JP2008055145A - Method for haircutting/hairdressing and washing_water supplying apparatus therefor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To reduce a shampoo consumption to restrain an environmental disruption. <P>SOLUTION: A gas supply pipe 8 is connected to a gas inlet 7 of a gas supply device 6 for sucking gas to pressure-feed it. The downstream end of the pipe 8 is confluently connected to a water supply pipe 3 connected to a suction inlet 5 of a gas-liquid mixing pump 4. Water sucked by the pump 4 and the gas from the device 6 are mixed and agitated so as to contain microbubbles in water. Thereby, micronizing clusters (molecule aggregate) composing water produces active water having an increased osmotic capacity (washing capacity). Using the active water as the washing water to wash the hair/skin eliminates the requirement of the shampoo or reduce its consumption. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a hairdressing / beauty treatment method for cleaning hair and scalp using cleaning water that contains more oxygen than normal tap water and is activated, and a cleaning water supply device used in this method.

  In the past, barbers and hair salons used to wash their hair and scalp with a hair washing agent (shampoo) and hot water after haircutting and after using drugs such as cold perm and hair dye.

  As far as the applicant can know, there is no prior art document that discloses the technology related to the present invention in the field described in the background art above, and the applicant does not know the prior art document to be described. Hmm.

  However, shampoo is said to be one of the causes of allergic diseases, and the water quality of rivers and oceans is deteriorated by discarding and destroying the natural environment. Although shampoos that are less irritating and are easily microbially decomposed in nature after disposal are becoming mainstream, reducing the amount used is also an important issue.

  The present invention is based on the above prior art, reducing the amount of shampoo used, and in view of the problem that must prevent environmental destruction, connects the air supply pipe to the air supply port of the air supply device that sucks and pressure-feeds the gas, The downstream end of the air supply pipe is joined and connected to a water pipe connected to the suction port of the gas-liquid mixing pump, and the water sucked into the gas-liquid mixing pump and the gas from the air supply device are mixed and stirred, By containing a large number of fine bubbles in the water, the clusters (molecular aggregates) constituting the water are miniaturized to generate active water with enhanced penetrating power (detergency), and the active water is used as washing water, By washing the hair and scalp with washing water, the above problem is solved by eliminating the need for shampoo and reducing the amount of use.

In short, the present invention mixes water and gas with a gas-liquid mixing pump, stirs and pumps it, so that active water can be generated and supplied inexpensively with existing equipment that is readily available. Since the clusters are miniaturized due to the inclusion of more fine bubbles than normal tap water, it can penetrate even the finest surface irregularities of the hair and scalp, exhibit a good cleaning action, and use shampoo At least it is possible to clean the stains, cold perms or hair dyeing chemicals.
Therefore, the onset of allergic diseases due to the use of shampoo can be prevented, and the deterioration of the natural environment due to disposal of shampoo can be prevented.
Furthermore, since the washing water penetrates well into the hair, the treatment effect is demonstrated, and the hair can be finished supple and softly.
In addition, it is said that it is important for hair loss prevention, hair growth, and hair growth to cleanly remove waste products such as sebum adhering around the hair root and to keep the hair root circumference clean. Many preventive shampoos are also provided, but if you look strictly at the chemistry, it is impossible to completely wash out the shampoo in the first place. There is a theory that the remaining shampoo has an adverse effect on hair roots and has become a new cause of hair loss, and the use of shampoo itself is regarded as a problem, but in the method of the present invention, shampoo is not used. In addition, it is possible to wash away the wastes around the hair roots, and if used repeatedly over a long period of time, it can prevent drastic hair loss, grow hair, and increase hair growth.

  Since the oxygen supply air having an oxygen concentration exceeding 21% by volume is sucked into the air supply device, more fine oxygen bubbles are dispersed and contained in the water, thereby further activating the above-mentioned effects. Improvements can be made.

  Since the active water is re-stirred with a static mixer, the fine bubbles containing the active water are further subdivided to produce highly active water with further improved detergency. This highly active water can be used as washing water. Since they are used, the above effects can be further improved.

