KR20100091090A - Skin care implement - Google Patents

Abstract

PURPOSE: A skin massaging apparatus is provided to transform the aged skin due to ultraviolet ray or stress and so on into vital and elastic condition. CONSTITUTION: A skin massaging apparatus includes: a shaft(10) which includes a first mounting unit and a second mounting unit; a knocking part(20) which is axis-installed in the first mounting unit of the shaft in the state of having a rolling bearing and has a plurality of receiving parts and a non-circular knocking rotator; a plurality of functional particles(40) which are arranged in the receiving part of the knocking rotator; and a lifting part(30) which includes a lifting rotator axis-installed in the second mounting unit of the shaft.

Description

Skin Massage Device {SKIN CARE IMPLEMENT}

The present invention is used for the purpose of giving elasticity to the skin, etc. as a massage device for helping skin beauty,

More specifically, by rolling a non-circular (or polygonal) tapping rotating body such as a hexagon, it is possible to obtain a massage effect of tapping the skin lightly.

In addition, through the increase in the blood flow through the functional particles bound to the tapping rotating body can obtain the removal effect of the fatigue material can enhance the skin cosmetic effect,

In addition, the present invention relates to a skin massage device capable of obtaining a sagging massage effect of the face or neck skin through a push-up portion provided on the other side.

In general, massage is a method that promotes blood circulation by stimulating menstrual blood by rubbing the skin to maintain health.

Patent Registration No. 0229976 (19 Aug. 1999) [Massage Organization] or Utility Model Registration No. 0162937 (September 28, 1999) [Matting-type automatic massager]

These prior art group (automatic massage device group) are all of the electric motor or vibrator operation method is limited in use and portability, and when using the built-in charger is heavy because it is difficult for women to utilize.

Meanwhile, Hee-cheol Nam's Patent Publication No. 2000-0012233 (March 06, 2000) has a roller massager.

This is a massage roller that has a plurality of corrugated protrusions formed at regular intervals in order to massage the areas where fat and muscle are widely distributed, such as the calf, thighs, and hips. Massage is evenly thrown, while the grip and force measuring device that can measure the pressure of the finger can be selectively installed to diagnose the constitution and grip of the grip on the handle. In addition, techniques are provided that allow the self-diagnosis of self-diagnosis.

Park In-ja's Utility Model Registration No.0204471 (September 15, 2000) has a skin massage roller.

It is formed so as to surround the outer peripheral surface of the roller portion formed to be supported and rotated at both ends of the handle portion, and a silicon rubber layer containing titanium and germanium formed to buffer the force applied to the skin, and to contact the skin on the outer peripheral surface of the silicone rubber layer The present invention relates to a technology in which a massage layer including germanium and silicate is formed to penetrate deeply into the skin so as to be suitable for a user's skin beauty, thereby providing resilience and radiance of the skin.

In addition, there is Patent Publication No. 2007-0118910 (December 18, 2007) [Skin Massage Device] of Kim Tae-In,

It is rotatably installed between the bracket of the handle and fine needle is provided on the surface of the needle roller, and between the bracket of the handle and the massage roller installed in a state parallel to the needle roller rotatable, and Installed on one side of the bracket of the handle is configured to include a rotator to adjust the position of the needle roller and the massage roller by the rotation,

The present invention relates to a technology that prevents skin aging by giving a detailed and diverse stimulus to the skin through a skin massage device, and improves the blood circulation of the skin, thereby reducing wrinkles and whitening effects, and maximizing the beauty effect while making the skin healthy. .

The above three conventional techniques (manual massage device group) are the same as the present invention in that all are non-powered massage apparatuses,

It is far from being professionally used for facial or neck skin, and there is a big difference between the specific massage method and its composition.

Accordingly, the present invention is to provide a new technology that is different from the conventional bin massager,

Rolling a non-circular tapping rotary body, such as a hexagon, can provide a massage effect to lightly tap the skin, and increases blood flow through the functional particles bonded to the outer surface of the tapping rotary body, resulting in fatigue material. It is possible to obtain the removal effect and enhance the beauty effect of the skin, and to prevent the sagging of the face or neck skin through the raised part provided on the other side.

It is an object of the present invention to provide a skin massage device for making the skin aging and elastic due to ultraviolet rays or stress.

