DE6813058U - HAIR DRY WRAP - Google Patents

Description

9672 / right

Heihachi MITSÜMOTO, 15-20, Nishi Oi 4-chome, Sfainagawa-ku,

Tckyo (Japan)

Hair dry wrap.

The innovation relates to the area of hair inlay and is particularly directed to an improved method and apparatus for curling and waving hair without

any complicated devices or special well or Dry solutions are required.

It has long been considered desirable ··· and recommended to have curly or wavy hair, and this has been achieved through a wide variety of methods, which are referred to with the collective term of the so-called "permanent wave". At the beginning of the development of permanent waves, obtaining curly or wavy hair was a costly, lengthy and complicated process. In the meantime, numerous improvements have been made in this regard. A very important further development consisted in the development of a so-called "cold wave ¹¹ process. The cold wave process was very desirable and expedient in so far as the hair was brushed from being burned and curls and waves were obtained."

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chen curl or undulation were very similar. A cold wave is obtained in such a way that the hair is curled or curled in various ways The like is wound up so that the hair is then "steamed at ambient temperature through a chemical reaction is subjected · Nevertheless, a relatively large amount of time is required for the cold wave process and a special solution is also needed which the hair is chemically treated. In order to create curls with the cold wave method, a corresponding strand of hair is wound onto a curler called a "stick" and then treated with a cold wave solution. The strands of hair saturated with the solution are then Leave rolled up on these sticks for about 20 to 30 minutes. Then the hair is carefully washed to the solution rinse again. After rinsing and drying, the strands of hair are again wound on appropriate curlers, so that the hair is given the desired shape in this way, for which in turn an appropriate inlay solution is used. Following this, the hair that has been moistened with the inlay lotion must be dried again so that a finished hairstyle is finally obtained. The drying of the hair goes in the way in front of you that the head over a proportionately must be kept under a drying device or a drying hood for a long period of time. While using the dryer hood, the person to be hairdos must be patient on the spot and Place sit; stay until the hair is completely dry. Treatment with conventional hair dryers

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and hood dryer is very significant for the user Discomfort associated with it, even if this treatment is carried out in a beauty salon that has appropriate Air conditioning is provided. This is in particular due to the fact that the head of the person using the dryer hood Person is exposed to high temperatures for a relatively long period of time. Sa for the achievement of a cold wave one from corresponding Chemical 'substances existing solution is used, care must also be taken to ensure that the scalp and hair are damaged by the chemical action of these substances is avoided. A hair shaping with help The cold wave process can therefore only be carried out successfully and safely by an appropriate specialist. In addition, in order to carry out the cold wave method to achieve a corresponding hairstyle, at least needed two hours.

In view of this, the innovation is essentially based on the object of creating a method and a device for inserting hairstyles, in which the use of an uncomfortably hot drying device and a special solution is avoided and at the same time it is easier to obtain a modern home permanent wave. The novelty is based on knowledge; that hair can be softened sufficiently far under the effect of moisture to a change in shape of the hair and bring the hair at a rapid dehydration _/ ^ acknunÄ dge Aas sen or hair

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is made to maintain the shape it has given it if it is in a corresponding curl or hairstyle before drying Waveform is laid.

If now, for example, a seed desires, her hair has To curl or wave, according to the innovation, all she needs to do is moisten her hair and place it on a special part of the rod to wind up. There is no need to use a special solution that might affect the scalp or hair could be harmed. Washing the hair or moistening the hair with water is sufficient to induce it a change in hair shape.

. You innovation based on the use of a hair curler, on which the hair is wound and the special ability possesses the moisture from the wet hair quickly and effectively to absorb, so that the hair by the _dry: is developers themselves dried and as a result its new - | Maintains curly or rolled-up shape. It can therefore be a | Acid wave can be achieved without the need for a special solution or an uncomfortably hot device.

The aim of the innovation is therefore to create a new type of means for curling hair and drying it den, whereby the hair can be given a new shape.

On microscopic examination it becomes clear that the human hair has flaky particles lying on its outer skin. The hair is now exposed to heat

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when dried, this is how these shell-shaped particles appear obliquely outwards so that the hair has a rough surface indicates. This rough surface, however, has a tendency to absorb moisture and catch dust «One of them Hair treated with a cold wave and dried with the use of a hot hood dryer can, however, do the trick Prisurform not retained over a longer period, and both hair and scalp become lighter and faster dirty. In accordance with the present hiring In contrast, the hair is not dried by the action of heat on the hair, but rather the drying takes place rather, at room temperature. If the hair is styled using the modernization technique, own the individual hairs and strands have a smooth, self-contained surface. This means that the hair can retain the prisurform it has been given over a much longer period of time, and also its tendency towards pollution is reduced world-wide.

