JPH07322916A - Bubble hairdressing material coating comb - Google Patents

Abstract

PURPOSE:To uniformly discharge a bubble hairdressing material over the whole base from the through holes of a comb or a brush by fitting a comb main body to a support base so that the comb teeth are located on the opposite side to ejection nozzles, and arranging a bubble passage with the outer periphery of an ejection pipe and the inner periphery of a comb main body wall between the ejection nozzles and bubble discharge openings protruded among the comb teeth. CONSTITUTION:A hold section 2 inserting and supporting a dressing material ejection container 1 is provided on the inner periphery of an inner tube 22, a holding ring 23 is provided at the lower end of the inner tube 22, a coupling protruded ring 24 and a positioning protruded stripe 25 are provided on the periphery, and an operation lever 26 is formed on it. A comb main body 4 is fitted to a support base 3 so that the comb teeth 43 are located on the opposite side to ejection nozzles 35, and a bubble passage 45 formed with the outer periphery of an ejection pipe 33 and the wall inner periphery of the comb main body 4 is arranged between the ejection nozzles 35 and bubble discharge openings 44 bored among the comb teeth 43. When the operation lever 26 is pressed, an ejection nozzle is pressed down, a dressing material is filled into a filling hole 34 in bubbles from a nozzle 11, and the bubble hairdressing material is uniformly spouted into the bubble passage 45 from the ejection nozzles 35, and hairdressing can be uniformly made.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a foam-like cosmetic composition, and more particularly to a comb (including a brush) adapted to prepare hair while applying a foam-like hair styling composition.

[0002]

2. Description of the Related Art Combs and brushes for uniformly squeezing foam-like hair styling products and other foam-like cosmetics through a through hole provided in a comb or brush base to apply hair to the hair are known, for example, in Japanese Utility Model 3-. It is conventionally known as disclosed in Japanese Patent No. 42806 and Japanese Patent Laid-Open No. 5-15407.

In the above-mentioned Japanese Utility Model Publication No. 3-42806, a foam channel is provided in the longitudinal direction in a substrate having a large number of bristles projecting from it, and the base end of the foam channel is connected to a foaming means. A plurality of through-holes for releasing the foam flow passage are provided along the flow passage on the brush surface, and those through-holes are formed so that the closer to the above-mentioned foam generating means, the smaller, and the larger the distance becomes, the larger. There is described a foam-type hairdressing agent-applying brush in which the foam-type hairdressing agent is ejected from each through hole almost uniformly.

Further, in the above-mentioned Japanese Patent Application Laid-Open No. 5-15407, a cosmetic material filling chamber is provided inside a comb body having hollow comb teeth, and a foam discharge pipe is filled inside the filling chamber at its tip. Arranged so that it exists at a predetermined position in the length direction of the chamber,
There is described a foam-like cosmetic application tool in which an opening is provided at the tip of the hollow comb tooth and a cosmetic is uniformly ejected from the opening.

[0005]

However, in the above-mentioned hairdressing material applying brush, the hairdressing material is uniformly ejected from the through holes provided on the brush surface, but since the number of through holes is small, the hairdressing agent is far from the through holes. Therefore, the amount of the hair styling agent was not uniform in the direction of the through hole arrangement, and it was not possible to apply the hair styling agent evenly to the hair. To solve this, it was considered to increase the number of through holes. However, although it is possible to easily calculate the positions and diameters of the through holes, it is difficult to accurately drill a large number of through holes for each position and diameter.

Further, in the above-mentioned foam-like cosmetic application tool, the foam-like cosmetic is sprayed from the tip of the foam discharge pipe in the filling chamber and guided to the opening of the hollow comb portion. The dimensions of the chamber and the passage of each comb section must be accurately finished, and the tip position of the foam discharge tube must be set accurately. Even if this is possible, the foam cosmetics should be evenly distributed along the arrangement direction of the comb teeth. It is difficult to spray and apply. An object of the present invention is to solve the above problems of the prior art and to uniformly release a foamy cosmetic, particularly a foamy hair styling agent, through a through hole provided in a base of a comb or a brush over the entire surface of the base. The present invention is to provide a foam-like cosmetic application comb or a brush.