In another aspect, the present invention is the tapping rotating body forming the tapping part is arranged in the state of the first mounting portion of the shaft through the rolling bearing to improve the rolling properties to obtain a tapping effect with less force, reducing the use fatigue and skin shock It also prevents it to provide a proper massage effect,

Instead, the tapping rotating body forming the tapping part is intended to provide a skin massage device that maximizes the push-up massage effect by allowing the second mounting part of the shaft to be arranged with the sleeve interposed therebetween, so as to rotate with a slightly stiff feeling. .

Furthermore, in the present invention, the tapping rotating body and the pushing up rotating body are made to be bonded by an adhesive.

An object of the present invention is to provide a skin massage device having a retention groove introduced in place so as to prevent leakage of an adhesive.

In another aspect, the present invention by forming an adhesive retention groove in the receiving portion of the tapping rotating body for the functional particles to prevent the leakage of the adhesive, and also to prevent the damage of the functional particles due to external impact or falling by the cushioning ring An object of the present invention is to provide a skin massage device that is coupled to a receiving portion in a wrapped state.

In addition, the present invention doubles the inner diameter of the fitting groove of the tapping and pushing the rotating body to cover both ends of the intermediate body provided between the first and second mounting portion of the shaft end portion having a larger inner diameter acts as a skirt It is an object of the present invention to provide a skin massage device to prevent the exposure of parts for improving the rolling properties of both the rotating body to improve the product appearance quality.

Skin massage device according to the present invention to achieve the above object is

A shaft having a first mounting portion and a second mounting portion;

A tapping part which is constructed with a rolling bearing interposed between the first mounting part of the shaft and has a plurality of receiving parts, the tapping part including a tapping rotating body having a non-circular appearance;

A plurality of functional particles arranged to be coupled to the receiving portion of the tapping rotating body; And

A pushing unit including a pushing rotary body arranged on a second mounting unit of the shaft;

It is made, including.

In addition, the skin massage device according to the present invention further comprises a sleeve interposed between the push-up rotary body of the pushing portion and the second mounting portion of the shaft, the outer peripheral surface of the sleeve is preferably formed with an adhesive groove groove Do.

Furthermore, in the skin massage device according to the present invention, the tapping rotating body of the tapping part is supported by two rolling bearings, and the bearings are spaced by a spaced sleeve, and some or all of the bearings have an adhesive dwelling groove formed therein. It is preferable that it is done.

In addition, the skin massage device according to the present invention is provided with an adhesive retaining groove in the receiving portion of the tapping portion tapping rotating body, the functional particles are preferably coupled to the receiving portion wrapped in a buffer ring.

The skin massage device according to the present invention can obtain a massage effect to lightly pat the skin by rolling the one-side tapping rotary body of which the outer shape is a non-circular shape such as hexagon, and the functional particles bound to the outer surface of the tapping rotary body. Increased blood flow through it can get rid of fatigue substances, which can enhance the beauty of the skin, and also prevents sagging of the face or neck skin through push-ups on the other side. You can get the effects of aging and stressing your skin.

In addition, the skin massage device according to the present invention is used so that the tapping rotating body forming the tapping portion is built in the state of the first mounting portion of the shaft through the rolling bearing to improve the rolling properties to obtain a tapping effect with less force, use It reduces fatigue and prevents skin shocks to provide an appropriate massage effect. Instead, the tapping rotating body forming the tapping portion is arranged to be laid out with a sleeve interposed in the second mounting portion of the shaft, so that it rotates with a slightly stiff feeling. Maximize your massage effect.

Furthermore, when the skin massage device according to the present invention achieves the bonding of each part through the adhesive, it is possible to obtain the effect of preventing the leakage of the adhesive by introducing the retention groove in place.

In addition, the skin massage device according to the present invention can obtain a shock-absorbing effect of the functional particles by introducing a buffer ring.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

Skin massage device according to the present invention, as can be seen in the combined perspective view, partially cut perspective view (incision along the line "A-A" of Figure 1), exploded front view of Figures 1 to 3,

One side tapping rotary body 21 (refer to FIG. 3) and the other pushing up rotating body which are largely coupled to the shaft 10 and both mounting portions 13 and 15 of the shaft ( 31, each having a tapping portion 20 and a pushing up portion 30 (see FIG. 3), and a receiving portion 21A (the enlarged circle “C” in FIG. 2) of the tapping rotary body 21. It comprises a functional particle 40 coupled to).

