Wig

FIELD: personal use articles.

SUBSTANCE: wig contains support, which is put on the head, hairs which are connected to the wigs support. Every single hair has two parts, obtained by bending of hair lock in two parts. The mentioned hair lock, before hair fastening, is curled and treated for improving of one of the next features: texture, smoothness and depth of dying. Both of mentioned parts are obtained by bending of hair lock in two parts in one position with providing of curling orientation in the same direction. Bended part of the mentioned hair parts is fastened to the wig support and it's end is directed backwards according to the wig support, so curls of both mentioned hair parts directed backwards after fastening to the wig support.

EFFECT: invention provides long-term retention of waving and obtained hair dressing style.

6 cl, 37 dwg

 

SCOPE

The present invention relates to a wig designed to be worn on the head or part thereof, and, more particularly, to a wig that contains the basis and curly hair, attached to the base of the wig.

BACKGROUND of the INVENTION

Usually, the hair used for wigs, in most cases, are straight hair. However, in recent years there have been various fashion trends in hairstyles. In particular, if the user is a lady, very often you will want the elegance and unique style of styling hair, and increase hair volume, and it is difficult to meet such requirements for many kinds of hairstyles with straight hair, which had very little variety.

As a solution to this problem is known, for example, such techniques, which are described in Japanese laid patent application 64-40606 A. In accordance with the method described in this application, the original hair is folded in half, bent the part attached to the front of the Foundation of the wig, the hair twirl or placed in an outward direction and then twisted the hair frizz from the front part toward the rear part of the Foundation of the wig.

However, in accordance with the above described construction in which the hair is attached to all of the hair attached to the base of the wig in the course after the respective process part 1A of the bend of each hair already attached to the wig base 2, as shown in Fig, so it is impossible to secure a significant segment of the remaining portion 1b of the hair to make it curl. As a consequence, the part 1b of the hair may not be enough wound around the device 3 for a wave, such as a rod or curler that may lead to weak hair, making it very difficult giving the curl of a given diameter.

In the case of a wave with the use of heat treatment there is a fear that the heat of the bases 2 of the wig is very insufficient.

If heat treatment at a certain high temperature cannot be performed, it is impossible to create a Perm for a long period of time.

In addition, as generated in the subsequent process Curling is the same as permed hair to natural hair, the process requires time and effort, resulting in very low efficiency.

Therefore, it may be designed to attach to the base of the wig pre-permed hair. However, as shown in Fig, when part 1A bend attached to the base 2 in the usual way, the curls parts 1b hair are oriented in different directions. Therefore, even if the hair 1 combed, it is impossible to straighten the curls of the hair parts in a given direction. As a consequence, this has led the it not only unattractive appearance, but also to what is not achieved the desired shape hairstyles.

The present invention was made in light of the aforementioned problems. The aim of the invention is to create a wig, in which the locks can be given an orientation in a certain direction after their attachment to the base of the wig, even in the case when the original hair pre-curled. Another object of the invention is to create a wig, which in the continuation of a long period of time saves a Perm created on the hair.

DISCLOSURE of INVENTIONS

To achieve the above goals wig that matches presented to the invention, contains the basis worn on the head, and the hair that is attached to the base of the wig and each of which consists of two parts obtained by bending the strands of hair twice, and the lock of hair before attaching the hair to the base of the wig curled and treated to improve at least one of the following characteristics: texture, smoothness and depth of colouring, and the two hair pieces obtained by bending the strands of hair twice in one place, ensuring the orientation of the wave in the same direction, the bent portion of the specified two parts of the hair attached to the base of the wig, and the ends of these parts of the hair are oriented in given to the managing regarding the basis of the wig, so that the curls of these two parts of the hair is oriented in a given direction after attaching to the base of the wig.

Attaching hair to the base of the wig can be made by tying, transplantation and so on. Once the wig has a design in the form of a mesh, the hair attached to the base of the wig fixing the bent part between the two parts of the hair, to the threads of the mesh. Once the wig has a construction similar to the sheet, the hair attached to the base of the wig by attachment or connection of the bent part between the two parts of the hair to the thread.

In accordance with the invention Curling these two parts of the hair can be performed by a method including the effect of the first fluid cold permanent hair strand containing a given amount of hair in each of a specified number of beams, and the impregnation of water sheet of nonwoven material, placement of the specified locks on the specified sheet and combing to ensure an even distribution of hair on the sheet, wrapping the strands together with the specified sheet around the pipe, keeping them in this state is Packed in a bag for a specified period of time, the effects of a second fluid for cold permanent hair extracted from the bag after the expiration of the specified the period of the time, wrap strands together with the specified sheet around the pipe, keeping them in this state for an additional specified period of time and washing in water strands removed from the pipe after the expiration of the additional period of time.

In accordance with the invention Curling these two parts of the hair can be performed by a method including the impact of air for chemical fibers in a strand of hair containing a given amount of hair in each of a specified number of beams, the placement of the specified locks on a sheet of non-woven material or paper and brushing strands to ensure an even distribution of hair on the specified sheet, wrapping the strands together with the specified sheet around the pipe and heat them in this state for a specified period of time.

In accordance with the invention Curling these two parts of the hair are made by the process comprising the impregnated strands of hair containing a given amount of hair in each of a specified number of beams, and a sheet of nonwoven material with an aqueous solution of silicone emulsion, placing the specified locks on the specified sheet and combing to ensure an even distribution of hair on the specified sheet, wrapping the strands together with the specified sheet around the pipe and covering them with aluminum the second foil and heat them in this state for a specified period of time.

In accordance with the invention Curling these two parts of the hair can be performed by a method including the steps of immersing the strands of hair that contains a specified amount of hair in each of a specified number of beams, and a sheet of nonwoven material in an aqueous solution of silicone emulsion, placing the specified locks on the specified sheet material and brushing to ensure an even distribution of hair on the specified sheet material, wrapping the strands together with the specified sheet around the pipe and drying them and heat them in this state for a specified period of time.

In accordance with the invention the third and fourth steps of the previous scenarios have replaced phases of the winding strands together with the specified sheet around the pipe and cover with aluminum foil and heat them in this state for a specified period of time.

If the source material for hair presents the invention is not natural hair, you can also use hair from synthetic resins such as acrylic resin, modacrylic resin or polyamide resin. As the base of the wig, to which must be attached to this source material hair, use thread or in the form of a sheet obtained by knitting in a grid of synthetic fiber is n (chemical fiber), vegetable fibers, animal fibers, and the like. From the point of view of reliability in use, durability, cost, and other desirable to use synthetic fibers such as nylon or polyester. As the sheet element used as a guide when winding around the tube, suitable non-woven materials, paper and the like. From non-woven materials are preferred such as artificial silk, polyester or the like, which increase the friction force on the surface when wet and thus prevent slipping.

