents

Abstract

The present invention is a wireless multi-purpose hair iron that is coupled to open and close at a predetermined angle around the hinge axis of the pair of upper base and lower base in which the heater plate to generate heat, coupled to the upper base and the middle of the bottom surface thereof A battery holder with a battery in the upper cover is accommodated for separation and coupling, and a blowing fan for sucking external air is provided inside the fan assembly extending at the rear end of the lower base, and the horizontally formed in the fan assembly. The inner space of the fan assembly located at the bottom of the plate and the space formed between the lower base and the lower cover coupled thereto and the space formed between the lower base and the fixed panel coupled thereto are connected to each other and sucked from the outside by driving the blower fan. Wind passages are formed to transport the wind that The wind outlet for discharging the wind transported to the outside is a wireless multi-purpose hair iron formed at regular intervals on the wings of the fixed panel, and is provided with a heater and a blower fan to selectively supply heat and air (air) for hair care. On the other hand, it can be used as a comb for hair care, and it can be used without any space limitation by the built-in battery which can be charged and discharged.

Hair irons, cordless, heat, air, wind and combs.

Description

Cordless multifunctional hair irons {Wireless multi functional hair iron}

1 is a perspective view of an iron multi-purpose hair iron according to the present invention.

Figure 2 is an exploded perspective view of an iron multi-purpose hair iron according to the present invention.

3 is a cross-sectional view illustrating a coupling state of an upper cover and a lower cover of FIG. 2.

FIG. 4 is an enlarged perspective view of the fixing panel, the heater plate, and the comb shown in FIG. 2.

FIG. 5 is a cross-sectional view illustrating a coupling state of the fixing panel and the comb shown in FIG. 4.

FIG. 6 is a cross-sectional view illustrating a coupling state of an iron for a hair including a fixing panel, a heater plate, and a comb shown in FIGS. 1 and 2.

7 to 24 are cross-sectional views showing a variety of combs and the combination of the combs and the movement path of the wind.

25 is a cross-sectional view showing a process in which the wind sucked by the blowing fan moves in the wind path and is discharged to the wind outlet.

-Explanation of symbols for the main parts of the drawing-

11: upper base 12: lower base

13: fan assembly 14, 15: heater plate

16: battery holder 17, 53, 53a, 53b, 53d, 53e: wind outlet

18: comb teeth 19: switch

20: LED 21: PCB

22: hinge axis 23: insulation

24: upper cover 25: lower cover

26: insertion port 27: battery cover

28, 31, 32: support panel 29: oilless bearing

30, 33, 34, 39, 40: coupling hole 35: case

36: blower fan 37: cover

38: hook 41: head

42: home 43, 43a, 46: receiving home

44, 52a, 52b: wing 45: wind passage

48: comb 49: fixed panel

50: bottom plate 51: support jaw

54: engaging protrusion 55: the inner side

56: outer side 57, 59: fixing protrusion

58: fixing groove 60a to 60f: bar

61b, 61c, 61d: comb teeth

The present invention relates to an iron for wireless multi-use hair. In particular, the present invention relates to a cordless multi-purpose hair iron that can be used as a comb for hair care while selectively supplying heat and wind (air) for hair care. In addition, the present invention is provided with its own battery, so that it can be used without being limited in space.

Normally, irons for hair are beauty instruments used for hair care by converting electrical energy into thermal energy of 60 ° C to 210 ° C. The irons face each other out of a pair of hinged cases so that one end portion can be opened and closed at an angle. The inside has a heater for heating the hair and a heater plate having the same.

Conventional hair irons are modified in various forms, and various functions are added. Here, "permanent ironing" disclosed in Republic of Korea Utility Model Publication No. 20-0270330 (registered announcement on March 19, 2002) is an example of the ironing iron for hair, when the perm using a permanent ironing By wrapping the hair in the lot and applying the heat generated by the ironing iron at the same time, the hair can be perm quickly and quickly without damaging the hair.

In addition, "hair ironing" disclosed in the Republic of Korea Utility Model Publication No. 20-0304059 (January 30, 2003 registration) is another example of the iron for hair, the case seam is beautiful without being exposed to the outside This is further enhanced and improved to improve assembly and product reliability.