The shaft 10, the tapping rotating body 21 and the pushing rotating body 31 are made of aluminum or its alloy material and other lightweight metal materials that can reduce fatigue in women's use and provide adequate weight, and have excellent painting and painting performance. desirable.

First and second mounting portions 13 and 15 are formed at both sides of the intermediate body 11 of the shaft 10, which has a smaller outer diameter than the intermediate body 11, but also has an outer diameter difference between the mounting portions.

In the first mounting portion 13 having a smaller outer diameter, rolling bearings for improving the rotationality of the tapping rotor 21 are introduced.

The second mounting portion 16 having a larger outer diameter is simply provided between the lifting rotary body 31 and the sleeve 33 only for ensuring smooth turning.

The difference in the outer diameter of the two mounting parts 13 and 15 may be applied to the shaft 10 without problems of component durability and rotational performance in a state where the outer diameter (or the outer cross-sectional area) of the two rotating bodies 21 and 31 is not significantly different. Both rotors are to be coupled.

The tapping portion 20 further includes rolling bearings, in particular two bearings 23A and 23B for stable rotation, and a spaced apart sleeve 25 for keeping the two bearings apart from the tapping rotating body 21. .

After the first bearing 23A, the spaced sleeve 25, and the second bearing 23B are coupled to the first mounting portion 13 of the shaft 10 in sequence,

The bolts B are coupled to the threaded holes N of the first mounting portion 13 with the washers interposed therebetween to fix the respective parts 23A, 25, and 23B.

The washer is particularly composed of a flat washer (W1) and a spring washer (W2 lock washer) (W2) to adjust the degree of proper coupling of the bolt, so that there is no problem of rolling properties such as bearings.

[1st mounting portion 13-first bearing 23A-spaced sleeve 25-second bearing 23B-flat washer (W1)-spring washer (W2)-bolt (B) Outside

Tapping rotating body 21 is coupled,

The fitting groove 21B of the tapping rotating body 21 has a double inner diameter, and an end portion having a large inner diameter serves as a skirt 21b,

The skirt 21b covers one end of the intermediate portion 11 of the shaft 10, that is, the portion adjacent to the first mounting portion 13, so that parts for improving cloudability, particularly the first bearing 23A, are not exposed. can do.

Furthermore, the tapping rotating body 21 may be fixed in a manner such as interference fit or bolt,

In the present invention, to implement the fixing of the tapping rotary body through the adhesive,

To this end, some or all of the bearings are formed with adhesive retaining grooves, so that the adhesive leaks out of the target site, causing the rotating body 21 to engage with the other parts or cause problems in rolling bearings, thereby preventing rotation of the rotating body or externally the product. It is desirable that the leaked adhesive does not cause problems.

In the drawing, the adhesive retaining groove 23a is formed in the first bearing 23A,

In addition, a flange 23b is formed at the end of the first bearing.

The side wall of the start portion of the slapping rotor 21 skirt 21b does not contact the flange 23b and does not contact the intermediate body 11 of the shaft 10 so that the rotation may be more smoothly performed.

In addition, the depth of the fitting groove 21B of the rotating body 21 is greater than the length from the first mounting portion 13 to the bolt B, so that contact friction with the bolt B is preferably not generated.

In addition, the adhesive is typically used to prevent bolt loosening, the viscosity is high, the curing rate is slower than the so-called instant adhesive, commercially available commercially available "LOCTITE 242" or "NEGELOC" can be used.

This high viscosity adhesive is also applied to prevent loosening of the bolt (B) coupled to the screw hole (N), the depth of the screw hole is more than the length of the threaded portion of the bolt (not shown in Figure 3 for convenience) It is also desirable to be larger so that the adhesive stays and prevents the adhesive from overflowing and bolting to unwanted areas (a proper amount of adhesive must be applied, of course),

This may be equally applied to the bolt B for fixing the sleeve 33 constituting the pushing portion 30 described below.

Furthermore, the appearance of the tapping rotating body 21 is preferably non-circular, which is to obtain a massage effect of lightly tapping the skin while the rotating body 21 is rolling,

In particular, the appearance is preferably polygonal (hexagonal in the drawing),

When the polygonal rotating body 21 is rolled, the edge portion comes into contact with the skin and the flat portion comes into contact with the skin, causing a light impact, thereby obtaining a tapping massage effect.