As the strands of hair in the present invention use a hair cut to desired length, preferably placed at intervals and sewn together at the appropriate places in the direction of the length of the source material hair with education stitched beam. When the strand width from edge to edge is very high, it is difficult to apply uniform tension to the pipe in the operation of the wrapping strand being wrapped around the pipe. Therefore, it is desirable that the width of the strands from edge to edge was 20 cm or less.

As the hair from chemical fibers after perming become hard, the strand is treated with a conditioner to improve its texture. As for the conditioning, it is desirable to use air-cond is Oner for chemical fibers, containing from 20 to 30% surface-active substances, composed of ionized substances, positive ions - cations or mixtures thereof. When the content of the surfactant exceeds 30%, the surface of the hair 10 becomes sticky or changing the tone of their color during the heat treatment after Curling. When the content of the surfactant is less than 20%, then the texture improvement after Curling will be invisible.

In accordance with the invention in paragraphs 1-6 of the claims, the direction of Curling of the parts of the hair is determined depending on the direction in which the original hair attached to the base of the wig and location of the hair. For example, when the hair is attached to the base of the wig in a position where they are aligned in the same direction, then curls parts of these hair building in the same direction. When a large number of hair attached to the base of the wig in certain amounts in different directions, curls parts of these hairs are oriented in different directions. Thus, with appropriate choice of the direction of attaching the hair to the base of the wig, it is possible to get wigs with different location of the hair. In addition, it is possible for a long period of time and to maintain in good condition the hair, created on parts of the hair. In the proposed wig hair attached to its base in a predetermined direction so that the direction of the curls set. Thus, after attaching the hair to the base, you can easily get the wig in which the curls are oriented in a given direction. Further, due to such attaching hair you can apply a wig, not only for basic hairstyles, but also for sophisticated hairstyles with mixed areas of curls, making possible the achievement of hairstyles with a high degree of freedom. Thus, in comparison with a traditional wig, in which the direction of the curls are not fixed, even if the hair is combed, and which is very limited in terms of the feasibility of the hair, you can get a product more perfect than the traditional.

In addition, by creating a couple of parts of the hair, laid curls in one direction when attaching hair to the base of the wig, it is possible to more easily Orient the curls of hair parts in a given direction, so that part of the hair is not so easy to be Curling in some other direction. Further, in comparison with traditional techniques, in which the perming process is performed after attaching the hair to the base of the wig, given the size of the curl may be imparted to the hair much l is GCE and operation of the wave can be performed in a shorter time. In addition, over an extended period of time can be maintained in a satisfactory condition saitou form, attached to the hair.

BRIEF DESCRIPTION of DRAWINGS

Figure 1 is a top view illustrating the attachment of the source material of the hair to the base of the wig in accordance with the first variant implementation of the presented invention.

Figure 2 depicts a perspective view of the wig which corresponds to the first variant implementation of the presented invention.

Figure 3 depicts a perspective view of a lock corresponding to the first variant implementation of the presented invention.

Figure 4 depicts a perspective view of the appearance of one's hair, corresponding to the first variant implementation of the presented invention.

Figure 5 depicts a front view of the hair attached to the base of the wig, in accordance with the first variant of the presented invention.

6 depicts a top view illustrating the attachment of hair to the base of the wig, in accordance with a second embodiment of implementation of the presented invention.

7 depicts a perspective view of a view, illustrating the selection of a combination of shades of hair common to the embodiments of the presented invention from the third to the seventh.

Fig depicts a top view of sewn strands common to the embodiments of the presented invention tre is LEGO on the seventh.

Fig.9 depicts a top view of the locks placed on the sheet material common to the embodiments of the presented invention from the third to the seventh.

Figure 10 depicts a top view placed on a sheet material combed strands common to the embodiments of the presented invention from the third to the seventh.

11 depicts a cross-section of the strands, placed on a sheet material common to the embodiments of the presented invention from the third to the seventh.

Fig depicts a top view illustrating the process of wrapping the strands together with the sheet material around the pipe common to the embodiments of the presented invention from the third to the seventh.

Fig depicts a cross-section of the strand and sheet material wound around the pipe common to the embodiments of the presented invention from the third to the seventh.

Fig depicts a perspective view of appearance and strands of sheet material wound around the pipe common to the embodiments of the presented invention from the third to the seventh.

Fig depicts a front view of the hair attached to the warp threads of the wig that is common to the embodiments of the presented invention from the third to the seventh.

Fig depicts a top view of the hair strands are pulled from the common to the embodiments sight of the purposes of the invention from the third to the seventh.

Fig depicts a longitudinal section of the hair is composed of straight-chain aliphatic polyamide corresponding to the fifth variant of execution of the presented invention.

Fig depicts a perspective view of the pipe corresponding to the fifth variant of execution of the presented invention, when it is covered with aluminum foil.

Fig simplistically depicts a cross section of hair of synthetic material with the structure of the core-in-shell corresponding to the sixth variant implementation of the presented invention.

Fig simplistically depicts the roughness of the hair of synthetic material corresponding to the sixth variant implementation of the presented invention.

Fig simplistically illustrates the traditional Curling hair material.

Fig simplistically illustrates the attachment of traditional hair material to the base of the wig.

The BEST WAY of carrying out the INVENTION

Below embodiments of the presents invention is described with reference to Fig 1-20. Figure 1-5 shows the first embodiment of the presented invention. Figure 1(a)-1(e) are views from above, illustrating the attachment of hair to warp wig-shaped grid, figure 2 is a view of the wig is a perspective view, figure 3 depicts a view in axonometric strands of hair, figure 4(a)-4(d) are the in axonometric views of an individual hair, and figure 5 depicts a front view of the hair attached to the warp threads of the wig.

In the first embodiment, the presents invention, depicted in figure 1-5, the hair 10 is attached to the base 12 of the wig as the hair 11 to create a wig cap 13, which is depicted in figure 2. As starting material we use natural hair or hair from synthetic resins. Curling parts 10A, 10b hair dowry in advance before attaching strands of hair to the base 12 of the wig. When a lot of hair 10 is attached to the base 12 of the wig, is formed such arrangement of the hair in which the hair 11, equally divided in the middle, curled symmetrically.

As shown in figure 1-5, the base 12 of the wig consists of synthetic leather or mesh made of synthetic resin with a shape corresponding to the shape of the head. In this embodiment, the hair 10 is attached to the threads 15, forming a grid component framework 12 of the wig. The strand 14 is obtained by stitching together a large number of original hair 10, cut to a given length with a given longitudinal position, the suturing thread 16. Strand wrapped around a cylindrical object such as a pipe (not shown), and subjected to heat treatment, so that the parts 10A, 10b of the hair 10 is attached perms, as shown in figure 2.

Of the strands 14 pull the original hair 10, the parts 10A, 10b which thus ZAR is curled her. Hair 10 is extended so that fold in half for forming a pair of parts 10A, 10b, curled in the same direction, and the bent portion 10C, bent between the parts 10A, 10b. Hair 10, folded so twice, as shown in figure 2, is divided into hair, curly at the right side, for use on the right side relative to the average separating the parts of the wig 13, and hair that curled to the left side, for use on the left side relative to the average separating the parts, in order to attach them to the base 12 of the wig.

