JPS58133202A - Wax coating apparatus and method - 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 (a) Background of the Invention The present invention relates to a device that completely removes hair by applying heated wax to the entire skin, and particularly to a device that completely removes hair by applying heated wax to the entire skin. :% This relates to an application device that safely and painlessly applies heated hair removal wax to skin debris in a sufficiently VC thin layer to maximize the hair removal effect. In this applicator, hair removal wax is usually stored in a container 5 in a hardened solid state, heated, and applied in a fluid state by the applicator. Therefore, this application device can be combined with a heating device tk for heating the wax in order to melt the wax and safely apply it to the skin.

Applying heated hair removal wax to the skin and removing the core wax from the skin after the wax has completely cooled is an accepted technique as an effective and long-lasting hair removal method. Normally, when the wax hardens, a piece of cloth is pressed against the wax, and when the wax hardens, the cloth piece is pulled back.

Wax and the hairs trapped by the wax are pulled out of human pores.

The commercially accepted hair removal technique, which involves applying hot wax all over, usually involves heating a large quantity of hair removal wax to a bath-molten state in a large, open vat. Those skilled in hair removal techniques test the temperature of the wax by touching it here. Generally, a skilled person inserts a spoon or stick-shaped applicator into a vat, collects a predetermined amount of all the melted wax, and removes all the hair from the skin.
Remainder 5- Apply over the required area on the desired area. When the applicator is removed from the vat, the wax drips or spills and is wasted. Furthermore, when the wax is heated to a molten state for application to the skin, it has a viscosity comparable to that of molasses or thick sieve tube due to its properties. Because of this high viscosity property, hair removal wax is applied to the skin in thick clumps.
There is a 11th direction.

However, it must be noted that hair removal wax is similar to candle wax and therefore, when applied as a thick mass when melted in a bath, can cause skin irritation and burning. Furthermore, even if you try to cover the wall with melted wax using a spoon or stick, it is extremely difficult to control the thickness of the applied wax, and if the layer of applied wax is thick. The thicker the wax, the less hair will be removed by one stroke when the wax is hardened and removed from the wax shell.

For these reasons, this method is effective, safe, and non-stick waxing for all burns.
1. A hot wax-type hair device that can be melted by the skilled technicians of salon managers who have been wired and have a lot of experience.1. It is heated 6 times and the wax is peeled IV 4
What is desired is a hair removal device that can be applied as a sufficiently thin layer of VC to the skin, thereby causing no pain or irritation, and that can be used safely at home.

(b) Purpose of the Invention The present invention provides an improved hot wax hair removal device (a) for personal or household use.

Sara C・- is a safe hot wax type J for industrial use.
Hair condition 1. ! It is assumed that providing t is 1 old.

Furthermore, one object of the present invention is to apply a heating bath #I to the skin so as not to burn the skin or to prevent the whole chewing part from getting wet! To provide a hot wax applicator for applying a sufficiently wide layer of hair removal wax.

Another object of the present invention is to heat the wax so that the hot wax can significantly eliminate all risks of causing burns to the skin or causing pain to the skin in the area where the hot wax is applied. The purpose is to provide a type of hair removal attire.

Yet another object of the present invention is to provide an improved hot wax hair removal device that substantially increases the effectiveness and finish of hair removal.

Structure of the Invention The present invention (is a wax applicator for use with a depilatory wax for removing hair from the skin) which is substantially solid at room temperature and heated to a predetermined temperature. A container means for storing the hair removal wax having a fluid flow capacity, and a container means connected to the container means so that a fluid can freely flow therein, and the wax heated to the predetermined temperature. and a dispensing means for applying the wax in a thin enough layer to ensure that the final skin IM temperature after the wax is applied is below the threshold temperature at which it becomes hot and swells. This invention relates to a wax illumination device characterized by:

One common method of fortune-telling is the present invention (with a chamber width of tJ: an applicator with a container that supplies and stores hair removal wax that is essentially hard but becomes viscous when heated to a sufficient temperature). The dispensing device is supported on the container in a cool state, and the wax heated to a low viscosity state is passed through the dispensing device. The dispensing device a (preferably Q, 111
As a result of applying the wax to the skin as a sufficiently thin layer of 1 m or 0.6 mm, the maximum temperature of the longest wind immediately after the wax is applied is the national value of the swelling caused by heat. The temperature is maintained below 2°F (44°C) to prevent skin swelling and fire.

