JPS5962006A - Method and apparatus for suction and drying combination set-ting hair - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Summary The present invention relates to a hair-tying method which comprises setting hair into a bundle after washing the hair or when drying the hair after washing.

When carrying out this method, the suction airflow (A) is:

It is sent to the inside of the suction pipe (//), and this suction pipe (//) is shaped by a shaping device (/j) in which the reduction part (37) becomes the bell 4 field.
Extend only that part. The airflow (A) is X −X′
is sent to the middle of the suction pipe. The shaping device (/j) of the bundle (lO) is brought closer along S so that the bundle is sucked into the shaping device iit <is). Next, the axis line X-X' of the Katazukesu [(/j) is tilted to the axis y-y' of the bundle (Hirono), and the end ( This device can be slid along the tVC so that it bends along the longitudinal displacement oscillation beyond the !

In this way, it is possible to obtain a ``curl paper'' effect that greatly changes the physical properties of the hair and controls the volume and waves of the hair to create any hairstyle.

This effect is enhanced by the use of a forced dryer which directs hot air towards the distal end of the shaping device (kC#).

TECHNICAL FIELD The present invention relates to set technology. The present invention is primarily for the ease of setting natural or artificial hair by means of drying and mechanical deformation.

In general, shampooing and rinsing are performed before setting in order to give the hair shine, improve combability, and allow the hair to be plastically deformed by the action of heat. I will not go into the detailed theory here.

Therefore, the hair is frizzy before being set. The hair is then treated strand by strand. In practice, there are three main techniques known for creating waves and volume in hair using physical methods.

In fact, one of the most requested hair styling purposes in reality.
One is to give your hair a sense of texture. This "volume" of the hair is achieved by adding movement to the part near the root of the strand, orienting this root according to the blunt angle of the hair's natural direction, which is generally slanted to the scalp. achieved. This effect is particularly difficult to achieve by mechanical methods.

The oldest technique for adding volume to hair is currently called setting (i.e., permanent when done in conjunction with chemical treatments that enhance the plastic deformation of the hair), which involves first applying wet hair. It consists of dividing the hair into strands using a comb held in one hand and the other. Each strand is then wrapped around curlers of a predetermined thickness according to the desired radius of curvature to create waves in the hair. Each curler is attached as close as possible to the base of the bundle. It is common for a curler to be threaded through a tube, one end of which rests against the scalp, to provide a clump of hair. Once all the hair strands are wrapped in the desired direction, a cap is placed over the hair that allows a jet of hot air to be sprayed onto the hair.

This is because the hair twisting, arching, and curling effects of the curler are combined with a physical method that heats and evaporates the water that covers the hair. [movement J] of the hair according to mechanical changes close to those that start
The phenomenon of plastic deformation of hair that causes hair is introduced. This is why the curler must be placed as close as possible to the roots of the bundle in order to give the hair a large angle with respect to the scalp. Additionally, each hair strand must be very large to obtain effective and long-lasting results.

These haircuts are very damaging to the hair and result in significant hair loss during each setting operation. Additionally, this technique is undesirable and dangerous when applied directly to the scalp, as the ends of the pins may be damaged by pressing against the raw scalp.

A new customary technique called "brushing" uses a cylindrical cedar splay with hard bristles arranged in a radial manner, and the action of a brush that is held in one hand and operated by the other hand. The setting is performed in combination with the action of a dryer that can be moved freely.

The theoretical principle is the same as the permanent principle. Hair is wrapped around the brush in strands.

A heat jet formed by a movable dryer, generally an integrated blower, is directed towards the brushes so as to immediately plastically deform the bundle.

The result is that a winding direction is given to each bundle.

The possible effects are very varied and very free, since the hairdresser constantly evaluates the results of the operation. Depending on the combination and direction of brush actuation and the intensity of the heated air jet, it can be wavy or curled, 9 decurled, or smooth.

This brushing technique is less damaging to your hair and scalp. On the contrary, the degree of retention obtained, that is, the retention of the hairstyle after setting, is also worse than that of the permanent hairstyle mentioned above. In fact, the first heat applied to the bundle is weak when it comes to permanent hair, and the heating is strong and uneven, so that unreleased forces gather in the middle of the hair, causing the hair setting effect to disappear very quickly. Become.

Furthermore, the technique commonly used at home is to use a comb held in one hand and the other hand to separate the bundles into nine bundles, and then place a cylindrical heating member on the heating member with a cover for curling the bundles. Each bundle is wound around a curling trowel made of This has the advantage that it can be easily carried out with inexpensive tools on each ship.

However, the temperature of the iron should be close to 0° at the surface, and if you do it incorrectly, there is a risk of burning your scalp, and it will get hot enough to cause irreparable damage to your hair.゛Furthermore, the hairdresser's wrists suddenly get tired because hair dryers and curlers are difficult to hold in place on the person's head, and the hairdresser's brushing operations also have to be done with curls. The operations used also lack precision.