In addition, "Hair iron with a comb is formed" disclosed in Republic of Korea Utility Model Publication No. 20-0338792 (2004. 01. 06. Registered) is another example of a hair iron, a heat sink in the form of a flat plate Since the combing work and the ironing work that are alternately performed in the hair ironing are done simultaneously, it is very convenient to use and the heat loss is low, so that the heat and the heat transfer between the hair can increase the gloss and elasticity of the hair. It is.

In addition, "Hair ironing machine having a vibrating hot plate" disclosed in Republic of Korea Utility Model Publication No. 20-0341775 (2004. 02. 03. registration) is another example of a hair iron, vibrating the hot plate By pressing the hair located between the hot plate to prevent damage to the hair and to prevent physical abuse of the user when grooming the hair.

Conventional hair ironing as described above has a structure that adds the visual beauty of the hair ironing itself, or to favor a particular style of hair care, it is inefficient for various types of hair care.

An object of the present invention is provided with a heater and a blowing fan to selectively supply heat and wind (air) for hair care while being used as a comb for hair care, and built-in battery capable of charging and discharging, thereby limiting the space limitation. It is to provide a wireless multi-purpose irons that can be used without receiving.

Wireless multi-purpose hair irons according to the present invention, in the wireless multi-purpose hair irons coupled to a pair of upper base and lower base in which a heater plate for generating heat is built in so as to be opened and closed at a predetermined angle about the hinge axis, A battery holder in which a battery is built in the upper cover coupled to the upper base and the bottom middle portion thereof is accommodated to be detachably coupled; A blowing fan for sucking outside air is provided inside the fan assembly extending at the rear end of the lower base; The space formed between the inner space of the fan assembly located on the bottom of the guide plate horizontally formed in the fan assembly and the lower base and the lower cover coupled thereto and the space formed between the lower base and the fixed panel coupled thereto are connected to each other. A wind passage for conveying wind sucked from the outside by driving the blower fan is formed; A wind outlet for discharging the wind transported through the wind path to the outside is formed at a predetermined interval on the wing of the fixed panel.

In the present invention, the battery is preferably at least one battery that can be charged.

In addition, in the present invention, it is preferable that the battery cover is opened and closed to insert the battery holder located between the upper base and the upper cover coupled to the upper middle portion of the upper base.

In addition, in the present invention, the fixing panel, the support jaw and the wings are extended in a shape bent in two stages on both sides of the bottom plate, the wing is formed with a plurality of wind outlets penetrating up and down, the inside of the wing The side has a fixing protrusion for coupling with the coupling protrusion of the heater plate, the outer side of the support jaw and the wing is the inner side so that the wind path is formed between the lower base and the fixed panel when the fixed panel is coupled to the lower base It is preferable to have a shape recessed into the.

In addition, in the present invention, one or both of the wings of the fixing panel is formed with a fixing groove having a plurality of wind outlets penetrated up and down, the fixed groove is a comb made of a comb having a comb teeth and / or wind outlets It is preferable to combine these.

In addition, in the present invention, the comb is preferably made of a flat bar or a comb having a wind outlet and / or comb teeth that can block the wind outlet of the fixing groove.

In addition, in the present invention, it is preferable that the wind outlet formed in the bar has the same size as the wind outlet of the fixing groove or is formed at a predetermined interval as a smaller size than the wind outlet of the fixing groove.

In the present invention, it is preferable that the width of the section in which the heater plate is installed in the upper base is narrower than the width of the section in which the heater plate is installed in the lower base.

Hereinafter, the present invention will be described in detail.

1 is a perspective view showing a wireless multi-purpose hair ironing according to the present invention, a pair of the wireless multi-purpose hair ironing according to the present invention, a pair of upper base 11 and lower base 12 opening and closing a predetermined angle around the hinge axis The fan assembly 13, which is coupled to be possible and mounted to one side of the lower base 12, is equipped with a blowing fan that sucks external air.

Here, the fan assembly 13 (fan assemble) can be coupled to the upper base 11 as well as the lower base 12, in which case the installation position of the blow-related components and other components will be described below It may vary to correspond to the position of (13). Hereinafter, only the embodiments shown in the drawings will be described, but the present invention is not limited thereto and can be variously changed.