  Since the oxidizing agent used for the permanent wave formation of the hair is contained in the washing water, the oxidizing agent is transported to the corners of the hair after the primary treatment with the reducing agent with washing water with high penetrating power. The degree of recombination of the side chains of the cut hair keratin is increased, the formed wave shape is maintained for a longer period of time, and the use of a small amount of water enables secondary treatment with an oxidizing agent and hair washing, thereby protecting the environment. Can also make a great contribution.

  If necessary, a small amount of shampoo may be used in combination, and even if it is very dirty, it can be cleaned with the synergistic effect of shampoo and washing water. There is little influence on.

  Do not connect the water pipe or hot water supply pipe directly to the gas-liquid mixing pump, but have a water storage tank, connect the water pipe to the water outlet of the water tank, and connect the downstream end of the water pipe to the suction port of the gas-liquid mixing pump Near the downstream end of the water flow pipe, the downstream end of the air supply pipe connected to the air supply opening of the air supply device that sucks and pressure-feeds the gas is joined and connected to the discharge port of the gas-liquid mixing pump. Since the delivery pipe was connected, for example, water or hot water was poured into the water storage tank, and an appropriate amount of shampoo, hair restorer, or oxidizing agent used for permanent wave formation was added to the water storage tank. It can supply cleaning water and is easy to use.

  If a shower head is attached to the downstream end of the washing water delivery pipe and the washing water is diffused and flying, it is easy to wash, and if a tapered nozzle is attached instead of the shower head, the speed of the washing water jet increases. Its practical effect is great, for example, a jet can collide with the scalp to obtain a massage effect.

Hereinafter, an example is shown and explained in detail about a washing water supply device of the present invention.
As shown in FIG. 1, the first embodiment includes a water storage tank 1 for storing raw water, and a water pipe 3 is connected to a water outlet 2 provided in the water storage tank 1, and a downstream of the water pipe 3. The end is connected to the suction port 5 of the gas-liquid mixing pump 4.
In addition, an air supply pipe 8 is connected to an air supply port 7 of an air supply device 6 that sucks gas and sends out pressure, and the downstream end of the air supply pipe 8 is joined and connected to the vicinity of the downstream end of the water pipe 3, A washing water delivery pipe 10 is connected to the discharge port 9 of the gas-liquid mixing pump 4, and a static mixer 11 is provided in the middle of the path of the washing water delivery pipe 10, and at the downstream end of the washing water delivery pipe 10, A shower head 12 having a larger number of fountain holes having a smaller diameter than that of the washing water delivery pipe 10 is attached.
Instead of the shower head 12, a tapered nozzle 13 may be attached, and the use of the static mixer 11 is appropriate and may be removed.

  The water used as a raw material may be hot water, cold water, so-called room temperature water of about 25 ° C., and may be at the taste of the person to be cleaned (the person who cleans the hair / scalp), but generally about 35 to 45 ° C. The hot water is suitable for the person to be cleaned.

The water supply method to the water storage tank 1 is appropriate. For example, the water storage tank 1 may be opened by opening the upper part of the water storage tank 1 by hand, or the water injection tank 14 may be provided with a water inlet 14. The water pipe 15 or the hot water supply pipe 17 of the water heater 16 may be connected, and the water tap 14 may be provided with a ball tap 18 so as to be an automatic water supply system such as a wash water tank of a flush toilet.
In addition, an electromagnetic sensor 19 for detecting the water level is provided in the water tank 1, and an electromagnetic valve 20 is provided in the water inlet 14 so that the water supply is electromagnetically controlled by the electromagnetic sensor 19 and the electromagnetic valve 20. May be.
The gas-liquid mixing pump 4 may be an existing one that is generally commercially available.

