KR200341775Y1 - Iron apparatus for hair having a vibrating heat-plate - Google Patents

Abstract

The present invention, the upper body and the lower body coupled to a predetermined angle rotatably around the hinge of one side; A hair ironing machine mounted on a free end of each of the upper body and the lower body and having a pair of hot plates opposed to each other, wherein the iron plate is installed on at least one side of the upper body and the lower body to vibrate the hot plate in a horizontal direction of the plate surface. It characterized in that it comprises a vibration device that provides power to. Thereby, by pressing the hair by the vibration of the hot plate, it is possible to prevent the excessive force is applied to the hair along the longitudinal direction of the hair. Therefore, not only the hair damage and thinning can be prevented, but also the physical abuse of the operator can be prevented.

Description

IRON APPARATUS FOR HAIR HAVING A VIBRATING HEAT-PLATE}

The present invention relates to a hair ironing machine having a vibrating hot plate, more specifically, by vibrating the hot plate to press the hair located between the hot plate, to prevent hair damage and physical abuse of the operator during the procedure It relates to an iron iron for hair having a vibrating hot plate to prevent it.

Since hairstyles influence a person's image or impression, it is important to choose a hairstyle that suits you. According to the needs of consumers, various beauty technologies and beauty instruments have been developed and developed according to the times. In recent years, in line with the trend of the nature-friendly era, the number of consumers who prefer straight, fluttering hair of natural hair without hair style is increasing. Accordingly, various beauty instruments have been developed to not only produce straight hair more neatly, but also to straighten curly hair into straight hair. Among them, the most effective beauty instruments include hair ironing machines.

In general, the hair ironing machine has an upper body and a lower body which are rotatably fixed to each other around a hinge of one side, and hot plates opposed to each other are mounted at ends of the upper body and the lower body.

When using this ironing machine, first place the hair on the hot plate between the upper body and the lower body, then press the upper body and the lower body by hand so that each hot plate is positioned as close as possible to the end of the hair iron Pulled toward you. When iron iron is used as a procedure, the heat applied through the hotplate and the strength of the operator to bring the hotplate close to each other have a great influence on how straight the hair is produced after the procedure. Accordingly, the operator grips the ironing machine while pulling the maximum force and pulls toward the end of the hair.

On the other hand, hair is a protein whose main component is a surface, and the surface forms a layer by a cuticle. However, because the cuticle layer is weak in heat, when excessive heat and force are applied during the ironing procedure, the cuticle layer may be damaged and damaged, and the hair becomes thinner. Therefore, it is difficult to use ironing machine for people with weak or thin hair because hair is easily damaged.

In addition, when the ironing machine is used, excessive force is used, and if a repetitive treatment is made, the shoulders or arms of the operator will follow. In severe cases, it may cause muscle-related diseases such as shoulder pains and misconceptions, and especially when working conditions such as personal beauty salons or beauty shops are more severe, they may overwork the body.

Accordingly, even those with weak or thin hair may be treated with an ironing machine, and thus, a method of producing a shiny and elastic hair should be sought. In addition, it is required to develop an ironing machine that is easy to use and does not require excessive force so as to reduce the force applied to the body of the operator.

Accordingly, the object of the present invention is to allow the procedure to be performed without applying excessive force, so that even those with weak or thin hair can perform the procedure, while at the same time vibrating to reduce the physical force applied to the operator. It is to provide a hair ironing machine having a hot plate.

1 is a perspective view of a hair ironing machine according to the present invention,

Figure 2 is a partially exploded perspective view of the ironing machine for a hair according to an embodiment of the present invention,

3 is an exploded perspective view of the vibrator region of FIG.

4 is an assembled cross-sectional view taken along the line A-A of FIG.

Figure 5 is an assembled cross-sectional view of the operating state of FIG.

6 is an assembled front sectional view of the ironing machine for hair according to another embodiment of the present invention,

7 is a side cross-sectional view of the ironing machine for hair of FIG.

* Explanation of symbols for the main parts of the drawings

3a: upper body 3b: lower body

5a, 5b: outer casing 7a, 7b: inner casing

13: hot plate mounting portion 25: heater

30: hot plate 35: jammed rib

37: working projection 40: permanent magnet

50: electromagnet 60: electromagnet casing

66: casing cover 70: spring

100: vibration device 120: motor

121: drive shaft 130: vibration piece

131: wing 135: spring

The object is, according to the present invention, the upper body (3a) and the lower body (3b) coupled with a predetermined angle rotatably around the hinge of one side; In the hair ironing machine having a pair of hot plates 30 mounted so as to face each other at the free ends of the upper body 3a and the lower body 3b, of the upper body 3a and the lower body 3b. At least one side is achieved by a hair ironing machine, characterized in that the vibrating device 100 is provided to provide power so that the hot plate 30 vibrates in the transverse direction of the plate surface.