The hygroscopic hair curler according to the innovation can have any shape or shape and can, for example, be cylindrical, Disc-shaped or in the form of a rollable plate and can be elements made of cardboard, Tuoh or other Contain fiber materials. The hygroscopic material used can be silica gel, calcium chloride, kaolin, or any other hygroscopic substance Act.

When the winding device due to its use with moisture

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When saturated, it can either be heated or simply dried until it regains its previous hygroscopic properties. In this W _e ise the renewal according winder can in considerable way j are used repeatedly.

The characteristics of the present hiring. As well as their tasks and Advantages are explained in more detail on the basis of the following description of some exemplary embodiments with reference to the drawings explained. Show it

Figure 1 is a perspective view of a typical embodiment of a hair curler that is used in conjunction with the hay can be used;

Mgur 2 shows a section along the line 2-2 of FIG. 1, seen on an enlarged scale;

FIG. 3 shows a perspective illustration of a second embodiment of a hair curler designed according to the invention;

FIG. 4 shows a section along the line 4-4 in FIG. 3 in an enlarged view;

Figure 5 is an illustration of the manner in which the hair is wound with the winder according to Figure 3, with a differently designed holding device;

FIG. 6 shows a perspective illustration of a further embodiment of the inflation;

·. T Figure 7 shows a representation from which it emerges in which!

Trace the hair when using the curler Figure 6 is rolled up or wound up; ,, ·

i '. Figure 8 is a plan view of a further embodiment of the

Innovation;

FIG. 9 shows a section along the line 9-9 of FIG. 8; \ Figure 10 is a representation to illustrate the type and ' Way, as the hair with a curler after a ·,

Another embodiment of the innovation wound up ^

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Figure 11 another possible use of the winder according to '

Figure 10; Figure 12 is a plan view of a further embodiment of the

Innovation and ' 13 shows a side view of the winder arrangement according to FIG

partially seen in section. ^_::

According to the representation of Figures 1 and 2 ″ has the Winder a cylindrical winder body 20 and a pinch terminal device 21, which the winder body 20 laterally and with it the wet hair wound on it « strands on it. This cylindrical winder body 20 has a layer 22 of a suitable desiccant or Dehydration material that is circumferentially wrapped around an essentially dimensionally stable core 23 in the form of a cylinder is. The dehydrating agent can be silica gel, calcium chloride, kaolin, or some other suitable hygroscopic substance. The core 23 can be made of cardboard or any any other sufficiently rigid and light material exist. The outer surface of the layer 22 is

train 24 · held and covered, made of a fabric, made of solid Consists of paper or a similar fibrous material, through which the moisture can penetrate. The part 24 serves as a passage medium through which the moisture content from the hair to that formed by the dehydrating agent Shift. In addition, the cover layer 24 also holds the dehydrating agent on the core 23 and also serves to improve the appearance of the curler.

The procedure for preparation of the hygroscopic layer 22 is not essential, ^J edoch it is shown in Figure 2, in which the molding was conducted in such a way that a corresponding Dehydri <-ungsmittel zylinderförmlg was pressed. Alternatively, the layer 22 can also be obtained in such a way that a suitable dehydrating agent is introduced into the annular tree which results between the outer wall surface of the core 23 and the inner surface of the cover 24.

During the formation of the layer 22, a small amount of cobalt chloride can be added, so that based on the coloring of the Layer can be determined to what extent the substance can absorb water. A saturation of the layer 22 with moisture can that is, they can then be recognized by the fact that they change color from cobalt blue to pink. Accordingly, if the winder body 20 has a turns pink before the hair is wound on it, it only needs to be heated so that the Moisture evaporates from it, which can be seen from the fact that

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- 9 it turns blue again.

To create curls, the damp hair H is on the cylindrical curly body 20 wound and through the clamping bracket held. The one used to moisten the hair Water, appropriate fragrances can optionally be added so that the hair and scalp later emit a pleasant scent. Although the clamp bracket can be in any known shape, but preferably a specially designed clamp bracket or clip is used, as illustrated in FIGS. 1 and 2. The clamp mounting device 21 consists of two curved plate parts 25 and 26, which are resiliently hinged to one another at 27 This clamping bracket 21 is provided with the finger grips 28 and 29, so that the clamping bracket can be opened easily can. -

In addition, it should be noted that one of the arcuately curved plate parts, for example part 25, has a straight region 25a, which extends from a certain fon of the plate 25 tangentially to the radius of the same. The edge of this straight part 25a of the plate part 25 is supported on the scalp S at a point located in the vicinity of the hair root Ha. As is clear from the illustration according to FIG. 2, the straight guidance of the Xeiles 25a of the plate 25 prevents part of the hair Ha starting from the hair root from being curled in a direction which is opposite to the direction in which the hair is thrown the Wiokler body 20 is rotated. Is the plate 25 nods with one of these

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term rectilinear part 25a provided, this has to As a result, the curler does not sit firmly on the head, so that the hair part Ha is involuntarily bent in a direction that runs in the opposite direction to the desired curl direction of the hair.