[0007]

In order to solve the above-mentioned problems of the prior art, the present invention arranges several jet outlets in a foam flow path of a foamy cosmetic from an injection nozzle to a foam discharge opening. A foam board is provided, the foam cosmetics are uniformly ejected from the ejection port, and the ejected flows are intermingled with each other through a flow path leading to the foam ejection opening so as to be evenly ejected from the foam ejection opening. It was done.

More specifically, a cosmetic injection container having an injection nozzle, a nozzle operating member, a comb main body support mounted on a mounting base and provided with a foam cosmetic ejection pipe, and foam discharge between comb teeth. In a foam-like cosmetic application comb provided with a comb body having an opening formed therein and a hollow chamber formed inside, a comb closer to the injection nozzle on one side of the ejection pipe is smaller, and a plurality of combs are formed such that the comb becomes larger as the distance increases. And a comb main body is attached to a support so that the comb teeth are located on the opposite side of the jet port, and the outer circumference of the jet pipe is between the jet port and the bubble discharge opening formed between the comb teeth. And a foam flow path formed by the inner circumference of the comb body wall. Alternatively, a cosmetic injection container having an injection nozzle, a nozzle operating member, a comb main body support mounted on a mounting base, and a comb having a hollow chamber formed therein by forming a bubble discharge opening between the comb teeth. In a foam-like cosmetic application comb having a main body, the hollow chamber of the comb main body is divided by a partition wall, and the foam jetting chamber filled with the foam-like cosmetic injected from the injection nozzle and the foam flow path continuing to the foam discharge opening. A bubble-like cosmetic application comb, characterized in that a plurality of ejection openings are provided in the partition wall such that the partition wall is smaller as it is closer to the injection nozzle and is larger as it is farther away. The above-mentioned problems are solved by.

[0009]

[Function] The foamy cosmetic material ejected from the injection nozzle is uniformly ejected from each ejection port of the barrier plate (outer cylinder of the ejection pipe, partition wall), and each ejection flow of the foamy cosmetic material is between the ejection port and the comb teeth. While passing through the bubble flow path between the bubble discharge opening and the bubble discharge opening, the discharge is evenly discharged from the bubble discharge opening.

[0010]

Embodiment 1 of the present invention will be described with reference to the drawings. In FIG. 1 and FIG. 2, 1 is an injection nozzle 1 at the top.
Cosmetic injection container for hairdressing, barber, hair dye, etc., which is provided with 1. Reference numeral 2 denotes a mounting base, which includes an inner cylinder 21 and an outer cylinder 22. A holding portion for inserting and supporting the cosmetic injection container 1 is provided on the inner circumference of the inner cylinder 22, and the outer cylinder has an outer cylinder. A holding ring 23 is provided at the lower end, an engaging projection ring 24 and a positioning projection 25 are provided on the peripheral surface, and an operation lever 26 is formed on the upper surface thereof.

Reference numeral 3 denotes a comb main body support, which is composed of a fitting cylinder 31 and an ejection pipe 33 provided on the upper part thereof, and the engagement convex ring 24 and the positioning projection 25 are engaged with the inner circumference of the fitting cylinder 31. A mating groove is provided so that the comb body support base 3 can be fitted to the outer cylinder 22, and the comb body is mounted on the fitting cylinder 31 in cooperation with the outer wall of the ejection pipe. The holding cylinder 32 is provided. The ejection pipe 33 is provided therein with a filling hole 34 in which a foamy cosmetic material injected from the nozzle is filled.
The one closer to the injection nozzle is smaller on one side,
Several foam jets 35 are formed so that they become larger as they become farther away, and the jetting amount of the foamy cosmetic material jetted from each jet is made uniform. The number of ejection ports may be 3 to 5, and the ejection ports are arranged at equal distances. If the number of ejection ports is increased, it becomes difficult to accurately form the position and diameter of each ejection port, and the foam cosmetic cannot be ejected uniformly.