The vibrator 100 includes an electromagnet 50 that receives AC power from the outside and forms magnetic fields in different directions according to the direction of the current flowing through the coil; A permanent magnet 40 approaching and spaced apart from the electromagnet 50 by a magnetic field formed by the electromagnet 50 and fixed to the hot plate 30; In order to prevent the permanent magnet 40 from being excessively spaced apart from the electromagnet 50, each end of the permanent magnet 40 preferably includes a spring 70 fixed between the electromagnet 50 and the permanent magnet 40. .

The vibrating apparatus 100 includes an operation protrusion 37 protruding from the inside of the hot plate 30; A motor 120 having a drive shaft 121; Is installed on the drive shaft 121 and rotates integrally when the drive shaft 121 is rotated, by pressing the operating projection 37, the hot plate 30 protrudes from the upper body (3a) or lower body (3b). Vibration piece 130 having a plurality of wings 131 to be; The hot plate 30 is mounted between the hot plate 30 and the upper body 3a or the lower body 3b when the blade 131 of the vibrating piece 130 releases the hot plate 30. It may include a spring 135 for returning.

The vibration device 100 is attached to both the upper body (3a) and the lower body (3b), it is preferable to operate integrally.

One side of the upper body (3a) may be provided with a vibration button 18 for selecting the on or off of the power provided to the vibration device 100.

Hereinafter, with reference to the accompanying drawings will be described in detail for the subject innovation.

The hair ironing machine is provided with a vibrating device for vibrating the hot plate, so that the hair is pressed by the vibration of the hot plate. Accordingly, by not applying excessive force along the length of the hair, not only can the hair be thinned or damaged, but also the operator can be prevented from physically overloading.

1 is a perspective view of the iron for iron hair, Figure 2 is a partially exploded perspective view of the iron for iron hair according to an embodiment of the present invention.

The hair ironing machine is composed of an upper body 3a and a lower body 3b rotatably coupled at a predetermined angle, and the upper body 3a and the lower body 3b each have an outer casing to form an appearance. 5a and 5b and inner casings 7a and 7b which are coupled to the inner side of the outer casings 5a and 5b and face each other.

Each of the outer casings 5a and 5b of the upper body 3a and the lower body 3b has a predetermined width wider than the handle portion 12 and the handle portion 12 gripped by the operator's hand along its longitudinal direction, respectively. It has a width | variety and the hotplate part 11 to which the hotplate 30 is mounted. In the boundary region of the handle portion 12 and the hot plate portion 11, a vibration button 18 for selecting the operation of the vibration device 100 to be described later is formed, the vibration button 18 is a vibration device 100 The power supply is turned on and off to operate and stop the vibrator 100.

Each of the inner casings 7a and 7b of the upper body 3a and the lower body 3b is formed of a pair of casing portions that are elongated along an incision line formed along the longitudinal direction, and the respective casing portions are coupled to each other. In the inner casing (7a, 7b) has a handle cover portion 14 corresponding to the handle portion 12 of the outer casing (5a, 5b), and a hot plate mounting portion 13 corresponding to the hot plate portion (11).

The hot plate mounting portion 13 is formed in a groove shape having a predetermined recessed depth to accommodate the hot plate 30. The hot plate mounting portion 13 protrudes inwardly of the groove at the end of the hot plate mounting portion 13 and then along the circumferential direction of the hot plate mounting portion 13. An extended departure preventing rib 17 is formed to prevent the departure of the hot plate 30. In the central region of the hot plate mounting portion 13, circular mounting holes 16 are formed to penetrate through the casing portions on both sides thereof, and the mounting holes 16 penetrate the springs 70 of the vibration device 100 to be described later. do.

The handle cover portion 14 is formed in a plate shape, the cover 6 is formed at the free end of the handle cover portion 14 formed on the inner casing (7a) of one side protruding in a streamlined form at a predetermined distance from the plate surface. The cover 6 is exposed to the outside while forming a streamlined surface extending from the outer casing 5a when the inner casing 7a and the outer casing 5a are coupled to each other. A cylindrical hinge shaft (not shown) for coupling is formed, and a hinge hole (8) penetrating the hinge shaft is formed in the central region of each hinge shaft.

The other inner casing 7b is formed with a hinge piece 9a having a hinge shaft hole 9b formed in the center region. When the inner casings 7a and 7b are coupled, the hinge piece 9a is disposed outside the hinge shaft so that the hinge shaft and the hinge shaft hole 9b communicate with each other, and the screw is coupled through the hinge shaft and the hinge shaft hole 9b. The upper body 3a and the lower body 3b are rotatable with each other. The hinge piece 9a is coupled with a hinge cap 10 on a disc for blocking exposure of the hinge shaft hole 9b and the screw.