A pair of heater plates 14 and 15 facing each other that generates heat for hair care at the front end portions of the upper base 11 and the lower base 12, that is, the portion where the fan assembly 13 is not coupled to each other. Coupled to the heater plate 15, a wind outlet 17 for discharging wind (air) supplied from the fan assembly 13 and a comb teeth 18 for combing are disposed. In addition, a middle portion of the upper base 11 is equipped with a battery holder 16 that can accommodate a battery for supplying driving power to the heaters of the heater plates 14 and 15 and the blowing fan of the fan assembly 13. .

In addition, a PCB having various components for controlling the operation of the ironing iron including a heater and a blowing fan is built in the upper base 11, and the power supplied to the heater or the blowing fan among the components formed on the PCB is interrupted. A plurality of switches 19 and the LED 20 for indicating the operation state thereof are installed to be exposed to the outside of the upper base 11 so that it can be operated or viewed from the outside.

Here, the width of the section in which the heater plate 14 is installed in the upper base 11 is formed to be narrower than the width of the section in which the heater plate 15 is installed in the lower base 12, and the height of the heater plate 15 is set in the comb. By making the near place higher than the far place, when using hair ironing, the hair can be heated and / or winded at the same time as combing to increase efficiency.

Figure 2 is an exploded perspective view of a wireless multi-purpose hair ironing according to the present invention, the wireless multi-purpose hair ironing has a heating means, a blowing means and a comb function. The present invention in structure is composed of an upper base 11, a lower base 12, a fan assembly 13 and the like.

First, as shown in the drawing, the upper base 11 has an inner space that is open downward, and the heater, the battery, the PCB 21, etc. are accommodated in the inner space, and the lower base 12 is provided together with the lower base 12. While forming a pair, a certain angle is opened and closed about the hinge shaft 22.

The front end of the upper base 11 is equipped with a heater plate 14 paired with the heater plate 15 of the lower base 12, the heater plate 14 is supplied with a driving power from the battery to heat Built-in heater to generate. As the heater embedded in the heater plate 14 and the heater plate 15 to be described below, various types of heaters such as a plate shape or a heater coil may be used.

In particular, between the heater plate 14 and the upper base 11 is provided with a heat insulating material 23 for minimizing heat generated from the heater plate 14 and transferred to the upper base 11, thereby delivering the hair iron to the user. The heat generated can be minimized. In addition, the heat insulator 23 serves to support the heater plate 14 to be exposed to the outside of the upper base 11 by a predetermined height.

The upper cover 24 of the container shape is coupled to the middle portion of the bottom of the upper base 11, and the upper cover 24 controls various operations of the battery holder 16 having a plurality of batteries and the hair ironing. PCB 21, etc., which are configured for components, are accommodated. At this time, the upper cover 24 has its lower end lowered further down than the heater plate 14, which is for accommodating the battery holder 16 therein.

Of course, although the battery built in the battery holder 16 is not shown in the drawings, it is obvious that the heater and the blower fan and electrical components must be electrically connected to the various components configured on the PCB 21. The battery may be, for example, a commercially available battery or a battery capable of charging and discharging. Here, the charging circuit for charging the battery capable of charging and discharging may be configured inside or outside of the ironing. Furthermore, the present invention may be supplied with a driving power capable of driving a blower fan or a heater from the outside as well as a built-in battery.

As mentioned above, the PCB 21 includes a plurality of switches 19 for selecting the operation of the heater and the blower fan and LEDs for indicating the operation state of the hair ironing, together with components for controlling various operations of the hair ironing. 20 is also comprised. At this time, the PCB 21 is part of the switch 19 and the LED 20 is exposed to the upper base 11 to the outside to operate the switch 19 from the outside, the lighting state of the LED 20 can be confirmed It is installed in the upper base 11 or the upper cover 24 so that.

In the middle portion of the upper base 11, an insertion hole 26 for separating and coupling the battery holder 16 is formed in a space formed between the upper base 11 and the upper cover 24, the insertion hole 26 ) Is coupled to the battery cover 27 that can be opened and closed. Of course, although not shown in the drawings, the insertion and exit port 26 and the battery cover 27 to be opened and closed there must be provided with a separate locking device that can maintain the battery cover 27 closed state.

Two support panels 28 made of a flat plate extend from the rear end of the upper base 11 in a downward direction integrally with the upper base 11. The support panel 28 includes a hinge shaft 22 and an oil. Coupling hole 30 for coupling with the bearing 29 is formed to pass through.

