WO2015064860A1

WO2015064860A1 - Hair styling device of rotating type for easy spiral hair styling work

Info

Publication number: WO2015064860A1
Application number: PCT/KR2014/002957
Authority: WO
Inventors: 박창수
Original assignee: 박창수
Priority date: 2013-10-28
Filing date: 2014-04-07
Publication date: 2015-05-07

Abstract

A hair styling device of rotating type for easy spiral hair styling work according to the present invention comprises: an upper case which has at one end a hair pressing section contacting an upper part of the hair and has at the other end a hinge section, and which extends lengthwise; a lower case hinge-assembled with the hinge section of the upper case so as to be rotatable, wherein the lower case is provided at one end with a winding space section which is open on the upper side to receive the hair at a position corresponding to the hair pressing section; a heating member of rod shape provided positioned horizontally in the winding space section so as to form a heating space section for winding and heating the hair between itself and the inner circumferential surface of the lower case; a driving motor installed inside the lower case, wherein the driving motor is aligned on the same line with the heating member; and a winder member connected to a driving gear of the driving motor so as to rotate in forward and reverse directions around the heating member in the heating space section, wherein the action of closing the upper and lower cases causes a section from the middle to the end of the hair, which is held between the winding space section and the hair pressing section, to be wound into a spiral and to come into close contact against the surface of the heating member so as to heat same. Therefore, the present invention makes it possible to expect an advantageous effect of styling hair of spiral shape easily and straightforwardly by means of the winding member which rotates in forward and reverse directions around the heating member, and has the advantageous effect of minimizing thermal damage while the styling takes place rapidly and straightforwardly, and also has the advantageous effect of maintaining the spiral hair style for a long time.

Description

Rotating hair forming device for easy spiral hairstyle work

The present invention relates to a rotating hair forming apparatus, and more particularly, connected to a driving motor with a rod-shaped heating member installed at one end of the upper and lower cases to be opened and closed by forceps in a circumferential direction. Rotating winder is easy to work spiral hairstyle that can make spiral hair forming easily and quickly while minimizing thermal damage of the hair by winding the heating element by rotating it in one direction by rotating it in one direction. A hair forming device.

In general, in order to mold hair in a style desired by the user after the hair is wound, the hair is dried using a dryer or the like, or is molded using a roll brush at the same time as drying.

However, the method of using a dryer and a roll brush has a troublesome and time-consuming problem.

As a prior art for solving this problem, Korean Utility Model Publication No. 20-2011-0008835 'Styling brush with a rotating device' is the 'hair styling device 10 is connected to each other to operate the hair of a predetermined length First and

second members

12, 14 adapted for relative operation between a generally open position for receiving and a generally close position for fixing the hair of the predetermined length, and the first and second members ( 12, 14, mounted brush 22. The brush 22 is adapted for rotational movement about the longitudinal axis to brush hair of a predetermined length under conditions in which the first and

second members

12, 14 are in close proximity. At least one, but not both, the first and

second members

12, 14 may include a heating element 58 to treat hair of a predetermined length.

The prior art prior to the hair styling operation without drying and curling the hair by styling operations such as straightening, curling, brushing or combing while drying the wet hair without a separate dryer and roll brush It has the advantage of being able to produce a variety of hairstyles, such as roll straight, but it was composed of a configuration that is not possible to form a spiral hair.

The present invention is to provide a rotational hair forming apparatus that is easy to spiral hair work that can perform drying and spiral molding of the hair at the same time.

In addition, the present invention by the operation of holding the hair using the upper and lower cases to be opened and closed by forceps, the winder is operated in the forward and reverse rotation to the rod-shaped heating member as the axis to walk the middle of the hair in one direction It is possible to provide a spiral hair forming device that is easy to work with a spiral hairstyle that can be rotated and wound around a heating member to heat the spiral hair while minimizing thermal damage to the hair.

Rotating hair forming apparatus is easy to operate the spiral hairstyle of the present invention, the upper case is formed long hair contact portion is formed in contact with the upper end of the hair, the other end is formed with a hinge portion; A lower case in which a hinge part of the upper case and a hinge are assembled and rotatable, and a winding space part at which an upper side is opened to receive the hair at a position corresponding to the hair pressing part at one end thereof; A rod-shaped heating member installed horizontally in the winding space to form a heating space in which the hair is wound and heated between the inner circumferential surfaces of the lower case; A drive motor installed in the lower case on the same line as the heating member; And a direction in which the heating member is connected to the driving gear of the driving motor and pivots in the forward and reverse directions in the heating space part, and the upper and lower cases are closed between the winding space part and the hair pressing part. And a winder member wound in a spiral from the middle to the end of the hair to be held in close contact with the heating member surface for heating.

Swivel hair forming device easy to operate the spiral hairstyle according to the present invention can be expected to effect the easy and simple shaping of the spiral hair by the winder member to the forward and reverse rotation around the heating member by the drive motor.

In particular, when the spiral hair is formed by the heating member and the auxiliary heating member, it is wound by the winder member and simultaneously heats the inside and the outside of the hair, thereby minimizing heat damage, and the spiral hair forming operation is performed quickly and easily. Hair styles come with long lasting effects.

In addition, since the effects of the present invention are naturally manifested by the composition of the invention regardless of whether the inventor recognizes them, the above-mentioned effects are only a few effects according to the present invention, and it is recognized that the inventors have described all the effects which are grasped or actual. It should not be.

In addition, the effects of the present invention will be additionally grasped by the entire description of the specification, even if not described in explicit sentences even those skilled in the art to which the present invention belongs to such effects through the present specification. If it is an acceptable effect, it should be seen as an effect described in this specification.

