JPH04329962A - Suction handle for suction type cosmetic method - Google Patents

Abstract

PURPOSE:To provide a suction handle which is suitable for a so called suction cosmetic method in which a sucking force is applied on the surface of skin to suck up discharge or the like clogging skin pores so as to be conducted by a user himself. CONSTITUTION:A plurality of suction caps varied in the form of a final end opening are mounted detachably at the tip of a handle body 18'. The handle body 18' has a grip part 18a with the length thereof proper for a user's grasping and a head part 18b extending and being bent at a proper angle from the tip of the grip part 18a.

Description

[Detailed description of the invention]

0001

[Industrial Application Field] The present invention relates to a suction handle for so-called suction-type facial beauty treatment, which uses vacuum suction power to remove fat, waste products, makeup scum, etc. stuck in skin pores. The present invention relates to a suction handle configured to be suitable for a person to hold and perform suction facial treatment on his or her own face or body.

0002

[Prior Art] Surface cleansing methods using ordinary facial cleansers not only fail to completely remove fat, waste products, dirt, and fine dust that are clogged in the skin pores, but also wash away sebum that has circulated on the epidermis. I end up. Although surface cleansing methods like this can temporarily keep your skin clean,
Not only is it impossible to remove waste products that clog the skin pores, which is the main factor that inhibits the natural secretion of sebum, but it also washes away the sebum that has circulated on the epidermis, leaving your bare skin with its natural beauty. From the perspective of preservation, this is rather a retrograde method.

[0003] When the skin pores are clogged with waste products, sebum secretion is inhibited, preventing circulation of sebum to the epidermis, and even breathing is inhibited, which leads to a decline in metabolic function and can lead to acne and acne. It can also cause pimples, which is extremely inconvenient for bare skin. For this reason, in so-called aesthetic salons,
A suction facial treatment method uses vacuum suction to suck out waste products stuck in the skin pores, and also stimulates the skin to stimulate its metabolic function.

[0004] By the way, the above-mentioned aesthetic
Devices for suction facial treatment used in salons and the like are relatively expensive and are designed to be suitable for administering facial treatment to customers, so such devices can be used directly at home. It is not necessarily suitable for a user to carry out a suction facial treatment on his or her own face or body.

[0005]

[Problem to be Solved by the Invention] Therefore, the problem of the present invention is to perform the above-mentioned suction facial treatment method on one's own face or body when performing the above-mentioned suction facial treatment method using vacuum suction power at home. The purpose is to provide a suction handle suitable for

[0006]

[Means for Solving the Problems] In order to solve the above problems, the present invention takes the following technical measures. That is, the suction handle for the suction-type facial treatment of the present invention has a grip portion with a length suitable for being held by the user's hand, and a head portion bent and extending from the tip of the grip portion. A suction passage passing through from a negative pressure input part provided at an appropriate part of the head part to the tip of the head part is formed inside, and a suction force release hole communicating with the suction passage is formed on the outer surface of the grip part or the head part. and a suction cap that is removable from the tip of the head portion and that can press the end opening against the skin so as to surround a predetermined area, The above-mentioned suction cap is characterized in that it consists of a plurality of caps having different end opening shapes.

[0007]

[Operations and effects of the invention] The suction handle of the present invention has the following features:
It is used by connecting an appropriate negative pressure generation source that can be used at home via a hose, with the end of the hose connected to a negative pressure input section provided at an appropriate portion of the grip section.

In the suction handle of the present invention, first, the handle body has a grip portion having a length suitable for being held by the user's hand, and a head portion that extends bent from the tip of the grip portion. For example, even if the grip part is held by hand with the grip part facing in the vertical direction, the head part bent and extending from the tip of the grip will be positioned so as to face the user's face. This is very convenient for pressing the suction cap attached to the head against the face.

[0009] With the negative pressure generation source activated and negative pressure introduced into the suction passage of the handle body, the suction force release hole provided on the appropriate surface of the grip portion is closed by the fingers gripping the grip portion. When the terminal opening of the suction cap is pressed against the skin of the face or the like, the negative pressure generated by the negative pressure generation source can be applied to the area of the skin surrounded by the terminal opening of the suction cap. . On the other hand, in order to release the negative pressure on the area of the skin surrounded by the suction cap and separate the suction cap from the skin, it is sufficient to open the suction force release hole that was blocked with the finger as described above.