At this time, the two coupling holes 30 have the same height, and the outer surface of the support panel 28 enters inward from the outer surface of the upper base 11. For this reason, despite overlapping in three times when the support panel 31 of the lower base 12 and the support panel 32 of the fan assembly 13 are coupled to the support panel 28 of the upper base 11, The support panel 31 of the lower base 12 does not excessively protrude to the outside.

The fan assembly 13, which is integrally coupled with the upper base 11 and the lower base 12, and sucks air from the outside, is a support panel 28 of the upper base 11 and a support panel of the lower base 12. The support panel 32 for coupling with the 31 is formed integrally with the case 35 on the cylindrical case 35. Since the pair of cases 35 are integrally coupled by screws, adhesives, or the like, unnecessary air flow other than the air sucked by the operation of the blower fan 36 can be prevented.

In the central portion of the support panel 32, a coupling hole 34 for inserting the hinge shaft 22 and the oilless bearing 29 is perforated to penetrate therethrough, and at a portion away from the coupling hole 34, a cover ( 37) The coupling hole 39 for coupling with the hook 38 is formed to pass through. Here, it is obvious that the coupling hole 39 should be located in line with the coupling hole 40 of the support panel 31 to which the cover 37 hook 38 is coupled.

The pair of cases 35 separated and coupled to the left and right (in the drawing) together with the support panel 32 includes a blower fan 36 configured as one independent product including a motor. In addition, the blower fan 35 is provided at a predetermined height of the support panel 32, that is, at a height capable of maintaining a predetermined distance from the inner surface of the case 35 without disturbing the coupling between the hinge shaft 22 and the oilless bearing 29. The guide plate 41a for inducing an efficient flow of the wind sucked by) is formed horizontally. This serves to block the wind from escaping into the space other than the wind passage 35, that is, the space formed between the upper base 11 and the lower base 12 and the fan assembly 13.

The lower base 12, which is paired with the upper base 11 and integrally coupled to the upper base 11 and the fan assembly 13, has an inner space that is open upwards as shown in the drawing. The heater is housed and has a wind path for the flow of wind.

On the rear end of the lower base 12, a support panel 31 facing upward of the lower base 12 extends integrally with the lower base 12, and the support panel 31 has a hinge shaft 22. A coupling hole 33 for coupling, and two coupling holes 40 are formed around the coupling hole 33. This coupling hole 40 is for engagement with the hook 38 of the cover 37.

That is, the three support panels 28, 32, and 31 support the support panel 28 of the upper base 11, the support panel 32 of the fan assembly 13, and the support panel 31 of the lower base 12. ) Are sequentially combined to be externally located. In addition, the hinge shaft 22 and the oilless bearing 29 are coupled to the coupling holes 30, 34, 33 so that the 28, 32, 31 can be rotated at an angle without being separated. do.

At this time, the hinge shaft 22 has a diameter that can be inserted into the oilless bearing 29, and the head 41 has a diameter larger than the coupling hole 33 of the support panel 31 on one side and the other. One side has a groove 42 into which an E pin can be inserted.

In addition, the receiving groove 43 is deeper than the surface of the support panel 31 to accommodate the head 41 of the hinge shaft 22 and the E-shaped pin around the through-hole 33 outside the support panel 31. The cover 37 may be closely coupled to the outer surface of the support panel 31 regardless of the coupling of the hinge shaft 22. In particular, since the head 41 of the hinge shaft 22 and the accommodation groove 43a for accommodating the E-shaped pin are formed on the inner surface of the cover 37, the left and right widths of the hair iron are increased due to the formation of the accommodation groove. Can be minimized.

As described above, the diameters of the coupling holes 30 and 34 and 33 are different, and the diameter and length of the hinge shaft 22 and the oilless bearing 29 are different, so that the oilless bearing 29 is the coupling hole 30 and 34. ), The hinge shaft 22 is coupled to the coupling hole 33 and the oilless bearing 29, the upper base 11 and the lower base 12 has a predetermined friction opening and closing (rotation) with a minimum friction force It is possible.

The lower cover 25 is coupled to the middle portion of the lower base 12, and the upper portion of the lower cover 25 has an accommodating groove that enters toward the lower base 12 to accommodate the lower end of the upper cover 24 ( 46 is formed, and both sides are formed wings 44 which abut the upper end of the lower base 12 to form a wind passage for the flow of wind between the lower base 12 and the lower cover 25 is formed have.