Furthermore, it is difficult to set by brushing. This is because the hand without the brush has to handle a large and bulky dryer with a built-in motor, and the brush has to be rotated regularly to wind the loose bundles, making it extremely difficult to operate. This is because it is harsh. These difficulties make it difficult to perform hair setting operations by themselves using brush or curling trowel techniques.

In this case, the method that attracts attention is permanents.

The average time for a hairdresser to perform a set operation is as follows. In other words, in the case of one permanent, it takes 2Q minutes to wind with a curler, 20 minutes to 10 minutes depending on the length of the line, and 2Q minutes to comb, which takes about 7 hours. - In the case of shaping with a trowel, The etiquette is 70 minutes to ≠ θ minutes depending on the length of the hair and the child, the use of the trowel for 30 minutes to 7 hours, the final combing for 70 minutes to 30 minutes, and in the case of one brushing, brushing, flushing and drying. is 2
0 to 30 minutes, the last combing is 70 to 30 minutes, and in some cases, a trowel is used after that to thicken the wave effect of brushing.

Therefore, when conventional techniques are used, it takes a professional to set the hair for about an hour. Therefore, this kind of cost is very high. As a result, in order to make hair more affordable for the masses, there has been a gradual shift towards less brushed hair techniques and short or semi-long hair techniques that are referred to as ``natural.''

However, apart from the time required to use it, the brushing technique suffers from several problems arising from the following. That is,
− The moxibustion bather must use multiple brushes that are suitable for each radius of curvature of the waves to be applied to one hair.
, and - despite their frequent use on different types of hair, these brushes must be kept in a satisfactory clean and hygienic condition, which adds to maintenance costs, as mentioned above. It is tiring for hairdressers to use brushes.

This research will help improve a commonly used technique called brushing. This study is based on the following observations.

When brushing, the hair dryer is held in one hand and used against the natural fall of the hair, creating a clump release effect, which combines the thermodynamic effect of drying with the opposite effect of vertical clumps.

However, this release effect is relatively disturbed because this method does not really condition the hair, but scatters the hair without directing it into a narrow space.

The present invention aims to completely solve the cost problem and the difficulty of using the hair cent method by streamlining this "release" effect and perfecting it.

Therefore, the first purpose of the present invention is to propose a method that simplifies the number of tools used by hairdressers.

A second object of the present invention is to disclose a method that allows almost infinite variety of hair waves and their directions with a single setting device.

A third object of the invention is to propose a method and device for centrifuging hair, which can be kept perfectly clean over time and with low maintenance costs.

The fourth purpose of this publication is to disclose a method of setting hair that is very quick and simple, yet maintains the volume of the hair for a long time and makes it look attractive.

A fifth object of the present invention is to provide a method for treating hair in a non-woven manner.
The purpose is to propose a hair setting technique that is easy to use and that does not correct the hair and makes it unnecessary to use chopsticks.The sixth purpose is to understand the importance of tools used by hairdressers.

The objective is to increase the strength while reducing the difficulty of operation.

Furthermore, a seventh object of the present invention is to propose various extremely simple variations of the above-mentioned set tools, in order to reduce the original cost of the tools and popularize these devices, especially for home use. That's true.

In particular, the general objects of the invention are to save time and to:1. Since the power used by the hairdresser is reduced and the number of tools used is reduced, the whole operation is less cumbersome, and therefore it is more popular to make it possible to style hair like a professional.

For this reason, the present invention provides a method for tying hair into bundles after washing and drying the hair. This method is preferably carried out after the hair has been dried to a coarse brim, in particular by means of a conventional suction device, which is equipped with a spout for clamping the strands. In this method, the hairdresser visually or manually selects seven bundles to be treated.

The method of the invention requires the hairdresser to use a suction air flow which is laterally restricted by the inner wall of the so-called suction 1. Furthermore, the first end of this suction tube is placed opposite and close to the hair support, directing the air flow from the center of the suction tube to the outside of the hair support (particularly the scalp in the case of natural hair). point in the direction

The cosmetologist thus successively passes the bundle through the interior of said suction tube. In this way, the bundles can be dried, gripped, set, deformed and brought into contact with the wall of the tube without touching the bundles.

In a particularly simple variant of this method of longitudinally stretching the hair strands to provide directional movement during drying, the second end of the suction tube is connected to the inlet of a low pressure source, such as a common aspirator. This creates an air flow inside the suction pipe.

A voluminous effect is imparted to the hair by bending it lengthwise during drying and applying a bending force and a beard over the length of the bundle, the axis of which is oblique to the direction of the bundle.

In order to increase this phenomenon, the present invention further proposes to provide a small part at the first end of the airflow suction pipe, and the small part has a cross section at the tip, which will be explained below. Configure a set device with functions that can be used.

When the setting device is brought close to the base of the bundle to be processed, the bundle is sucked into the sheath located at the extension of the reduction section.

In this way, the 73011 tip part of this bundle is guided inside the suction pipe along the direction of the air flow, and the root part of the bundle, located opposite this special support, is upstream of the setting device, but not directly The tip is pulled apart by the force.