Reference numeral 4 denotes a comb body, which has a tubular body 41 having a hollow portion for forming a bubble flow passage therein, and a large number of comb teeth 43 arranged in one side of the tubular body in the longitudinal direction. , A foam discharge opening 44 provided between the comb teeth, and a mounting portion 42 fitted to the holding cylinder 32 is provided at the lower end portion. The comb body 4 is attached to the support base 3 so that the side of the comb teeth 43 is located on the side opposite to the ejection port 35 of the ejection pipe 33. Therefore, the outer periphery of the ejection pipe 33 and the tubular body 41 of the comb body 4 are attached. An arc-shaped foam flow path 45 is formed between the foam and the inner peripheral wall, and the foam cosmetics ejected from the foam ejection port reach each foam ejection opening provided between the comb teeth. The foam-like cosmetics ejected from the outlets intersect with each other and are evenly discharged from the foam discharge openings.

Reference numeral 5 denotes an operating member for the injection nozzle, which is inserted into and supported by the inner cylinder 21 of the mounting base 2, and has a projection 51 for engaging with the operating lever 26 at its upper portion, and a nozzle 51 for operating the nozzle. A guide tube 54 made of soft plastic, rubber or the like is attached to the inside of the tube 51. The guide tube guides the foam-like cosmetic material injected from the nozzle to the filling hole 34 and keeps the space between the foaming cosmetic and the peripheral surface of the filling hole airtight. The mounting base 2, the comb body support 3, and the comb body 4 of the present invention are all made of synthetic resin and are easily molded and easy to assemble.

The present invention is configured as described above,
When the operation lever 26 is pressed during use, the operation member 5
The injection nozzle 11 of the cosmetic injection container is pushed down via the nozzle 11, and the cosmetic is foamed and ejected from the nozzle 11 to fill the filling hole 34 of the ejection pipe 33. Next, the foam cosmetics are uniformly ejected from the ejection ports 35 into the foam flow passage 45,
The foam-like cosmetic material is evenly discharged from the respective discharge openings between the interdigitated comb teeth through the foam flow path. Therefore, the cosmetic can be applied evenly to the entire hair, and the hair can be conditioned while being applied. Further, since the bubble flow passage 45 is formed in an arc shape between the outer circumference of the ejection pipe 33 and the inner peripheral wall of the tubular body 41 of the comb body, it is possible to form a flow passage having a predetermined distance in a narrow space. Can be formed.

Next, another embodiment 2 will be described. In the first embodiment, the circular bubble flow path is formed between the outer cylinder of the ejection pipe and the outer wall of the comb body. However, a fixed length is provided between the ejection port of the ejection pipe and the bubble ejection opening between the comb teeth. Even if the channel is formed, it is possible to achieve the same purpose and effect as those of the first embodiment. Example 2 is shown in FIG. 3, but the points different from Example 1 are that the ejection pipe is eliminated, a ejection chamber corresponding to the ejection pipe is provided in the comb body 4a, and the foam flow path leading to the foam ejection opening is formed. Is provided linearly in the base end of the comb. In this embodiment, as shown in FIG. 3, the inside of the comb body 4a is divided by a partition wall 33a, and a cylindrical ejection chamber 34a and a bubble passage chamber 45a having a rectangular cross section extending toward the base end of the comb teeth are provided. The partition wall 33a is provided with several ejection openings 35a such that the ejection opening 35a is smaller as it is closer to the injection nozzle and larger as it is farther away. An attachment portion 42a is formed at the base end of the comb body 4a, and is attached to the attachment portion 32a of the comb body support base 3.