Accordingly, when the upper base 11 and the lower base 12 are closed, as shown in FIG. 3, the lower end of the upper cover 24 is accommodated in the receiving groove 46 of the lower cover 25, so that the hair ironing itself is a large number. Despite the built-in battery, the overall thickness of the hair ironing does not increase significantly. In addition, while the wing 44 of the lower cover 25 abuts the upper end of the lower base 12, a wind passage 45 through which the wind can flow is formed between the lower cover 25 and the lower base 12.

The front end of the lower base 12 is mounted with a fixing panel 49 to which a heater that generates heat or a heater plate 15 and / or a comb 48 which are embedded or printed are coupled. Like the lower cover 25 described above, the fixing panel 49 is also spaced apart from the inner surface of the lower base 12 so as to form a wind passage 45 between the lower base 12.

4 shows the fixing panel 49 described above and the heater plate 15 and the comb 48 coupled thereto, which 49, 15 and 48 can be individually molded and then integrally combined. have. In particular, the comb 48 may selectively use various types of combs according to the use as shown in FIGS. 7 to 24.

First, the fixing panel 49 has a shape in which the supporting jaw 51 and the wings 52a and 52b are bent in two stages on both sides of the bottom plate 50, and the supporting jaw 51 is extended. ) And wings 52a and 52b open outwards toward the top, and each of the wings 52a and 52b has a plurality of wind outlets 17 penetrating up and down at a predetermined interval.

The outer surface 56 of the support jaw 51 and the wings 52a and 52b has a shape recessed inwardly, which is a lower base when the fixing panel 49 is coupled to the lower base 12. This is to form a wind passage 45, which is a space for wind flow, between the 12) and the fixing panel 49.

Since the fixing protrusion 57 for coupling with the coupling protrusion 54 of the heater plate 15 mounted on the fixing panel 49 is formed on the inner surface 55 of the wings 52a and 52b, the fixing panel 49 is fixed. When the heater plate 15 is coupled to the coupling protrusion 54 of the heater plate 15 is fitted between the support jaw 51 and the fixing projection 57 is integrally coupled.

Here, the fixing protrusion 59 formed on the bottom plate 50 of the fixing panel 49 is for fixing the fixing panel 49 when the fixing panel 49 is coupled to the lower base 12.

The fixing panel 49 may be integrally coupled to the heater plate 48 having a heater built therein or printed therein, and a comb 48 having a function of a comb may be coupled to the fixing panel 49. To this end, one or two fixing panel 49 wings 52a are formed with fixing grooves 58 for fixing the combs 48. Here, only one fixing groove 58 is described, but two fixing grooves may be formed according to the use.

The fixing groove 58 is formed with a wind discharge port 53 penetrated up and down to discharge the wind, and opening and closing the wind discharge port 53 as needed, along with the wind discharge port 17 and the wind discharge direction and Plays a role in controlling emissions.

In particular, the wind outlet 53 formed in the fixing groove 58 is formed larger than the wind outlet 17 formed in the wings 52a, 52b, which is comb coupled to the fixing groove 58 as shown in FIG. This is to control the wind emission by using the wind outlet formed by (48).

Therefore, as shown in FIG. 6, the wind transmitted through the wind passage 45 positioned between the lower base 12 and the fixed panel 48 is discharged to the outside through the wind outlet 17 of the fixed panel 49. At the same time, it is discharged to the outside via the wind outlet formed by the wind outlet 53 of the fixing groove 58 and the comb 48 coupled to the fixing groove 58.

In addition, the present invention may be provided so that the wind is discharged to one or both sides of the wind outlet 17 formed on both sides of the fixed panel 49 by providing a separate opening and closing means in the wind passage 45 or the wind outlet 17, and the like. have.

7 to 24 show the comb 48 of various forms and the combined state of the comb 48 and the fixed panel 49 and the movement path of the wind, the comb 48 according to the use of the ironing hair There are a variety of forms to choose from.