First Embodiment

Figure 1a and Figure 1b is an external perspective view viewed from the right and left sides of the rotating hair forming apparatus according to the first embodiment of the present invention,

2 is an exploded perspective view of FIGS. 1A and 1B;

Figure 3 and Figure 4 is a side cross-sectional view showing a state before and after the helical hair forming of the rotating hair forming apparatus according to the first embodiment of the present invention,

5 is a plan view showing a state in which hair is aligned on a winder member and a heating member according to the first embodiment of the present invention;

Figure 6 is a longitudinal cross-sectional view showing a forward, reverse rotation configuration of the winder member according to the first embodiment of the present invention,

Figure 7 is a side view showing the hair gripping state of the rotational hair forming apparatus according to the first embodiment of the present invention,

Second Embodiment

8 is an external perspective view of a rotating hair forming apparatus according to a second embodiment of the present invention;

9 is an exploded perspective view of FIG. 8;

10 to 12 are enlarged cross-sectional side views and planar cross-sectional view showing the state before and after the spiral hair forming of the rotating hair forming apparatus according to the second embodiment of the present invention,

13 is a longitudinal sectional view showing a forward and reverse rotation operation of the winder member according to the second embodiment of the present invention;

Third Embodiment

14 is an external perspective view of a rotating hair forming apparatus according to a third embodiment of the present invention;

15 is an exploded perspective view of FIG. 14;

16 and 17 are enlarged cross-sectional side view showing the main part before and after the spiral hair forming of the rotating hair forming apparatus according to the third embodiment of the present invention,

10: upper case 11: hair press

12,22: handle 13,23: hinge

14: hair passing groove 15: pressure protrusion

16: push protrusion 17: switching member

20: lower case 21: winding space

24,25: left and right cases 26: locking jaw

30: heating member 31: auxiliary heating member

32: spacing

40: control circuit part 41: AC / DC power stabilization circuit part

42: control unit 43: operation keys

44: sensor (photocoupler) 45: sensor member (sensor hole)

50: winder member 51: winder

52: rotary ring 52a: through hole

53: groove 54: hook part

55: inclined guide 56: internal gear ring

57: planetary gear 58: fixed housing

59: retaining ring

60: contact member 61: high information

62: movable body 63: movable piece

64: contact

70: first grip portion 71: stepped portion

72: push protrusion 73: the first fine phage groove

80: second gripping section 81: hair guide groove

82: hair guide protrusion 83: second fine phage home

100: rotating hair forming device

160: contact member 161: hinge shaft

162: movable lever 90: elastic member

M: drive motor M1: drive gear

T: Heater H: Wire through hole

D: Scalp

Hereinafter, described in detail with reference to the accompanying drawings a preferred embodiment of the present invention.

This is for the purpose of describing the present invention in detail so that those skilled in the art can easily practice the present invention, and thus, the technical spirit and scope of the present invention are not limited thereto.

In addition, the size or shape of the components shown in the drawings may be exaggerated for clarity and convenience of description, terms specifically defined in consideration of the configuration and operation of the present invention may vary depending on the intention or custom of the user or operator. Definitions of these terms should be made based on the contents throughout the specification.

1a and 1b is an external perspective view viewed from the right and left sides of the rotatable hair forming apparatus according to an embodiment of the present invention, Figure 2 is an exploded perspective view of Figures 1a and 1b, Figures 3 and 4 the present invention Side cross-sectional view showing a state before and after the spiral hair forming of the rotating hair forming apparatus according to the first embodiment, Figure 5 is a state in which the hair is aligned on the winder member and the heating member according to the first embodiment of the present invention 6 is a longitudinal sectional view showing a forward and reverse rotation configuration of the winder member according to the first embodiment of the present invention, and FIG. 7 is a hair holding state of the rotatable hair forming apparatus according to the first embodiment of the present invention. It is a side view which shows.

Hereinafter, with reference to the accompanying drawings will be described a rotatable hair forming device that is easy to work spiral hairstyle according to an embodiment of the present invention.

The present invention is configured in the form of tongs so as to perform drying of the hair and helical hair shaping at the same time.

First Embodiment

First, referring to FIGS. 1 to 7, the rotatable hair forming apparatus 100, which is easy to work with a spiral hairstyle according to the first embodiment of the present invention, is coupled to the hinge portion 13. 23 so that one end thereof is rotatable. It includes a pair of upper case 10 and the lower case 20.

Here, in the following description, one end means a side opposite to the

hinge parts

12 and 23, and the other end means a

hinge part

13 and 23 and will be described.

The upper case 10 is formed long and the hair pressing portion 11 is formed in contact with the upper hair at one end, the other end is a configuration in which the hinge portion 13 is formed, the hinge portion 13 and the hair pressing A handle portion 12 that can be gripped by hand is formed between the portions 11.

The hair pressing portion 11 is formed in a plate shape, the inner peripheral surface is formed to be curved to have a three-dimensional curved surface so that the hair is accommodated and wound.

In addition, the lower case 20 has the same length as the upper case 10, the handle portion 22 corresponding to the handle 12 of the upper case 10 is formed, the lower case ( The other end of the 20 is formed with a hinge portion 23 is assembled with the hinge portion 13 of the upper case 10 to be rotatable.

In addition, one end of the lower case 20 is formed with a winding space part 21 having an upper side open to accommodate the hair at a position corresponding to the hair pressing part 11, and the hair in the winding space part 21. Heating member 30 for forming the spiral in the configuration is provided in the longitudinal direction.

The heating member 30 is formed in an extruded form, and a heater (not shown) is installed therein, and the front and

rear caps

30a and 30b are assembled by the front and rear, and are closed. The closing cap 30b is formed with a hole through which a wire (not shown) for power supply of the heater passes.

The lower case 20 is composed of the left case 24 and the right case 25, as shown in the figure assembled by the heating member 30 and the winder member 50 and the auxiliary heating member described later inward The 31 is configured to form a winding space 21 in which the hair can be received and wound.

In addition, first and second holding

parts

70 and 80 are formed on both sides of the winding space part 21.

The first gripping portion 70 has a scalp (D) formed with a first fine gripping groove 73 formed at a boundary portion where the upper case 10 and the lower case 20 in front of the winding space portion 21 meet. ) Is configured to hold the hair of the side.

The second gripping portion 80 is for guiding hair wound up and pulled up by the heating member 30 by the winder member 50, and the winding space portion in a diagonal direction of the first gripping portion 70. (21) The second fine phage groove 83 is formed at the boundary where the upper case 10 and the lower case 20 at the rear side meet.

At this time, the interval between the first fine gripping groove 73 is preferably formed narrower than the interval between the fine gripping groove (83).

According to this configuration, the first and

second grip parts

70 and 80 formed on both sides of the hair pressing part 11 of the upper case 10 are the upper and

lower cases

10 and 20 of the hinge part. When the hair is rotated about 13 and 23 and closed, and then the hair is spirally wound to the outside of the heating member 30 by the winder member 50, the first holding part 70 is formed of a first fine gripping groove ( 73) serves to prevent the hair on the scalp (D) side from being drawn into the winding space 21, the second gripping portion 80 from the middle of the hair by the second fine gripping groove (83) The end hair serves as a guide for aligning the hair to be wound around the heating member 30.

Therefore, the hair is guided to the first holding part 70 and the second holding part 80 in a state where the upper and

lower cases

10 and 20 are overlapped with each other to close the hair pressing part 11 and the winding space part ( 21) and the heating member 30 to be described later to be mounted in a diagonal direction to guide the reception.

