KR200473555Y1

KR200473555Y1 - A hair implanter

Info

Publication number: KR200473555Y1
Application number: KR2020140000658U
Authority: KR
Inventors: 김남식; 박영호; 임혜정
Original assignee: 김남식; 임혜정; 박영호
Priority date: 2014-01-28
Filing date: 2014-01-28
Publication date: 2014-07-11

Abstract

The present invention relates to a hair mosquito, in which a plurality of hair-forming needles are simultaneously formed in a hair-forming process, thereby minimizing hair transplantation time and preventing popping phenomenon in which protruding hair protrudes out To be able to do so.
That is, in the present invention, the hair mosquito comprises two to three rows of flocked needles, and the end portions of the flocked needles protrudes toward the rear.
Accordingly, the present invention is configured such that the hair-removing needles are protruded toward the rear, so that hair can be easily used on the curved scalp, so that the hair-implanting operation can be performed easily and quickly.

Description

{A hair implanter}

The present invention relates to a hair mosquito, and more particularly, to a hair mosquito, wherein the hair mosquito comprises two to three rows of knitted needles and the end portions of the kneaded needles protrude toward the rear, The present invention aims at minimizing the hair transplantation time by simultaneously forming the hair on the hairy needles and preventing the popping phenomenon in which the hair protrudes out.

In general, hair mosquitoes are used to transplant hair into scalp hair that is very hair loss.

The hair mosquito is composed of a flocked needle portion protruding from a flap of a flocked housing having an opened upper side and a flocked core lifted and lowered from a flocked needle portion slidably operated by the flocked housing.

The hair is inserted into the hair-forming needle part of the hair-type mosquito constructed as described above, and then the hair-removing part is inserted and the hair-removing core is operated to allow the hair bonded to the hair-removing needles to be planted on the scalp.

Meanwhile, since the conventional hair mosquito type hair mosquito as described above is composed of one hair-forming needles, only one hair is implanted in the hair-forming process and a lot of time is required for hair-implantation. Thus, as registered in Korean Utility Model Registration No. 0470718, It is made up of two or more needle parts.

However, the above-mentioned prior art hair-removal needles have the same protruding condition, and thus the insertion of the hair-removal needles into the curved scalp is not uniform.

In addition, the conventional hair-dyeing needles have a problem that the hair-fitting operation is not easy because the hair-fitting grooves have a uniform direction.

Korean Utility Model Registration No. 0470718

As described above, the present invention has the problem that the conventional hair mosquitoes are not suitable for the curved shape of the scalp because the projecting height of the hair-drawing needles is uniform and the hair-fitting operation is not easy in the hair- In order to solve the problem.

That is, in the present invention, the hair mosquito comprises two to three rows of flocked needles, and the end portions of the flocked needles protrudes toward the rear.

Accordingly, the present invention is configured such that the hair-removing needles are protruded toward the rear, so that hair can be easily used on the curved scalp, so that the hair-implanting operation can be performed easily and quickly.

1 is an exploded perspective view showing an embodiment according to the present invention;
FIG. 2 is a perspective view of an embodiment according to the present invention; FIG.
3 is a cross-sectional side view of an embodiment according to the present invention;
FIG. 4 is a side sectional view showing a state in which the projecting length of the embroidery needle is adjusted according to one embodiment of the present invention; FIG.
Fig. 5 is an exemplary view showing a three-row knitting needles according to another embodiment of the present invention; Fig.
FIGS. 6 and 7 illustrate another embodiment according to the present invention in which the needles are composed of two rows and the second row of needles are composed of two.
FIG. 8 is an exemplary view showing another embodiment of the present invention in which a knife needle is constituted by two rows of two rows each.
FIGS. 9 and 10 illustrate another embodiment according to the present invention in which a hair damage prevention surface is formed on a flock core. FIG.

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

In the present invention, the use of a hair mosquito is intended to provide uniform hair contact with the curved surface of the scalp, thereby facilitating the fitting of the hair.

