KR100396250B1 - Apparatus for attaching artificial hair - Google Patents

Abstract

The present invention relates to an artificial hair bonding apparatus for bonding artificial hair to the human hair, which is coupled to cross each other around the pin, a pair of arms having a handle on one side; A molding part installed to be engaged with the opposite side of the handle part with respect to the pin; A heater installed inside each arm and receiving power from the outside to transfer high temperature heat to the molding part; And an artificial wool having silicon, which is held together with the hair by the molding unit to generate an adhesive force by the high temperature heat transferred from the heater, wherein each of the molding parts is formed as a gripping groove having the same shape, and between the gripping grooves. Tension member having an elastic force to be inserted into the at least one end of the both ends in contact with the inside of the other end in the form of a roll to allow the entry of the hair and artificial hair; And fastening means for coupling the tension member to at least one of the gripping grooves.

Description

Artificial hair bonding device {Apparatus for attaching artificial hair}

The present invention relates to an artificial hair bonding apparatus for bonding artificial hair to the human hair, and in particular, since the user does not need to post-treat the adhesive material to which the human hair is bonded by the high temperature heat transferred from the heater by hand, safety accidents due to high heat It relates to an artificial hair bonding apparatus that can be prevented in advance.

In general, aesthetic expressions are provided in various forms as a way of directing individual personalities or pursuing beauty. Such aesthetic expressions can produce beauty by harmonizing clothing, makeup, and hairstyles to suit the individual. Will be.

In order to produce beauty like this, the hair style has been dyed to the hair in one or several colors according to the taste of the individual, as well as the wave, to produce beauty. That is, in order to dye various colors on the hair, it takes a lot of time and economic expenditure. In view of this, artificial hair dyed in one or various colors can be bonded together with the hair using a separate bonding device to create beauty. To provide.

Such a conventional artificial hair glue device is coupled to a pair of arms (1) having a handle portion 2 on one side as shown in Figures 1 to 2 to cross each other around the pin (4), the pin ( 4) the opposite side of the handle portion (2) around the center is provided with a teflon-coated molded part 10 to hold the raw hair 6 and artificial hair 20 together so as not to damage the hair and scalp It is.

That is, the molded part 10 is formed so that both ends of the pair of arms (1) interlocked with each other, one end of the arm (1) is formed with a recess 12 having a concave shape, the other end is the groove 12 Projection 14 is formed so that it can be inserted into).

In addition, a heater 30 is provided inside each of the arms 1 to receive high power from the outside and transfer high temperature heat to the molding part 10.

In addition, it is gripped by the grooves 12 and the protrusions 14 forming the molding portion 10, the upper portion is provided with a silicon adhesive material 22 having a "c" shape, this adhesive material 22 ), A plurality of artificial hairs 20 having one or several colors are planted. Of course, the adhesive 22 of the artificial hair 20 is generated by the high temperature heat transmitted from the heater 30 to bond the artificial hair 20 together with the raw hair 6.

Looking at the bonding state of the human hair and the artificial hair by the conventional artificial hair bonding device made of such a configuration as follows. First, the adhesive material 22 provided on the upper portion of the artificial hair 20 is seated with the groove 12 provided on one side of the pair of arms 1, and the raw hair 6 is seated on the inner surface of the artificial hair 20. (See FIG. 3A).

In the state in which the adhesive material 22 of the live hair 6 and the artificial hair 20 is seated by the groove 12, the handle parts 2 provided on the opposite side of the molding part 10 are mutually centered around the pin 4. Pressing in the direction to approach the groove 12 and the protrusion 14 is engaged with each other to hold the raw hair 6 and artificial hair 20.

When power is supplied to the heaters 30 provided on the inside of the arm 1 in the state in which the raw hairs 6 and the artificial hairs 20 are held, the heaters 30 dissipate high temperature heat. As the heat transfers to the adhesive material 22 of the artificial hair 20 by conducting heat to the grooves 12 and the protrusions 14 forming the molding part 10, the adhesive material 22 is in a soft state to exert an adhesive force. Because it is converted to because of the mixed hair (6) and artificial hair (20).

Therefore, when the heat conducted from the heater 30 has elapsed for a predetermined time and the heat drops, the adhesive material 22 hardens as the raw hair 6 and the artificial hair 20 are irregularly mixed. Will be able to complete the bonding of the human hair 6 and the artificial hair 20.

However, in the state in which the adhesive state 22 of the adhesive material 22 to which the raw hairs 6 and the artificial hairs 20 are adhered in the recesses 12 and the protrusions 14 of the molding part 10 is completed in a “C” shape. When exposed to the outside, it is difficult to create aesthetic expression of hair as it is marked as the bonding portion of the hairs 6 and the artificial hairs 20 by the bent on both sides of the "C" of the adhesive material 22. .