Thereafter, the axis of the setting device and the tip part of each bundle are given an arbitrary orientation opposite said root part, selected according to the desired effect, and against and on both sides of the transverse edge of the setting device. Gradually slide the bundle towards the outside of its support. The axis of the setting device opposite to the root portion of each bundle drawn into the tube and stretched 9 is tilted, and the bundle is curled against the ridge of the setting device and on both sides thereof. do. This curling then combines with the retention properties created during drying of the hair to cause deformation after treatment and local bending of the bundle in the direction of curling.

Of course, the effect of the bending and tightening forces imparted to the bundle by the successive positioning and setting devices of the opposite edges of the bundle is
It is imposed in accordance with any direction and with any strength effective to ensure any direction and winding diameter of the root of the bundle opposite its support.

In particular, if this slope is at an acute angle that is equal to or smaller than the angle of the hair relative to the plane of the hair support, the hair will grow according to its natural slope and flatten in this area. Similarly, if the slope is thicker than the natural angle of the bundle, the angle of the five bundles will be steeper than the natural angle at the base, and the base will stand up, so a larger volume effect can be obtained than when drying naturally.

Additionally, the bending of the bundle relative to the transverse edges and the sliding of the bundle relative to the edges creates a "curled paper" effect that can be compared to that produced when the ribbon used in gift wrapping is scratched with the blade of a pair of scissors. . This curl paper effect actually creates curls or waves at 7° in the hair, depending on the angle and sliding speed of the setting device relative to the root of the bundle.

Moreover, in a particularly effective supplementary variant.

- The rigid mechanical and bending forces that affect the bundle and in turn the strength of the deer K so as to change the curl paper effect and thus the radius of curvature of the wave.

Varying the flow strength of the suction airflow in a large part of the interior of the tube.

According to the method of the invention, the hairdresser's action on the hair tress is therefore carried out with non-independent mechanical parameters. - the length of the root part of the bundle external to the setting device; - the direction of the root part of the bundle relative to its support; - the direction of the tip part of the bundle relative to the direction of the root part; The suction force and the commanding speed of the bundle inside the set device.

The hairdresser can instantly and conveniently create a hairstyle by rewinding the set operation. In particular, the diameters of the curlers, heating members, and brushes cannot be absolutely determined, unlike conventional types.

Historically, in traditional methods, the freedom in shaping the bundle is limited to two levels depending on the tools used, in particular: - the hairdresser using curlers of a predetermined diameter can choose the direction of the curler and its pulling force; By means of a curler of the type that is integrated with each bundle, which receives the same curling effect, it is possible to have two degrees of freedom - as well as a curling iron or a brushing area. The brush also has a degree of freedom: on the one hand, it is created by directing the bundle with a tool, and on the other, one of the bundles in its curling cylinder consists of a deer.

Furthermore, shaping according to the present invention is performed in the following manner.

When you add a weak bearded deer to one hair, it has an aerodynamic effect,
The force is applied to the entire side of the sheath downstream of the hair in the suction tube, and is not localized or messy as when using a trowel or curler.

Moreover, this force is very persistent during sliding of the bundle along the setting device, and this pulling force is applied to the entire root of the bundle, supplemented by the force of the hairdresser's hand, and even during the permanent setting. There is no need to pass the bottle through the curler like this. Therefore,
There is less risk of damaging bundles of hair by pulling them together, or of damaging the scalp by pulling or burning them than with conventional techniques.

A particularly effective variant of the method according to the invention combines bundle orientation with intensive drying. To this end, a directed drying air jet is directed toward the root of each bundle and near the inlet of the reduction section of the setting device.

thus.

- the force and bending force exerted on the bundle by the setting device.

- In order to make the HJ plastic shape more powerful, it is combined with the physical (thermodynamic and mechanical) action exerted on the Q hair by the drying jet near and within the reduction part.

Overall, this variant makes it possible in particular to dry the bundle while guiding the base of the bundle in any arbitrary direction, and by shifting the point of action on the transverse edges of the shaping device, The strength of the target deformation effect can be changed, and the durability of the sea wave phenomenon can be extended without increasing the drying time.

Furthermore, in a preferred variant of the invention, the length of the suction tube is at least equal to the length of the hair to be treated, so that each hair can be fully elongated inside the tube.

Furthermore, this variant implementation confines the bundle within the tube by suction and places at least a portion of the drying jet in the suction air stream. In this way, the bundles are dried within a confined space, increasing the thermal efficiency of drying.

A simple variation of the method of the invention is to use a single identical source of air motion,
In this case, use an aspirator.

one moving a suction air flow within the suction pipe; I am trying to create an air jet for one dry gland.

For this purpose, the second end of the suction pipe is connected to the air inlet of the aspirator. Similarly, the first end of the flexible tube is connected to the air outlet of this same aspirator. Attached to the second end of this simple tube is an orientable tip. A heating device is placed in the orbit of the drying air jet. The tip is oriented in the direction of the bundle near the reduction part of the setting device. Of course, it is preferable to arrange the heating device as close as possible to its tip, in particular in it, to avoid unnecessary heating of the tube.