In addition, the tapping massage effect of the non-circle tapping rotating body 21, while the user, especially the female user to feel less fatigue, through the smooth rotation to obtain the effect of increasing the massage effect by more rotations, and ensures the tapping of the appropriate strength For

By introducing rolling bearings

Pushing the rotary body 31 is rotated in a relatively slightly stiff feeling to obtain a push-up massage effect and differentiation and functional division, and eventually to maximize the beauty effect.

Next, the functional particles 40 are coupled to each of the outer receiving portions 21A (see the enlarged circle “C” in FIG. 2) of the tapping rotating body 21. Germanium, tourmaline, titanium, monazite, jadeite, jadeite, nephrite, silicon, etc. Or a combination thereof.

These functional substances are known to stimulate skin and increase blood flow, thereby removing fatigue substances, thereby enhancing skin cosmetic effects.

The results of research on the benefits of minerals such as various rare earth elements, semiconductor materials and loess have been published.

In the present invention, in particular, the use of germanium is considered, and through this, it is expected to function to restore vitality to aged skin due to ultraviolet rays or stress.

In particular, the functional particles 40 may be molded after cutting or mixing the powder of the component with a suitable binder,

The tapping portion 20 has an engaging portion 41A and an exposed portion 41B to be seated in an accommodating portion of the tapping rotating body 21, in particular, a recessed accommodating portion 21A (Fig. 2). Enlarged circle "C"),

The exposed portion 41B may be shaped into various shapes such as polygons, and may have a tip portion for proper skin irritation.

In the drawing, the functional particles 40 are coupled to three surfaces of the tapping rotary body 21 having a hexagonal cross section, and are respectively coupled to three receiving portions 21A provided for each surface.

In addition, in each receiving portion 21A of the tapping rotating body 21, an adhesive retaining groove 21a formed deeper than the receiving portion for fixing the functional particles 40 through the adhesive (enlarged circle “C” in FIG. 2). To prevent leakage of the adhesive,

The adhesive used at this time may be used a conventional instant adhesive, unlike for the adhesion of each of the rotating bodies (21, 31).

In addition, the functional particles 40 are coupled to the receiving portion 21A in a state surrounded by the buffer ring 43, as can be seen in the enlarged circle "C" of FIG. It can prevent the breakage of functional particles,

In particular, the buffer ring 43 is preferably a square ring (see enlarged circle "C" in Fig. 2) of the cross section rather than a circular o ring (circle) for the stability of the coupling state. ,

In addition, the coupling portion 41A of the functional particles 40 is preferably circular in cross section (therefore it is preferable that the receiving portion 21A also forms a cylindrical groove),

The height of the buffer ring (eg 1.6 mm) is higher than the height of the coupling portion 41A of the functional particles (eg, about 1.5 mm) to cope with a situation in which the height of each particle is slightly different (especially during cutting). It is desirable to be able to, and through this height difference it is possible to more reliably protect the functional particles from the impact to be delivered.

Next, the pushing portion 30 including the pushing rotary body 31 arranged on the second mounting portion 15 of the shaft 10 may obtain a sagging massage effect on the face or neck skin.

As mentioned above, it is desirable to maximize the effect of the push-up massage by rotating in a slightly stiff feeling.

However, because some degree of rotation should be ensured, it is coupled to the second mounting portion 15 of the shaft with the sleeve 33 interposed therebetween.

After the sleeve 33 constituting the lifting portion 30 is coupled to the second mounting portion 15 of the shaft 10, the screw hole N of the second mounting portion 15 is also interposed with a washer. In this state, the bolt B is coupled to fix the sleeve.

The washer was also composed of a flat washer (W1) and a spring washer (spring lock washer) (W2) (shown schematically in FIG. 3) to adjust the proper fit of the bolt.

In addition, the outer circumferential surface of the sleeve 33 is formed with an adhesive retaining groove 33a (two or the number and width and depth can be selected as necessary in Figures 3 and 2)

It is preferable that the adhesive leaks out of the target area so that the rotating body 31 is bonded to the other parts or the sleeve 33 has a problem in rolling, which prevents the rotating body from rotating or the leakage of the adhesive adheres to the outside of the product. Do.