Static mixer 11 is a static stirrer that circulates a liquid such as water inside a cylindrical casing and generates a turbulent flow such as a swirling flow during the circulation, thereby stirring the circulating liquid. For example, a plurality of protrusions are provided on the inner surface of the casing, a plurality of protrusions are provided on the inner surface of the casing in an inclined state with respect to the liquid flow direction, or a plurality of honeycombs are provided inside the casing. The phase of the honeycomb holes is changed and the interior is fixed, and the substantial flow path of the liquid inside the casing is thus meandered in a complicated manner to generate turbulent flow.
In addition, since the technique about such a static mixer 11 is known and variously provided on the market, the commercially available static mixer 11 may be used.

Next, the mechanism of water activity will be described.
In the first place, water has a polarity in the water molecule due to the difference in electron affinity between the oxygen atom and the hydrogen atom, and the polarity forms a molecular group (cluster) in which multiple water molecules are electrostatically aggregated. The size of this cluster affects the water detergency.
That is, if the cluster is large (the number of aggregated molecules is large), the microscopic freedom of water molecules is constrained, the surface tension increases, does not penetrate into fine surface irregularities such as the object to be cleaned, and the cleaning power is low. The tap water has become like this.
However, for example, in mountain streams, water is impacted by collision with reefs and falls at waterfalls, and fine bubbles are mixed in the water, and oxygen and nitrogen molecules forming air are interposed between water molecules. The distance between water molecules is increased, the mutual attractive force due to static electricity is weakened, the clusters are subdivided (the number of aggregated molecules is reduced), and the microscopic freedom of water molecules is increased and activated. Yes.

That is, according to the washing water supply device described above, when raw water such as hot water is injected into the water storage tank 1 and the gas-liquid mixing pump 4 and the air supply device 6 are operated, the raw water flows through the water pipe 3. On the other hand, since the air inlet 21 of the air supply device 6 is opened to the atmosphere, the air is pumped through the air supply pipe 8 joined and connected to the water pipe 3, and this air and the raw material water are mixed, and the gas-liquid mixing pump 4 and is vigorously stirred by a rotating blade inside the gas-liquid mixing pump 4 and receives an impact, and air is finely dispersed and mixed into the raw water, whereby the clusters are subdivided to generate active water. .
Next, the active water is sent to the static mixer 11 through the washing water delivery pipe 10, and is stirred again by passing through the static mixer 11, and the contained air is further subdivided, and the highly active water having high detergency is obtained. It becomes.
Therefore, by washing the hair and scalp with this active water or highly active water, dirt, cold perm, hair dye and other chemicals can be washed away without using a shampoo or with a small amount of shampoo. It will be.

In addition, an oxidizing agent (for example, sodium bromate) used for secondary treatment of cold perm may be introduced into the water tank 1 to make the active water / highly active water containing the oxidizing agent, that is, a reducing agent (for example, Active water / highly active water containing oxidant is applied to hair whose keratin side chain cystine bond is cleaved by primary treatment with thioglycolic acid etc.) Osmotic agent penetrates every corner of the hair due to the penetration effect, and the recombination degree of the keratin side chain is higher than that of the conventional cold perm method, and the wave has a strong perm and excellent shape retention. It is formed.
In addition, when performing perm treatment with active water / highly active water containing an oxidizing agent in this way, prepare a plurality of cleaning water supply devices, and an active agent containing an oxidizing agent generated by one cleaning water supply device. After the secondary treatment with water / highly active water, rinse the hair with the active water / highly active water supplied by the other washing water supply device to wash away the residual oxidant from the hair. good.

Next, another example of the cleaning water supply device will be described.
In the second embodiment, as shown in FIG. 2, in addition to the configuration of the washing water supply device of the first embodiment, air and oxygen are mixed and sent to the intake port 21 of the air supply device 6 via the intake pipe 22. The gas mixture outlet 23 of the gas mixer 23 is connected and the air inlet 25 of the gas mixer 23 is opened to the atmosphere, while the oxygen inlet 26 of the gas mixer 23 is connected to the oxygen inlet 26 via a connecting pipe 27. The oxygen outlet 29 of the cylinder 28 is connected.