Jin's method creates a partially recirculated air suction and heating flow at the end of the machine, which limits the power needed for heating and allows only a single suction device to be used. Just do it.

The present invention also includes a device with which locks of hair can be set very quickly and simply according to the method described above. This device is
It is characterized by a combination of a low-pressure source such as an aspirator with a flexible tube for sucking in the hair strands to be set, and the second end of the flexible tube is connected to the inlet of the low-pressure source. connected. At the first free end of the suction tube, a reduction part is arranged, which constitutes a hair setting device and has transverse ridges for shaping the bundle.

When the low pressure source is activated, suction occurs near the first end, so that a directed suction airflow is introduced into this tube and directed from the first end toward the second end. When the first end is brought close to the bundle, the bundle is sucked and captured in a shaping device where it can be processed according to the method of the invention.

Of course, flexibility may be provided around 1 so that the setting device can be easily operated on the hair.

Furthermore, in a preferred variant, the device according to the invention is provided with drying air.
Manually operated means are provided for generating the jet in a direction near the root of the bundle and according to varying orientations.

This supplemental variant incorporates mechanical actuation resulting from the combined bending and longitudinal forces of the bundle against the edge of the shaper extending in the suction tube and intensive drying by the drying air jet. , in combination with the sustained action of plastic deformation resulting from the heat action that dries the hair, sets the tresses.

Other features and advantages of the invention will become apparent from the description given in conjunction with the accompanying drawings.

Further, the description and drawings are merely examples and are not intended to be limiting.

In FIG. 1, a hair suction and drying device according to the invention is designated by (1). This device is an old-fashioned aspirator of the type consisting of a hollow cylindrical vertical body (3).
(2) The main body (3) has a separate small wheel (3) at its lower part that facilitates its forward and multi-directional movement relative to the floor.

(-1) and (6), with a cylindrical body (3
) is covered by a removable top plate (7) with claws arranged around the fic (ri).

At the top of the top plate (7), there are parallel, vertical and horizontally arranged openings. That is, one side is a suction pipe (//)
(left side in Figure 1), and the other is a drying tube (/3) (right side in Figure 1).

The first end (/, 2) of the suction pipe (//) is connected to the device (lj), and the second end (/6) is connected to the cylinder (/7).

Similarly, the drying tube (13) has a cylindrical body (/2) of the same type as the cylindrical body (/7) at its first end. The suction pipe (//) and the drying pipe (/3) are constituted by the same annular passage of type a, which means that the mounting k (lj) + (2/) is connected to the left hand (/) of the hairdresser (not shown), respectively. -3) and right hand (2) are flexible enough to be easily manipulated.

The hairdresser has set a total of 3 hairs (3λ) each sitting on the foot (33) according to the method described above.

Before doing this method, wash your hair (3.
Rinse and dry roughly.

The method of the invention is therefore schematically illustrated in principle with reference to FIG.

Note that the device <is), which is an extension of the suction tube (//), ends at its end (3j) at the constriction (37).

In line with the method described above, the suction airflow A is directed into the interior of the device (is). Next, the hairdresser should treat the hair (30)
Apply the end (3j) of the device (/ri) to the bundle (<20), and insert the part (4t, 2) of the bundle (≠) into the suction tube (ll).
This end is brought close enough so that it can be sucked into the inside (ri 3) of the constricted part (37) which is the extended part of.

Because the air pressure decreases between the outside (ll-≠) and the inside (≠3) of the device (/), the tip portion (412) of the bundle (≠)
is the first end (ll) of the suction pipe (//) and the second end (1
6), it will be in a state of being stretched tightly in the direction of airflow A.

The hairdresser cuts one bundle (4to) of hair (
When bringing it close enough to the root (4tj) of 4t
Move the device (#) in the direction of the scalp (!O) so that the root part (Hiro♂) of the scalp is stretched. Next, the axis y-y of the root part (1, L) of the bundle (II-0)
The axis xx' of the device (/) is tilted by an angle a with respect to '.

From this fact, the tip of the bundle (4t) is
j), and the fruit (gQ) is in contact with the inner wall (j) of Table 6 (
37) is bent on both sides of the distal end (t4t).

Along with this, the hairdresser uses her left hand (23) to create a bundle (4tO).
) with a pull p force that pulls the root part (Hiroza) along the symbol U! (/-t). next.

The bundle (a(17)) is attached to the scalp (jfO
) and retract the sliding device (lj) outwards along t.

This bending movement of the bundle (Hiroo) along a sufficient angle as mentioned above, together with thermodynamic and mechanical effects, gradually dries the bundle (4t) of hair (g6). It is easy to see that after such processing, that is, the device (lj
) is completely moved away from the bundle (San's), a hairstyle like the one shown in Figure 3 is created.On the other hand, the root (≠j) of the bundle (Hirono's hair (≠6)) approaches the scalp (
Inclined by i with respect to Xitong's position U on j.

On the other hand, the bundle (ll-no's curl (Otsu-no's wave) (J,
2) A "curl paper" effect occurs.