1 through 3, the hair mosquito includes a pillow housing 100 formed in a cylindrical shape and a hair-removal needles 200 restrained by a screw-binding means on the hair-removal housing 100, A capillary ascending / descending body 500 which is elastically protruded upward by a capillary spring 300 in the capillary housing 100 and a capillary cap 500 which is constrained to the capillary cap 500 and connected to the capillary 200 And a hair-removal core portion 400 for removing hair.

The flocking needles 200 are composed of two to three rows of flocking needles 220 that are threadedly coupled to the flocking housing 100 and coupled to the needle fixing unit 210 and the needle fixing unit 210, And the protruding end of the needle 220 protrudes further toward the rear row.

The hair-removal needles 220 have a hair-removal slope 221 on one side, a hair-insertion groove 222 cut in a vertical direction on the hair-removal slope 221, and a hair- (222) is formed so as to prevent hair-fitting interference.

As shown in FIGS. 1 to 3, the flocking needles 220 of the flocking needles 200 are formed in two rows, and the flocking surfaces 221 of the flocking needles of the first row and the second row And the hair-fitting groove 222 are formed so as to be offset from each other to the left and right sides so as to make hair bristled by the stitches bridged so as to prevent interference of the hair.

5, the hair stylist 220 of the hair stylist 200 is formed in three rows, and the hair stylus 221 formed on the hair stylus needle 220 of the first row and the hair stylus 221 formed on the hair stylus needle 220 of the first row, The fitting groove 222 is formed toward the front and the hair-removal inclined surface 221 and the hair-fitting groove 222 formed in the hair-removal needles 220 of the second and third rows are hair- The left side and the right side are mutually staggered to form the richness.

As shown in FIG. 6, the flock 220 of the flocking needles 200 is formed in two rows, and the second row is formed of two flocking needles 220, The hair stylist 220 is positioned between the two hair styling needles 220 provided in the second row and the hair styling slopes 221 and hair fitting sleeves 222 of the hair styling needles 220 are formed toward the front.

As shown in FIG. 7, in the embodiment of the present invention, the kneading needles 220 of the kneading needles 200 are formed in two rows and the kneading needles 220 of the second row are formed, The needle 220 is positioned between the two hair styling needles 220 provided in the second row and the hair styling surface 221 and the hair fitting groove 222 formed in the hair styling needle 220 of the first row are formed toward the front And the hair-removing slope 221 and the hair-fitting groove 222 formed in the hair-removing needles 220 of the second row are formed to be staggered outwardly in order to prevent the hair from interfering with the hair,

As shown in FIG. 8, in the embodiment of the present invention, the hair stylist needles 220 of the hair stylist needles 200 are formed in two rows, and the hair stylus kneaders 221 formed on the hair stylus needles 220 And the hair fitting grooves 222 formed in the second row of hair styling needles 220 are formed to face the front side and the hair fitting sleeves 221 and the hair fitting grooves 222 formed in the second row hair styling needles 220, And the hair is staggered outward in order to make it rich.

Meanwhile, in the cylindrical shaped flocking housing 100, the protruding length of the flocking needle 220 is controlled by the spiral movement of the needle fixing part 210, which is screwed on the inner flocking needle 200, The groove portion 101 is formed.

The capillary lifting body 500 includes an inner lifting body 510 to which the lifting core 400 is screwed and an inner lifting body 510 coupled to an end of the inner lifting body 510, The needle guide lifting body 520 and the needle guide lifting body 520 which guide and guide the needle lifting hole to be accommodated are screwed to the lower end of the inner lifting body 510 from the front face of the lifting housing 100, And an elevator cap 530 that binds the elevator 510 to the elevator housing 100 so as to be elevated and lowered.