In addition, the upper support side of the lower case 20 has a curved support and a pressing support part 27 protruding upward is formed so that the upper surface of the case 10 is joined to rotate the hair pressing part 11 inside the pressing support part ( 27) to be seated.

In the present invention, the first gripping portion 70 is composed of the stepped portion 71 and the pressing protrusions 72 so that the first fine gripping grooves 73 are formed therebetween.

The stepped portion 71 is formed so that the front of the lower case 20 adjacent to the front end of the heating member 30 is open.

The stepped portion 71 allows the user to hold the appropriate amount of hair and close the upper case 10 in a state in which the hair on the scalp D side is caught on the stepped portion 71.

In addition, the pressing protrusion 72 is formed to protrude on the bottom surface of the upper case 10 so as to correspond to the shape of the stepped portion 71.

When the pressing protrusion 72 is joined to the stepped portion 71 when the upper case 10 is rotated around the lower case 20 and the hinge portion, the scalp D is formed by the first fine phage groove 73. Pressing and grabbing the hair of the side to serve to prevent the hair of the scalp (D) when the middle portion of the hair is spirally wound outside the heating member 30 by the rotation of the winder member (50). Do it.

In addition, the second gripping portion 80 is composed of a hair guide groove 81 and the hair guide protrusion 82 is configured to form a second fine gripping groove 83 therebetween.

The hair guide groove 81 is formed in an approximately “U” shape so that the upper side of the lower case 20 is open inwardly.

The hair guide protrusion 82 is formed to protrude on the bottom surface of the upper case 10 and is inserted into the hair guide groove 81 to form a second fine gripping groove 83 therebetween, thereby forming the hair guide groove. Press together the hair accommodated in (81).

At this time, the hair guide groove 81 and the second fine gripping groove 83 corresponding to the thickness of the hair is preferably formed.

The second fine phage groove 83 is one side of the hair guide protrusion 82 is made of a round portion is preferably made so that the hair is guided through a space formed between the right angled corner of the side of the hair guide groove 81 (81). Do.

And, when the second fine phage groove 83 is drawn into the winding space 21, it is preferable to maintain an interval of about 1 to 3mm so as not to be entangled with each other and arranged neatly in the grain direction of the hair. , One side of the second fine phage groove 83 may be formed in the form of a protrusion or a groove for combing the hair evenly (not shown).

The hair of the scalp (D) side held by the first gripping portion 70 by the hair guide groove portion 81 and the hair guide protrusion 82 to be seated in a diagonal direction over the heating member 30. It becomes possible.

Therefore, the appropriate amount of hair caught by the user is seated on the heating member 30 in a diagonal direction, so that when the winder member 50 rotates, the hair can be more easily wound in a spiral shape to the outside of the heating member 30. .

In addition, the first gripping portion 70 may be formed at the same line position as the center line of the heating member 30, and the second gripping portion 80 may be formed at a position higher than the center line of the heating member 30. have.

According to this configuration, when the first gripper 70 maintains the step with the first gripper 70, when the hair is seated in the diagonal direction of the heating member 30, the middle part of the hair to be seated is heated. It is in a state of being in close contact with 30.

Therefore, when the winder member 50 rotates in this state, the hair placed on the heating member 30 in the diagonal direction is more easily caught by the hook portion 52 of the winder member 50, thereby rotating the hair. It will be effective to reduce the operation error of the molding apparatus.

In addition, the heating member 30 is installed in the lower case 20, and the heating member 30 is wound around the inner circumferential surface of the lower case 20 so as to form a heating space for heating and winding the hair. It is installed to be horizontally positioned in the unit 21.

The heating member 30 is preferably made to have a diameter (approximately 20mm ~ 30mm) suitable for producing the best hairstyle when the hair is spirally wound and heated to form.

Preferably, the heating member 30 is formed of a hollow tube, and although not specifically illustrated in the drawing, a PTC heater or a ceramic heater is mounted therein, and the heat of the heater T is transferred to the outer surface of the heating member 30. The heat diffusion member made of aluminum or copper plate material to be evenly transmitted to the whole is configured to be in close contact with the inner peripheral surface of the heating member (30).

In another configuration, the heating member 30 can be lightened by assembling the film heater to the inner circumferential surface of the heating member 30 so as to generate heat on the entire outer surface of the heating member 30 without the need for a heat diffusion member. have.

For reference, the temperature control of the PTC heater or the ceramic heater may be controlled by mounting a temperature sensor on the inner circumferential surface of the heating member 30. In particular, in the case of the ceramic heater, the heating member 30 may be subjected to a temperature change during the heat molding of the hair. It is a matter of course that temperature can be controlled by configuring a digital circuit by detecting a change in resistance value, that is, a change in current or voltage.

The film heater is formed by printing a heater resistor between the polyimide film having a heat resistance of 300 degrees or more, and has a merit in that heat can be generated at a uniform temperature over the entire outer surface of the heating member 30. Spiral hair shaping can be achieved while minimizing

In addition, a driving motor (M) is installed in the same line as the heating member 30 inside the handle portion 22 of the lower case 20.

The drive motor (M) is made of a DC reduction motor, and as described below is built in the handle portion 22 of the upper case 10 or the lower case 20 and the temperature of the heating member 30 and the driving motor ( It is configured to rotate forward and reverse by the operation of the control unit 42 electrically connected to the control circuit unit 40 for controlling the operation of M).

In addition, the power supply of the driving motor M is supplied from the outside through the AC / DC power stabilization circuit unit 41 interlocked with the control circuit unit 40 to the heater (T) of the heating member (30) AC The power is supplied as it is, and the reduction motor is configured to supply the converted power to DC power.

In addition, the control unit 42 is composed of a temperature setting unit for setting the heating temperature and the forward and reverse rotation setting unit for selecting the styling by spirally winding the special hair to the left or right on the basis of the face.

In addition, the heating is spirally wound while the hair is wound around the heating member 30 and the heating time setting unit for setting the rotation time of the driving motor M as 8 seconds, 10 seconds, 12 seconds, etc. The style of the styling hair is configured to be set to strong, medium or weak mode.

As such, the user preferably waits in a state where the upper and lower handles are closed for a predetermined heating time, and further includes a voice output unit for notifying the end time by a beep when the setting time is completed.

The operation key 43 of the control unit 42 is installed on the side of the right case of the lower case 20 so that the user who mainly uses the right hand can hold the

handles

12 and 22 with one hand and conveniently operate it. It is desirable to be.

On the other hand, the present invention is configured to further include a winder member (50) for winding the hair while rotating around the heating member (30) as a central axis.