As shown in figure 4(a) and 4(b), the hair 10, curled in the right direction, keep so that the tips of the parts 10A, 10b are located on the right and curved folded portion 10C is on the left. When sections of hair near the folded portion 10C held between the left thumb and left index finger, the two parts 10A, 10b spinning, twisting them around the left index finger.

As shown in figure 4(C) and 4(d), the hair 10, curled to the left, hold it so that the tips of the parts 10A, 10b are located to the left and curved folded portion 10C is located to the right. When sections of hair near the folded portion 10C held between the left thumb and left index finger, the two parts 10A, 10b hair spinning, twisting them around the left thumb. Although figure 4(b) and 4(d) part 10A, 10b ox is pictured held between fingers for comfort ease of understanding directions Curling hair, in fact, the hair 10 is attached to the base 12 of the wig when they are tightly closed mechanical clamping device.

In the process, illustrated in figure 1(a)-1(e), hair 10, curled to the right side, held as shown in figure 4(a) and 4(b), attached to the filament 15, forming a grid as the base 12 of the wig, by the mechanical action of the knitting hook 18.

When tying hair 10 with the right perms to the filament 15, clamping with this hair 10 mechanical clamping device (not shown), the two parts 10A, 10b of the hair is directed to the right with respect to the base 12 of the wig, the bent portion 10C of the hair 10 is placed on the lower side of the thread 15 (on the side, which will be adjacent to the head), so that part of the hair crossing one another, and one part 10A passes over another part 10b, as shown in figure 1(a), forming, thus, the first loop 17 on the inner side of the bent part 10s.

Consequently, as shown in figure 1(b), the bent portion 10C is placed in the direction of the threads 15 and one part 10A of hair is passed through the first loop 17, which is bent as shown in figure 1(C), so in the middle part one part 10A which extends from the first loop 17 is formed a bent portion 10d, with the inner side of which forms a second loop 19.

Then, as shown in figure 1(d), another part 10b is passed through the second loop 19 thus, the button to wrap it around the first part 10A of the hair from the outside and, as shown in figure 1(e), the parts 10A, 10b are pulled in directions opposite to one another, and the thread 15 is tied hub 20, so that the hair 10 is attached to the filament 15.

Thus, in this embodiment, the filament 15 is tied hair 10 with the right perms on the parts 10A, 10b. As a result, as shown in figure 5(a), the parts 10A, 10b are oriented with their curls to the right with respect to the filament 15 basis wig.

Hair 10 with the left wave, depicted in figure 4(C) and 4(d), also bind to the filament 15 using the same steps, which are described above for hair 10 with the right perms, and, as shown in figure 5(b), the parts 10A, 10b are oriented with their curls to the left.

As described above, in this embodiment, the bent portion 10C tied to the filament 15 using the mechanical action of the knitting hook 18, while the tips previously permed parts 10A and 10b clamp separate clamping device, so that they are oriented in a given direction, i.e. either to the right or to the left relative to the base 12 of the wig, so it is possible to easily obtain a wig 11 of this style, which curls with the right perms and curls with the left perms, attached to the parts 10A, 10b hair, neatly divided into right and left sides of the framework 12 the wig.

Thus, it is possible to avoid situations which, known in existing wigs, in which the direction of Curling of the parts 10A, 10b, attached to the base 12 of the wig are not fixed and there is no need to perform subsequent revision, such as aligning curls parts 10A, 10b with brushing the hair 10 after attachment, so you can get a product that is excellent not only in usability and performance, but also in its completeness.

Next, the second embodiment of the presented invention is described with reference to Fig.6. 6(a)-6(C) are views from above to illustrate the attachment of pre-permed hair to the base of the wig. Hair 10, the base 12 of the wig, the thread 15 and knitting hook 18 is exactly the same as in the first embodiment.

As in the first embodiment, depicted in figure 1(a)-1(e), in the second embodiment, depicted in Fig.6(a)-6(C), by attaching the pre-permed hair 10 to the filament 15 12 wig hair clamp mechanical clamping device (not shown) so that the curls of two parts 10A, 10b of the hair is oriented in a given direction relative to the framework 12 of the wig. As shown in Fig.6(a), the bent portion 10C of the hair 10 is placed on the bottom side (the side of the head) thread 15, so that part of the hair cross each other, and one part 10A passes over another hour the d 10b, forming a first loop 21 on the inner side of the bent portion 10C.

As shown in Fig.6(b), the bent portion 10C is wrapped from the bottom side of the thread 15 on its upper side, and the second part 10b of the hair is passed through the loop 21. In addition, all other part 10b of the hair is pulled from the loop 21 and the two parts 10A, 10b pull in opposite directions, so that the thread 15 is bound by node 22, and the hair 10 is attached to the filament 15.

Although in the above-described first and second embodiments, execution is used as the basis of the wig in the form of a grid of threads, in the present invention it is also possible to use as the basis wig sheet element consisting of artificial leather or similar material made from synthetic resin. In this case, to attach the hair to the sheet basis wig in leaf element perform a large number of through holes, and two through holes, that is, the first through hole and second through hole is used for one of the hair while the hair is attached with respect to these through holes similar to how it is attached on both sides of the thread in the first and second versions of the. In addition, when the base of the wig is made of sheet element, fixing hair can also be performed by grafting and in this case, the leaf element pierce coz what Uta part of the hair and on the tip of the bent part of the hair, jutting out from the bottom side of the sheet element, use, preventing the separation of the hair.

Next, with reference to the embodiments of the from the third to the sixth describes the process by which a given wave parts 10A, 10b hair 10 used in the above-mentioned embodiments, execution, and which is illustrated in Fig.7-16. Optionally, in the description of the embodiments from the third to the sixth will be references to the above-mentioned 1-6.

7-16 illustrates the third embodiment of. 7 depicts a perspective view of a view, illustrating the selection of a combination of shades of hair color, Fig depicts a top view of sewn strands, figure 9 depicts a top view of the locks placed on the sheet material, figure 10 depicts a top view of combed strands placed on the sheet material 11 depicts a cross-section of the strands in the sheet material, Fig depicts a top view illustrating the process of wrapping the strands together with the sheet material around the pipe, Fig depicts a cross-section of the strand and sheet material wound around the pipe, Fig depicts a perspective view of a form similar to Fig, beam and sheet material wound around the pipe, Fig depicts a front view of the hair attached to the filament, Fig depicts a top view of the hair of elongated strands.