One embodiment of the distributor is a cylindrical roller with a smooth contour formed on the circumference. The width of the rollers is determined by detailed anatomical analysis of the hair removal.

A more desirable form of donation”? In this case, a housing with 69- different sized openings is used to accommodate three different sized applicators.

The large applicator is large enough to apply molten hair removal wax to the skin of the legs, the medium applicator is large enough to apply molten hair removal wax to the skin of the body, and the small applicator is large enough to apply molten hair removal wax to the skin of the body. The hair removal wax is sized to apply melted hair removal wax to the skin of the face. The applicator applies the depilatory wax in a bath-melted state to the skin in a thin, evenly thick layer. A thin layer of wax creates a gap at the interface between the skin and the wax, whereas a thick layer of wax applied by known techniques creates a gap at the interface between the skin and the wax. It concentrates on the hair and causes shearing.

Figures 1 to 4 show one embodiment of the present invention, and the hot wax hair removal device is generally designated by io.
r and the device 10 is generally designated +8'T:
The bottom wall and 111j define an interior space as shown in FIG.
The housing 12 includes a base body 16 integrally formed with one wall and a top wall 20 secured to the base body 16. The top wall 20 has openings 22. of different sizes.
24.26 are provided. Applicator 30-1.30-
2.30-5 is formed into six different volatile sizes for the reasons described below.

A removably positioned Vt is located within the P-shaped space 18.

and extend into the openings 22, 24, and 26, respectively. The present invention is not limited to those requiring six types of applicators.

Also, please note that three types of applicators are only shown as examples.

The three applicators 30-1, 30-2, and 30-3 are all made of the same bamboo.
The dispensing head 44 is provided with a gage 40 and a dispensing head 44 configured to hold therein. As shown in detail in FIGS. 4 and 8, the container 40 has a bottomed shape, and its upper end is formed into a neck-like end 37 whose outer circumference is completely contracted. an aperture 42 is opened in the top 43 of the head 43 and connected to a dispensing head 44 through the necked end 37 as described below, and when the depilatory wax is melted, the entire wax aperture 42 is fli'l'. distribution head 4
4 can be made to flow out.

The dispensing head 44 is formed into a hollow shape by a peripheral wall that is an extension of the peripheral wall of the container 40, and a transverse wall 45 with an opening 45a formed in the center. d Pito θ Around the mouth 45a VC circle Shorin wall 65 curved transverse inner wall 45 vertically integrally shaped 11zZ L
Then, move the cylinder 1465 along the outer periphery of the neck edge 137 of the 11J storage device 40! :, and the annular groove 37a formed on the outer peripheral surface of the neck-shaped end 37 is snap-fitted between the peripheral edges of the 111 opening 45a of the transverse inner wall 45 and secured. Thus, the dispensing head 44 has four hollow hollow lumens in its circumferential wall such that the 610 bodies can freely flow through the opening 42 of the container 40.

) is removably fixed. The distribution head 44V′i, the extension of its peripheral wall is VC upright and has rounded ends FF
The wiper wall 47 forms a 11 wall 47a, and the remaining peripheral wall except for the S wall 47a of the peripheral wall has a flat edge.
The grooved roller 46 is accommodated by the circumferential wall 47a and the wiper wall 47b. As shown in Figure 6 and Section 7, 0
The grooved roller 46 is provided with a short shaft 49 projecting in the axial direction of the roller 46 at both ends 46aK, and the short shaft 49 is 7M long.
Paired inner surface vc shadow formation fc of wall portion 47a, 1 hole 51
It's locked inside. The roller 46 is cylindrical and includes an axial groove 48 along the circumference of one of its surfaces.

The flat wiper wall 471) has a predetermined distance, 61?, from the maximum radial dimension of the groove 48. It is a sunny day, and a gap of 0.0 + 0 inches (0.25 mm) to 0.020 inches (0.501 am) is defined between the upper pillars and the v above the rollers.
c The base G of the wax that flows out is used as a fibre.