In addition, the user is to finish the rounded shape to bent on both sides of the "C" portion, which is the bonding portion of the human hair 6 and the artificial hair 20, in which the user hands both sides of the "C" portion After touching it, it is processed. That is, when touching by hand for the post-treatment of the adhesive portion "C", the user's hand due to the remaining hot heat during the hot air that was conducted from the heater 30 to generate the adhesive force of the adhesive 22 remains There was a problem of a safety accident that causes burns instantaneously when touching the "C" area.

Accordingly, the present invention is to solve the general problems as described above, the purpose of the user to separate the adhesive by making the shape of the adhesive material for bonding the hair and the artificial hair by the high temperature heat transmitted from the heater close to the circle Since there is no need to post-treat the site, it is to provide an artificial hair bonding device that can prevent a safety accident such as a burn in advance.

Such, the present invention for achieving the object is coupled to cross each other around the pin, a pair of arms having a handle on one side; A molding part installed to be engaged with the opposite side of the handle part with respect to the pin; A heater installed inside each arm and receiving power from the outside to transfer high temperature heat to the molding part; And an artificial wool having silicon held by the high temperature heat transferred from the heater by being held together with the living hair in the molding part. In forming the molding part, each of the molding parts is formed in the same shape of gripping grooves, and between the gripping grooves. Tension member having an elastic force to be inserted into the at least one end of the both ends in contact with the inside of the other end in the form of a roll to allow the entry of the hair and artificial hair; And fastening means for coupling the tension member to at least one of the gripping grooves.

1 is a front view showing the configuration of a conventional artificial hair glue device,

2 is a perspective view showing the configuration of a conventional artificial hair,

Figure 3a is an enlarged cross-sectional view of the main part in the state where the hair and the human hair is inserted into the molded portion of the conventional artificial-bonding apparatus,

3B is an enlarged cross-sectional view illustrating main parts of the human hair and the artificial hair bonded to each other;

3c is a perspective view showing the state in which the bonding of the human hair and the artificial hair is completed,

Figure 4 is a front view showing the configuration of the artificial hair bonding apparatus according to the present invention,

Figure 5a is an enlarged cross-sectional view showing the main part showing the state in which the raw hair and the artificial hair is inserted into the tension member provided in the molding portion of the artificial hair bonding apparatus according to the present invention,

Figure 5b is an enlarged cross-sectional view showing the main part showing the state where the hair and the artificial hair is bonded in the tension member,

Figure 5c is a perspective view showing a state in which the bonding of the human hair and the artificial hair is completed,

Figure 6 is a cross-sectional view showing the configuration of another embodiment of the present invention.

Explanation of symbols on the main parts of the drawings

1 arm 2 handle part

4: pin 6: hair growth

10: forming part 20: artificial hair

22: adhesive material 30: heater

40: gripping groove 50: tension member

60: fastening means 70: through hole

80: fixed shaft 90: rivet

Hereinafter, a configuration of an embodiment according to the present invention will be described in detail with reference to the accompanying drawings. The same reference numerals are given to the same components as in the prior art.

In the artificial hair bonding apparatus according to the present invention, as shown in FIG. 4, a pair of arms 1 having a handle part 2 on one side are coupled to intersect with each other about the pin 4, and the pin 4 is coupled to the pin 4. On the opposite side of the handle portion 2, the Teflon-coated molded part 10, which does not damage the hair and the scalp, is provided to hold the hair 6 and the artificial hair 20 together.

The molding part 10 has a gripping groove 40 of the same shape is formed at both ends of the pair of arms 1, the tension member 50 having an elastic force is interposed between the gripping groove 40, the tension member 50 is provided in a roll form while at least one end of both ends is in contact with the other end to have a predetermined length, and the inside of the tension member 50 is provided in the live hair 6 and artificial hair 20. It is formed to allow entry of the adhesive material 22.

In addition, a fastening means 60 is provided to couple the tension member 50 to the gripping groove 40, and the fastening means 60 is at least one of the gripping grooves 40 formed in the molding part 10. Through holes 70 are formed in the fixed shaft 80 having the threaded portion 82 at the lower portion of the tension member 50 is preferably screwed with the nut 84 through the through holes 70. Do.

In addition, FIG. 6 illustrates another embodiment of the fastening means 60, and forms a through hole 70 in at least one of the gripping grooves 40 formed in the molding part 10, and the tension. The rivet 90 is provided at the bottom of the member 50 so that the rivet 90 is inserted into the through hole 70 and then coupled to the rivet joint.

On the other hand, inside each arm (1) is provided with a heater (30) for receiving the power from the outside to transfer the high temperature heat to the molding section 10, the heater 30, the hair of the scalp or hair The ceramic is interposed so as not to damage it.