The third option, issue the log, depicted in Fig.7-16, is suitable for making natural hair perming used as the material 10 hair (including natural hair, which removed the cuticle and which have been subjected to processes of bleaching and dyeing, so they can be used for wigs). First, as shown in Fig.7(a) and 7(b), the beam 30 is formed from a large number of hair 10 and made of natural hair for several colors, apply cheselka 31 for the hair and the beam repeatedly comb teeth 31A of Casali 31, in order thus to achieve a sufficient degree of combination of many shades of hair colors 10. Even if hair 10 are monochrome natural hair, the beam 30 hair detangling in hair, running it through cheselka 31. Then combed the beam 30 hair is cut to a predetermined length. This specified length is the standard length when attaching hair 10 to the base 12 of the wig.

Fig(a) depicts a top view of the strands 14, prepared by stitching together the relevant quantity by weight of the hair 10 cut with a given length in a given longitudinal position, and Fig(b) is an enlarged image of the strands 14. Thus formed strand 14 has a large number sewn beams 32. When the width 6L strands 14 horizontally, shown in Fig(a) is too large, it is difficult to apply uniform tension to the aluminium pipe 33 in the following wrapping strands 14 around the pipe 33, so that it is desirable that the width was 20 cm or less. Markings 34 from the stitching, left suture thread 16 remain on the hair for 10 in the process described below (see Fig), so that the place where there are markings 34 from the threads 16, the bend when attaching hair 10 to the base 12 of the wig.

It is desirable that the resulting strand 14 contained from 8 to 10 stitched beams 32 per centimeter, and preferably, each cross beam 32 contained from 12 to 27 hair 10. If the number sewn beams 32 per centimeter is less than eight, then step stitched beam 32 is too large, which makes it impossible for a homogeneous distribution of hair 10, depicted in figure 10. In addition, it will be difficult to wind the hair around 10 pipe 33 under a constant angle. In addition, combing the strands 14 in order to straighten it before the specified winding hair 10 may be separated from the stitched beams 32. On the other hand, if the number sewn beams 32 per centimeter is greater than ten, sewn between the beams 32 will not be intervals and stitched part will be so thick that when winding on the tube 33 will be formed steps with the creation of folds on the hair 10. Thisway, you can create so-called weak wave, which is less than the specified wave. In addition, if the number sewn beams 32 per unit length is large, when the stitching in the manufacture of strands 14 hair 10 and the filament 16 may be confused with each other, and the thread 16 is stretched, as a result can not be obtained neat strand 14. Thus, the hair 10 after giving them waving acquire folds or become crumpled.

When the amount of hair 10 in each sewn beam 32 is twelve or less, then Curling runs without problems. However, the length of the strands 14 is somewhat larger and should be made more strands 14 in order to prepare the required volume 10, resulting in an increasing number of pipes 33, which will need to wind the strands 14 that leads to an increase in operations and cost. When the number of hair 10 on one beam 32 is twenty-seven or more, then increasing the thickness of each cross-linked beam 32, which may lead to the creation of a weak wave, which is less than the specified wave.

Figures 9 and 11(a) illustrate the state in which the first fluid cold permanent in sufficient quantity was applied to strands 14, formed as described above, and in which the strand 14 has been placed in a predetermined position on the wetted sheet material 35 and races is Elena on the desktop. Strand 14 comb to make it straight, so the hair level 10 rows without gaps between them, as shown in figure 10 and 11(b), thereby reducing the thickness of the strands 14.

The sheet material 35 serves as a guide when you wrap the strands 14 around the pipe 33. During use of the sheet material moisturize and spread on top of the desktop, keeping in close contact with him, so that no folds. As the sheet material 35 preferred non-woven fabric, because when wet it increases the surface friction to prevent slipping. When moisture appears the slide, then this may cause twisting or create gaps between the strand and the aluminium pipe 33, around which the strand is wrapped, which is weak wave.

For this reason, as the material for non-woven material for sheet material 35 preferred artificial silk or polyester. More preferred are materials having a weight per unit area [metuske] from 18 to 30 g/m2. When the weight per unit area equal to 18 g/m2or less, then the density of the sheet material a few small, and the liquid for cold permanent, imposed on the strand 14, easily evaporates, making it impossible to create a wave in sufficient is largely. In addition, during the operation wraps around the pipe 33 and the sheet material 35 may be damaged when it is stretching. On the other hand, when the weight per unit area of 30 g/m2or more, the thickness of the sheet material 35 a few great, so that when it is wrapped around the pipe 33, the result is a sufficiently large diameter to increase the diameter of the winding and the beam 14 may create a weak wave which is less than the wave of a given shape.

In the following process, illustrated in Fig, aluminum pipe 33 with a circular cross section placed at one end of the sheet material 35 and the lock 14 and the sheet material 35 along wrapped around the pipe 33, simultaneously applying to them the tensile stress, as shown in Fig and 14, securing the outer middle part and both lateral end of the section 14 of the locking devices 36, such as adhesive tape or a rubber band. Then the pipe 33, around which is wound a strand 14 and the sheet material 35, Packed in plastic bag (not shown), and leave in this position for approximately 15 minutes at room temperature. After that, the second fluid cold permanent direct impact to the sheet material 35 on the outer periphery of the pipe 33, extracted from the plastic bag, or on the strand 14 which has been removed from the pipe 33. Then direct the 14 and the sheet material 35 is again wrapped around the pipe 33 and fix the locking devices 36 before how to leave them for 15 minutes at room temperature.

After this, remove the locking devices 36 and all washed in running water, gradually separating section 14 and the sheet material 35 is wound around the pipe 33, and the sheet material 35 is spread out on the desktop in such a way as not to create folds. Then washed the strand 14 is placed in a predetermined position on the sheet material 35 and wash it with conditioner or air conditioning. Applying a rinse or conditioner is used in order to achieve improvement of a structure, since the structure of materials 13 hair that have been processed fluid for cold permanent becomes more hard.

Then the strand 14 comb, producing the same steps as shown in figure 10, and hair 10 evenly distributed in such a way as not to create gaps between them and line them up in rows, thus reducing the thickness of the strands 14. Then in the same process, which is illustrated in Fig-14, the strand 14 and the sheet material 35 together wrap around the pipe 33. Additionally, the strand 14 and the sheet material 35 is fixed in place with anchoring devices, such as adhesive or a rubber band, and the pipe 33 is wrapped with a towel or similar object to remove excess water from the sheet material 35. After that they leave PR is room temperature until while the sheet material 35 is wound around the pipe 33, is not completely dry, or dried in a drying apparatus at a temperature of about 90C. Finally, the sheet material 35 and the lock 14 is removed.

Fig represents 10 different hair, curled so. Each hair 10 has a mark 34 from the seam where it was made stitching thread 16. When during the fusion process, as Fig, the middle point in the direction of the hair length 10 were sewn together, the length of the parts 10A, 10b of each hair 10 attached to the filament 15 12 wig is half the total length of the hair, as shown in Fig(a). Place, which make the stitching thread 16 is not limited to the point that divides the total length of the hair 10 equal parts. When the suture thread 16 is performed in place, some deviation from the middle, then the parts 10A, 10b differ in length, as shown in Fig(b), and when they are attached to the filament 15 12 wig, you can get the appearance that is different from the one that you get when the hair is stitched in place, separating the hair into equal parts, as shown in Fig(a).