And all the quantitative effects, i.e. the hair of the bundle (pQ) (
Every working part and every radius of curvature (r) of the curl (60) and wave (62) for the root (pg) of the root (pa) is the lateral end (!) from the root (4tt) of the bundle (ll-). The application distance of ri and one bundle (Hiroo O
) is the angle (
j) and a device i that is tilted by
The direction of the tip (value) of the bundle (4t) inside <is> is It is easy to see what can be achieved by combining them.

The device (/j) therefore dries one strand of hair (3).

- A device that moves and shapes hair strands allows for almost infinite variety of waves and directions of hair strands.

We will therefore call it the setting device.

Furthermore, the hair shaping method described above is carried out inside a shaping device (/j), and the inner wall of this device has no angular properties to make the hair shaping process extremely easy. I don't have either.

Figure 1 shows a preferred embodiment of the device (1) according to the invention. In this drawing, the shaping device (/j) is a tube (/
/) and the cylinder body (/7), which is connected to the filter pocket (
7J) (more on this advantage later).

The device (2/) is clearly depicted on the left side of the figure.

This device is a device for drying the hair while it is being shaped with the device (/j) in order to maintain the obtained set effect for a long time. For this purpose, the reduction part (37)
Strong drying is performed while directing the air jet S in the direction of the tip (Hiroshi λ) of one bundle of ties near the entrance of the tube.

The direction and point of action of Air Jet +8 is that hair (3Q
) is selected to vary the local plastic deformation effect of the resulting bundle (g).

Furthermore, the length of the tube (/l) is preferably at least equal to the length of the hair to be treated. In fact, in this case,
The bundle (Ilo) is completely sucked into the interior of the device (/) and a portion of the drying jet 4S is guided inside the tube (//) to confine the bundle during processing and dry it more effectively. Because the hair (≠6) can be stretched, the hair (≠6) will not be mechanically stretched, and the hair (3) will not be damaged or burned.

In a very simple variant, the drying jet s can be generated by a stand-alone hair dryer of the type currently used in beauty salons and individuals, with built-in resistance. The apparatus shown in Figure 1 is particularly intended for use by professionals.

The device (2/) is actually a tip (7j) with four directional tubes attached to the end of a tube (/3) that is connected to the diasbillator (,2) by a cylinder (/ri). It is configured.

In this modification, there is virtually no nitrogen flow (A) inside the tube (//).
The same suction device is used to create the air jet 8 inside the tube (/3). This air movement is caused by a blower fan ff1 (77) (consisting in a known manner of a motor and a blower) and supplied with electricity by electric wires (7). This blower (77) is arranged vertically inside the cylindrical body (3), and the top plate (
7) is connected to if (/3) by a hole (Zano).The direction of rotation of the motor is such that the pipe (l/) is located on the electricity inlet, the E side is located on the E side, and the pipe (/3) is located on the air blower ( 77) on the air outlet side C8'J.The function of this device is therefore clear.

Furthermore, a conventional electric resistance type air heating device (f/) is arranged on the orbit of the air jet S inside the device (2/) and at a position slightly upstream from the tip (7j). ,
The device (21) (hence the name drying device) also has a handle (♂) so that it can be easily operated with the hairdresser's right hand.
) is attached. This ingenious construction reduces the weight of the drying device (,2/) by having to use only one and the same suction device (77) and by removing its blower and making it easier to move.

Other complementary characteristics of the device (1) make it particularly easy and effective to use.

The dimension of the end (t3) of the tip (73) is smaller than the internal dimension of the reduced part (37), and as shown in Fig. The air jet 3 leads completely directly into the interior of the suction pipe (//).

In this variant, the heating device i! (-2/) and the setting device (tj) operate in a closing cycle, so device (1)
The thermal efficiency and thermal properties of

Furthermore, the setting device (15) and the tip (7j) are each made of a tube (
//) and the device (, 2/) with the tube (/3) in a removable and replaceable manner. Then, a hairdresser can adapt the geometrical and dimensional characteristics of the active device of device (1) according to the shape effect desired for the hair; Cleaning of these devices that come into contact with hair (3) becomes particularly easy.

FIG. 1 shows the appearance of the shaping device &C/6) recommended for installation in the suction pipe (//).

The suction pipe is constituted by a tube extending the suction in the direction XX' of the airflow (A). The cross-section of this tube is rectangular as can be seen at the distal end (90).The long force sides (R/) and (R2) of the distal end (90) are
The bundle (≠) constitutes the two cross products that are bent there.

In the variant illustrated in FIG. 5, the distal portion (O) of the constriction (37) is substantially straight laterally along the line W'.

The applicant notes that it is particularly effective in practice to make this part (length of 2) approximately ! length L and thickness (e) of approximately jvp. In this case, by sucking in the bundle (IIL) through the reduction part (37), the bundle spreads along the direction y, y, , and becomes smooth on the one hand.

Furthermore, the filter pocket (7λ) is located inside the cylindrical body (3) of the aspirator (2), and also inside the suction pipe (/
Hair (/) that is accidentally plucked out and sucked into the suction air stream (A) during the seven-day drying process is (S) does not flow cyclically inside.