[0010] As mentioned above, waste products clogged in the skin pores are sucked out and removed from the surface of the skin where negative pressure is applied, and the suction force provides appropriate stimulation to the skin. This promotes the skin's metabolic function, restoring healthy, natural-looking skin.

Furthermore, the suction cap provided on the suction handle of the present invention is removable from the handle body, and the suction cap is composed of a plurality of caps each having a different end opening shape. Therefore, for example, the shape of the end opening is relatively large, or the shape of the end opening is relatively small, or
By preparing one with an oval end shape,
Depending on the shape of the skin to which the facial treatment is applied, the above-described suction force can be applied to the skin to clean the skin by sucking out waste products clogged in the skin pores. In other words, by replacing the suction cap with a relatively small end opening, the suction force can be applied without problems to areas that cannot be achieved with a suction cap with a large end opening, such as the recesses on the edges of the nostrils. It can clean the skin.

[0012] As described above, the suction handle for suction-type facial beautification of the present invention is very suitable for the user to carry out suction facial beautification on his or her own face while holding the handle itself. Moreover, since the suction cap consists of multiple caps with different end opening shapes, by replacing the suction caps, you can easily apply suction facial treatment to any part of your face. It has the effect of

[0013]

[Description of Embodiments] Hereinafter, embodiments of the present invention will be specifically described with reference to the drawings. As shown in FIG. 1, the suction handle 18 for the suction facial treatment of the present invention includes a handle body 18' and a plurality of types of suction caps 19 that are detachably attached to the handle body 18'. configured.

The handle body 18' has a grip portion 18a having an appropriate length and thickness to be gripped by the user's hand, and a head portion 18b bent and extending from the tip of the grip portion 18a. A suction passage 20 is formed therein, passing through from the negative pressure input section 20a at the base end of the grip section to the tip of the head section 18b. Further, a suction force release hole 21 communicating with the suction passage 20 is provided on the outer surface of the grip portion 18a. A hose led from a negative pressure generation source, which will be described later, is connected to the negative pressure input section 20a.

The tip of the suction passage 20 has a tapered hole 2.
On the other hand, the base of the suction cap 19 has a tapered shaft 19 that can be inserted into the tapered hole 20b.
b is formed. This suction cap 19 can be easily attached to the handle body 18' by inserting the tapered shaft 19b into the tapered hole 20b at the tip of the suction passage 20.

As mentioned above, the suction cap 19 is easily available in a plurality of shapes and sizes of the tip opening 19a, and can be replaced as appropriate depending on the area of the skin to be suctioned. It is now possible to do so. That is, when suctioning an area with relatively little unevenness such as the cheek, a suction cap with a relatively large opening 19a is used, and when suctioning a concave area such as the edge of the nostril, for example, the 3, a suction cap having a relatively small oval opening 19a is used. Although the shapes of the end openings of these suction caps 19, 19 are different, the shape of the tapered shaft 19b to be inserted into the tapered hole 20b on the handle body side is the same.

The suction handle 18 having the above configuration is
Negative pressure generated by a negative pressure source is introduced through the hose 17 to the negative pressure input portion 20a at the proximal end of the handle body 18'. In this embodiment, this negative pressure generation source is generated by a mechanism that is detachably attached to the water faucet 1 and that generates negative pressure by the flow of tap water. Hereinafter, the configuration of this negative pressure generating section 3 will be explained based on FIGS. 2 to 4.

The negative pressure generating section 3 is constructed so that it can be easily attached to and detached from an attachment 2 that is fixed in advance to the water faucet 1. The attachment 2 includes an upper member 4 fixed to the faucet 1 and a lower member 5 screwed to the lower part of the upper member. The upper member 4 includes a ring portion 4a that surrounds the vicinity of the end of the faucet 1 and has four setscrews 6 screwed inwardly at equal intervals;
a and a skirt part 4b that hangs down below a and has a male thread 7 formed on the outer periphery, and while fitting the ring part 4a onto the faucet 1, each of the setscrews 6 is inserted so that its tip is attached to the faucet 1. It is fixed to the faucet 1 by tightening it until it hits the outer surface of the faucet 1. Further, a ring plate-shaped rubber packing 8 is fitted into the inner periphery of the skirt portion 4b. The lower member 5 includes an annular rotating handle portion 5a having a female thread 9 formed on the inner periphery to be screwed into the male thread 7, and a sealing member that protrudes upward in a cylindrical shape inside the skirt portion 4b of the upper member 4. 5b, and a cylindrical connecting portion 5c that extends downward continuously from the sealing portion 5b and the handle portion 5a.