Next, the fourth embodiment of the presented invention will be described with reference to Fig.7-16, which are common to the third variant execution. Detailed description of the components that are the same as in the third embodiment, the imp who care, omitted. In this embodiment, the hair 10 is made of acrylic resin or modacrylic resin (copolymer of acrylic resin and vinyl chloride) or the like. To make Curling hair of man-made fibers with a low resistance and detecting a suitable softening temperature of 100C. or less.

In the fourth embodiment depicted in Fig.7-16, the processes illustrated in Fig.7 and 8 are the same as in the third embodiment. In subsequent processes, illustrated in figures 9 and 11(a), use conditioner for chemical fiber strands 14 and the strand 14 is placed in a specified location on the sheet material 35, arranged on the desktop. The sheet material 35 serves as a guide when wrapping strands 14 around the pipe 33 and during its use spread in direct contact with the desktop so that no folds. Strand 14 comb to make it straight, so hair 10 line numbers, without spaces between them, as shown in figure 10 and 11(b), thereby reducing the thickness of the strands 14.

As the sheet material 35 for this option, perform a suitable non-woven fabric or paper. There are no special limitations with regard to its nature, except for its weight per unit area of 40 to 50 g/m2When the weight on a single the CC area not more than 40 g/m2then the density of the sheet material a few small, and during heat treatment when applying heat wave will be able to pass quickly. Thus, the topmost layer of strands 14, is wound around an aluminum pipe 33 will be excessively heated, and parts of shrinkage occurs, leading to a very unsightly appearance resulting product unfit for sale condition. On the other hand, when the weight per unit area of 50 g/m2or more, then the thickness of the nonwoven cloth or paper increases, so that wound around the pipe 33 strand and sheet material increase in diameter with increasing diameter of the winding. Therefore, the strands 14 may cause a weak wave that is less than the wave of a given shape. In addition, the density of non-woven material or paper is quite high, so that the heat does not pass during heat treatment to give a wave and needed to iron the heat is not applied, which may lead to so-called weak perms, which is weaker than Curling specified form.

Applying conditioner for chemical fibers to the strand 14 is used to achieve improvements in terms of texture as the hair of man-made fibres become more hard after giving a wave. As a conditioner, it is desirable to apply with the becoming, containing from 20 to 30% surface-active substances, composed of ionized components, or cations, or mixtures thereof. When the content of the surfactant exceeds 30%, the surface of the hair 10 becomes sticky or changing the tone of their color during the heat treatment after creating a wave. When the content of the surfactant is less than 20%, then the texture improvement after creating curl practically does not appear.

In the process illustrated in Fig, aluminum pipe 33 with a circular cross section is placed on one edge of the sheet material 35, then the strand 14 and the sheet material 35 together wrap around the pipe 33, applying at the same time, the tensile force to the strand 14 and the sheet material 35, the sheet material 35 is fixed on the outer edge at the center and at the ends on both sides with anchoring devices 36, such as adhesive or a rubber band, as shown in Fig and 14. Then the pipe 33, around which is wound a strand 14 and the sheet material 35, is placed in a drying apparatus at a temperature of approximately 90C. and the heat treatment is carried out for approximately one hour. After that, the pipe 33 remove and allow yourself to cool down. Finally, the strand 14 is removed from the material 35.

Next, the fifth embodiment of the present image is to be placed will be described with reference to Fig.7-16, common to the third and fourth options, plus pig and 18. Detailed description of the components that are the same as in the third and fourth variants of the run-down. This run is best for Curling parts 10A, 10b hair 10 formed from a polyamide, in particular of aliphatic polyamide with a straight chain. In addition, more preferably, the hair coloring was made by mixing raw materials in which the surface of the hair material contains balls, breaks or their combinations, creating roughness 10th on the hair surface of the artificial material 10, reducing its external splendor, and the relative shrinkage of the hair would be from 2 to 5%.

In the fifth embodiment, the processes illustrated in Fig.7 and 8, the same as in the third and fourth embodiments. When the strand 14 and the sheet material 35 is wound around the pipe 33, is dipped in an aqueous solution of silicone emulsion. As the sheet material 35, respectively, using non-woven fabric with a weight per unit area of from 18 to 30 g/m2. When the weight of material per unit area is 18 g/m2or less, then the amount of impregnation with an aqueous solution of silicone emulsion is small and quite difficult to uniformly and at a given pressure film to fix the skin on the surface of the hair material. Sheet material mo is no damaged when it stretches when you wrap around the pipe 33. On the other hand, when the weight per unit area of 30 g/m2or more, then the thickness of the sheet material 35 is increased, so that when it is wound around the pipe 33, its diameter increases with increasing diameter of the winding, which leads to the fact that the strands 14 may cause a weak wave, which is weaker than Curling specified form.

As a non-woven fabric sheet material 35 is desirable to use such that when the moisture increases due to surface friction, to thus prevent sliding. If the wetted surface of the sheet material 35 is slippery, it is cranking, when it is wrapped around an aluminum pipe 35, and is formed between the pipe 33 and the lock 14, is wound around it, which leads to weak perms. Therefore, the preferred raw material for non-woven material are artificial silk or polyester, as described above, with a weight per unit area of preferably from 18 to 30 g/m2.

Silicone emulsion used to make Curling the hair material 10 and impart smoothness and experience the deep color of the surface of the hair. From the viewpoint experience the depth of color, texture and durability of the preferred anionic formulated epoxy, silico and preferred aqueous solution with a concentration of 1%to 2%, because after giving perming it does not discolor or sticky components.

In the process illustrated in figures 9 and 11(a), following the process illustrated in Fig.7 and 8, the strand 14 and the sheet material 35 is dipped in an aqueous solution of silicone emulsion and then gently squeeze. Fig.9 illustrates how the sheet material 35 is spread out on the desktop so that was not created folds, while the strand 14 is placed in a predetermined position on the sheet material 35. Then the strand 14 comb, so to make it straight. As a result, as shown in figure 10 and 11(b), the hair 10 aligned in rows so that between them there are no gaps, thus reducing the thickness of the strands 14.

In the following process, illustrated in Fig, aluminum pipe 33 with a circular cross section placed at one end of the sheet material 35 and the lock 14 and the sheet material 35 wound together around the pipe 33, simultaneously applying to them the tensile stress, securing the outer end in the center and on both sides on the sides of the strands 14 in place by using securing devices 36, such as adhesive or a rubber band, as shown in Fig and 14. Then the pipe 33, around which is wound a strand 14 and the sheet material 35, covered in a towel or similar object to remove the excess aqueous solution si is ikonomou emulsion.

In the following process, illustrated in Fig, the outer side strands 14, the sheet material 35 and the pipe 33 as a whole is covered with aluminum foil 37 and placed in a tumble dryer with a temperature of from 160 to 170C for carrying out heat treatment for 40 to 60 minutes. After heat treatment, the tube 33 with all that is on it, is removed from the drying apparatus and give freely to cool. Finally, remove the lock 14.