In addition, the depth of the fitting groove 31A of the rotor 31 is greater than the length from the coupled second mounting portion 15 to the bolt B, so that the contact friction with the bolt B may be reduced as much as possible. .

The adhesive used for the rotor 31 may also use the commercially available high viscosity trade name “LOCTITE 242” or “NEGELOC”.

Furthermore, the fitting groove 31A of the pushing up rotating body 31 has a double inner diameter, and an end portion having a large inner diameter serves as a skirt 31a,

The skirt 31a may cover the other end of the intermediate body 11 of the shaft 10, that is, the portion adjacent to the second mounting portion 15, so that parts for improving cloudiness, in particular, the sleeve 33 may not be exposed. have.

As described above, the skin massage device according to the present invention includes the tapping and pushing rotating body 21 (ie, to cover both ends of the intermediate body 11 provided between the first and second mounting parts 13 and 15 of the shaft ( The inner part of the fitting grooves 21B and 31A of 31 is doubled so that an end portion having a larger inner diameter serves as the skirts 21b and 31a, thereby improving the rolling properties of both rotors (23A) ( 33) to prevent the exposure to improve the product appearance quality.

Skin massage device according to the present invention as shown in Figure 4 and 1 to 3,

First, grasp the lifting rotary body 31 (or grab the shaft 10 intermediate body 11 as necessary), and then contact the rotating body 21 of the tapping part 20 with each part of the face or neck for 1 minute. If you roll 300 ~ 1,200 times, you can get the massage effect by tapping the skin lightly.

In the case of temple area, if the hexagonal surface or the rounded end of the rotating body is pressed and pressed, the fatigue effect can be obtained through the acupressure effect.

In addition, by increasing the blood flow through the functional particles can remove the fatigue material.

Then grab the rotating body 21 (or the shaft 10, the intermediate body 11 as needed) and roll the rotating body 31 of the pushing portion 30 to be a limp area or neck (especially cheeks) From the bottom of the forehead and then in the same direction, and then rolling from the bottom of the forehead to the same direction.

These massages can be used several times in combination in the same order or in different orders.

In the above descriptions, specific descriptions of conventionally known techniques related to functional particles and the like are omitted, but those skilled in the art can easily infer, infer, and reproduce them.

In addition, in the above description of the present invention, the massage device having a specific shape and structure has been described with reference to the accompanying drawings, but the present invention can be variously modified, changed, and replaced by those skilled in the art. It should be interpreted as falling within the protection scope of the present invention.

1 is a perspective view of the combination of the massage device according to the invention.

2 is a partial cutaway perspective view of a massage device according to the present invention;

3 is an exploded front view of the massage device according to the present invention.

Figure 4 is a state of use of the massage device according to the invention.

<Description of the symbols for the main parts of the drawings>

10: shaft 11: intermediate

13,15; 1st, 2nd mounting part N: screw hole

B: Bolt W1, W2: Washer

20: tapping portion 21: tapping rotating body

23A, 23B: Bearing 25: Spaced sleeve

30: pushing up part 31: pushing up the rotating body

33: sleeve 40: functional particles

41A: Engaging Part 43: Shock Absorbing Ring

Claims (4)

A shaft having a first mounting portion and a second mounting portion; A tapping part which is constructed with a rolling bearing interposed between the first mounting part of the shaft and has a plurality of receiving parts, the tapping part including a tapping rotating body having a non-circular appearance; A plurality of functional particles arranged to be coupled to the receiving portion of the tapping rotating body; And A pushing unit including a pushing rotary body arranged on a second mounting unit of the shaft; Skin massage device comprising a. The method of claim 1, The push-up rotary body of the push-up portion further comprises a sleeve interposed between the second mounting portion of the shaft, Skin massage device, characterized in that the adhesive retention groove is formed on the outer peripheral surface of the sleeve. The method of claim 1, The slapping rotary body of the slapping portion is supported by two rolling bearings, The bearing is spaced by the spacing sleeve, A skin massage device, characterized in that some or all of the bearings are formed with adhesive retention grooves. 4. The method according to any one of claims 1 to 3, The receiving portion of the tapping portion tapping rotating body is provided with an adhesive dwelling groove, The functional particles are skin massage device, characterized in that coupled to the receiving portion in a state wrapped by the buffer ring.

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