That is, the winder member 50 is configured to rotate while maintaining the interval for winding the heating member 30 and the hair, for this purpose, the winder member 50 is heated to about 80 ℃ ~ 250 ℃ Since the winder member 50 must pass through a space, the winder member is made of a heat resistant synthetic resin.

In addition, one end of the winder member 50 is connected to the drive gear M1 of the drive motor M to pivot in the forward and reverse directions in the heating space part with the heating member 30 as an axis.

Accordingly, the heating member is spirally wound from the middle to the end of the hair held between the winding space portion 21 and the hair pressing portion 11 by the operation of closing the upper and

lower cases

10 and 20. (30) It is heated in a state of being in close contact with the surface.

According to the first embodiment of the present invention, the winder member 50 performing the above function is connected to the drive gear M1 of the drive motor M and rotates in the forward and reverse directions 52. And, extending in a direction perpendicular to the edge of the rotary ring 52 is made of a plate shape having a width surrounding the outer surface of the heating member 30, so that the inner peripheral surface has a curvature greater than the curvature of the outer peripheral surface of the heating member (30) It is a structure formed curved inwardly.

Therefore, the winder 51 is wound around the heating member 30 by the forward and reverse rotation of the driving motor (M) while the hair spirally wound from the leading end of the heating member 30 toward the inner end. It will be possible.

In addition, in the embodiment of the present invention, grooves 53 are formed on both ends of the winder 51 to collect and rotate the hair in a spiral shape.

The outer end of the groove portion 53 is formed to protrude downwardly curved along the circumferential direction, walking the middle of the hair accommodated in the winding space portion 21 to collect toward the groove portion 53 and wound in a spiral shape to form a coil shape The hook part 54 is comprised.

The hook portion 54 is preferably formed to be located at the outer end portion of the heating member (30).

In addition, although the recess 53 may be formed at right angles from the hook portion 54, in the present embodiment, the inclined guide portion 55 may be further formed between the hook portion 54 and the recess 53. .

According to this configuration, when the winder 51 is rotated in a state where the hair is placed on the winding space 21 and placed on the heating member 30, the hook portion 54 is rotated by walking the hair. The inclined guide portion 55 is moved toward the recess 53 to be wound around the outer circumferential surface of the heating member 30.

And, the hair continuously wound by the winder 51 is continuously guided toward the inner end of the heating member 30 by the inclined guide portion 55, the hair is subsequently wound to the heating member 30 outer peripheral surface It will be wound in a spiral form.

This process will vary depending on the length of the hair, but in most cases based on the hair of the normal length (200mm ~ 300mm), even if the winder 51 is not rotated about 4-5 times, the hair is already wound momentarily from the middle to the end do.

Then, the hair wound on the heating member 30 is dried and styled by a heating action for a time between 8 seconds and 12 seconds set while the winder 51 rotates between the winder 51 and the heating member 30. Will be.

At this time, the inner surface of the hair is curled by the heating member 30 is formed in a spiral shape, the heating time is in contact with the hair by the inner peripheral surface of the winder 51 to the outside of the heating member (30) It will be shortened to achieve rapid molding.

At this time, the winder 51 is wound around the hair and at the same time the operation to be rotated to the periphery of the hair already wound on the heating member 30 is made continuously for a set operating time.

That is, the inner circumferential surface of the winder 51 is in contact with the outer circumferential surface of the hair already wound on the heating member 30, and is continuously rotated for a predetermined time, thereby combing by friction.

In addition, the winder 51 is in a state in which heat of approximately 70 degrees to 90 degrees is accumulated by radiant heat of the auxiliary heating member 31.

Therefore, as the winder 51 rotates in sliding contact with the outer surface of the hair, the hair can be dried and formed in a spiral more quickly.

Since the winder 51 of the winder member 50 is rotated while being in direct contact with the hair, the far-infrared emitting material, for example, tourmaline anion powder, which provides a good effect on the hair when the winder 51 is made of a heat-resistant synthetic resin. Or it is preferable to mold by mixing components such as ceramics during injection.

In addition, when the winder 51 is made of a metal material such as aluminum having good thermal conductivity, the ceramic coating layer may be formed or the hard or soft anodizing may be formed to emit far infrared rays and anions on the surface thereof.

In this case, the winder 51 and the rotary ring 52 of the winder member 50 may be made of the same material, and if necessary, the inserts may be separated from each other by a metal material and a synthetic resin material, or may be separately assembled. You can do it.

In addition, the winder member 50 is provided with the heating member 30 around the through hole 52a formed in the center of the rotary ring 52, the drive gear of the drive motor (M) around the The inner toothing gear 56 which rotates by meshing with a pair of planetary gears 57 which are engaged with and driven on both sides of M1) is provided.

The rotary ring 52 is integrally assembled to the inner toothing gear 56 so that the winder member 50 rotates the fixed heater forward and backward.

To this end, a fixed housing 58 is assembled to the left case 24 and the right case 25 at the front end of the driving motor M. The planetary gear 57 is connected to the fixed housing 58. It is assembled to rotate in the fixed housing 58 while being located symmetrically about (M1).

Accordingly, the planetary gear 57 is in a state where the inner end is engaged with the drive gear M1, and the outer end is assembled to be exposed to the outside of the fixed housing 58 so that the gear formed on the inner circumferential surface of the inner toothing gear 56. It can be assembled to engage with.

The inner toothing gear 56 is rotatably assembled by a fixing ring 59 which is assembled to the outside of the planetary gear 57 and screwed to the fixing housing 58.

In addition, the heating member 30 is fixed to the center of the fixed housing 58 so as not to rotate so that the winder is screwed into the front portion of the internal gear ring 56 through the center of the fixing ring 59 The member 50 rotates in front of the fixed housing 58 with the heating member 30 as an axis.

Rotating ring 52 of the winder member 50 is to rotate the hair around the heating member 30 with the inner toothing gear 56 to spirally wound the hair.

At this time, in the embodiment of the present invention, the power line for supplying the AC power supplied from the control circuit unit 40 to the heating member 30 is a wire formed on the upper and lower sides orthogonal to the planetary gear 57. Passed through the passage hole (H) is connected to the heating member 30 and the auxiliary heating member 31 is configured to supply power.

In addition, a pressing protrusion 16 is further formed on the bottom of the upper case 10, and the lower case 20 at a position corresponding to the pressing protrusion 16 is operated by the pressing protrusion 16 to control the switching. The member 17 is further provided.

Accordingly, when the upper case 10 is closed with the lower case 20, the pressing member 16 presses the gas positioning member 17 so that the switching member 17 sends a signal to the control circuit unit 40 to drive the motor. M) is configured to operate.

