DE852745C - Method and device for preventing the hair from drying out during drying - Google Patents

Description

iWiGBl, p. 175)

ISSUED OCTOBER 16, 1952

L9299 X / 33c

Jean Leclabart, Paris

has been named as the inventor

Jean Leclabart, Paris

while drying

The usual hair dryers in hairdressing shops have the disadvantage that they give the Impair the shine and vitality of the hair. After drying with such devices The hair is often stiff and frizzy because it is not only dried out, but also dried out or drained. They are often also electrically charged and tend to spread apart, making combing difficult.

The purpose of the invention is to avoid these drawbacks. She therefore has to The subject matter of a method for drying the hair, which is essentially characterized by is that water vapor is mixed with the air blown on the hair, causing it to dry out the hair is to be prevented. It has been found that the addition of water vapor to Drying air does not extend the drying time and that this addition has the advantage To make the hair pliable, soft, healthy, shiny and not to be electrically charged.

It is also possible to mix the warm air with steam only after the hair has been pre-dried ^{by the warm air stream alone 1.} In this way, the overall drying time of the hair is shortened.

The mixture of warm air and steam can be produced in any suitable manner. You can z. B. let the warm air wipe over a water bath or with a damp body Bring it into contact or let it pass through a porous body moistened with water. Finally, you can also blow water vapor into the air. These different exercise

types, des; Process show that the devices required for this can be very different. For example, the water vapor can be blown into the air with the aid of an atomizer or a spray nozzle. · You may order Es'können in Lüftstfom with "a container connected wicks or similar body with water-soaked '. Used body from pore or sponge material.

ίο There are two embodiments of a device for exercising the invention Procedure described on the basis of the drawing.

Fig. Ι is a sectional view of a first embodiment

»5 leadership examples; '

Fig. 2 is a sectional view of a second embodiment. V

In the embodiment according to FIG. 1, the hood to be placed on the patient's head wears

ao a small container 2 filled with water or some other aqueous liquid, the through a calibrated spray nozzle 3 into the pipeline 4 flows through which the-i Wairtnluftin the hood 1 is passed. The air flowing through the Rohras line 4 tears at the outlet opening the spray nozzle with liquid droplets, which evaporate immediately due to the warmth of the air will.

In the embodiment of FIG. 2, a small sleeve 5 with perforated walls can be removed into the Wall dter hood ι used. The arrangement is made such that the cylindrical sleeve Slide it into the hood and into the stream of warm air leaves which is fed through the pipe ^. The can contains a sponge-like one Fabric soaked with water or another aqueous liquid, before drying you pull out the sleeve 5 with the sponge or other porous material and immerse it them in water or some other suitable liquid. You then push the can back into the Hood and supplies the warm air in the usual way. Through the perforated walls of the rifle the warm air comes into contact with the humid

th substance, or it passes through the can and carries away the evolved water vapor.

Is the dryer hood with a motor-fan unit and with built-in heating devices provided, the means for feeding

an aqueous liquid in the by the heaters heated ^ air flow arranged inside the dryer hood.

pie above-described designs and individual arrangements are only intended to serve as examples. Without Changes can be made from the spirit of the invention.

Claims (12)

Claims; ι. Method of drying the hair, thereby it is marked that the warm air used to dry "the hair" is used before it is touched mixed with the hair with steam to avoid drying out the hair. 2. The method according to claim 1, characterized in that that the warm air can be swept over an aqueous bath and steamed around it to mix, and that the mixture is blown onto the hair to be dried. 3. The method according to claim i, characterized in that that the warm air is brought into contact with a moist body and the mixture of air and water vapor blown on the hair. 4. The method according to claim 1, characterized in that that the warm air can be passed through a porous body soaked with water and the mixture of air and Blows water vapor on the hair. 5. The method according to claim 1, characterized in that that water vapor is blown into the warm air and the mixture of air and Steam is blown onto the hair. 6. The method according to claim 1 to 5, characterized in that the mixing of the Warm air with steam only after a pre-drying generated by the warm air flow alone of the hair is done. 7. Apparatus for practicing the method of claim 1 to 6 with an upside down The dryer hood to be put on the patient, into a pipe that supplies the warm air opens, characterized in that means for supplying a aqueous liquid are incorporated. 8. Apparatus according to claim 7, characterized in that the means for feeding an aqueous liquid consisting of a container with a spray nozzle that is in the stream the warm air flows in. 9. Apparatus according to claim 7, characterized in that the means for feeding an aqueous liquid consist of a porous body soaked with this liquid, which is arranged in the air flow. 10. Apparatus according to claim 7, characterized in that the means for feeding an aqueous liquid which opens into the drying hood for supplying the warm air Pipeline are installed. 11. Vorfichtung according to claim 7, characterized characterized in that the means for supplying an aqueous liquid in the drying hood are arranged themselves. 12. The device according to claim 11, characterized characterized in that the means for supplying an aqueous liquid within the with a motor-fan unit provided drying hood in which by heating devices heated air flow are arranged. iao 1 sheet of drawings 5412 10.52