HU230410B1 - Hair styling device for applying pattern in hair and method for using it - Google Patents

Description

It is a feature of the invention that the electric motor (3) is mechanically engaged with the secondary cylinder (2) by means of a drive element (10) and a connecting element (9), and a cylindrical housing (16a) 16b, 16c, 17a, 17b, 17c).

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Representative ;: Finfo and Associates Patent, Law and Legal Office Kfo

Hair styling apparatus for positioning and treating mashed and hairy hair

BACKGROUND OF THE INVENTION The present invention relates to a hygrometric device for positioning a sample in a bayonet and a jet which is powered by a photoelectric motor and at least two rotating rollers.

There are a number of known hair styling tools that are available to help troubleshoot, or even amplify, the problem. Some of the prior art inventions are known which are capable of producing a unique pattern if desired.

KR100792021 Kills South Korea Patent Document describes an invention that shapes hair with two rotating heads. This solution also has an external housing and an electric motor driven heater cylinder, but it also has serious drawbacks. The said electric motor only rotates the lower cylinder and the upper cylinder is driven by a pinion of the lower cylinder. Another drawback is that it can only be heated. lower cylinder. Thus, this structure is not capable of fast, efficient baggage ova, since the cogged connection is loose, and the heating only at this level is not advantageous. The location of the outer body of the South Korean curling iron, The housing includes both rollers and the hairline. Only the housing: clamps to the roller. weighs. This makes the whole operation very difficult. A further disadvantage of this curling iron is that it cannot print a unique, selectable pattern on the hair, but merely creped the hehines, which it is. it will be unified on its head.

The Japanese usage pattern JFHO444S01L describes a device in which two rotating teeth convert the shape of the hair by hand.

Chinese Patent No. CNI.fl i44h427A discloses a curling iron which is curled in parallel motion by three rollers. The device simply curls the hair, Brazilian usage pattern 8RMII87O2850O2 features a motor-driven roller that transforms it into straight hair surfaces.

The kR200RWh2P9A Southeast and the US, A5g23204A patents disclose hair straighteners that press a particular shape into the trouble. They can only produce a telescopic image in trouble.

U.S. Patent No. 6,628,1SÖB1 discloses an invention in which various patterns can be applied to heated rollers, thereby forming a unique shape in the hair.

KR.20110007429A, South Korea, discloses a device that can also be applied to the hair, even in a wavy condition. AzIJM12ÖWi837A! Italian and GB2415Ő24A British Publication Documents Inventions are described in which the positive and negative prints on each side of the curling iron are unique. Seamless pattern in the hair,

At noon, KR10076Ő87IBI and US Patent Nos. 4731515IA disclose devices consisting of a positive and a negative print hair straightener.

It is an object of the present invention to overcome the drawbacks of the prior art and to provide an apparatus and method for producing a continuous, spatial, unique pattern in the hair, or even for pressing, so-called raster mattes. The aim is also to be able to perform several operations on several strands at the same time, for example by weaving and applying a pattern. It is a further object to provide a hand-operated, simple but effective manual structure with a rotating roller having an mmdk connection to the electric motor and a rear end of both rollers.

The inventor's activity is based on the discovery that at least two heated rollers of the curling iron can be attached to form a different pattern. This allows you to print any pattern on your hair or other hair. With the curling iron, you can create a unique, spatial pattern in your hair, and the pattern will be continuous, with no blank or misaligned pattern. to prepare the hair while removing straight troubles; By adjusting the distance between the rollers, you can even shape the hair without creating a pattern at all.

In accordance with the intermediate object, the most general embodiment of the device according to the invention may be implemented by the series of claim 1, the most general form of the ' application method being described in claim 6. Specific embodiments are described in the appended claims.

BRIEF DESCRIPTION OF THE DRAWINGS The invention will now be described in more detail with reference to the accompanying drawings.