- In the embodiment shown as an example, the container 40 is made of translucent PVC material and is picked out from a V, making it possible to measure the amount of hair removal wax inside the container by looking at the 40 yen container. . Generally, two types of waxes are used for hair removal purposes: hot wax and cold wax. Cold wax is viscous at room temperature, whereas 13-hot wax is hard or has a medium hardness at room temperature.

The hair removal wax used in the present invention is i, os
.

Hydrogen-added logic - with a density of about Kq/L
(hydroqueneratecl roginat)
e) and a medium hard hot wax made from beeswax. This wax is essentially solid and cannot flow at room temperature. - Example VC shown as an example: triethylene dalicol hydrogen energized rosinate 47%.

Glyceryl Hydrogenated Rosinate 4
A wax consisting of 6% beeswax and 7% beeswax, which has the properties described below. Of course, the above e value is only an example.

This wax becomes free to VCC when heated to a sufficient temperature of about 150°F' (65.56°C).

Even so, it still feels good at room temperature.

A thermal sleeve with a force of 50°5 due to the thermally conductive metal plate
2, Ri4 is formed. The heating sleeve 50°52.
Reference numeral 54 is formed by bending the above-mentioned plate-like wood so as to overlap the planar walls, and the internal wall is aligned with the opening 22, 24, and 26 of section 9120. and mounted inside the housing 12. Heating sleeve 5 shown
0.52.54 is formed by molding half of each cylindrical wall on two plates 4d and connecting plate 5.
The three heating sleeves 50, 52, and 54, which are interconnected and made by fL% stiffness 5, are constructed in one piece. each heating sleeve 50, 52;

54 is JC and therein applicator 30-1.30-2
, 3D-3 is formed to a size that fits perfectly. The heating sleeves 50, 52, 54 are integrally formed and connected by the connecting plate 55vC, and leg portions 56.58 are formed at the extension portions at both ends of the structure.
58 is engaged with a slot 6G, 62, formed in the inner wall of the side wall of the base body 16. The slots 60, 62 are the heating sleeves 50, 52 + 54kl'mJij
e Top wall 20vc formation 1. It is properly oriented so that it is aligned with the corresponding opening of *-11 slot n.

The 51st column 1 shows a heating envelope 70, which is wrapped around the heating sleeves 50, 52, 54. Heating mass 70il-1:/war (lobe heater 71 placed between 3-pressure aluminum sheets 740)
Contains. The lobe heater 71 is a lobe-shaped heating wire coated with a patterned material that has no heat conductivity.
At least a portion of the heating sleeves 50,52. This lobe heater 71 can also be provided with both heating sleeves.

The first terminal wire 66 connects the silk 1 of the lobe heater 71 via the thermostat 68 to the 14ii1171 a Vc
It has a first end 66a that is connected late. - The terminal wire 76 of the second battery is connected to the second end 71b of the lobe heater 71 through the fuse 72.
I'm going to put a on my back. i1J terminal wire 6/), 73 second
The ends 661), 731) of are connected to the socket 75. A second end 76b of ground wire 76 is coupled to leg 56vc for grounding. The socket 75 is installed in a suitable section, for example, the end of the lobe heater 71 to heat the lobe heater 71! 71a+
71 b l"+4Ivc'Fl (connected to the electric wire of the AC power supply that applies specie. Lobe heater 711'?: The heat generated from the aluminum sheet 7
4. Heat the sleeve 50.52.54' all the way through.

In use, applicators 30-1 and 30-2.

30-3 is connected to each opening in the top wall 20 and is fitted into a heating sleeve 50, 52, and 54 yen. Lobe heater 71
is heated so as to surround the heating sleeve 50, 52, 54 with heat. Thermostat 68 controls the heating and limits the temperature to a total of 150 degrees Fahrenheit. Heat from the heating sleeves 50.52.54 is gradually transferred to each container 40.

Therefore, it is transmitted to the hair removal wax 39 stored in the valley container. By heating the wax to a suitable temperature, the wax becomes flowable.