The inner lifting body 510 prevents the interference of the needle lifting unit 210 screwed to the lifting housing 100 during the lifting process and adjusts the lifting length of the lifting needles 220 by the lifting lifting body 500 And a needle fixing part fixing groove 511 formed in an elongated shape to have a vertical lift space so that the needle fixing part 210 can be restrained and rotated.

The floss spring 300 has an upper end supporting the upper side outer surface of the inner lifting body 510 and a lower end supporting the upper side of the needle fixing part 210 of the flossing needle 200 screwed to the flossing housing 100 So that the food-lifting / lowering body 500 is elastically protruded to the upper portion after flocking.

The flocking core part 400 includes a core fixing part 410 which is screwed to the upper end of the inner lifting body of the flocking lifter 500 to form a flap button, And a flocking core 420 provided corresponding to the number of flocking needles and being inserted and raised in the flocking needles 220.

As shown in FIG. 9 to FIG. 10, the hair damage prevention surface 421 is formed at the end of the flocking core 420 to prevent the hair roughened by the hair stylist 220 from being damaged.

As shown in FIG. 9, the hair damage prevention surface 421 is formed as a curved surface with a protruding curved surface so that the flocked core 420 is in curved contact with the hair root.

As shown in FIG. 10, the hair damage prevention surface 421 is formed by a hair follicle receiving curved groove that receives hair follicle core 420.

Hereinafter, the use process of the present invention will be described as follows.

As described above, in the hair mosquito, the hair-kneading needle unit 200 is screw-connected to the hair-kneading housing 100, and the hair-fixing unit 210 and the needle-fixing unit 210, And a protruding end portion of the flocking needle 220 protrudes more toward the back row, the flocking needle 220 is formed to correspond to the curved scalp during the flocking process, So that the depth of the scalp probe of the hair-dyeing needle is constant, and the hair is uniformly and clearly formed.

In addition, since the hair-removing slope 221 and the hair-fitting groove 222 formed in the hair-removal needles 220 are formed to prevent hair-fitting interference, the hair- It is possible to easily engage with each other.

In addition, when the hair-forming needles 220 are formed in two or three rows, a plurality of hairs can be implanted at a time, so that the hair can be rapidly worn, The popping phenomenon protruding from the flapping process of the flap is prevented.

In addition, when the hair-removing inclined surfaces 221 and the hair-insertion grooves 222 formed in the hair-removal needles are formed to be shifted from each other to the left and the right, the hair implanted in the scalp is staggered to the left and right, The richness of the hair is maintained.

The needle holder 210 may be constrained to the needle holder fixing groove 511 formed in the inner elevator 510 so that the needle holder 210 may be fixed to the needle holder 500 in accordance with the scalp condition of the subject. The protruding length of the hair-removal needles 220 can be freely adjusted through rotation.

In the present invention, when the hair damage prevention surface 421 made of a protruding curved surface or curved groove receiving curved surface is formed at the end of the flocking core 420, And the root of the hair is prevented from being damaged or prevented by the curved surface or the groove, thereby preventing the hair root from being damaged during the flouring process.

100: Footwear housing 101: Spiral groove
200:
210:
220: starch needle
221: food-kneading slope 222: hair-fitting groove
300:
400:
410: core fixing part 420: flocking core 421: damage preventing surface
500:
510: Inner ascending / descending body 511: Needle holding part restraining groove
520: needle guide lifting body
530:

Claims

For hair mosquitoes;
A method of manufacturing a hair-dryable hair styling device comprising a hair-forming housing (100) formed in a cylindrical shape, a hair-forming needle part (200) constrained to the hair-kneading housing (100) (500) which is constrained so as to be folded and a hair-pulling core part (400) restrained by the hair-pulling-and-lifting body (500)
The flocking needles 200 are composed of two to three rows of flocking needles 220 that are threadedly coupled to the flocking housing 100 and coupled to the needle fixing unit 210 and the needle fixing unit 210, And the protruding end of the needle (220) protrudes further toward the rear row.