This lower member 5 is connected to the rotating handle portion 5a.
When the female screw 9 is tightened into the male screw 7 of the upper member 4 while turning, the rubber packing 8 is compressed between the sealing part 5b and the lower end of the faucet 1, and as a result, the faucet 1
This attachment 2 is connected and fixed in a honeycomb manner. In addition, on the outer periphery of the cylindrical connecting portion 5c of the lower member 5, there is an annular projection 10 and an O-ring 11 fitted slightly below the annular projection 10.
is provided.

On the other hand, the negative pressure generating section 3 is a cylindrical member having an annular flowing water 12 extending through it in the axial direction. 5
It has a cylindrical fitting part 3a that is externally fitted to the outer part 3c. An annular stopper ring 14 is provided on the inner periphery of the cylindrical fitting part 3a, and is forcibly expanded in diameter by pressing a push button 13 provided on the outer surface thereof.

That is, as shown in detail in FIG. 4, this annular stopper ring 14 connects half annular members 14a and 14b, which are elastically biased inwardly by a spring 13a, to the inner periphery of the cylindrical fitting portion 3a. Push buttons 13, 13 are arranged to face each other in retaining grooves formed in the above, and whose wedge-shaped tips can enter into the abutting portions of the half-ring members 14a, 14b when pressed from the outside. is supported by the cylindrical fitting portion 3a. In the normal state, the inner diameter of the stopper ring 14 is smaller than the outer diameter of the annular projection 10 on the outer periphery of the cylindrical connecting portion 5c of the attachment 2, and when the push button 13 is pressed, the inner diameter becomes smaller than the outer diameter of the annular projection 10. It is made larger than the diameter, and a chamfer 14c is provided on the upper end of the inner circumference.

When the negative pressure generating section 3 is attached to the attachment 2, the cylindrical fitting section 3a thereof is fitted into the outer periphery of the cylindrical connecting section 5c of the attachment 2. At this time, the stopper ring 14 automatically opens the cylindrical connecting part 5 while elastically expanding due to the slope effect of the chamfered part 14c.
It climbs over the annular protrusion 10 of c and engages with its upper surface to prevent the negative pressure generating part 3 from falling off. Also, at this time, the O-ring 1 attached to the outer periphery of the attachment-side cylindrical connecting portion 5c
By bringing the outermost part of the attachment 1 into close contact with the inner periphery of the cylindrical fitting part 3a on the side of the negative pressure generation part 3, the connecting part between the attachment 2 and the negative pressure generation part 3 is sealed. Conversely, to remove the negative pressure generator 3 from the attachment 2, press the push button 13 described above.
The negative pressure generating section 3 may be pulled downward while pressing the stopper ring 14 to expand its diameter.

A flow channel 12 passing through the negative pressure generating section 3
As shown in FIG. 2, it has a so-called Venturi tube configuration in which the diameter gradually decreases, passes through the minimum diameter part, and then gradually expands. A suction passage 15 is configured by communicating the slit 12b with a port 15a provided on the outer surface of the negative pressure generating section 3. Further, near the entrance of the flow channel 12, a cylindrical flow regulating member 16 having several through holes with a helical angle vertically penetrated therein is loaded.

[0024] A hose 1 is connected to the port 15a.
7, the suction handle 18 of the present invention is connected as described above. As shown in FIG. 3, a trumpet-shaped cleaning pad 23 is connected to the outlet of the flow channel 12 in the negative pressure generating section 3 via a hose 22, and a drain port 24 is formed.