In the present invention, the hair removal wax is heated to a suitable temperature of 150 DEG F. when it is sufficiently melted for application by applicator 30 Vc in the manner described below. Therefore, the present invention makes it a point to heat the hair removal wax to a temperature 17 - above the threshold temperature for each individual for heat-induced pain.

The cloth utensil 60-1 is for applying wax to a human leg for hair removal. Applicator 6G-3V (applicator 6G-3V, l/i) is for applying 1 piece of hot hair removal VC to the underarm skin. 11.It is for applying hot hair removal wax in one [phase] cut for hair removal.

/, I! The graph shown in Figure 6 shows the wax applied to the skin by Murasaki, Yumeteru Sui, and Futsujimei. The parameters shown in the diagram below are dpi and 1a. The arrow l1 in FIG. 6 indicates data based on the present invention, and the arrowhead indicates data τ based on the prior art. Skin, Trout V (When heat is applied, VC causes flowering water fever) Voice<;++I see that one person's price range of 1341 is IN, 2°F' (44, OC). Melt. Nevertheless, in the present invention, 11 in the tj unit 40
(Two-hair wax is heated to approximately 1500 F'V, σn,b.

Normally tj 4+n when f → ma with a 2ψ-squeezed wax cloth or a spoon C for 150 °Fvc)
fruit? r - arising.

-18- And human skin waxed in a layer fast enough at Vcl so that the final skin temperature rises above N+, 2°F! I will give N a sum for causing burns. The critical 11σ is the final skin temperature τsF″′C immediately after applying the hot wax.

The final skin temperature τ8F is expressed by the following equation.

Here, ρW is the density of the wax, 1ν8DVL■ is the wax finger, Volume/CIIL is the specific heat of the wax, 0.434 (150°F), τ7 is the wax temperature, 150°F (342,2°K), and ρ8 is the + in the skin degree, 071V4/L■s is the amount of reaction 4.OX
+0-'m3 stone is the specific heat of the skin 1.000 θ τ8□ is the initial skin i-mount degree 94°FC307,7°
K) As mentioned above, the applicator of the present invention can be applied to a wax bath that is hot enough that the threshold temperature for heat-induced pain never reaches the surface of the skin;
Make 4M as you apply it. Referring to FIG. 6, the thickness σ of the wax after coating is Qj3 mm or less,
and when the wax is heated to a temperature below about 150 degrees Fahrenheit, there is a heat-induced pain threshold;
, 2°F) will not reach the surface of the skin. Therefore, the gap r between the roller 46 and the wiper wall 47b,
The hot wax is particularly selected to be applied as a layer with a thickness not exceeding 8 mm. In the preferred embodiment Vζ, one of the wax layers applied
! Meza is [1,ls+m to Q,"4mm. In this range 12fl2, the final skin temperature is 97°F (
36.1°C) to 102°F' (38.9°C). This temperature should be heated to approximately 150 degrees Fahrenheit so that the wax has a female body and is dispensed from the dispenser.
C, however, the temperature is sufficiently lower than the threshold temperature that causes heat anxiety for a person.

Waiting for the applicator, the roller 46 moves downward in the same manner as 1!21.
When actuated, the hot wax flows through the opening 42 of the container and onto the rollers 46 inside the dispensing head. At this time, when the roller 46 is press-fitted to one side of the skin and transferred all over the skin, the hot melted wax supplied by the roller 46Vc is transferred to the wiper l&
The gap between 47b and roller 46 is divided into one pile (
h Applied as a thin layer of wax by roller 46VC. As best shown in Figure 417, a gap 41 formed in the distributor cut or distribution head reduces the layer thickness by 0.0+ inch (0.25 n+m). /< 0.02 inch (0.5 m
m) and 'f-1'.

As the roller 46 rolls over the skin, it applies a thin layer of wax to the skin.

The thickness of the wax layer applied to the VC% leather IH as described in 111 does not exceed Q, 13 mm, preferably 0. IIIm to Q, 3+am. Although the wax is heated to temperatures as high as 150 degrees Fahrenheit, the final skin temperature immediately after applying hot wax is below 111.2 degrees Fahrenheit, the crystallinity threshold at which heat causes pain. Zaranu. Immediately after applying wax to the entire skin VC,
A thick material such as polyester cloth is pressed against it.