Figure 1 is a cross-sectional view of the device, a

Fig. 2 is a cross-sectional view of the rollers provided with a cover illustrating the operation of the gripping element when the problem has occurred,

3. a cross-sectional view of the rollers provided with the casing, illustrating the operation of the gripping member as it is introduced between its two rollers by its wings, Fig. <Is a side view of the rolled casing;

Fig. 5 is a cross-sectional view of the rolled-up cylinders from the position of the stem;

Fig.? is a side view of a segment of a primary and secondary sheath forming hair type,

Figure 8 is a wavy-shaped baji image, a

Fig. 9 is a view of one or more segments of the primary and secondary envelope capable of wavy wave formation;

Figure 10 is a side view of an embodiment of a primary and secondary housing, a

Figure 11 in the previous figure; the cross section of the printer and secondary cover shown in the

Figure 12 is a side view of another embodiment of a primary and secondary housing, a

Figure 13 is a type of hair styling dreadlocks and _primary: secondary casing side view of the

Figure 14 is a cross-sectional view of the primary and secondary sheaths of the type of dreadlocks, a

Figure 15 shows the formatting. pattern of straight hair without pattern, a

Figure 16 is a representation of the shape of a wavy wave without a pattern, a

Figure 17 is a continuous sample of a rostatin, whereas a

Figure 1S shows a wavy hair with a continuous pattern.

In figure k, it can be observed that the current 4 enters the curling iron housing 4 through the end element 12, which is supplied to the electric motor 3 via the electronic unit 11. The actuator 10, driven by the electric motor 3, rotates the primary cylinder 1 by means of the coupling element 9; it is pressurized with the secondary cylinder 2 and thus rotates. A. The curling iron has at least a coil rotating roller, of which the secondary roller 2 is only the driving element and the connecting element 9. mechanical mechanical coupling with the 3 electric motors. Optionally, both the primary roller 1 and the secondary roller 2 may also be contacted with the electric motor 3. In an exemplary embodiment, each of the cylinders, the sailors 1a, 2a, can observe the photo fibers 5a and 5b. helps to insert and remove hair. In this case, the primary cylinder I and the secondary cylinder 2 are temporarily unlocked with forced suction cups having a parallel axis 1a, 2a.

Figure 2 is a cross-sectional view of the primary cylinder I with the primary housing 16a, 16b, 16e and the secondary cylinder 2 with the complementary secondary housing 17a, 17b, 17c. On the sector envelope 17a, 17b, 17c, the IS gripper can be observed. The gripping element 18 may optionally be a wire brush row into which the hair 20b is easily entangled. If the desired result is wavy hair, it is necessary to position the gripping element 18 in each of the secondary segments 22a, 22b. The cross-sectional diagrams clearly show the insertion and wrapping of the hairline on the secondary cylinder 2.

Fig. 3 shows, as above, a cross-sectional view of the primary cylinder 1 with a primary shell 16b, 16e and a secondary cylinder g: 2 with a complementary secondary housing 17a, 17b, 17c. On the secondary housing 17a, 17h, 17c, the gripping element 1.8 can be observed. The figure shows how the hair 20c is positioned between the primary cylinder I and the secondary cylinder 2

In Fig. 4, a primary cylinder 1 with a slip primary cover and a. a side view of the secondary cylinder 2 provided with the complementary secondary housing 17a, 17b, 17c. The primary housing 16c consists of the same primary segments 21, while the secondary housing 17c consists of the same secondary segments 22,

The. Figure 5 shows a cross-sectional view of a primary cylinder 1 with a primary jacket and a secondary cylinder 2 with a complementary secondary housing 17a, 17b, 17e. The primary primer casing consists of the same primary segments 21 and the secondary loop 17c consists of the same secondary segments 22, Fig. 2 (results in a hair curl, since the secondary heat 17c does not have any elements for gripping the end of the hair curl.

The <. Fig. 6A shows the shape of the shaped dreadlocks 28c.

In Figure 7 we can observe small details of the covers, the primary segment 21a forming the complementary pair! and secondary segment 22a.