Next, how to use the above embodiment will be explained. First, the negative pressure generating section 3 is attached to the attachment 2, and water is run from the faucet 1 by twisting the water tap. This water is
After passing through the flow channel 12, it is drained via a hose 22 or a cleaning pad 23. The water entering the flow channel 12 is given a spiral flow by the rectifying member 16, and the flow velocity becomes the highest when passing through the most reduced diameter portion 12a of the venturi. At this time, the dynamic pressure of the flowing water on the inner wall of the most reduced diameter portion 12a becomes the highest due to the action of the centrifugal force accompanying the spiral flow provided by the rectifying member 16. Therefore, according to the equation of continuity, the static pressure at the inner wall of the most reduced diameter portion 12a is the lowest. At this time, since the drain port is open to the atmosphere and the differential pressure from the atmosphere open part to the most reduced diameter part 12a is not so large, the static pressure at the most reduced diameter part 12a is equal to negative pressure. Become. Then, this reduced diameter portion 12a is connected to the suction cap 19 via the suction path 15, the hose 17, and the suction handle 18.
Therefore, when the suction handle 18 or the suction cap 19 are sealed, the same negative pressure as the negative pressure of the most reduced diameter portion 12a acts on the closed space inside these.

[0026] Therefore, if the user
When you grip the suction force release hole 21 with your fingers and press the opening 19a of the suction cap 19 against your skin, negative pressure, that is, suction force is applied to the skin surrounded by the opening 19a. can be done. For example, when a suction force is applied as described above to skin with open skin pores during bathing, waste products, dirt, dust, etc. that are clogged in the skin pores are quickly sucked out. Then, by simply sliding the suction cap 19, a wide range of skin pores can be cleaned. Furthermore, in order to release the suction cap 19 that has stuck to the skin from the skin, it is sufficient to remove the finger from the suction force release hole 21 to release the negative pressure. And suction cap 1
By appropriately replacing 9 with one having a different end opening shape, the suction force can be applied carefully even to concave areas such as the edges of the nostrils, making it possible to effectively clean that area. It can be done.

The oil, waste materials, etc. that have been sucked out from the skin and adhered to the inner surface of the suction cap 19 as described above can be thoroughly washed away by the water discharged from the discharge port 24. Note that when the opening 19a of the suction cap is open, a suitable amount of air is mixed into the flow channel 12 from the suction passage 15, so that the cleaning effect becomes even greater. In addition, since shocks (ultrasonic waves) are generated when the air bubbles mixed in the wastewater burst into small pieces due to turbulence or passing through small pores, pressing the cleaning pad 23 against the skin produces a massage effect. Can be used to cleanse sensitive skin.

The above-mentioned suction handle 18 of the present invention has a handle main body 18 having a grip portion 18a having a length that is particularly easy for the user to grip, and this grip portion 18a.
A head portion 1 that extends from the tip of the head by bending at an appropriate angle.
8b, it is extremely suitable for the user to perform suction facial treatment on the skin of the user's face. In addition, a plurality of suction caps with different end opening shapes are combined, and it is possible to select an appropriate one of these suction caps and attach it to the handle body 18 to perform suction on a desired skin area. Because of this, it can be applied not only to relatively smooth skin, but also to areas with concave areas such as the edges of the nostrils, where suction power is applied to the area without any problems to suck out waste products within the skin pores. Thus, the suction handle of the present invention is extremely suitable for the user to perform suction facial treatment on the skin of his or her own face.

[Brief explanation of drawings]

FIG. 1 is a longitudinal sectional view of an embodiment of the present invention.

FIG. 2 is a longitudinal sectional view showing an example of a negative pressure generation source.

FIG. 3 is a cross-sectional view of an example of a drain port connected with a hose from a negative pressure generation source.

FIG. 4 is a sectional view taken along line IV-IV in FIG. 2;

FIG. 5 is a front view showing another example of the suction cap.

[Explanation of symbols]

18 Handle 18' Handle body 18a (Handle body) Grip part 18b (
(of the handle body) Head section 20 Suction passage 20a Negative pressure input section

Claims (1)

[Claims] [Claim 1] A negative pressure input section having a grip section having an appropriate length to be held by a user's hand, and a head section bent and extending from the tip of the grip section, and provided at an appropriate portion of the grip section. a handle body, which has a suction passage formed therein that penetrates from the handle body to the tip of the head part, and a suction force release hole that communicates with the suction passage on the outer surface of the grip part or the head part; and a suction cap that is removable from the tip of the body and can press the end opening against the skin so as to surround a predetermined area, and the suction cap has a shape of the end opening. A suction handle for a suction-type facial treatment, characterized by being composed of a plurality of different parts.