After the wax has cooled and hardened to the cloth, remove the wax from the skin, thereby removing the hair. Due to the thinness of the wax layer, the wax allows the shearing ε1 skin to be smoothed at the interface between the wax and the skin layer, leaving no residue behind.

Next, referring to FIG. 9, the roller 46 has a continuous smooth surface 4.
8' fully equipped. At the beginning of development, Roller 4
6, when applying a thin layer of wax to skin debris, it overcomes the viscosity of the thinner wax and transfers the skin.
In order to provide sufficient friction to the roller in a rough manner, it was considered necessary to provide the roller 46 with a groove 48. Although the waste 48 of the roller 46 may provide this benefit, this benefit also introduces other disadvantages. Especially those who are extremely enthusiastic applicator users.

It is possible to press the quotient 48 of the roller 46 on the skin with such strong force that it creates uneven traces of the grooves of the roller on the skin.
There is. Another problem is that if the user grips the container 40 too tightly, an excessive amount of wax may flow out from the gap formed between the roller 46 and the wiper wall 471 during application. be. This outflow of wax in an amount of V is caused by the difference in size between the curved gap between the roller surface and the wiper wall due to the grooves on the roller.

It has now been discovered that rollers 46 and 48' should be rolled with a continuously smoothed surface 48' of the mold shown in FIG. In FIG. 9, the same parts are indicated using the same number. A continuously smooth and smooth surface can be applied to the skin with a marked roller to obtain a thinner film of wax than in the case of no wax. The maximum outer diameter of the grooved roller 48 and the outer diameter of the grooved roller 48 have a continuously smooth and rounded outer surface 48. For convenience, a layer of wax is applied to the skin by the grooved roller. It is possible to obtain a wax layer with a thickness of about 176 to 1/2 of the thickness of . In addition, the wax layer applied will be of a more uniform thickness, without creating any unevenness in the skin, thereby streamlining the subsequent hair removal operation.

(e) Effects of the invention I would like to reiterate the points I have already made here.

The present invention is to heat depilatory wax and apply it into the skin in order to remove hair from the skin. The hair removal wax is essentially the same shape at room temperature, but can flow when heated, and the heated wax flows out from the container to the distributor. The wax is applied to the skin by the rollers of a single distributor in a thin layer that does not cause the skin to drip or cause burns.

The hot wax type hair removal device according to the present invention provides a hot wax type hair removal device that can be used safely at home for a period of time without requiring the assistance of a professional professional. The structure of the hanging device M is such that although the wax is heated to a temperature of 150° F.
Hot wax is applied to the skin as a thin enough layer to stop the final temperature below iM. According to the present invention.

When compared to the prior art, the film at a still temperature is more effective in curling the hair and improving the density, thereby increasing the adhesion of the hair to the wax.

Totally improves hair removal efficiency and finish. The heating mechanism automatically heats the wax in the container that constitutes one example of an applicator. This prevents wax blobs as in the old technique of using a vat, and the reservoir 56 acts as a handle for the applicator.

Another aspect of the present invention is a wax applicator comprising a container for storing the wax described in @ and a distributor.

Inside the housing, there is a heating sleeve made of a material with good thermal conductivity and a heating element. ! - By assembling the self-installed heating device; The applicator can be automatically heated to the appropriate temperature, and the entire applicator can be taken out to apply wax to the skin, eliminating the need to waste hair removal wax. .

As is clear from what has been described above, the misfires are not caused by control in the illustrated embodiment.

Punishment as long as it does not depart from the spirit of the invention) 25- Additional changes can be made.