The moisture of the wound on the winder body 20 Hair! is rapidly absorbed by the dehydrating agent present in layer 22. As a result, the hair becomes wet dried by the curler itself within a very short time. If the hair is then released from the curler by opening the clamping holder 21, the curled strands of hair now retain the curled shape given to them. Bs exists So there is no longer any need to use the uncomfortable hood dryer to create a permanent corrugation to achieve.

The used hair curlers with the absorbed Feuohtig-. saturation, can be reactivated and in their previous hygroscopic state by heating and drying them. So that means that they can be used again and again, which is extremely advantageous from an economic point of view.

As already mentioned above, by using the device according to the innovation produced curls and waves Maintain their shape for an extended period of time such curls and waves, which by the conventional look

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and curling methods and devices have been achieved because hair dried under the influence of heat becomes rough Surface and the flaky particles protruding from it tend to absorb moisture. this has in turn with the result that the hair as such softens, so that the conventional methods and with the aid of ' The curls and waves produced by the conventional devices cannot be retained over a long period of time.

The shape and structure of the winder body are not of major importance. In the case of the winder body 30 according to the figures 3 and 4-, the winder body itself consists of a cylindrical cardboard core 31 * in one end of the cylinder core 31 a flange 32 protruding radially near the outside is provided. A paper tube 33 is wrapped around the cylinder core 31 coaxially with it, so that between the outer jacket of the core 31 and the inner wall of the tube 33 an annular cavity is formed. This annular cavity is filled with silica gel powder. At the other end of the core 31 there is a. The flange 34 similar to the flange 32. The silica gel powder is packed so tightly through the paper tube 33 that a hygroscopic layer 33 is formed. The tube 33 is made preferably from the thinnest possible paper. For this reason it is necessary to protect the paper tube 33 against abrasion protection. For this purpose, the paper tube 33 can be enclosed by a fabric tube 36. The material forming this tube 36 must be a hygroscopic material, for example silk »on the two front ends of the

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tubular winder body can each have a cardboard disk 37 be put on, which serves to cover the unsightly inner structure of the winder that is becoming visible here. These face washers 37 can be used as heat medium carriers or also simply serve for decorative purposes. The end disk 37 is otherwise preferably provided with an opening 38 through which dry hot air can enter the winder when the winder is heated in a drying device in order to restore its original hygroscopic properties getting produced.

If the hair is to be curled using the curler according to FIGS. 3 and 4, the damp one is used for this Hair H wound onto the sole oh 36 and either through the Clamp bracket 21 τ, ach the Figures 1 and 2 or held by another suitable clamp bracket accordingly.

The clamping bracket shown in Figure 5 consists of two arcuately curved plates 40 and 41 · These arcuate curved plates are each provided on their outside with a longitudinally extending groove which serves to receive an elastic loop 42, which in turn, the two plates 40 and 41 holds together. It is thereby achieved that the arcuately curved plates 40 and 41 correspond to the hair H 5 wound onto the winder body 30 as shown in FIG keep. For reasons of material reduction, the plates 40 and 41 are preferably provided with perforations.

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In the embodiment according to FIGS. 6 and 7, a flexible, plate-like material 43 becomes hygroscopic as a result Properties given that it is impregnated with a solution of a dehydrating agent or by being between two flexible sheets one pushes sandwiohartig is introduced from a suitable dehydrating agent · on one A kind of axle 44 is attached to the end of the flexible sheet 43. In this embodiment of the invention, the damp hair H wound up together with the sheet 43 around the axis 44, so that according to the representation of FIG. 7 hair and plate alternately come to lie on top of each other in layers. The holder takes place here again with the help of a corresponding clamping device, for example the Eiemmlialts =

tion 21. The boll consisting of the damp hair H and the sheet 43 is held in this rolled-up position as long as until the moisture of the hair H has been absorbed by the hygroscopic sheet [43. As soon as then the hair as a result of the Ab-> sorption of moisture through the sheet 43 dried let, ■ j it is unwound from the sheet again and can then be styled into its new shape. 'i