According to such a configuration, when the power is turned on, a certain amount of hair is placed in the winding space 21 in a state in which the heating member 30 is heated by the temperature control unit at a set temperature, thereby allowing the upper case 10 and the lower case 20 to be turned on. At the moment of closing, the driving motor M is operated to rotate the winder 51.

Listening to the sound that the molding is completed is configured to stop the operation of the drive motor (M) while the pressing protrusion 16 and the switching member 17 is separated at the moment of opening the upper case 10 and the lower case 20.

Here, according to an embodiment of the present invention, a sensor member (sensor hole) interlocked with a sensor (porter coupler) 44 which checks the rotational position so that the winder member 50 is always returned to the correct position after the winder member 50 rotates forward and backward. And 45).

That is, when the push protrusion 16 and the switching member 17 are separated in the operation as described above and the driving motor M stops immediately, a malfunction occurs when the hair to be processed next is wound according to the position of the winder 51. It is preferable that the winder 51 is configured to be always positioned in the original position, for example, under the heating member 30, because it can be caused.

Therefore, after the driving motor M is further rotated to the right position without immediately stopping through the detection sensor 44 and the sensor member 45, the correct position is detected by the detection sensor 44 and the sensor member 45. It is configured to stop the operation of the drive motor (M) at the moment.

For example, the sensor member 45 is a component that is rotated together with the driving motor M, and the edge of the rotation ring 52 is further extended in a circular shape so that the sensor hole (the sensor member code 45 is mixed) is used. Can be configured.

The sensor hole 45 may be formed in a hole shape or a groove shape opened outward.

Then, by detecting the correct position of the winder (51) by installing a photocoupler (to be mixed with the detection sensor code 44) at a position corresponding to the sensor member (sensor hole; 45) as the detection sensor 44 At the moment it can be configured to stop the operation of the drive motor (M).

Referring to the hair forming work process according to the first embodiment of the present invention configured as described above are as follows.

The practitioner lifts the appropriate amount of hair and holds it with one hand, and puts the leading end of the rotatable hair forming apparatus 100 with the other hand open to the winding space 21 between the upper and

lower cases

10 and 20. The hair is positioned in an oblique direction on the heating member 30.

In this state, the upper and

lower cases

10 and 20 are closed and closed, and the hair on the scalp D is the first fine gripping groove between the stepped portion 71 and the pressing protrusion 72 of the first gripping portion 70. The second gripping between the hair guiding groove and the hair guiding protrusion 82 of the second gripping portion 80 while the middle of the hair is positioned in an oblique direction of the heating member 30 while being held by the 73. The groove 83 is gripped and aligned.

At the same time, the pressing protrusion 16 of the upper case 10 is in contact with the switching member 17 to transmit a signal detecting the closed state of the upper and

lower cases

10 and 20 to the control circuit unit 40. do,

Therefore, the control circuit unit 40 rotates the drive motor M. At this time, the rotation direction of the drive gear M1 of the drive motor M is the forward and reverse rotation directions of the control unit 42. It is rotated in a direction set according to the spiral forming direction.

Accordingly, since the planetary gear 57 that rotates in engagement with the driving gear M1 rotates in the opposite direction, the inner toothing gear 56 rotates in one direction, so that the rotary ring 52 and the winder 51 rotate together.

In addition, the heating member 30 and the auxiliary heating member 31 are being heated while maintaining the selected set temperature of the control unit 42 unless there is a separate temperature operation.

Next, the middle part of the hair in the aligned and gripped state is caught by the hook portion 54 of the winder 51 rotating outside the heating member 30 while being drawn toward the recess 53 along the inclined portion. It is wound on the outer circumferential surface of the heating member 30 by the winder 51 which is continuously rotated.

At this time, the hook portion 54 is to be wound around the heating member 30 by hanging the middle of the entire length of the hair, so that the lower end of the hair is naturally drawn by the rotation of the winder 51, spirally in the heating member 30. Will be wound.

And, since the hair on the scalp (D) is held by the first gripper (70), the hair on the second gripper (80) is pulled in as the winder is not attracted to the winder space. The member 50 is spirally wound to the outside of the heating member 30.

Wherein the hair guide grooves between the hair guide groove and the hair guide protrusion 82 of the second gripping portion 80, the hair is guided while being aligned in the grain direction of the hair without tangling each other. It is done.

The hair wound in a spiral shape to the outside of the heating member 30 is dried and formed by the heat generated from the heating member 30, and the entire hair is formed by the accumulated heat of the winder 51. Heating evenly results in rapid drying and molding.

In addition, the winder 51 is continuously rotated for a set time (for example, 8 seconds, 10 seconds and 12 seconds) as described above, even during drying and molding, and thus the winder 51 in the spirally wound direction. ) Rotates while the inner circumferential surface is in contact with the outer surface in the direction of the grain of hair to form hair in a glossy state.

In particular, when the surface roughness of the tourmaline or ceramic coating on the inner surface of the winder 51 is good, the hair surface is to show the maximum shine.

In this state, when the set heating signal is completed, a beep is generated so that the user opens the upper and

lower cases

10 and 20 while listening to the beep.

At this time, as the upper and

lower cases

10 and 20 are opened, the off signal generated when the push protrusion 16 is separated from the switching member 17 is transmitted to the driving motor M.

Here, according to the present invention, the winder 51 is always stopped at the correct position, the driving motor (M) is operated until the position is confirmed through the sensor hole 45 formed in the photocoupler and the rotary ring 52 It is in a state.

Therefore, the winder 51 is further rotated even when the upper and lower cases are open, and always stops at the correct position by the sensing operation of the sensor hole 45 and the sensor member (photocoupler 44).

Here, the positive position of the winder refers to a state in which the hook portions on both sides of the winder member 50 are not raised above the heating member 30 and maintained in parallel as shown in FIG. 5.

If the rounded part at the rear of the winder is positioned on the heating member 30 in a diagonal direction on the heating member 30 to form the next hair, the hair is rotated together at the rear of the winder and the This is because the hook part can not hang the hair properly, causing a problem in that the hair is entangled with each other due to a bad winding.

Next, after the hair forming operation is completed, the user grabs the hair of the scalp (D) and slowly pulls the rotatable hair forming apparatus 100 or opens the upper and

lower cases

10 and 20 to the heating member 30. The spirally wound hair is stretched downward while being unwound from the heating member 30.

At this time, the spirally shaped hair is stretched in an elastic state while being stretched up and down like a coil spring, thereby producing an elegant and luxurious spiral hair styling.