The method of claim 1, further comprising:
The hair-removal needles 220 form a hair-removal slope 221 on one side, a hair-insertion groove 222 is formed in the hair-removal slope 221 in the vertical direction, and hair- (222) is formed to prevent hair-fitting interference,
The hair removal needles 220 of the hair removal needles 200 are formed in two rows and the hair removal grooves 221 and the hair insertion holes 222 formed in the hair removal needles of the first row and the second row are staggered And the hair formed by the hair follicles are formed to be alternately staggered to the left side and the right side,
The knife-forming surface 221 and the hair-fitting groove 222 formed in the kneading needles 220 of the first row are formed toward the front surface, and the second knife-forming surface of the second knife- The knife-forming inclined surface 221 and the hair-fitting groove 222 formed in the kneading needles 220 in the rows and the third rows are formed so as to be offset from each other to the left and right sides so as to make the hair buried by the knife- And,
The second row of flocking needles 220 is formed by two rows of flocking needles 220 of the flocking needles 200 and the flocking needles 220 of the first row are formed by two flocking threads The hair styling slopes 221 and the hair fitting grooves 222 of the hair styling needles 220 are located between the needles 220,
The second row of flocking needles 220 is formed by forming the flocking needles 220 of the flocking needles 200 in two rows and the flocking needles 220 of the first row are formed by two flocking threads The hair styling surface 221 and the hair fitting grooves 222 formed in the hair styling needle 220 in the first row are formed to face the hair stylus 220 and are positioned between the needles 220, (221) and a hair-fitting groove (222) are formed so as to be staggered outwardly so as to make hair bristled by the stitches to prevent interference with the hair,
The hair-removal needles 220 of the hair-removal needles 200 are formed in two rows, and the hair-removal surfaces 221 and the hair-insertion holes 222 formed in the hair-removal needles 220 of the first row are formed toward the front And a hair-forming inclined surface 221 and a hair-fitting groove 222 formed in the hair-kneading needle 220 in the second row are formed so as to stagger each other outward so as to make the hair bridged by the stitches bridged so as to prevent interference of hair Wherein the hair mosquito is a hair mosquito.

The method of claim 1, further comprising:
The cylindrical shaped flap housing 100 formed on the inner surface of the flap 100 has a spiral groove portion 210 for screwing the flap needle portion 200 to adjust the protruding length of the flap needle 220, 101,
The capillary ascending / descending member 500 includes an inner ascending / descending member 510 to which the outer cap core 400 is screwed at an upper end, and an inner ascending and descending member 510 which is coupled to an end of the inner descending member 510, The needle guide raising and lowering body 520 and the needle guide raising and lowering body 520 which are guided by forming and guiding needle elevating holes are screwed to the lower end of the inner raising and lowering body 510 from the front face of the knife housing 100, And a lifting body cap 530 for binding the lifting body cap 510 to the footwear housing 100 so as to be lifted and lowered,
The inner lifting body 510 prevents the interference of the needle lifting unit 210 screwed to the lifting housing 100 during the lifting process and adjusts the lifting length of the lifting needles 220 by the lifting lifting body 500 There is formed a needle fixing part fixing groove 511 which is formed in an elongated shape so as to have a vertical lift space so that the needle fixing part 210 can be restrained and rotated,
The flocking core part 400 includes a core fixing part 410 which is screwed to the upper end of the inner lifting body 510 of the flocking lifting body 500 to form a flap button, (420) provided in correspondence with the number of hair knitting needles of the kneading machine (200) and inserted and elevated into the kneading needles (220).

4. The method of claim 3, further comprising:
A hair damage prevention surface 421 is formed at an end of the flocking core 420 to prevent damage to the hair of the hair joined to the hair stylist 220,
The hair damage prevention surface (421)
The flocking core 420 is curved in a curved surface so as to make a curved contact with the hair root,
Wherein the flocking core (420) is formed of a curved groove receiving curved groove for receiving the hair follicle.