As it enters into the tension member 50 interposed between the gripping grooves 40 forming the molding part 10, an adhesive material 22 made of silicon material having a “c” shape is provided at an upper portion thereof. The adhesive 22 is planted with a plurality of artificial hairs 20 having one or several colors. Of course, the adhesive material 22 of the artificial hair 20 is the adhesive force is generated by the high temperature heat transmitted from the heater 30 to bond the artificial hair 20 together with the raw hair 6.

Referring to Figures 5a, 5b, 5c bonding state of the human hair and the artificial hair by the artificial hair bonding apparatus of the present invention having such a configuration as follows. First, by separating the handle portion (2) provided on one side of the arm (1) with each other around the pin (4), to widen the gap between the gripping grooves 40 forming the molding portion 10 do.

Next, while pressing the outer side of one end in contact with the inner surface of the other end of the tension member 50 is fixed to the gripping groove 40 is fitted a plurality of hairs (6). That is, since the tension member 50 is formed in the form of a roll, when the force is transmitted from the outside, both ends of the tension member 50 are bent toward the center direction, and when there is no force transmission from the outside, the first time is caused by its own elastic force. As it is restored to the state it is possible to prevent the departure while allowing the entry of the mother hair (6).

After the plurality of hairs 6 are inserted into the tension member 50, the “c” shaped adhesive 22 provided on the artificial hair 20 is inserted into the tension member 50. This is carried out in the same manner as the operation of inserting the hair 6 into the tension member 50 inside.

Both sides of the pair of arms 1 are pressed by pressing the handle part 2 in a state in which the adhesive material 22 of the human hair 6 and the artificial hair 20 is seated together inside the tension member 50. While the outer portion of the tension member 50 fixed to any one of the gripping grooves 40 formed in the gripping groove 40 and the inside of the gripping groove 40 not fixing the tension member 50 causes mutual contact. The adhesive material 22 of the human hair 6 and the artificial hair 20 fitted inside the tension member 50 is gripped so as to be close to a circle.

That is, the engagement between the gripping groove 40 is formed in the inner diameter of the circular shape, the outer shape of the tension member 50 is a circular shape by the elastic force is applied by contact with the gripping groove 40 in a non-circular state It is possible because it changes to the shape of.

After holding the raw hair 6 and the artificial hair 20 entered into the tension member 50 by the gripping groove 40, the electric power is supplied to the heaters 30 provided on the inside of the arm 1, respectively. The tension member 50 interposed between the gripping grooves 40 is transferred to the gripping grooves 40 constituting the molding part 10 by dissipating high temperature heat from the heater 30 by the supplied power. As the heat transfers to the adhesive material 22 of the artificial hair 20 which is fitted inside the tension member 50 according to the high temperature heat transfer until the adhesive material 22 is converted into a soft state that can exert the adhesive force Due to the birth mother (6) and artificial hair (20) will be mixed.

Therefore, when the heat conducted from the heater 30 has elapsed for a predetermined time and the heat drops, the adhesive material 22 hardens as the raw hair 6 and the artificial hair 20 are irregularly mixed. It is possible to complete the adhesion of the human hair 6 and the artificial hair 20 (see Fig. 5c).

As described above, according to the present invention, since the adhesive state of the adhesive material to which the human hair and the artificial hair are adhered in the tension member is exposed to the outside, the bonding part of the human hair and the artificial hair cannot be identified, so the artificial hair is naturally attached to the human hair. As it can be bonded, it has the effect of beautifully creating the aesthetic expression of hair with an image that suits the individual's taste.

In addition, the user does not need to separate post-treatment of the bonding portion between the human hair and the artificial hair by hand, thereby having an effect of preventing safety accidents in advance.

As described above, one embodiment of the present invention has been described, but the present invention is not limited thereto and may be changed within the scope of the claims.

Claims (3)

A pair of arms coupled to intersect with each other about a pin and having a handle on one side thereof; A molding part installed to be engaged with the opposite side of the handle part with respect to the pin; A heater installed inside each arm and receiving power from the outside to transfer high temperature heat to the molding part; And a synthetic wool having silicon, which is held together with the live hair by the molding part and generates adhesive force by the high temperature heat transferred from the heater. Each of the molded parts are formed in the same shape of gripping grooves, which are interposed between the gripping grooves, and at least one end of both ends is installed in contact with a roll inward of the other end to have elastic force to allow entrance of the human hair and the artificial hair. absence; And fastening means for coupling the tension member to at least one of the gripping grooves. The method of claim 1, The fastening means forms a through hole in at least one of the gripping grooves formed in the molding part, and the through hole is provided with a fixed shaft having a threaded portion in the lower portion of the tension member is screwed by a nut. Device. The method of claim 1, The fastening means has a through hole formed in at least one of the gripping grooves formed in the molding portion, the through-hole joining device, characterized in that the rivet is inserted into the lower portion of the tension member is fitted.