Figure 9 shows the small details of the covers, the primary segment 21b and the secondary segment 22b without the complementary pore pattern, and the small gripping element 1b in the secondary segment 22b, which engages the hair 20b to be molded, but it will be wavy,

A 18 ·. Fig. 4A shows an example of a possible cover design, shown in a side view. The primary cover 1 is a positive pattern, while its complement is the secondary cover 17a is a negative pattern. Both the primary cover 16a and the secondary cover 17a are symmetrical to the axes 1a, 2a. The detachable, removable cover shown can create a continuous pattern on hair or other hair.

All. FIG. 2A is a cross-sectional view of a primary roller 1 having a primary casing Ida and a secondary roller 2 having a secondary casing 17a shown in the previous FIG.

Fig. 12 is a view similar to the foregoing of a possible cover design. he side view, The primary envelope Ibb is the positive pattern, while its complement is the secondary envelope I7b the negative pattern. Rotated around the la, 2a, these patterns also leave a continuous mark on the hair,

Figure IX illustrates a possible type of casing capable of forming compressed raster shapes in a side view, In the figure, complementary casings can be seen below one another, the primary casing and the secondary casing 17c interleave, holding the primary cylinder 1 and the secondary cylinder 2 together. pressed into block shapes, rotating about the axes 1a and 2a while pressing a pattern,

Fig. 14 is a cross-sectional view showing the primary casing and the secondary casing of the strip capable of forming compacted static sticks on the primary cylinder 1 and the secondary cylinder 2.

Fig. 15 shows hair with or without cover, but shaped with cylinders relatively spaced apart. There is a bed wow option for making straight 20s hair, the tip does not accommodate the ends of the hair strap a. cover.

The horse. Fig. 6A shows hair without a sheath or with sheaths, but shaped with cylinders relatively spaced apart. If you want to achieve wavy 2Öb hair, small grips are needed,

Figure 17 also shows the hair follicles obtained after formatting. The square has a cross-section of the dreaded type: 2 to 5 hairs: pressed into a column shape and has a continuous pattern.

Figure 18 shows a larger surface area of 2Őd hair with a continuous, unique pattern. Different embodiments may be provided where the cores of both the primary and secondary cylinders 1 are interchangeable, not just the casing. Alternatively, the cross-section of the primary cylinder 1 and the secondary cylinder 2 may differ from the circle.

In the practice of the invention, the primary roll 1 is selected and fitted to the primary roll 1, 1 h, horse, the secondary roll 16a, 17, 17 b, 1.7c, the secondary wrap is braked. On the secondary housing 17a, 1h, 17c, the secondary segments 22a, 22b are provided with gripping elements 18, if necessary, which are small wire brushes. When straight hair is formed, these gripping elements 18 are removed from the secondary housing 17a, 17b, 17c. Then, on the canopy, rollers 20a, 2h, 2He, 20d of suitable width and thickness are inserted between rollers. Then, the cylinders in the coupling arrangement are driven by an electric motor. At the end of the process, the primary roller .1 and the secondary roller 2 are separated by a lever 6 in the direction of the parallel axis 1a, 2a when the hair is removed. The covers are replaced by pressing the housing replacement body 13 without

The horse's primary casing and the secondary casing 17e can be formed with pressed square cross-sections. This is done by first selecting the width and thickness of the hair and then smoothing the hair between the teeth of the secondary cover 17c. This way the hairpin is divided into smaller parts. The primary roller I and the secondary roller 2 are then closed with the lifting lever 6 and pulled away from the drive. The weight of the hair is thus compressed, the hair chips! · As we roll the rollers down the hair, we also press a pattern into the pressed strands. If the rollers are not clamped, no sample will be left on the hair surface.

Based on the above, the simultaneous combined application of the device is summarized below:

- We can print a spatial pattern on straight hair.

- Straight or normal hair is humping and styling at the same time.