On the other hand, the hot plate 30 to be mounted on the hot plate mounting portion 13 of the inner casing (7a, 7b) is formed in a rectangular plate shape, the engaging on one side surface protruding in a 'T' shape from the plate surface on both sides along the longitudinal direction The rib 35 is formed. One end protruding inwardly of the locking rib 35 prevents the detachment of the heater 25 mounted for heating of the hot plate 30, and the other end protruding outwardly is the hot plate mounting portion 13 of the inner casings 7a and 7b. In order to prevent the hot plate 30 from being separated from the hot plate mounting portion 13 together with the anti-separation rib 17 formed in the).

In order to vibrate the hot plate 30, a vibration device 100 is provided between the outer casings 5a and 5b and the inner casings 7a and 7b of the upper body 3a and the lower body 3b. As shown in FIG. 3, the vibrator 100 includes an electromagnet 50 formed by winding a coil around a core, an electromagnet casing 60 and a casing cover 66 accommodating the electromagnet 50, and a power supply. The permanent magnet 40 and the permanent magnet 40 and the permanent magnet 40 is fixed to the hot plate 30, and the permanent magnet 40 and the permanent magnet 40 so that the permanent magnet 40 is elastically spaced and approached from the electromagnet 50, Including a spring (70) interposed between.

In general, the electromagnet 50 forms a magnetic field only when the power supply is applied, and has a magnetic force. When AC power is supplied, the magnetic field is also changed as the current direction is changed to alternate the magnetic force of the N pole and the S pole. It is formed as. Accordingly, when power is supplied to the electromagnet 50 and the N pole and the S pole are alternately changed, the attraction force and the repulsive force between the N pole and the S pole are permanently disposed between the permanent magnets 40. Will occur alternately.

The electromagnet casing 60 for accommodating the electromagnet 50 is formed in a rectangular shape and seated on the outer surface of the hot plate mounting portion 13 of the inner casings 7a and 7b, and on one side, the power supply line 51 of the electromagnet 50. Withdrawal (61) is drawn out is formed to enable the power supply to the electromagnet (50). The casing cover 66 for closing the opening of the electromagnet casing 60 has a plurality of threaded holes 65 formed in the edge thereof and is screwed with the electromagnet casing 60, and the outer surface of the casing cover 66 is provided on the casing cover 66. Fixing projections 67 for fixing the spring 70 protrudes.

Meanwhile, as the permanent magnet 40 is fixed to the hot plate 30, a magnet through hole 26 for penetrating the permanent magnet 40 is formed in the heater 25 installed in contact with the hot plate 30.

The operating state of the ironing machine equipped with the vibration device 100 will be described with reference to FIGS. 4 and 5 as follows.

First, the hair is placed between the hot plate 30 and the hot plate 30 of the ironing machine, and the upper body 3a and the lower body 3b are pressed by hand to be adjacent to each other. Then, when the vibration button 18 is pressed, power is supplied to the electromagnet 50 and the vibration device 100 is operated. When power is supplied to the electromagnet 50, the attraction and repulsion force are generated between the permanent magnet 40 and the permanent magnet 40 is spaced and approached from the electromagnet 50 in accordance with the change of the magnetic field. Accordingly, the reciprocating motion between the position approaching the electromagnet 50 and the spaced apart position, if the pole of the electromagnet 50 and the permanent magnet 40 is different, as shown in Figure 4, the permanent magnet 40 ) Approaches the electromagnet 50, wherein the hot plates 30 mounted on the upper body 3a and the lower body 3b are spaced apart from each other. In this state, when the poles of the electromagnet 50 and the permanent magnet 40 become the same, the permanent magnet 40 is spaced apart from the electromagnet 50, and, as shown in FIG. 5, the gap between the hot plates 30. This narrows and the hair arrange | positioned between each hotplate 30 is pressed. When the hot plate 30 moves the ironing machine slowly toward the end in a state in which the hot plate 30 presses the hair several dozen times per second, the hair is spread evenly by applying heat and force to the entire hair.

On the other hand, according to another embodiment of the present invention, as shown in Figure 6 and 7, it may be configured a vibration device. 6 and 7, a motor 120 having a drive shaft 121 is installed at one side of the upper body 3a and the lower body 3b, and the drive shaft 121 is a hot plate 30. It extends along the longitudinal direction of the. In addition, a pair of vibration pieces 130 on which the plurality of vanes 131 protrude along the circumferential direction is mounted on the drive shaft 121 at a predetermined interval. One or more vibrating pieces 130 may be installed, and of course, may be formed along the driving shaft 121.