Figure 7 shows an embodiment of the comb 48 is coupled to the fixing groove 58 of the fixing panel 49, the comb 48 is not formed comb teeth, but only the fixing groove ( It has a structure in which a wind outlet 53a of the same size as the wind outlet 53 formed in 58 is formed. Therefore, when the comb 48 is coupled to the fixing groove 58 of the fixing panel 49, the wind outlet 53a is disposed along with the wind outlet 17 around the heater plate 15 as shown in FIG. . Therefore, as shown in FIG. 9, heat is generated from the heater plate 15, and the wind transmitted through the wind passage 45 is discharged to the outside through the wind outlets 53 and 53a together with the wind outlet 17. . At this time, since the wind outlet 53 and the wind outlet 53a completely match, the amount of wind discharged to the outside becomes maximum.

10 shows another embodiment of the comb 48 coupled to the fixing groove 58 of the fixing panel 49, in which the comb 48 has a plurality of combs 61b on the comb 60b at regular intervals. At the same time, the wind outlet 53b having a smaller size than the wind outlet 53 of the fixing groove 58 has a predetermined space. Therefore, when the comb 48 is coupled to the fixing groove 58 of the fixing panel 49, the wind outlet 53b is disposed along with the wind outlet 17 around the heater plate 15 as shown in FIG. . Therefore, as shown in FIG. 9, heat is generated from the heater plate 15 while the wind transmitted through the wind passage 45 is discharged to the outside through the wind outlets 53 and 53b together with the wind outlet 17. . Of course, it is also possible to use a comb 48 for hair care. At this time, part of the wind outlet 53 is closed by the wind outlet 53a, so the amount of wind discharged to the outside is reduced.

Figure 13 shows another embodiment of the comb 48 coupled to the fixing groove 58 of the fixing panel 49, the comb 48 is a comb (60c) a plurality of comb teeth 61c at regular intervals It is formed with, but the wind outlet has a structure that is not formed. Therefore, when the comb 48 is coupled to the fixing groove 58 of the fixing panel 49, only the wind outlet 17 is disposed around the heater plate 15 as shown in FIG. Therefore, as shown in FIG. 15, heat is generated from the heater plate 15 while the wind transmitted through the wind passage 45 is discharged to the outside through the wind outlet 17. Of course, it is also possible to use a comb 48 for hair care. At this time, since the wind outlet 53 is completely blocked by the comb 48, the wind discharged to the outside is limited to the wind discharged from the wind outlet 17 only.

Figure 16 shows another embodiment of the comb 48 coupled to the fixing groove 58 of the fixing panel 49, the comb 48 is a comb (60d) a plurality of comb teeth 61d at regular intervals At the same time as the wind outlet 53 of the fixing groove 58 and the same size as the wind outlet 53d is formed. Therefore, when the comb 48 is coupled to the fixing groove 58 of the fixing panel 49, the wind outlet 53d is disposed along with the wind outlet 17 around the heater plate 15 as shown in FIG. . Therefore, as shown in FIG. 18, heat is generated from the heater plate 15 while the wind transmitted through the wind passage 45 is discharged to the outside through the wind outlets 53 and 53d together with the wind outlet 17. . Of course, it is also possible to use a comb 48 for hair care. At this time, part of the wind outlet 53d and the wind outlet 53 keeps the wind outlet 53 completely open, so the amount of wind discharged to the outside becomes maximum.

Figure 19 shows another embodiment of the comb 48 coupled to the fixing groove 58 of the fixing panel 49, the comb 48 does not form a comb teeth on the bar 60e, but only the fixing groove Only the wind outlet 53e having a smaller size than the wind outlet 53 of 58 has a structure formed at a predetermined interval. Therefore, when the comb 48 is coupled to the fixing groove 58 of the fixing panel 49, the wind outlet 53e is disposed along with the wind outlet 17 around the heater plate 15 as shown in FIG. . Therefore, as shown in FIG. 21, heat is generated from the heater plate 15 while the wind transmitted through the wind passage 45 is discharged to the outside through the wind outlets 53 and 53e together with the wind outlet 17. . At this time, part of the wind outlet 53 is closed by the wind outlet 53e, so the amount of wind discharged to the outside is reduced.

Figure 22 shows another embodiment of the comb 48 coupled to the fixing groove 58 of the fixing panel 49, the comb 48 does not have a comb or a wind outlet in the 60b. Therefore, only the heat emitted from the heater plate 15 and the wind discharged through the wind outlet 17 can be used when the hair is groomed, as shown in FIGS. 23 and 24. That is, it serves to limit only the amount of wind discharged to the outside 60b.