The hair curler shown in Figures 8 and 9 corresponds essentially to the% shown and described above execution

rungeforms. Here the damp hair H is on the Vickler body [; ·

V 30 wound up. A hygroscopic | is created around the hair H on the outside pical sheet 43 laid around · In the illustration according to figure 9, the sheet 43 has a dehydrating agent layer 43a and a cover layer 43b. The ones from the Eaar

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Figures 10 to 13 show further possibilities for execution

The moisture absorption, i.e. the drying of the hair, can can be further promoted if the hair is inserted between two disks 48 which are assigned to one another in pairs, like this is illustrated in FIG. In this case, in which the hair is sandwiched between two discs, the upper

H and the sheet 43 are held on the winder body 30 by two plates 46 curved in an arc. These have arcuately curved plates 46 each at its end an articulated hook 47t which in turn with the opposite arc-shaped plate engages, as can be clearly seen in particular from FIG will. · ·

the furnace, in which the hair curlers in the form of discs ['

or platelets are formed. In the embodiment shown in FIGS. 10 f and 11, a disk 48 is given hygroscopic properties by impregnating it with a solution of a suitable dehydrating agent. An incision 49 is provided in the circumference of this disk 48. The damp hair H is inserted into the slot 49 on the scalp side leads, and the hair is placed in a spiral on the surface of the disk 48 as shown in FIG. ; In this helically wound position, the hair becomes H; held by a corresponding hair clip 50 until the moisture of the hair has been completely absorbed by the hygroscopic disk 48. .

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be designed be ale simple disk and need not have a Schiitβ.

In the embodiment according to FIGS. 12 and 13, the hair roller is designed in the form of a type of pad which is filled with a suitable dehydrating agent. The stiffness of shape is given to the cushion by a base plate 51. On top of this plate 51 is a layer of dehydrating agent 52 which is held in place by a piece of fiber material 53. The cushion is covered as a whole with a layer of a fiber material or a fibrous film 54, whereby the material 53 is protected against damage. In this case, {damp hair H placed on the spiral Polste- ■■■ tion and kept at this is to dry the hair. Again, any hair clip can be used to hold the hair H on the cushion element. The hair curlers according to FIGS. 10 to 13 can advantageously be used for winding up and curling hair that has been cut relatively short.

The invention was previously based on a special design ^ - examples explained, but it goes without saying that there are still numerous Changes and modifications are possible without thereby exceeding the scope of the invention.

Claims (1)

1. Hair dryer roller, characterized by a hygroscopic roller body and by a device for holding on to the Wioklerkörpsr rolled up hair the sour of hair moisture absorption by the curler body. 2. Hair token wiokler according to Claim 1, characterized in that that the Wiokler body is designed in the form of a cylinder. . 3. Hair dryer roller according to claim 1, characterized in that that the winder body is designed in the form of a flexible sheet. 4. Hair dryer wiokler according to Anspruoh 1, characterized in that the Vickler body in the form of a disk or a pad is formed. Hair dryer roller according to one or both of Claims 1 and 2, characterized in that the roller body a cylindrically shaped, dimensionally stable, lightweight core, a tubular core made of a fiber material Cover to form a ring-shaped tree around the having a cylindrical core and a layer consisting of a hygroscopic powder with which the annular space between the cylindrical core and the tubular A cover is filled, the tubular cover being designed at the same time as a medium for the moisture from the damp hair into the hygroscopic layer L. \. 6. Hair dryer according to claim 5, characterized in that daes the tubular cover with a second one Is provided with an existing protective coating. 7. Hair dryer roller according to one or more of the preceding claims, characterized in that the roller body f per essentially from Sillkagel, calcium chloride, kaolin or any other dehydrating agent {■ is. L. Θ. Hair dryer roller according to claim I _9, characterized in that cobalt chloride is added to the dehydrating agent for the display of the respective liquid saturation degree by discoloration. 9. Hair dryer roller according to one or more of the claims 1 to 3 and 5 to 8, characterized in that the device · ^ device for holding hair rolled up on the winder body from a two arcuately curved parts have- •• a ■ »((it«. • il »· lilt. * .- i ■ - ■■ ί the escapement bracket. M. 10. Hair dryer roller according to claim 9, characterized in that net that aur preventing the unintentional deformation of part of the captured hair in the opposite direction to the curl direction given by the curler the two curved parts have a straight line [| running section is assigned. <1 11. Haartrockenwickler net according to claim 4 »characterized gekennzeich- U that damp hair f spirally wound on the winder body and placed in this position is retainable by a hair I 'clip od. Like.. |