The inner side of the hot plate 30 corresponding to the vibrating piece 130, the operation protrusion 37 protruding from the plate surface is formed long along the longitudinal direction of the hot plate 30, the operating protrusion 37 is the vibrating piece 130 Is pressed by the blade 131. On the other hand, between the hot plate 30 and the hot plate mounting portion 13 to return the hot plate 30 to the hot plate mounting portion 13 when the blade 131 of the vibrating piece 130 releases the pressure of the actuating projection 37. The spring 135 is mounted.

In this vibrating apparatus, when power is supplied to the motor 120 and the driving shaft 121 rotates, the operating protrusion 37 is reciprocated between the pressurized and released pressure positions by the vibrating piece 130. That is, when the wing 131 of the vibrating piece 130 presses the operation protrusion 37, the hot plate 30 protrudes from the hot plate mounting portion 13 to press the hair as shown in FIG. 6. On the contrary, when the vibrating piece 130 is rotated so that the blade 131 of the vibrating piece 130 is spaced apart from the actuating protrusion 37, the pressurization of the actuating protrusion 37 is released, and the hot plate is accommodated in the hot plate mounting part 13. The pressure of the hair is released. When the hot plate 30 moves the ironing machine slowly toward the end in the state that presses the hair tens or hundreds of times per second, the hair is spread evenly by applying heat and force to the entire hair.

As described above, in the present ironing machine, when the vibrator 100 is operated while the upper body 3a and the lower body 3b are brought close to each other, the hot plate 30 vibrates to press the hair while the hair is straightened. Accordingly, the hair can be unfolded even if the upper body 3a and the lower body 3b are excessively applied as in the related art and then the ironing machine is not pulled to the end of the hair. Therefore, the breakage of the cuticle layer or the thinning of hair generated by pulling the hair with excessive force in the past does not occur.

On the other hand, since the force is applied to the hair by the vibration of the hot plate 30, the operator can operate the hair only by a simple operation of moving the ironing machine along the longitudinal direction of the hair, without excessively applying the force as in the prior art. Therefore, it is possible to prevent the physical overexposure of the operator caused by the conventional procedure by applying excessive force.

Meanwhile, in the above-described embodiment, a separate vibration button 18 is installed to operate the vibration device 100, but power may be supplied to the vibration device 100 simultaneously with turning on the power button of the ironing machine.

As described above, according to the present invention, by pressing the hair by the vibration of the hot plate 30, it is possible to prevent the excessive force is applied along the length of the hair. Accordingly, not only the hair damage and thinning can be prevented, but also the physical abuse of the operator can be prevented.

Claims (5)

An upper body 3a and a lower body 3b coupled at a predetermined angle to be rotatable about a hinge of one side; In the hair ironing machine having a pair of hot plate 30 mounted so as to face each other at the free end of each of the upper body (3a) and lower body (3b), An iron for hair, characterized in that it is provided on at least one side of the upper body (3a) and the lower body (3b) and the vibrating device 100 for providing power to vibrate the hot plate 30 in the transverse direction of the plate surface. group. The method of claim 1, The vibration device 100, An electromagnet 50 that receives AC power from the outside and forms magnetic fields in different directions according to the direction of the current flowing through the coil; A permanent magnet 40 approaching and spaced apart from the electromagnet 50 by a magnetic field formed by the electromagnet 50 and fixed to the hot plate 30; The permanent magnet 40 is prevented from being excessively spaced apart from the electromagnet 50, one end is fixed to the electromagnet 50, the other end is a spring 70 fixed to the permanent magnet 40 Hair ironing machine characterized in that it comprises. The method of claim 1, The vibration device 100, An actuating protrusion 37 protruding from the inside of the hot plate 30; A motor 120 having a drive shaft 121, Is installed on the drive shaft 121 and rotates integrally when the drive shaft 121 is rotated, by pressing the operating projection 37, the hot plate 30 protrudes from the upper body (3a) or lower body (3b). Vibration piece 130 having a plurality of wings 131 to be; The hot plate 30 is mounted between the hot plate 30 and the upper body 3a or the lower body 3b when the blade 131 of the vibrating piece 130 releases the hot plate 30. Hair ironing machine comprising a spring (135) for returning. The method of claim 1, The vibrator 100, the hair ironing machine, characterized in that both the upper body (3a) and the lower body (3b) is mounted integrally to operate. The method of claim 1, One side of the upper body (3a) hair ironing machine, characterized in that the vibration button 18 for selecting the on and off of the power provided to the vibration device 100 is installed.