In the embodiment of FIGS. 7 to 24 above, the amount of wind discharged to the outside has been described only as the size (shape) of the wind outlet, but the present invention is not limited thereto, and the rotation speed of the blower fan or between the blower fan and the wind outlet. The amount of wind can also be controlled by opening and closing the wind passage.

According to FIG. 25, the iron for hair according to the present invention is supplied from a battery in which driving power for driving the heater and the blower fan of the heater plates 14 and 15 is built in the battery holder 16 of the upper base 11. Therefore, when using hair ironing, the user is not limited by space or power line. In addition, when the user cleans the hair, the user selects the heat generated by the heaters of the heater plates 14 and 15, and the wind supplied from the comb 48 and the blowing fan 36 to efficiently use various types of hair care. You can do

Here, the wind (air) sucked from the outside by the blower fan 36 is fixed to the wind passage in the fan assembly 13 and the wind passage between the lower base 12 and the lower cover 25 and the lower base 12. It is transmitted to the hair or scalp desired by the user through the wind passages 45 and the wind outlets 17 and 53 formed in the fixed panel 49 and the wind passage 45 formed between the panels 49.

Therefore, the present invention is provided with a heater and a blower fan to selectively supply heat and wind (air) for hair care, and can also be used as a comb for hair care, and in particular, a built-in battery capable of charging and discharging. It is effective to use without receiving.

In addition, the present invention can be combing while selectively supplying heat and wind, and there is an effect that can adjust the amount of wind as needed. Of course, you can also remove heat or combs.

Although the present invention has been described in detail only with respect to the specific embodiments described, it will be apparent to those skilled in the art that various modifications and variations are possible within the technical scope of the present invention, and such modifications and modifications belong to the appended claims. .

Claims (8)

In the wireless multi-purpose hair irons, a pair of upper base and lower base in which the heater plate which generates heat is integrated to be opened and closed at a predetermined angle about the hinge axis, A battery holder in which a battery is built in the upper cover coupled to the upper base and the bottom middle portion thereof is accommodated to be detachably coupled; A blowing fan for sucking outside air is provided inside the fan assembly extending at the rear end of the lower base; The space formed between the inner space of the fan assembly located on the bottom of the guide plate horizontally formed in the fan assembly and the lower base and the lower cover coupled thereto and the space formed between the lower base and the fixed panel coupled thereto are connected to each other. A wind passage for conveying wind sucked from the outside by driving the blower fan is formed; Wireless multi-purpose hair irons, characterized in that the wind outlet for discharging the wind transported through the wind path to the outside is formed at a predetermined interval on the wing of the fixed panel. The method of claim 1, The battery is a wireless multi-use hair ironing, characterized in that at least one battery capable of charging. The method of claim 1, Wireless iron multi-purpose hair iron, characterized in that the battery cover is opened and closed to insert the battery holder located between the upper base and the upper cover coupled to the upper base of the upper base. The method of claim 1, The fixed panel is extended in a shape in which the support jaw and the wings are bent in two stages on both sides of the bottom plate, the wings are formed with a plurality of wind outlets penetrated up and down, the inner surface of the wing is coupled to the heater plate A fixing protrusion is formed for coupling with the protrusion, and the outer surface of the support jaw and the wing has a shape recessed inwardly so that a wind passage is formed between the lower base and the fixing panel when the fixing panel is coupled to the lower base. Cordless multi-use hair ironing, characterized in that. The method according to claim 1 or 4, One or both of the wings of the fixed panel is formed with a fixing groove having a plurality of wind outlets penetrated up and down, the fixed groove is characterized in that the comb made of a comb made of a comb teeth and / or a wind outlet having a wind outlet Cordless and versatile hair iron. The method of claim 6, The comb is a wireless multi-purpose hair iron, characterized in that consisting of a flat bar or a wind outlet and / or a comb having a comb teeth can block the wind outlet of the fixing groove. The method of claim 6, The wind outlet is formed in the hatch, wireless multi-use hair ironing, characterized in that it has the same size as the wind outlet of the fixed groove or smaller than the wind outlet of the fixed groove is formed at a predetermined interval. The method of claim 1, The width of the section in which the heater plate is installed in the upper base, the width of the section is formed narrower than the width of the section in which the heater plate is installed in the lower base.

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