- Straight or normal hair can be pressed into three-dimensional shapes, namely raster or any other geometric shape

- We can print a spatial pattern from straight or normal hair to a spatial shape.

- Straight or normal hair is pressed into a three-dimensional shape and is made of a holy mosaic (spiral dreadlocks)

- For straight or normal hair, a straight or wavy sheet of paper is pressed to form a pattern that can be patterned.

The presented hair styling device has several advantages. One advantage of the present invention is the versatile and single use combined. No blank or stamped portions are formed. Your heaters, rotating rollers, can be fitted with a variety of patterned covers to create a continuous, unique pattern in your hair. This pattern can be printed with wavy hair and straight hair without the gripper. Goods on the device can also be used. if you do not want a unique pattern, it works like a traditional curling iron, can curl and straighten your hair. A further advantage of the invention is the simple but very effective use, since it is capable of forming multiple drives and large surfaces simultaneously,

In addition to the above examples, the invention also provides, within the scope of the present invention, other embodiments and methods of

Claims (8)

I. A hair curling device for positioning a sample of hair and hair having a housing, a louvre assembly and at least two rotating rollers. equipped with a primary cylinder (!) connected to a cooling motor (3), characterized in that the housing (16a, 16b, 16c, 17a, 17b, (7c)) is provided with a housing (16a, 16b, 16c, 17a, 17b) for forming a motor cylinder (3). Device according to Claim 1, characterized in that it is a lever for temporarily releasing the forced engagement of the primary cylinder (!) And the secondary cylinder (2) with a parallel axis (1a, 2a). (he) and ethnics (7a, 7b). Apparatus according to claim 1 or 2, characterized in that the primary roll (1) has a removable printer cover (shoot, shoot, 16e) and a secondary roll (2) a replaceable secondary cover (17a, 17b, 17c). arranged, the primary housing (16a, foil, Here) is in a releasable relationship with the primary cylinder ((}), the secondary housing (17a, 17b, 17c) and the secondary cylinder (2). 4. Apparatus according to any one of claims 1 to 6, characterized in that the secondary casing (7a, 17b, l-c) is formed of secondary segments C2a, 22b) and on the secondary casing (17a, 17b, 17c) secured to the secondary cylinder (2). and in the segment (22b), gripping elements (18) for engaging and curling the hair are implanted, 5. Apparatus according to any one of claims 1 to 4, characterized in that both the primary cylinder (I) and the secondary cylinder have <2> internal helical filaments (5a, 5b), SHE. A method of applying a curling appliance according to claim L, wherein hair is inserted between said rollers and said apparatus is moved evenly away from the drive, characterized in that the primary roller (1) and the secondary roller (2) are it is provided with a suitable cover (horse, 16b, shoot, l? a, 17b, 17c), and the hair to be sampled (20a, 20b, 20c, 20d) is placed between the rollers (1, 2), either wedge or simultaneously the cylinder (1, 2) is heated and both cylinders (1,2) are driven by an electric motor (3). Method according to claim 6, characterized in that the primary roller (1) and the secondary roller (2) are separated from each other when the hair is positioned and removed in a direction parallel to the axis (1a, 2a) with a lever arm. 8, Ah. Method according to Claim 1 or 7, characterized in that before the hair is styled, a primary cover (horse, 16b, lo) is applied to the primary roller (1) and a secondary cover (17a, 17b, 1e) to the secondary roller (2), at the end of the procedure, the covers (16a, 16b. 16c, 17a, 17b, 17c) are removed by pulling the cover replacing member (13) with or without. A method according to any one of claims 6 to 8, characterized in that for shaping wavy hair or simultaneously wavy and patterned hair, gripping elements (18b) are provided in the segment (22b) of the cover (16c, 17c) fixed to the primary or secondary roller (1, 2). ) or placing a secondary cover (17e) with gripping elements (18) on the secondary cylinder (2). the hair (2b, 2d) is detached into the grips (18) and the device is pulled downward away from the hairpin.