In this embodiment, the coated aluminum foil is produced to achieve a Curling iron with a high conservation properties at low temperature under constant exposure to moist air and dry air at a single heat. That is, from 20 to 30 minutes after everything is put together in a drying apparatus, the evaporation of water from aqueous silicone emulsion, which is impregnated strand 14 and the sheet material 35, will be restrained by the influence of the materials aluminum pipe 33 and aluminum foil 37, so that the strand 14 is subjected to heat treatment at a high temperature and high humidity. After that, when the water evaporates, the heat treatment takes place in a dry condition.

Thus, in the fifth embodiment can be easily applied for a long time moist air and dry air, without using any special device, and only selecting the material and the EU per unit area of nonwoven material, wound with a strand on 14 aluminum pipe 33, aluminum foil 37 and by adjusting the temperature and time of heat treatment, thus creating the possibility of obtaining iron with even higher safety properties.

Next, the sixth embodiment of the presented invention is described with reference to Fig.7-16 common to the embodiments from the third to the fifth, plus pig and 20. Detailed description of the components that are the same for embodiments with third, fourth and fifth are omitted. This run is suitable for artificial hair, described below. That is the preferred artificial hair with the structure of the core/shell in which the core is formed from polyaromatics polyamide with phenylenebis element in the main circuit, and the shell is made of aliphatic polyamide with a straight chain, linked by a chain of methylene. The ratio of the weights of the sheath/core lies in the range from 30/70 to 10/90, and the thickness of the hair is in the range from 40 to 80 microns (micrometers).

When applying polyaromatics polyamide to create the core is more desirable to use, for example, nylon MXD6, which is obtained by polymerization of methoxyaniline and adipic acid. In the manufacture of the shell of the aliphatic polyamide with a straight chain more desirable to use the example nylon 6. Fig simplistically depicts a cross-section of artificial hair with the structure of a sheath/core. In addition, as shown in Fig(a), the surface of the artificial hair 10 is rough because of the small damage or the like with the formation of roughness 10f that suppresses external splendor. As shown in Fig(b), which depicts a magnified view, roughness 10f are mostly formed to such an extent that the maximum difference in height between the projections and recesses, designated as 38, are approximately 1.3 microns.

In the sixth embodiment, the processes illustrated in Fig.7 and 8, the same as in the fifth embodiment. As in the fifth embodiment, after the strand 14 and the sheet material 35 is wound around the pipe 33, is dipped in an aqueous solution of silicone emulsion. Besides giving a Curling iron, an aqueous solution of silicone emulsion used to create a shiny film on the surface of the hair 10. As the sheet material 35 preferred non-woven material made of artificial silk or polyester with a weight per unit area of preferably from 18 to 30 g/m2.

When the weight per unit area is 18 g/m2or less, then the amount of impregnation with an aqueous solution of silicone emulsion is small and difficult evenly and when the ass is nnom pressure film to fix the skin on the surface of the hair material. The sheet material may be damaged, when it stretches when you wrap around the pipe 33. On the other hand, when the weight per unit area of 30 g/m2or more, then the thickness of the sheet material 35 is increased, so that when it is wrapped around the pipe 33, its diameter increases with increasing diameter of the winding, which leads to the fact that the strands 14 may cause a weak wave, which is weaker than Curling specified form.

As a non-woven fabric sheet material 35 is desirable to use such that when the moisture increases due to surface friction, to thus prevent sliding. If the wetted surface of the sheet material 35 is slippery, it is cranking, when it is wrapped around an aluminum pipe 35, and is formed between the pipe 33 and the lock 14, is wound around it, which leads to weak perms. Therefore, the preferred raw material for non-woven material are artificial silk or polyester, in addition with a weight per unit area of preferably from 18 to 30 g/m2.

In the process illustrated in figures 9 and 11(a), following the process illustrated in Fig.7 and 8, the strand 14 and the sheet material 35 is dipped in an aqueous solution of silicone emulsion and then gently squeeze. Fig.9 depicts, as a mother sheet is l 35 spread out on the desktop so not to create folds, while the strand 14 is placed in a specified location on the sheet material 35. Then the strand 14 comb, so to make it straight. As a result, as shown in figure 10 and 11(b), the hair 10 aligned rows so that between them there are no gaps, thus reducing the thickness of the strands 14.

In the following process, illustrated in Fig, aluminum pipe 33 with a circular cross section placed at one end of the sheet material 35 and the lock 14 and the sheet material 35 together wrap around the pipe 33, while stretching them, securing the outer end in the center and on both sides on the sides of the strands 14 in place by using securing devices 36, such as adhesive tape or a rubber band, as shown in Fig and 14. Then the pipe 33, around which is wound a strand 14 and the sheet material 35, covered in a towel or similar object to remove the excess aqueous silicone emulsion.

Then the pipe 33, around which is wound a strand 14 and the sheet material 35, is placed in a drying apparatus at a temperature of approximately 100C. or less and then dried to evaporate the water, leaving strands 14 and the sheet material 35 only silicone. After that, the pipe 33, around which is wound a strand 14 and the sheet material 35, is placed in a drying apparatus at a temperature of 180C and are tarmoola otcu for two hours, creating through this Curling hair 10 and attaching a cover film to the surface. After heat treatment, the tube 33 with all that is on it, is removed from the drying apparatus and give freely to cool. Finally, remove the lock 14.

As a modification of the above-described sixth scenarios can also be described below seventh embodiment of. In the seventh embodiment, in the process of the sixth scenarios, illustrated in Fig, the strand 14 and the sheet material 35 is wrapped around the pipe 33 and in the process illustrated in Fig, the pipe 33 is entirely covered with aluminum foil 37. All this is placed in a drying apparatus at a temperature of 180C and are heat treated for two hours, creating through this Curling hair 10 and at the same time attaching a cover film to the surface. After heat treatment, the tube 33 with all that is on it, is removed from the drying apparatus and give freely to cool. Finally, remove the lock 14.

INDUSTRIAL APPLICABILITY

The proposed wig is suitable as a means of increasing the volume of the hair and is designed to cover part of the head where no hair, or, in particular, as a fashion item for ladies, or as a medical covering agent for the man who operated the head. In addition to this is, it can be used as the makeup in performances or similar representations.

1. Wig, containing the basis worn on the head, and the hair that is attached to the base of the wig and each of which represents two parts of the hair is obtained by bending the strands of hair twice, and the lock of hair before attaching the hair to the base of the wig curled and treated to improve at least one of the following characteristics: texture, smoothness and depth of colouring, and the two hair pieces obtained by bending the strands of hair twice in one place, ensuring the orientation of the wave in the same direction, a bent part of said two parts of the hair attached to the base of the wig, and the ends of these parts of the hair is oriented in a given direction relative to the basis of the wig, so the curls these two parts of the hair is oriented in a given direction after attaching to the base of the wig.