Similar to the first embodiment, when the operating lever 26 is pressed during use, the injection nozzle 11 of the cosmetic injection container is pushed down via the operating member, and the cosmetic material is ejected in the form of foam from the nozzle to eject the spout chamber. 34a, and then foamy cosmetics are uniformly ejected from each ejection port 35a and intersect each other through the foam flow path 45a.
It is evenly emitted from a. The distance of the foam flow passage may be set to a position where foams ejected from the ejection outlets come into contact with each other and intersect with each other. In addition, the comb body may be manufactured by separately manufacturing a jet pipe provided with a jet port and a comb provided with a hollow chamber forming a bubble channel at a base end, and combining them to form a comb body. .

Although both of the two embodiments are examples relating to a comb, a brush may be adopted instead of the comb. In that case, in the above-mentioned first embodiment, a comb tooth body is used and the surface is A brush base having a large number of foam discharge openings arranged therein may be attached to the cylindrical body 41 of the comb body. In the second embodiment, a foam flow path having a predetermined length is provided inside the brush base, and the base is provided. May be attached to the tubular portion of the comb main body so that the bubble flow path is connected to the ejection port of the partition wall, which can be appropriately implemented by those skilled in the art.
Therefore, in the present invention, the comb also includes a brush.

[0018]

According to the present invention, which has the above-mentioned structure, the foam cosmetic is uniformly discharged from each discharge opening formed between the comb teeth only by pressing the lever 26 in use. The hair can be prepared while applying the cosmetic evenly to the hair. Further, since only a few ejection ports are provided in the ejection pipe or the partition wall provided in the foam flow path, the position and diameter of each ejection port can be accurately drilled. The effect is that a comb that can evenly apply can be easily and easily manufactured. In addition, since soft plastic or rubber is used for the guide pipe that connects the cosmetic injection nozzle and the filling chamber of the jet pipe, the pipe wall of the jet pipe and the guide pipe are kept confidential even if there is a dimensional error. Has the effect of drooping.

[Brief description of drawings]

FIG. 1 is a sectional front view of a foam-like cosmetic application comb according to the present invention.

FIG. 2 is an exploded perspective view of the same.

FIG. 3 is a sectional front view of another embodiment.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Cosmetic injection container 2 Attachment base 3 Comb main body support 4 Comb main body 5 Nozzle operating member 33 Ejection pipe 34 Filling hole 35 Jet outlet 43 Comb teeth 44 Ejection opening 45 Bubble channel 54 Induction pipe 33a Partition wall 34a Jet chamber 35a Jet Outlet 43a Comb teeth 44a Discharge opening 45a Bubble channel

Claims (3)

[Claims] 1. A cosmetics injection container having an injection nozzle,
A nozzle operation member, a comb main body support mounted on a mounting base and provided with a foam cosmetics ejection pipe, and a comb main body having a hollow chamber formed therein by forming a foam discharge opening between comb teeth. In a foam-like cosmetic application comb, several jet holes are bored on one side of the jet pipe so that the one that is closer to the injection nozzle is smaller and the jet nozzle is larger as the distance is farther away, and the comb teeth are opposite to the jet nozzle. The comb body is attached to the support so as to be located on the side, and the foam flow path formed by the outer circumference of the ejection pipe and the inner circumference of the comb body wall is arranged between the ejection port and the foam discharge opening formed between the comb teeth. The foam-like cosmetic application comb characterized in that 2. A cosmetics injection container having an injection nozzle,
In a foam-like cosmetic application comb comprising a nozzle operating member, a comb body support mounted on a mounting base, and a comb body having a hollow chamber formed inside by forming a foam discharge opening between the comb teeth, A hollow chamber of the comb main body is divided by a partition wall, and a foam ejection chamber filled with a foamy cosmetic material injected from an injection nozzle and a foam flow path chamber connected to a foam discharge opening are provided, and the partition wall is close to the injection nozzle. A foam-like cosmetic application comb, characterized in that several ejection holes are bored so as to become smaller and larger as the distance increases. 3. The foam-like article according to claim 1 or 2, wherein a guide tube of foam-like cosmetic material made of soft plastic or rubber is attached to the tube constituting the nozzle operating member. Cosmetic application comb.