Ordinary air contains 21% air by volume, but this washing water supply device mixes air and oxygen by the gas mixer 23, and the oxygen concentration is adjusted to exceed 21% by volume. Enriched air is produced, and this oxygen-enriched air is dispersed and mixed in the raw water. Oxygen molecules and polar water molecules interact with each other. These clusters are subdivided and the detergency is further improved.
The mixing ratio of air and oxygen is appropriate. For example, a flow meter 30 may be provided in the middle of the connecting pipe 27 and the oxygen flow rate may be adjusted by opening and closing the valve 31 of the oxygen cylinder 28.

  Although not shown, the gas mixer 23 is not provided, and the oxygen discharge port 29 of the oxygen cylinder 28 is connected to the intake port 21 of the air supply device 6 via the intake pipe 22 so that only oxygen is supplied to the air supply device 6. You may make it suck.

1 is a schematic diagram illustrating a configuration of a cleaning water supply device described as Example 1. FIG. FIG. 6 is a schematic diagram illustrating a configuration of a cleaning water supply apparatus described as a second embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Water tank 2 Water discharge port 3 Water flow pipe 4 Gas-liquid mixing pump 5 Suction port 6 Air supply apparatus 7 Air supply port 8 Air supply tube 9 Discharge port
10 Washing water delivery pipe
11 Static mixer
12 shower head
13 nozzles
21 Air intake
22 Intake pipe
23 Gas mixer
24 Mixing air outlet
25 Air intake
26 Oxygen intake
27 Connecting pipe
28 Oxygen cylinder
29 Oxygen outlet

Claims (10)

  By connecting an air supply pipe to an air supply port of an air supply device that sucks gas and sends out pressure, the downstream end of the air supply pipe is joined and connected to a water flow pipe connected to the suction port of the gas-liquid mixing pump. The water sucked into the mixing pump and the gas from the air supply device are mixed and agitated to generate active water containing the gas. The active water is used as washing water, and the hair and scalp are washed with the washing water. A hairdressing / beauty treatment method characterized by washing.   2. The hairdressing / beauty treatment method according to claim 1, wherein the air supply device sucks oxygen-enriched air having an oxygen concentration exceeding 21% by volume.   The active water containing gas is further subdivided into high active water by re-stirring the active water with a static mixer, and the high active water is used as washing water. Hairdressing / beauty treatment method according to 1 or 2.   4. The hairdressing / beauty treatment method according to claim 1, wherein the washing water contains an oxidizing agent used for forming a permanent wave of hair.   4. The hairdressing / beauty treatment method according to claim 1, 2, or 3, wherein a hair washing detergent is used in combination.   A washing water supply device used for hair and scalp washing in hairdressing and beauty treatments, with a water pipe connected to the water outlet of the water storage tank and the downstream end of the water pipe connected to the suction port of the gas-liquid mixing pump Near the downstream end of the water flow pipe, the downstream end of the air supply pipe connected to the air supply opening of the air supply device for sucking and sending out the gas is joined and connected to the discharge port of the gas-liquid mixing pump. A cleaning water supply apparatus characterized by connecting a delivery pipe.   7. The cleaning water supply device according to claim 6, wherein an oxygen discharge port of an oxygen cylinder is connected to an intake port of the air supply device via an intake pipe.   The air inlet of the gas mixer that mixes and sends out air and oxygen is connected to the air inlet of the air supply device via the intake pipe, and the air inlet of the gas mixer is opened to the atmosphere while the gas is 7. The cleaning water supply apparatus according to claim 6, wherein an oxygen discharge port of an oxygen cylinder is connected to an oxygen intake port of the mixer via a connecting pipe.   9. The washing water supply device according to claim 6, 7 or 8, wherein a static mixer is interposed in the course of the washing water delivery pipe.   The washing water supply device according to claim 6, 7, 8 or 9, wherein a shower head or a tapered nozzle is attached to the downstream end of the washing water delivery pipe.

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