CN201135482Y - Exfoliating device structure with cambered surface - Google Patents

Abstract

The utility model relates to a cutin remover structure with a cambered surface, the outer peripheral edge of the cutin remover is a cambered surface which is matched with the surface of a human body, the surface is distributed with columnar bumps with proper size, height and spacing, and the bumps are in a structure with extremely high smoothness and hardness, the surface can be made by coating stainless steel sheet with film or heat treatment, the hollow part of the exfoliating device is a holding space for selectively sleeving a solid handle, therefore, not only can meet the requirements of different users to be suitable for the radian surface contact of the surface curvature of the human skin, simultaneously, the grinding and cleaning treatment of the cuticle can be carried out, and a handle can be formed and sleeved by an extending body made of solid material, thereby providing more convenient and effective holding for the user to achieve the effects of removing cutin, caring skin and cleaning skin.

Description

Curved exfoliator structure

technical field

The utility model relates to a structure of an exfoliator with a curved surface, in particular to an exfoliator which is suitable for the arc surface of human skin to clean the cuticle, and can maintain the best surface with a high smoothness and hardness. Cleanliness and sanitation and service life.

Background technique

There are many types of exfoliating grinders currently on the market, such as nail grinders, pumice grinders, etc. Please refer to Figure 8, which is a schematic diagram of a commonly used grinder in use. The grinding rod 30 has a handle 31, one end of the handle 31 has a rod-shaped grinding part 32, the surface of the grinding part 32 is formed with a rough surface 33, the user can use the rough surface 33 of the grinding part 32 , to remove the keratin produced by the skin to facilitate the metabolism of skin cells.

However, since the grinding part 32 of these conventional grinding rods 30 is a rod shape with a suitable diameter, the user is grinding various parts of the body such as: ankles, heels, elbows, knees, fingernails and fingernails. The extra stratum corneum with curved skin surface such as edge skin is not only not suitable for the curvature needs of the user, but also easily causes inconvenience in handling, or increases the economic burden of purchasing grinding rods of different sizes.

There are also different forms of exfoliators, which form concave hole structures of different sizes on the surface. Such a structure and the grinding rod mentioned in the previous paragraph all perform the operation of exfoliating the cutin by the roughness on the surface, and when the cutin After the surface of the skin is worn away, it accumulates in the concave hole or the concave part of the grinding part 32 of the grinding rod, which is not easy to clean, causing the grinding part 32 to accumulate the worn-off skin, and even the worn-off skin is rotten and smelly. The safety and sanitation in the use of the operator is very insufficient, so it is necessary to improve it in combination with the various deficiencies of the above-mentioned conventional grinding rods.

In view of the fact that the currently commonly used grinding sticks or exfoliators still have room for improvement in use, the inventor has years of experience in using cleaning and beauty products, and in view of the related problems existing in the current grinding equipment, ponder over ways to improve, After many tests, a curved exfoliator structure was finally created.

Utility model content

Therefore, the main purpose of the present invention is to provide a curved exfoliator structure which can be conveniently held and operated by the user.

Another object of the present invention is to provide an exfoliator structure with a curved surface, which can properly grind the columnar bumps to produce a finer grinding effect.

Another object of the present utility model is to provide a curved surface exfoliator structure that can be cleaned and disinfected without damaging the smooth surface.

Another object of the present utility model is to provide an exfoliator structure with a curved surface that can be selected and installed with a solid material as a handle according to the user's needs.

In order to achieve the above-mentioned purpose, the utility model proposes a structure of an exfoliator with a curved surface, the surface of the structure of the curved surface of the exfoliator has a continuous first curved surface grinding part and a second curved surface grinding part , a third arc-surface grinding part, a fourth arc-surface grinding part, each of these arc-surface grinding parts continuously extends to form a complete exfoliator, and the first, second, third, and fourth arc-surface grinding parts The surface is evenly distributed with columnar bumps of the same size, height, and spacing, and the accommodation space formed by the first, second, third, and fourth arc-shaped grinding parts can accommodate an extension of a solid material, wherein:

One of the preferred implementation forms of the curved surface grinding part of the curved surface exfoliator structure is that the first curved surface grinding part has a radius of R39.5 arc surface, and the second curved surface grinding part is radially extended and bent. It is the arc surface radius of R5, the third arc surface grinding part extended radially is the arc surface radius of R40, and the radially extending fourth arc surface grinding part is the arc surface radius of R5, and the surface is evenly distributed with Columnar bumps with the same size, height, and spacing (the forming method of the columnar bumps is the conventional acid etching technology after photoprinting, not described in detail elsewhere), and the first, second, and third continuously extending , The accommodating space formed by the fourth arc surface grinding part can accommodate one end of the extension body closely matched with the solid body structure, and the other end of the extension body can be properly adjusted in shape and size according to different use requirements to facilitate the holder.

The surface columnar bumps of the curved surface grinding part can be π-shaped to increase the exfoliating effect of the skin; the surface columnar bumps of the curved surface grinding part can be nipple-shaped, and the extension body can be extended to hold The arc surface angle of the first arc surface grinding part can be R30~R50, and the arc surface angle of the three arc surface grinding part can be R30~R50; in order to increase the finer grinding effect while exfoliating .

The diagrams of the preferred embodiments of the utility model are further described as follows, in order to enable those familiar with the relevant technical aspects of the utility model to obtain evidence for implementation.

Description of drawings

Fig. 1 is a three-dimensional exploded schematic diagram of the utility model.

Fig. 2 is a schematic cross-sectional view of the combination of the utility model.

Fig. 3 is an enlarged view of the columnar bump of the present invention.