Regarding the central part of the removable top plate (7) installed above the aspirator (2), this top plate is connected to the outlet (7) to which the electric plug (2) is connected.
), the plug is inserted into the cable (#) 2), and the cable is connected to the pipe (13) near the cylinder (/).
has entered the inside of. This outlet has two switches (///) and (//2) and an adjustment knob (
//Hiroshi)'s conclusion #Il! (107) −(70g) and (
It is for connecting the (10) with (/θ) and also for supplying electricity to the heating device (za/) via the cable (//7). (
// allows for some manipulation of the flow rate of the suction airflow (A) via the cable (102). The operation (S) is also similar.

This property allows the hairdresser to vary the curls and waves of the curls applied to the bundle, and for this reason, the set can be made more easily.

There are buttons (///) in some places 1k. The hairdresser uses a resistor (/, 2 - (/2/) that constitutes the heating body (g))
- (/,!, 7 or some of the cables (102
) can supply electricity through button(//
, 2) is a simple on-off switch for the entire device, which can immediately stop its operation when a problem occurs.

The electrical supply cable (#7-2) is connected to a button (/// )−(
/7.2) and the control knob (//). This conversion device performs the operations described above.

Furthermore, the outfit! The electricity supply cable (7ri) of (1) is connected to the heating element (77) via the auxiliary cable (102).
) and supplies electricity. For this reason, a single power supply cable (
7) allows the device to be activated.

Furthermore, a tube (/l) and a drying tube (/l) are installed in the upper part of the device (1).
The ends (/O) and (7g) of 3) are placed straight and almost in the center, and moreover, it is a small car (≠L(').

The actuation of (J) allows the equipment ftC/) to easily translate and rotate in multiple directions with respect to the floor, making it particularly easy for the hairdresser to move. In order to move the entire device, especially when changing the radish (1), it is recommended to move it by holding the grip 9 handle (/, 2j) (see Figure 1) attached to the top of the radish (7). can. When transporting these, it will be found that it is better to remove the cylinders (17) and (/) of the tubes (//) and (/3) in order to reduce the space of the device.

Applicants retain exclusive rights to the above-described invention and its effects as illustrated in the examples set forth herein, without limitation, during the term of the patent.

[Brief explanation of drawings]

FIG. 1 is an overall diagram showing the features of the device combining suction and drying according to the invention for setting hair, and on the other hand shows how a hairdresser can treat the hair of one of his customers. FIG. 2 schematically illustrates the functional principle of the device of FIG. 1 according to the method of the invention for adding volume to a lock of hair; FIG. The Figures show the results obtained after treating a lock of hair according to the method of Figure 2, Figure 3 schematically shows the basic components of the device of the invention, and Figure 3 shows the results during the treatment. 2 illustrates a modification of the setting device of the device of FIG. 1, which is capable of smoothing the bundle; A... Suction airflow C... Device λ... Aspirator-7... Plate body/3... Drying tube
/j...Set device 8...Dry air jet 30
...Hair 87...Reduced part ≠O...Hair bundle≠2...Tip part of the bundle Now...Root part of the bundle j
≠...After traverse 7j...Heating tip 77
...Blower 7ri...Cable♂/...
・Internal heating system r2...Gripping device F (7...Blow mouth procedure amendment power January 1982 I-Chome Commissioner of the Patent Office Kazuo Wakasugi 1, Indication of the case 1982 Patent application No. 208367 No. 2, Name of the invention Suction drying combination method and device for setting hair 3, Relationship with the amended person's case Name of patent applicant Garbo Sociek Non Corretijo (
Nationality) (Italy) 4. Agent 5. Subject of amendment (1) Source of priority certificate and translation (2) Drawings (3) Complete specification. (4) Letter of attorney (original and translation) (5) Patent applicant's column in the application. 6. Contents of amendments (1) Male 1 Mr. Son (2) Official drawings (changed to contents) there is no)
. (3) Type-engraved specification sheet, 8 inches open on one side (no changes to the interior). (4) Okimari Raku Isun (5) Amended application form with the name of the applicant's representative added! Jem
The size of the wall is M.

Claims (1)