2. The wig according to claim 1, in which the Curling of these two parts hair done by method includes
the effect of the first fluid cold permanent hair strand containing a given amount of hair in each of a specified number of beams, and the impregnation of water sheet of nonwoven material,
the placement of the specified locks on the specified sheet and combing with providing ravnomerno the th distribution of hair on the sheet,
the winding strands together with the specified sheet around the pipe,
the content in this condition, Packed in the bag for a specified period of time,
the impact of the second fluid for the cold permanent hair extracted from the bag after the expiration of the specified period of time,
the winding strands together with the specified sheet around the pipe,
keeping them in this state for an additional specified period of time and
washing in water strands removed from the pipe after the expiration of the additional period of time.

3. The wig according to claim 1, in which the Curling of these two parts hair done by method includes
the impact of air for chemical fibers in a strand of hair containing a given amount of hair in each of a specified number of beams,
the placement of the specified locks on a sheet of non-woven material or paper and brushing strands to ensure an even distribution of hair on the specified worksheet
the winding strands together with the specified sheet around the pipe and
heat them in this state for a specified period of time.

4. The wig according to claim 1, in which the Curling of these two parts hair done by method includes
the impregnated strands of hair containing a given amount of hair in each of a specified number of beams, and a sheet of non-woven Mat is Rial aqueous solution of silicone emulsion,
the placement of the specified locks on the specified sheet and combing to ensure an even distribution of hair on the specified worksheet
the winding strands together with the specified sheet around the pipe and covering them with aluminum foil and
heat them in this state for a specified period of time.

5. The wig according to claim 1, in which the Curling of these two parts of the hair are made by the process comprising the steps
immersion strands of hair containing a given amount of hair in each of a specified number of beams, and a sheet of nonwoven material in an aqueous solution of silicone emulsions,
placement of the specified locks on the specified sheet material and brushing to ensure an even distribution of hair on the specified sheet material,
winding strands together with the specified sheet around the pipe and drying them and heat them in this state for a specified period of time.

6. The wig according to claim 5, in which the third and fourth stages are replaced by the steps of winding strands together with the specified sheet around the pipe and cover with aluminum foil and heat them in this state for a specified period of time.



 

Same patents:

FIELD: personal use articles.

SUBSTANCE: artificial hair has structure comprising core part and coating shell part. Core part is made of polyamide, and shell part is made of polyamide, having lower flexural stiffness compared to core part. The second object is provided, i.e. wig, which uses specified artificial hair.

EFFECT: invention provides for production of hair, which are similar to natural hair in its properties and appearance.

16 cl, 24 dwg

Disposable wig // 2339283

FIELD: household goods and personal effects.

SUBSTANCE: disposable wig includes base made of very thin sheet, hair segments implanted into base and adhesive layer applied to the bottom side of base. Base thickness is microns order (μ). Adhesive layer is evenly applied to the whole bottom side of base and thick enough to ensure reasonable irregularity with projecting parts and other parts. Projecting parts contact with root parts of implanted hair segments projected from bottom side of base, and are lifted with regard to external side of base when wig is fixed to human skin. Adhesive layer thickness is to 20 times more than base thickness.

EFFECT: easy in use and imitation of natural hair.

2 cl, 4 dwg

FIELD: household goods and personal effects.

SUBSTANCE: method of work piece production from natural hair to be used in wig items includes operations associated with mixing of different colour hair, treatment, ripping at card and sorting out by length. Hair of different length is mixed simultaneously with hair of different colour forming hair bundle of no more than 160 g weight. For disinfection purposes hair bundle is treated simultaneously with rippling at card by means of kerosene and hair oil mixture. Rippled hair is taken into bundle allocating short hair into centre and leaving long hair from the outside. Bundle is tied up in the middle part, and by means of at least one card it is pulled out to produce one-side balanced tail. Then tail is laid and small tails with no more than 55 g weight and length difference of no more than 5 cm are produced by contracting. After that tails are washed for complete closing of flakes and repeatedly disinfected. Tails are checked for inverted elements and inverted hair is removed. Work pieces with weight of no more than 30 g are formed. Starting from the heads, they are moisturised and fasten together at a distance of no more than 2.7 cm from the edge.

EFFECT: production of more qualitative wig items with smoothness and brilliance effect.

4 cl

FIELD: medicine.

SUBSTANCE: hair transplantation method implies stretching of substrate made of elastic material, taking of middle part of hair piece by needles imposed to make reciprocal movement to form curve of the said middle part. The curve is left on one side of the substrate and than affixed to this side using the first binding layer. A couple of long sections of hair from the opposite curve ends are passed through the holes formed in the result of needling when they were elevated, to the other side of the substrate. After transplantation of given amount of hair sections, stretching of the substrate is stopped or released to ensure substrate shrinkage due to its elasticity and thus, reduction of holes' diameter. Then the second binding layer is applied on the entire first side of the substrate to affix it to skin integument of human body. There is a device to implement the said method and a product with transplanted hair.

EFFECT: development of efficient method of hair transplantation.

22 cl, 36 dwg

FIELD: manufacture of partial or full wigs or hair prostheses for replacing lacking hairs in problematic head zones.

SUBSTANCE: hair prosthesis has forehead part made from flexible material of desired contour and strips having front and rear faces approaching each other in back region of the head for forming strips of restricting contour and strips defining contour. Prosthesis base is made from material having smooth sliding surface with successively applied impregnation layers of gluing substance, and consists of strips overlapping each other along arc of the circle and provided with margins. Said strips are made from glued material defining three-dimensional spherical shape of base with forehead part and part of back of the head and including strips of restricting contour, contour forming strips, and strip of back of the head. Front faces of strips are tightened over front surfaces of forehead part, for example, along share restricting thread of material. All overlapped portions of strips are secured to each other by, for example, stitches. Parts of strips in left and right temple regions of each strip are fixed by, for example, gluing-through in back region of the head of base. Hair prosthesis is adapted for constant wearing without necessity of removal said wig from head for night.

EFFECT: increased efficiency and simplified structure of hair prosthesis.

3 cl, 9 dwg

FIELD: wig manufacture.

SUBSTANCE: automated apparatus for transplanting of hair has means for feeding of artificial hairs to base surface and needle adapted for reciprocation in direction perpendicular to surface of base for puncturing of stretched base and pulling of artificial hair from reverse surface of base. Apparatus has conveyor table designed for placement of base and positioned for moving in directions perpendicular to one another, and tension relieving means for relieving of base from its stretched state. Described in Specification is method for manufacture of wig.

EFFECT: increased efficiency and improved quality of wigs.

19 cl, 53 dwg

The invention relates to artificial hair restorer, the device for restoring hair and method of restoring hair

FIELD: wig manufacture.

SUBSTANCE: automated apparatus for transplanting of hair has means for feeding of artificial hairs to base surface and needle adapted for reciprocation in direction perpendicular to surface of base for puncturing of stretched base and pulling of artificial hair from reverse surface of base. Apparatus has conveyor table designed for placement of base and positioned for moving in directions perpendicular to one another, and tension relieving means for relieving of base from its stretched state. Described in Specification is method for manufacture of wig.