As described above, according to the present invention, the winder 51 is rotated in contact with the hair, and thus a frictional action similar to combing in the grain direction of the hair is achieved, so that the hair is quickly dried and molded, thereby minimizing damage and shine and gloss on the surface. This is followed by molding in a spiral.

In addition, the completed helical hair is formed to have a good elasticity when laid down with excellent elasticity, it is possible to provide a useful advantage that the long-lasting power is maintained even after the helical hair molding and does not easily stretch.

Second Embodiment

8 is an external perspective view of a rotating hair forming apparatus according to a second embodiment of the present invention, FIG. 9 is an exploded perspective view of FIG. 8, and FIGS. 10 to 12 are a rotating hair forming apparatus according to a second embodiment of the present invention. Fig. 13 is an enlarged cross-sectional side view and a planar cross-sectional view showing a state before and after forming the spiral hair, and FIG.

Referring to Figures 8 to 13, the rotating hair forming device 100 is easy to work spiral hairstyle according to the second embodiment of the present invention is made the same as the configuration in the first embodiment and the same name and Reference numerals in the second embodiment will be used as they are.

According to the second embodiment of the present invention, the spiral hair forming device 100, which is easy to work with a spiral hairstyle, has a pair of upper cases 10 and lower portions of which one end portion is rotatably coupled to the hinge portion 13.23. And a case 20.

The lower case 20 is composed of the left case 24 and the right case 25 again as in the configuration of the first embodiment by assembling the heater T and the winder member 50 described later inward and The auxiliary heating member 31 is configured to form a winding space 21 in which the hair can be wound.

That is, the second embodiment is different from the first embodiment in that the auxiliary heating member 31 is further provided outside the heating member 30 in the above-described first embodiment.

In the above-described configuration, the upper and lower cases 20 of the upper and lower hair pressing portions 11 of the upper case 10 are rotated around the

hinges

13 and 23 to grip the hair when the hair is closed. Passing groove 14 may be formed and configured.

Therefore, the hair presses 11 and the winding space 21 and the heating member 30 to be described later through the hair passing groove 14 in the state in which the upper and

lower cases

10 and 20 are overlapped and closed. Place it neatly on top to guide the reception.

In addition, a stepped locking jaw portion 26 is formed at both sides of the opened upper end of the lower case 20 so as to guide the hair to be spirally wound inwardly from the leading end of the heating member 30.

In addition, the lower case 20 is provided with a heating member 30, the heating member 30 is the winding space portion to form a heating space for heating the hair wound between the inner circumferential surface of the lower case 20 21 is installed to be positioned horizontally.

The heating member 30 is made of a hollow tube, and although not shown specifically in the drawing, a PTC heater or a ceramic heater is mounted therein, and the heat of the heater T is applied to the entire outer surface of the heating member 30. The heat diffusion member made of aluminum or copper plate material to be transmitted evenly is assembled to be in close contact with the inner peripheral surface of the heating member (30).

The film heater is formed by printing a heater resistor between the polyimide film having a heat resistance of 300 degrees or more, and has a merit of generating heat at a uniform temperature on the entire outer surface of the heating member 30. Spiral hair shaping can be achieved while minimizing

handles

12 and 22 with one hand and conveniently operate it. It is desirable to be.

On the other hand, in the embodiment of the present invention is configured to further include an auxiliary heating member 31 for heating the outer surface of the hair wound on the heating member 30 at the same time to complete a quick spiral styling.

The auxiliary heating member 31 is installed in the winding space 21 of the lower case 20 while maintaining a distance 32 and the outer peripheral surface of the heating member 30.

The auxiliary heating member 31 is formed to be curved on the inner surface to heat the outer surface of the hair spirally wound on the heating member 30 by the winder member 50, the auxiliary heating member The PTC heater and the ceramic heater may be mounted at the center of the rear surface of the 31, and in the case of the film heater, the PTC heater and the ceramic heater may be mounted in close contact with the entire rear surface of the auxiliary heating member 31 to heat the entire inner peripheral surface of the auxiliary heating member 31. It is preferable to mount so that it heats evenly.

Preferably, the spacing 32 between the auxiliary heating member 31 and the heating member 30 is assembled to maintain the spacing 32 in consideration of the thickness at which the hair is wound to the outer surface of the heating member 30 to the maximum. It is preferable.

In addition, the present invention is configured to further include a winder member (50) for winding the hair while rotating around the heating member (30) as a central axis.

That is, the winder member 50 is configured to rotate between the interval 32 of the heating member 30 and the auxiliary heating member 31, for this purpose, the winder member 50 is 80 ℃ ~ 250 ℃ The winder member 50 is made of a heat-resistant synthetic resin because it must pass through the space to be heated to a degree.

Then, as described below, the outer surface of the winder 51 of the winder member 50 is assembled to rotate while maintaining an adjacent state to almost contact with the auxiliary heating member 31.

lower cases

The winder member 50 performing the above function is connected to the drive gear M1 of the drive motor M according to the embodiment of the present invention, the rotary ring 52 is rotated in the forward and reverse directions, Is formed in a plate shape having a width extending from the edge of the rotary ring 52 in a right angle to surround a portion of the outer surface of the heating member 30, the inner peripheral surface to have a curvature larger than the curvature of the outer peripheral surface of the heating member (30) It is a curved structure.

Thus, the winder 51 is wound around the heating member 30 by the forward and reverse rotation of the drive motor (M) while the hair spirally wound from the leading end of the heating member 30 toward the inner end. It will be possible.

In addition, in the embodiment of the present invention, grooves 53 are formed on both ends of the winder 51 to collect and rotate the hair in a spiral shape, and the outer end of the grooves 53 has a circumferential direction. It is formed to include a hook portion 54 is formed to protrude downward curved to the hook portion (54) to form a coil shape by winding the middle of the hair accommodated in the winding space portion 21 toward the groove portion (53), the hook Part 54 is preferably assembled to be located on the outer leading end of the heating member (30).

And, the groove portion 53 from the hook portion 54 may be made in a right angle form, but in this embodiment, the inclined guide portion 55 is further formed between the groove portion 53 from the end of the hook portion 54. do.

At this time, the inner surface of the hair is curled by the heating member 30 is formed in a spiral shape, the outer surface of the hair is in direct contact with the auxiliary heating member 31 when the amount of hair is wound is a hair outer surface Is heated.

In addition, when the amount of hair is small and does not come in direct contact, the auxiliary heating member 31 is heated by the radiant heat, thereby rapidly drying and completing the spiral hair.

In addition, the winder member 50 is provided with the heating member centered on the through hole 52a formed in the center of the rotary ring 52, the peripheral of the drive gear M1 of the drive motor (M) The inner toothing gear 56 is rotated in engagement with a pair of planetary gears 57 to be engaged on both sides, and the rotary ring 52 is integrally assembled to the inner toothing gear 56 to form the winder member. 50 is made to rotate the stationary heater forward, reverse.