[Brief explanation of the drawing]

The drawings show a preferred embodiment of the present invention.The drawings show a preferred embodiment of the present invention. Figure 3 is an enlarged 1θ cross-sectional view along line 3-3 in Figure 2, and Figure 4 is a 42
1 in the diagram. is an enlarged cross-sectional view taken along line 4-4, and Figure 5 shows the state of 1ζ after removing and flattening #I, which is used in the hot wax hair removal device shown in Figures 1 to 4. The front view, Figure 46, shows the relationship between the thickness of wax and the temperature at which the wax is removed by the hot wax type hair removal device, and the characteristics of the hot wax type hair removal device are clarified.71
9 and 7 are 1) lu diagrams taken along side 6-3 in FIG. 6, FIG. The other central part of the dispensing head is smoothed by smooth rollers.
:& are shown respectively. In addition, 1% 10 is the hot wax hair removal device "r-
t30- + , 30-2 , 30-3 +di & cloth vessel 40Vi its container 26 - 44 (r yu that part West head 12 is housing 16 is its base 20 is 70 top wall 50 , 52 , 54 is heating sleeve 7 (The heating cover 71 is indicative of a rope heater.)

Claims (1)

[Scope of Claims] (1) A wax applicator used with a hair removal wax for removing hair from the skin, which is substantially solid at room temperature and whose tip is heated to a predetermined temperature. and a container means for placing the hair removal wax in a flowable OT capacity. The container means is provided in communication with the fluid so that it can freely flow therein, and is heated to the preset temperature.
dispensing means for applying the wax in a thin enough layer to ensure that the final skin temperature immediately after the wax has finished application is below the threshold temperature for thermal pain; Characteristic wax application equipment. (2) The container means is a bottomed cylindrical container having an opening at the head, and the dispensing means has opposing eyebrows protruding from one end to form an opening between the shoulder walls. Formed in a hollow shape (1 and 70 with an axis mounted between the shoulder walls in the opening, and a roller having a peripheral wall maintained at a slight distance from the remaining edge of the opening, freely rotatable around the axis) The distributor is detachably fixed to the head of the container and holds the hair removal wax inside the container through the 90 openings of the head of the container. The wax coating according to claim 1 is characterized in that the wax is communicated with the peripheral surface of the roller so as to be supplied to the circumferential surface of the roller. A container with a substantially planar shape for holding hair removal wax which is a shape cap and has a flowing property when heated to a predetermined width and b@tie valley device V
C. A hand l-2 for applying wax which is fixed by being screwed so that the fluid can freely flow through the inside of the container and which becomes movable by heating FifJ Bα is used as a tool 1lii.
a wax applicator consisting of a distributor with a diameter of 1.5 mm; a side wall, a bottom wall, and a top wall having at least one opening sized to loosely insert a container shaped like a part of the wax applicator; and a space surrounded by the cylindrical wall formed by a plate of a thermally conductive material to form a cylindrical wall that can fit snugly against the peripheral wall of the container of the wax applicator. A heating device comprising: a heating sleeve disposed between the castle wall and the top wall of the housing and communicating with the opening in the top wall; and a heating body disposed so as to surround the outer periphery of the heating sleeve. A wax application device featuring lamination. (4) The wax applicator has a bottomed cylindrical container having a full opening to allow the wax to flow out. The inner cavity is hollow, and a circumferential wall of a relative amount is provided at one end to protrude.
An opening is formed with a flat edge on the edge of the remaining side wall extending between the walls, and both ends in the central axis direction are pivoted on the peripheral wall that rotates relative to the front d-pillar, and a part of the periphery is Approaching the opening
-! The opening of the IJ Fipi container is provided with a roller rotatably mounted so that the circumferential surface maintains a slight gap from the flat edge of the opening (111), and in the hollow inner cavity. The head of the container is configured to receive the wax through the head VcN.
a removably secured distributor; the power-heating sleeve comprises two sheets of plate-shaped material interconnected to form a fRJ-shaped wall; The heating element is formed by sandwiching an insulated heating wire between two thin gold sheets, and is attached to the heating sleeve so as to cover the entire outer circumferential surface of the heating sleeve. Nol
Wax applicator H0 according to item 6 (5) Apply hair removal wax to at least 411.2C1F (44
°C) to a higher predetermined temperature to make the wax flowable, sufficiently high so that the heated wax is below the threshold temperature at which the skin feels pain after being applied to the entire skin. A wax application method characterized by producing a uniform (thick layer) of wax.