[Claims] +1) Since setting is performed while introducing the tip of the valley hair bundle into the center of the suction airflow (A), the hair (30
), the direction of the hair is limited by the inner wall of the suction pipe (//), and the first End a C
1 is placed opposite and close to the hair support, in particular the scalp (10), and said suction airflow (A) bundle is placed in the vicinity of said hair support. towards the center of said suction tube (//), i.e. towards the hair (
3Q) are suctioned into the interior of the suction tube (//) and guided successively, and in this way the p
, A suction drying combination method for setting hair, which is characterized by setting the hair without actually touching the hair. (2) The other second end (16) of the suction pipe is specifically connected to the low pressure source of the aspirator (,2) in order to set the suction airflow (A) to be directed into the interior of the suction pipe (/l). The method according to claim 1, characterized in that the hair is connected to the inlet of the hair and while drying, the hair is oriented by pulling the hair <3O bundle (j) in the vertical direction. (3) The hair is curled and deformed in the vertical direction while drying by applying a bending force over the length of the bundle of hair (3) with an axis of action inclined with respect to the direction of the bundle; Airflow (A) suction pipe (//
) is formed with a reduced portion (37) having at least one transverse ridge at its end, and constitutes a setting device (/j), while the setting device (/j) is formed with a Set the hair strands (1, t) facing each strand of hair, and
! (/r) is brought closer to the era name in the direction of the support (jO) of the bundle in the following manner, that is, first, at least a part (tip part) of this bundle (Hirono) is attached and this is connected to the suction pipe ( /l) of the hair (30).
50) and the transverse ridge (jμ).
) is treated with the root part (+, r) of the bundle <po) facing its support, and finally with the set fk <
/j) axis #x −x,” is the root part of the bundle (Hirono (4t
The hair bundle (IIL) is bent from the support (<10) in such a manner that the hair is bent slightly on both sides of the transverse ridge (j≠) of the setting device (1) at a slight inclination with respect to the direction of Gradually slide it in the direction of moving away, thereby positioning the p setting device (/j) continuously and locally facing the bundle (Hirono) and setting this set device for the tip (L2) of the bundle (4t). /j), the resultant force of pulling force and bending force is transmitted to the various hairs (≠6) constituting the bundle (q) in all directions and according to all effective strengths,
3. A method according to claim 1, characterized in that plastic deformations are imparted to the hair strands 6) of the bundle (≠O) to impart the necessary waves and direction. (4) The suction airflow (A) is adjusted according to various flow rate ratios in order to change the curling force and bending force applied to the set bundle (4t) and give a chest effect to the hair (30). The method for setting hair (3) according to any one of items 1 to 3, characterized in that the hair is produced toward the inside of the suction pipe (//). (5) By forming the inside shape of the reduced part (37) of the setting device (/ri) into a round shape over its entire length, the bundle (Hirono's hair (IIL6)) can be flattened without coming into contact with the angle part. , a method for setting a bundle of hair (3) according to any one of claims 1 to 5, characterized in that the hair is slid into the inside of the reduction part (37). (6) The setting device (the previous day of /) The reduced part (37) is made into a rectangular cross section (in the shape of a wind pipe), and the two longitudinal sides of the cross section constitute the two transverse ridges (ri/, octopus). A method for setting hair (30) according to any one of claims 1 to 5, characterized in that: (7) the reduction @ (37) is performed by directing suction air A method for setting a bundle of hair (30) according to any one of claims 1M to 6, characterized in that the hair (30) is formed into a shape of a blowing mouth that spreads in the direction of (A). (8) The reduction part (3) of the set equipment fit, C#
In the vicinity of the entrance part of 7, the root part of the 6 bundles (cap 1,
Direct the jet of drying air (S) towards 9 changes which combined the plastic deformation effect guaranteed by the jet of dry air (S) directed towards the hair (30) and enhanced the localized effect of the plastic deformation of the bundle of hair (30). Items 1 to 7 of the Patent dN claim are characterized in that the entire bundle to be treated is guided in all effective directions, especially near its root (≠5), and dried from force. Song Dynasty (110) of hair (30) as described in any of the paragraphs
Set force method. (9) Make the suction pipe (//) at least the same length as the length of the hair to be set, and trap the end (≠) inside the suction pipe (//) to suck in the dry air. (At least a part of the wire is directed toward the center of the suction airflow (A), and in this way, the six bundles are continuously dried inside the confined interior, thereby substantially shortening the wire turning time.) A method for setting a bundle of hair (30) according to claim r. The first end (/6) of the flexible drying tube (/3) is connected to the inlet of the aspirator (2), while the first end (/3) of the flexible drying tube (/3) is connected to the inlet of the aspirator (2). A tip (J/, 74-) which is connected to the air outlet and further directs the air jet ejected from the flexible tube (13) precisely to the second end of the flexible tube (/3). and a heating system (za/) of a gust jet is arranged in the ejection path of the air song fi(s), and preferably downstream of the end of the epoch, preferably inside the tip. Then, after 4, this tip C76
) K, Cent Equipment (/j) 6th Liaobai Xiao Residence (37)
, in the direction of the progenitor part (G♂) of the 6 bundles (Hiro 0), thus using 7 aspirators (2) and 7 motors on the one hand, and on the other hand the bundle under treatment (l/ Circulating at least a part of the air 1jJtOfc introduced into the suction pipe (l/) or already present therein into the inside of the heating pipe (/3) around Lθ). Claim No. 2, characterized in that the heating efficiency of the dry air jet (8) can be increased and the heating power thereof can be utilized at the same time.