In addition, the heating member 30 is fixed to the center of the fixed housing 58 so as not to rotate so that the winder is screwed into the front portion of the internal gear ring 56 through the center of the fixing ring 59 The member 50 rotates in front of the fixed housing 58 with the heating member 30 as an axis, and the rotary ring 52 of the winder member 50 together with the inner toothing gear 56. The hair can be wound spirally while rotating around 30.

Accordingly, when the upper case 10 is closed with the lower case 20, the pressing protrusion 16 presses the switching member 17 so that the switching member 17 sends a signal to the control circuit unit 40 to drive the motor. M) is configured to operate.

According to this configuration, when the power is turned on by placing the predetermined amount of hair in the winding space 21 in the heating member 30 by the temperature control unit to the heating member 30 by the set temperature, the upper case 10 and the lower case 20 At the moment of closing, the driving motor (M) is operated so that the winder 51 rotates, and the pressing protrusion 16 and the switching member are opened at the moment of opening the upper case 10 and the lower case 20 when the molding is heard. (17) is to be configured to stop the operation of the drive motor (M).

Here, according to the second embodiment of the present invention, the winder member 50 interlocks with the detection sensor 44 and the detection sensor 44 which checks the rotational position so that the winder member 50 always returns to the correct position after the rotation operation is performed in the forward and reverse directions. It may be configured to further include a sensor member 45.

On the other hand, the present invention, while the predetermined amount of hair accommodated in the winding space portion 21 is pushed toward the heating member 30 without being separated outwards, the

close contact member

60, 160 for winding well in a spiral by the winder 51 It is configured to further include.

That is, the pressing protrusion 15 is formed to protrude downward from the outer end of the hair pressing portion 11 of the upper case 10.

The pressurizing protrusion 15 has a tip end portion downwardly protruding downward to form a sharp shape and is formed to be curved or inclined upwardly inward, and when the upper case 10 is rotated to overlap with the lower case 20, The

contact members

60 and 160 are moved inwardly by the pressing protrusion 15 so that the hair is moved outwardly at the outer end of the heating member 30 to move the hair toward the heating member 30.

The contact member 60 according to the present invention having such a function as an embodiment,

A moving body 62 installed at an outer end of the heating member 30 and including a high intelligence 61 in which an elastic member 90 is accommodated therein, and movably installed in the high information 61 in an axial direction. A movable piece 63 protruding upwardly is formed on the outer circumferential surface of the) so as to correspond to the pressing protrusion 15, and a circular close contact 64 is formed inside the movable piece 63.

According to this configuration, the pressing member 15 is in contact with the upper end of the movable piece 63 by the inclined guide portion 55 of the inner side as shown in Figs. It is moved toward the heating member 30 while winning the force of 90.

Therefore, the hair accommodated in the unfolded state on one side of the close contact 64 is placed on the heating member 30 gradually collected above the heating member 30, and the upper case 10 and the lower case 20 are closed to each other. Loss occurs in the operating state.

And, the hair is configured to be neatly aligned through the hair passing groove 14 of the upper case 10.

Third Embodiment

14 is an external perspective view of a rotating hair forming apparatus according to a third embodiment of the present invention, FIG. 15 is an exploded perspective view of FIG. 7, and FIGS. 16 and 17 are a rotating hair forming apparatus according to a third embodiment of the present invention. Enlarged cross-sectional side view showing the state before and after shaping of helical hair.

The third embodiment is another embodiment of the close contact member 160 is applied, as shown in Figs. 14 to 17 is located on the outside of the heating member 30, the lower end is transverse to the inner peripheral surface of the lower case 20 A hinge shaft 161 assembled in a direction and extending upward from the hinge shaft 161 to be in contact with the pressure protrusion 15 to rotate inwardly about the hinge shaft 161 to heat the hair. An elastic member disposed between the hinge shaft 161 and the movable lever 162 such that the movable lever 162 pushes toward the member 30 and the movable lever 162 is pivoted outwardly about the hinge shaft 161. It may be configured to include a member (90).

According to this configuration, as shown in FIGS. 16 and 17, the pressing member 15 is in contact with the upper end of the movable lever 162 and is formed of a coil spring around the hinge shaft 161 by the inclined surface thereof. It is rotated toward the heating member 30 while winning a force.

Therefore, the hair accommodated in the unfolded state on the movable lever 162 and placed on the heating member 30 is gradually collected toward the heating member 30, wherein the upper case 10 and the lower case 20 are closed to each other. It is a state. And, the hair is configured to be neatly aligned through the hair passing groove 14 of the upper case 10.

Referring to the molding operation process according to the second and third embodiments of the present invention configured as described above are as follows.

lower cases

10 and 20. Position the hair.

In this state, when the upper and

lower cases

10 and 20 are closed and closed, the pressing protrusion 15 pushes the

contact members

60 and 160 toward the heating member 30, thereby the hair of the upper and

lower cases

10 and 20. The hair pressing portion 11 is held on the winding space 21 of the lower case 20, the lower end of the hair is aligned neatly through the hair passing groove 14 in the state caught by the locking jaw portion (26) It becomes a state.

lower cases

10 and 20 to the control circuit unit 40. do,

Next, the hair in a neatly aligned and gripped state is caught by the hook portion 54 of the winder 51 in which the middle portion thereof is being rotated, and is drawn along the inclined guide portion 55 toward the recess 53. Winding is rotated by the winder 51 is wound on the outer peripheral surface of the heating member (30).

The hair wound in a spiral shape is dried and formed by the heat generated from the heating member 30, and at the same time, the outer surface of the hair is also heated together by the heat generated from the auxiliary heating member 31, thereby providing a rapid process. Drying and molding will take place.

In this state, when the set heating signal is completed, a beep sounds, and the user opens the upper and lower cases by hearing the beep.

At this time, as the upper and

lower cases

Therefore, the winder 51 is further rotated even when the upper and lower cases are open, and always stops at the correct position by the sensor signal of the sensor member (photocoupler 44) by the sensor hole 45.

At the same time, when the user grabs the middle of the hair and pulls the rotatable hair forming apparatus 100, the hair spirally wound on the heating member 30 is loosened down while being heated by the heating member 30.

As described above, according to the present invention, as the winder 51 rotates in contact with the hair, a friction action similar to that of combing in the grain direction of the hair is made, so that the hair is quickly dried and molded, thereby minimizing damage and shine and gloss on the surface. This is followed by molding in a spiral.