Fig. 4 is a schematic diagram of the π-shaped columnar bump of the present invention.

Fig. 5 is a schematic diagram of a nipple-shaped columnar bump of the present invention.

Fig. 6 is a schematic diagram of the practical state of the utility model used at the heel.

Fig. 7 is a schematic diagram of the practical state of the utility model used in finger parts.

Fig. 8 is a schematic perspective view of a conventional grinding rod.

[Description of main component symbols]

Exfoliator 10

The first arc grinding part 111

The second arc grinding part 112

The third arc grinding part 113

The fourth arc surface grinding part 114

bump 12

Accommodating space 13

π-shaped stud bump 14

Nipple Pillar 15

Extension body 20

Detailed ways

Please refer to Fig. 1 to Fig. 3, the utility model is an exfoliator structure with a curved surface, which includes:

The exfoliator 10 mainly has a first arcuate surface grinding part 111 (with R30-R50 arc surface radius as a preferred embodiment), and one end of the first arcuate surface grinding part 111 extends a second arcuate surface grinding part 112 ( The arc surface radius of R5 is a preferred embodiment), the other end of the second arc surface grinding portion 112 extends a third arc surface grinding portion 113 (the arc surface radius of R30-R50 is a preferred embodiment), The other end of the third arc grinding portion 113 extends a fourth arc grinding portion 114 (the arc radius of R5 is a preferred embodiment), and the other end of the fourth arc grinding portion 114 is connected to Back to the other end of the first arc surface grinding portion 111 , a structure extending continuously with different arcs is formed to cope with different arcs of the human body surface.

And the surface of each grinding portion 111, 112, 113, 114 is evenly distributed with the columnar bumps 12 with the same size, equal height, and identical spacing (the method for forming the columnar bumps is the acid etching technology after conventional photoprinting, which It is a known technology so it will not be described in detail here), and the first, second, third and fourth arc surface grinding parts 111.112.113.114 are surrounded to form a hollow accommodation space 13, the accommodation The space 13 can accommodate one end of the extension body 20 tightly matched with a solid body structure, and the other end of the extension body 20 made of solid body material can be appropriately adjusted in size and shape to form a handle structure to facilitate gripping The user's preferences and habits; the operator who can also directly penetrate the user's hand into the accommodating space 13 for exfoliation.

The surface columnar bumps of the exfoliator 10 can also be π-shaped columnar bumps 14 as shown in Figure 4 to increase the exfoliating effect of the skin; in addition, as shown in Figure 5, the exfoliator 10 The surface columnar bumps can be nipple-shaped columnar bumps 15, so as to increase the finer grinding effect while exfoliating.

With the combination of the above-mentioned components, the user can use the columnar bumps 12, 14, 15 on the surface of the exfoliator 10 of the present utility model to remove the keratin generated by the skin, and also can choose a solid material that is more suitable for holding The extension body 20 that is made can form a grip structure, so that the user can hold and use the creation smoothly, as shown in the 6th and 7th figures, so that the whole body needs to be exfoliated such as ankles and heels (as shown in the 6th and 7th figures) 6), elbows, knees, nails and nail edge skin (as shown in Figure 7) and other rough and cracked parts, it is convenient for the user to grind the first arc surface 111 and the second arc surface with different radians. The surfaces of the grinding part 112, the third curved surface grinding part 113 and the fourth curved surface grinding part 114 are used for exfoliating the skin with different curvatures, which can easily remove the cuticles, make the skin more delicate and soft, and promote the metabolism of skin cells. Add Overall Ease of Use

In addition, because the exfoliator 10 of the present utility model can be manufactured by photo-printing acid etching technology using stainless steel material, the utility model can accept a complete and effective cleaning and disinfection process, and the user is allowed to confirm it by himself after each use. Disinfection and cleaning, and the surface is smoother and less prone to depositing dirt, which can completely solve the problems of pumice grinders and other possible filth that cannot be removed or even skin corruption and odor. It is also very suitable for mass production; it can also be added to the surface Titanium plating treatment, or nanonization treatment to improve the smoothness of the surface.

To sum up, the structure of the exfoliator with the curved surface of the utility model can not only effectively improve the shortcomings of conventional grinding rods and pumice grinders, but also the main technical means of the utility model have not been found in any publications, which is in line with the utility model patent application conditions.

Claims (7)

1. An arc-shaped exfoliator structure, characterized in that the exfoliator has an arc-shaped grinding portion, the arc-surface grinding portion has a columnar bump, and the exfoliator has a housing space, the accommodation space Extensions can be assembled, where; The curved surface grinding part is formed by extending several continuous curved surface grinding parts, The accommodating space is located in the inner space of the exfoliator, The extension body is a solid structure and is mutually assembled with the accommodation space. 2. The exfoliator structure with curved surface according to claim 1, characterized in that the curved surface grinding part is composed of a first curved surface grinding part, a second curved surface grinding part, a third curved surface The grinding part and a fourth curved surface grinding part are formed continuously. 3. The exfoliator structure with arc surface according to claim 1, characterized in that, the columnar bumps are π-shaped columnar bumps. 4. The exfoliator structure with curved surface according to claim 1, characterized in that, the columnar protrusions are papillary-shaped columnar protrusions. 5. The exfoliator structure with a curved surface according to claim 1, wherein the extension body is a handle that can be extended to be held. 6. The exfoliator structure with curved surface according to claim 2, characterized in that, the curved surface angle of the first curved surface grinding part can be R30-R50. 7. The exfoliator structure with curved surface according to claim 2, characterized in that, the angle of the curved surface of the third curved surface grinding part can be R30-R50.

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