The method according to paragraphs and paragraphs g. Operate the U-set device (#) with one hand and position it against the bundle, while the ,”＋
71. The method for setting and drying hair strands (ri0) according to any one of claims r to 70, characterized in that the hair strands (ri0) are operated together using the other hand. (1) At least one low pressure source and 1% aspirator, a flexible suction tube for setting the hair bundle (Hirono), and the suction tube is connected to the length of the hair bundle (≠) to be treated. Its first free end (12) has a reduced part (37) forming a transverse ridge so as to constitute a hair setting device (/j), and its co-end (/6) has at least equal length. ) is connected to the air inlet of the low pressure source (-2), and when the low pressure source (2) performs suction, suction occurs near the first end (/2) of the suction pipe (//); The suction airflow (A) is from the first end (/2) to the second end (16)
is guided towards the center of the suction pipe (//), and at the appropriate time (
Each bundle (410) can be grasped by simply bringing the first end (12) of the hair (//) close together, and the flexible suction tube (l/) further connects the setting device (/j) to the hair ( 3. It has sufficient flexibility to be easily manipulated.
Furthermore, with a manually movable device (2/) suitable for producing a jet of dry air (8), this device
) to the root of the hair (l/1g), and can move in any direction relative to the hair support (j). The mechanical action of the plastic deformation resulting from the twisting force of the bundle (4LO) on both sides of the transverse edge (j≠) of the device (13) and the longitudinal pulling force υ and bending force due to this edge An apparatus for continuously setting a bundle of hair (30) according to the method according to any one of claims 1 to 1/1, comprising a combination of the above. (13) The low-pressure source is an electric A bundle (110) of hair (30) characterized by being an aspirator (λ)
13. The apparatus according to claim 12, wherein: 041 The movable device that generates a jet of drying air (s) is characterized in that it is composed of a resistance-type automatic dryer and a blower, and the movable device that generates a jet of drying air (s) is characterized in that it continuously sets hair strands (<10) to Device according to paragraph 1 or paragraph 13. 1J5) The movable device generating the jet (8) of dry air comprises an electrically heating internal system (jet);
A heating movable tip (7j) with an additional mounting (J'-2) that can be easily held by hand, and a flexible drying tube (/
3), the first end (/za) of the drying tube (/3) is connected to the air outlet of the aspirator (2), and the second and second aperture (λO) is the front end for heating the front grip. Claim 1, characterized in that:
73. The apparatus according to claim 73, which is set continuously according to the method of claim 0. 16) The hair setting device is configured before expansion,
The mouthpiece (riO) of the reduced part (37) is characterized by being long and linear in the horizontal direction (along v-w'), and the hair (3
Claim 72 characterized by a bundle (4tO) of
The apparatus according to any one of items 1 to 1j. 1'0 The mouth of the reduced part (37) has a width of approximately tan・,
Hair (3
A device for setting a bundle of particles (<10) according to claim 1. Kake: The hair setting device (/even) is placed in front of the flexible tube (//)■
It is removable outside the first end (/λ) of pi and is 31! :
The hair (3) is equipped with a removable device and is characterized by being able to give an elaborate shape to the hair (3) and changing its size and shape.
30) The device according to any one of claims 1 to 17, which sets the vermilion (red) color. The electric aspirator constituting the low pressure source to which the CILJ suction '# (//) is connected has a plurality of Hair that resembles having speed (30)
The device according to any one of claims 73 to 1♂, characterized by a bundle of (HiroO). ■ The tip of the device that turns the jet of dry air into hot water (
7j) has a lateral dimension smaller than the internal dimension of the end nozzle of the reduced part (37) of the set device (/), and this tip (7j) can fit into the set Hk A bundle of hair (30) (Hirono's The apparatus according to any one of Claims 1/1 to 77, wherein the first end (/6) of the suction pipe (//) is treated. A patent characterized in that a tuft of hair (30) is characterized in that it opens almost perpendicularly to the upper part of the aspirator (2) for easy manipulation of the hair (30). The apparatus according to any one of claims 73 to 20. (22) The aspirator (a) is provided with a means (in particular, a small wheel) that facilitates translational movement and multidirectional rotational movement on the floor.
L'+O), while the first of the flexible tube (//)
The end (/6) and the end (lt) of the kan (/3) are lined up horizontally in the upper part of the aspirator (,2), and the vermilion (30) of the hair (30) is connected vertically. % to set lO)
The device described in the scope of the visit. (26) The aspirator (, 2) has the shape of a cylindrical vertical body, and its upper part is υ by a removable flat plate (7).
On the other hand, the plate (7) is opened with λ holes, in which the suction pipe (//) and the dryer (/3) are arranged parallel and perpendicularly; , aspirator
The air blowing system (77) is located perpendicularly to the two holes in the front dpi, and is characterized by a hair bundle (to) located in the cylindrical body. The device according to Claim No. 22Ji4. (24) Filter device & (7-2) is the affirmative (/3) No.!
A patent characterized in that it is located between the end (7g) and the third/end (c) of the suction pipe (//), and prevents the hair that has entered the suction airflow (A) from circulating inside. Claim 1
A device for setting a bundle of hair (30) (≠) as described in item jt. The device is characterized by a hair (3θ) bundle (≠ of The device according to claim 13, item 2j. (26) The automatic drying device is supplied with an electric couple, and the aspirator is connected to a shunt with an auxiliary electric plug to which the aspirator is supplied. A device according to any one of claims 1 to 2, characterized in that the hair strand (10) terminates at the location of the plug.