What has been described above is only some embodiments for implementing the rotational hair forming apparatus according to the present invention, the present invention is not limited to the above-described embodiment, the subject matter of the present invention as claimed in the following claims Without departing from the technical spirit of the present invention to the extent that any person skilled in the art to which the present invention pertains various modifications can be made.

The present invention is a spiral hair-forming device easy to work with a spiral hairstyle is a rod-shaped heating member installed on one end of the upper and lower cases to be opened and closed by a forceps to the circumferential direction around the wine The middle of the hair is rotated in one direction to be wound and dried on a heating member, followed by heating and drying, thereby minimizing heat damage of the hair and making the spiral hair simple and quick so that anyone can easily create a spiral hairstyle.

Claims

An upper case in which a hair pressing portion is formed to be in contact with an upper portion of the hair at one end, and a hinge portion is formed at the other end;

A lower case in which a hinge part of the upper case and a hinge are assembled and rotatable, and a winding space part at which an upper side is opened to receive the hair at a position corresponding to the hair pressing part at one end thereof;

A rod-shaped heating member installed horizontally in the winding space to form a heating space in which the hair is wound and heated between the inner circumferential surfaces of the lower case;

A drive motor installed in the lower case on the same line as the heating member; And

It is connected to the drive gear of the drive motor and pivots in the forward and reverse directions in the heating space part with the heating member as an axis, and the upper and lower cases are closed between the winding space part and the hair pressing part. And a winder member which spirally winds from the middle to the end of the hair to be gripped to closely adhere to the heating member surface, thereby heating the spiral hair forming apparatus.
The method of claim 1,

The auxiliary heating member is installed on the winding space of the lower case while maintaining a distance from the outer circumferential surface of the heating member and the inner side is curved to heat the outer surface of the hair spirally wound on the heating member by the winder member. Swivel hair forming device easy to work spiral characterized in that it further comprises a.
The method of claim 1,

A first gripping portion formed at a boundary portion where the upper case and the lower case of the front side of the winding space meet to hold the hair of the scalp; And

The first gripper is formed at a boundary portion where the upper case and the lower case at the rear side of the winding space part meet in a diagonal direction, and grips the end hair that seats the heating member in an oblique direction to the winder member. And a second gripping portion for guiding the hair wound on the heating member by the spiral hair forming apparatus.
The method of claim 3, wherein

The first gripping portion has a stepped portion formed so that the front portion is opened to the lower case tip portion at the tip portion of the heating member, and the first fine gripping groove is formed on the bottom surface of the upper case and presses and grasps the hair part of the scalp side. Swivel hair forming device is easy to work with a spiral hairstyle, characterized in that consisting of a pressing stone to be joined to the stepped portion while forming a.
The method of claim 3, wherein

The second gripping portion is formed to be drawn in the upper end of the lower case rear end to open the hair guide groove for accommodating the hair, and protrudes on the bottom of the upper case and guides the hair to press the hair accommodated in the copy guide groove. Swivel hair forming device that is easy to work spiral hair, characterized in that consisting of a guide guide portion and the hair guide protrusion is formed while forming the second fine gripping groove (83) corresponding to the thickness of the hair.
The method of claim 3, wherein

One side of the hair guide protrusion is made of a rounded portion, the spiral hair style easy to work, characterized in that the hair is guided through the second fine phage groove formed between the right angled corner portion of the hair guide groove one side Hair forming device.
The method of claim 3, wherein

The first gripping portion is formed at the same line position as the center line of the heating member, and the second gripping portion is formed in a position higher than the center line of the heating member, characterized in that the spiral hair work easy rotational hair forming apparatus.
According to claim 1, wherein both sides of the upper part of the hair pressing portion of the upper case is easy to work spiral hairstyle further comprises a hair passing groove formed when the upper and lower cases are rotated around the hinge portion closed. Rotary hair forming device.
The method of claim 1,

The winder member,

A rotation ring connected to the drive gear of the drive motor and rotating in the forward and reverse directions;

It is formed extending in the direction perpendicular to the edge of the rotary ring has a width surrounding the portion of the outer surface of the heating member is made of a winder formed to be curved in the inner circumferential surface;

Grooves are formed at both end edges of the winder to collect and rotate the hair in a spiral shape, and at the outer end of the winder, the grooves are formed to protrude downwardly in a circumferential direction to walk the middle of the hair accommodated in the winding space. Swivel hair forming device is easy to work spiral shape, characterized in that it comprises a hook portion to be collected in a spiral form by winding toward the spiral shape.
The method of claim 9,

The winder member has the fixed heater installed at the center of the through-hole formed in the center of the rotary ring, and the inner toothing gear rotates in engagement with a pair of planetary gears which are engaged with both sides of the drive gear of the drive motor around the winder member. Is provided, the rotating ring is integrally assembled to the inner toothing gear is a spiral hair forming device easy to operate the spiral hairstyle, characterized in that the winder member is made to rotate the fixed heater forward, reverse .
The power supply line of claim 1 or 9, wherein a power supply line for supplying power to the heating member is connected to the heating member and the auxiliary heating member through a wire through hole formed at upper and lower sides perpendicular to the planetary gears. Swivel hair forming device that is easy to work spiral hairstyle, characterized in that for supplying.
The method of claim 1,

Pressing protrusions are formed to protrude downward on the outer end of the hair pressing portion of the upper case;

When the upper case is rotated and overlapped with the lower case is further moved inwards by the pressing protrusion to further include a close contact member is installed in the outer end of the heating member to move the hair toward the heating member. Swivel hair forming device for easy spiral hairstyle work.
The method of claim 12,

The contact member,

It is installed on the outer end of the heating member and includes a high information is accommodated in the elastic member,

A movable piece protruding upwardly is formed on the outer circumferential surface of the movable body which is installed to be movable in the axial direction on the high information so as to correspond to the pressing protrusion, and a circular contact hole is formed inside the movable piece. Rotating hair forming device for easy spiral hairstyle work.
The method of claim 12,

The contact member,

A hinge shaft positioned at an outer side of the heating member and assembled at a lower end to the inner circumferential surface of the lower case, and extending upward from the hinge shaft to contact the pressing protrusion to rotate inward about the hinge shaft; And a movable lever for pushing the side toward the heating member, and an elastic member positioned between the hinge shaft and the movable lever so that the movable lever is outwardly driven about the hinge shaft. Rotary hair forming device.
The method of claim 1,

Spiral hairstyle easy to work, characterized in that it further comprises a sensor for interlocking the sensor and the sensor to check the rotation position to always return to the right position after the winder member is rotated forward and reverse Hair forming device.