EFFECT: increased efficiency and improved quality of wigs.

19 cl, 53 dwg

FIELD: manufacture of partial or full wigs or hair prostheses for replacing lacking hairs in problematic head zones.

SUBSTANCE: hair prosthesis has forehead part made from flexible material of desired contour and strips having front and rear faces approaching each other in back region of the head for forming strips of restricting contour and strips defining contour. Prosthesis base is made from material having smooth sliding surface with successively applied impregnation layers of gluing substance, and consists of strips overlapping each other along arc of the circle and provided with margins. Said strips are made from glued material defining three-dimensional spherical shape of base with forehead part and part of back of the head and including strips of restricting contour, contour forming strips, and strip of back of the head. Front faces of strips are tightened over front surfaces of forehead part, for example, along share restricting thread of material. All overlapped portions of strips are secured to each other by, for example, stitches. Parts of strips in left and right temple regions of each strip are fixed by, for example, gluing-through in back region of the head of base. Hair prosthesis is adapted for constant wearing without necessity of removal said wig from head for night.

EFFECT: increased efficiency and simplified structure of hair prosthesis.

3 cl, 9 dwg

FIELD: medicine.

SUBSTANCE: hair transplantation method implies stretching of substrate made of elastic material, taking of middle part of hair piece by needles imposed to make reciprocal movement to form curve of the said middle part. The curve is left on one side of the substrate and than affixed to this side using the first binding layer. A couple of long sections of hair from the opposite curve ends are passed through the holes formed in the result of needling when they were elevated, to the other side of the substrate. After transplantation of given amount of hair sections, stretching of the substrate is stopped or released to ensure substrate shrinkage due to its elasticity and thus, reduction of holes' diameter. Then the second binding layer is applied on the entire first side of the substrate to affix it to skin integument of human body. There is a device to implement the said method and a product with transplanted hair.

EFFECT: development of efficient method of hair transplantation.

22 cl, 36 dwg

FIELD: household goods and personal effects.

SUBSTANCE: method of work piece production from natural hair to be used in wig items includes operations associated with mixing of different colour hair, treatment, ripping at card and sorting out by length. Hair of different length is mixed simultaneously with hair of different colour forming hair bundle of no more than 160 g weight. For disinfection purposes hair bundle is treated simultaneously with rippling at card by means of kerosene and hair oil mixture. Rippled hair is taken into bundle allocating short hair into centre and leaving long hair from the outside. Bundle is tied up in the middle part, and by means of at least one card it is pulled out to produce one-side balanced tail. Then tail is laid and small tails with no more than 55 g weight and length difference of no more than 5 cm are produced by contracting. After that tails are washed for complete closing of flakes and repeatedly disinfected. Tails are checked for inverted elements and inverted hair is removed. Work pieces with weight of no more than 30 g are formed. Starting from the heads, they are moisturised and fasten together at a distance of no more than 2.7 cm from the edge.

EFFECT: production of more qualitative wig items with smoothness and brilliance effect.

4 cl

Disposable wig // 2339283

FIELD: household goods and personal effects.

SUBSTANCE: disposable wig includes base made of very thin sheet, hair segments implanted into base and adhesive layer applied to the bottom side of base. Base thickness is microns order (μ). Adhesive layer is evenly applied to the whole bottom side of base and thick enough to ensure reasonable irregularity with projecting parts and other parts. Projecting parts contact with root parts of implanted hair segments projected from bottom side of base, and are lifted with regard to external side of base when wig is fixed to human skin. Adhesive layer thickness is to 20 times more than base thickness.

EFFECT: easy in use and imitation of natural hair.

2 cl, 4 dwg

FIELD: personal use articles.

SUBSTANCE: artificial hair has structure comprising core part and coating shell part. Core part is made of polyamide, and shell part is made of polyamide, having lower flexural stiffness compared to core part. The second object is provided, i.e. wig, which uses specified artificial hair.

EFFECT: invention provides for production of hair, which are similar to natural hair in its properties and appearance.

16 cl, 24 dwg

Wig // 2391031

FIELD: personal use articles.

SUBSTANCE: wig contains support, which is put on the head, hairs which are connected to the wigs support. Every single hair has two parts, obtained by bending of hair lock in two parts. The mentioned hair lock, before hair fastening, is curled and treated for improving of one of the next features: texture, smoothness and depth of dying. Both of mentioned parts are obtained by bending of hair lock in two parts in one position with providing of curling orientation in the same direction. Bended part of the mentioned hair parts is fastened to the wig support and it's end is directed backwards according to the wig support, so curls of both mentioned hair parts directed backwards after fastening to the wig support.

EFFECT: invention provides long-term retention of waving and obtained hair dressing style.

6 cl, 37 dwg

FIELD: personal use articles.

SUBSTANCE: invention relates to glue layer, to wig, where such layer is used, and also to methods of their production. Glue layer is made of polyurethane contact layer made by mixing of two fluids, the main reagent and hardener, besides the main reagent is high-molecular alcohol, and hardener contains polyisocyanate as the main component. At the same time one side of glue layer is glued to wig base by means of chemical reaction to inner side of wig base in process of reaction of gel-formation of glue solution applied on inner side of wig base, and serves for fixation of hair to stick root part of hair inserted with penetration on inner side of wig base. And other side is glued to head skin by means of pressing and performs function of possible further peeling from scalp.

EFFECT: wig containing base made of soft plastic, hair and single glue layer, is light, reliably stuck to scalp, has low prime cost, and may be used repeatedly due to possibility of further peeling of glue layer.

16 cl, 1 ex, 6 dwg

FIELD: personal use articles.

SUBSTANCE: wig comprises base and several strands of hair. Wig base has the first main element made of soft elastic artificial leather, and the second main element made of net and placed on rear side of the first main element. Hair is formed by a pair of hairs produced by folding of single hair strand or several hair strands and tied at fold to the second main element. On rear side of the second main element between this side and the first main element there is a hair assembly. A pair of hairs is held in condition, in which it is directed upwards due to pressing of inlet hole arranged in the first main element, through which both parts of specified pair of hairs, which are located at the side of their ends, are pulled at rear side onto surface side. There are three versions of wig making.

EFFECT: invention provides a natural appearance of wig.

8 cl, 16 dwg

FIELD: personal use articles.

SUBSTANCE: wig contains base and short and long hair attached to it, having various diametres of curl and being arranged in a certain area, where distribution of hair density is specified as short and long hair is attached to wig base. Short and long hair is controlled, being attached with specified density in a certain area, where short hair is controlled according to configuration of distribution, so that it makes 20-50% of total amount of hair attached to mentioned base of wig. Method of wig making is provided.

EFFECT: effect of voluminous hairdo with small amount of hair.

19 cl, 11 dwg

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