RU197759U1 - MODULAR NEEDLE FOR MANUAL LONG-TERM MICROPIGMENTATION - Google Patents

Abstract

The utility model relates to needles for long-term micropigmentation by manual (manual) method and is used in permanent makeup or microblading. The technical result of the utility model is faster and better performing uniform color with less skin injury. The specified technical result is achieved due to the fact that the declared needle modular for manual long-term micropigmentation, consisting of a three-row soldering of needles, characterized in that each soldering uses 0.25 mm thick needles, the soldering of the needles is made with the diagonal arrangement of adjacent needles, relative to each other at an angle of 45 degrees relative to the row, forming a zigzag arrangement of adhesions with an equal distance between the tips of the needle in each adhesion of 0.35 mm. 7 ill.

Description

MODULAR NEEDLE FOR MANUAL LONG-TERM MICROPIGMENTATION

The utility model relates to needles for long-term micropigmentation by manual (manual) method and is used in permanent makeup or microblading.

The prior art needle is tapered for microblading No. 7 0.25mm (5 pieces) [https://tattoo-shop55.ru/product/igla-dlya-mikrobleydinga-7-skoshennaya-025mm/]. It consists of 7 needles 0.25mm soldered in one plane at an angle of 30 degrees. Used for the manual method of applying permanent makeup. Each needle is individually wrapped and sterilized by gamma radiation.

These spike needles in one line (flat) are used for hair, are not used for shading, have a different purpose and a different technique for using them.

Known round needle (beam) for microblading No. 7 0.25mm (5 pieces) [https://tattoo-shop55.ru/product/igla-kruglaya-dlya-mikrobleydinga-7-025mm-5-sht/]. It consists of 7 needles soldered in a beam, the length of the needle is 1.8-2.5 cm. Used for manual microblading application. Each needle is individually wrapped and sterilized by gamma radiation. This needle provides 5-prong (RS) shading with a beam according to the classification [https://pm-masters.ru/info?journal_blog_post_id=1]. These bundles of needles are designed for shading. There are spikes from 3 needles to 21.

The technical problem of this analogue is that the adhesion has a direct entrance to the skin, so the resistance of the skin with a direct injection is higher and it is harder to paint (more pressure is required on the skin to overcome the resistance).

In addition, the adhesion was made in bunches (a pattern with a skin injection is a circle of dots). This circumstance leads to the fact that it is difficult to paint evenly.

Known needle for microblading 21RM [http://permanent-tattooazh.ru/katalog-2/igly-dlya-manualnogo-permanenta-80/igla-dlya-mikroblejdinga-21rm-623.htm] having a spike of needles of the shape of a round magnum. The diameter of each needle is 0.25 mm. These spikes are double-row (magnums) are straight, are rounded, as in the analogue. There are from 9 to 21 needles in the spike. This needle provides 7-prong (7M) or 9-prong (9M) shading according to the classification [https://pm-masters.ru/info?journal_blog_post_id=1].

The technical problem of this analogue is that the adhesion has a direct entrance to the skin, so the resistance of the skin with a direct injection is higher and harder to paint.

In addition, an equal distance between all the needles is not observed, which makes uniform painting difficult.

Known needles (flat), soldered in one row, needles (flat) https://tattooage.ru/catalog/tatuazh/igly/index/tipspayki/flat]. [They are designed for dense shading (the needles are very close to each other, so it is impossible to make powder with such adhesions) Most often they have a long or medium sharpening and can have different needle diameters.

The technical problem of this analogue is that these needles for dense coloring and adhesion have a direct entrance to the skin, so the skin resistance with a direct injection is higher and harder to paint.

Known needle (Round Magnum) in a flat soldering [https://just-tattoo-shop.ru/goods/Round-Magnum-1], publ.: 03/27/2013. Having unequal length, thus creating a rounded shape . This form of soldering needles is safe in operation, gives uniformity of shading, soft shading and smooth transitions. Rounded magnums less damage the skin due to uniform contact with the skin, allow you to make softer transitions and stretch color. The needles have a long sharpening Long Taper and soldered from needles with a diameter of 0.35 mm.

This needle provides a 7-tooth (7M) color according to the classification [https://pm-masters.ru/info?journal_blog_post_id=1].

The closest analogue is a three-row beveled needle for microblading [https://bazar78.ru/product/igla-trehryadnaya-skoshennaya-dlya-mikrobleydinga]. The needle fits tightly into the handle of the manipulator and is securely fixed in it. The needles are staggered, soldered in three rows, sharpened with a bevel.

The technical problem of all known solutions is the insufficiently fast and high-quality performance of uniform color, which is provided either by the duration of the color, or by excessive injury to the skin.

The objective of the utility model is to eliminate the disadvantages of the known technical solutions.

The technical result of the utility model is faster and better quality uniform coat with less skin injury.

The specified technical result is achieved due to the fact that the declared modular needle for manual long-term micropigmentation, consisting of a three-row needle joint, characterized in that each needle used needles with a thickness of 0.25 mm, the needle soldering is made with a diagonal arrangement of adjacent needles, in relation to each other at an angle of 45 degrees relative to the row, forming a zigzag arrangement of adhesions with an equal distance between the tips of the needle in each adhesion of 0.35 mm.

Brief Description of the Drawings

Figure 1 shows the needle device (A is a top view, B is a side view).

Figure 2 shows the end view of the location of the needles in the spike.

Figure 3 shows the pattern when pigmenting with a needle after six clicks.

Figure 4 shows an example of a lacquer from a single press of a needle on artificial skin.

Figure 5 shows examples of comparing the marks on artificial skin using various types of needles.

6 and 7 show working examples of microblading using a needle according to a utility model.

In the drawings: 1 - needle spike, 2 - needle tip, 3 - needle, 4 - row of needles in a spike, 5.1 - needle according to the claimed utility model, 5.2 - applied pigment to the needle according to the utility model, 5.3 - final drawing from the needle according to the utility model after wiping, 6.1 - the needle with a bundle of 9 needles, 6.2 - the applied pigment of the needle with a bundle of 9 pieces, 6.3 - the final pattern from the needle with a bundle of 9 pieces after wiping, 7.1 - the needle with the bundle for 21 needles, 7.2 - the applied pigment of the needle with the bundle in 21 needles, 8.3 - the final pattern from the needle in a bundle of 21 needles after wiping, 8.1 - the needle according to the prototype, 8.2 - the applied pigment of the needle according to the prototype, 8.3 - the final pattern from the needle according to the prototype after wiping, d - the thickness of the needle, k - the distance between tips of the needle in the solder.

Utility Model Implementation

The modular needle for manual long-term micropigmentation consists of a three-row soldering of needles 3 (see Figure 1, Figure 2).

What is new is that in each spike 1, needles 2 with a thickness of 0.25 mm are used, and the soldering of 1 needles is made diagonally at an angle of 45 degrees, forming a zigzag arrangement of the spike with a distance k between the tips of the needle 3 in each spike 0.35 mm.

The difference from the known solutions is that the zigzag arrangement of needles 2 with a three-row soldering, needles 0.25 mm thick and with a distance between the tips of the needles 0.35 mm provides a more uniform pigment application, as can be seen from comparative examples of pigmentation on artificial skin (see 5) and on examples of real color on the skin during microblading (see FIG. 6, FIG. 7).

From the examples of color comparison in Figure 5 it is seen that the needle according to the claimed utility model 5.1 provides the application of a dense patch of pigment 5.2 and leaves uniform application of pigment 5.3.

Moreover, well-known needle solutions with a beam of 6.1 and 7.1 leave voids 6.3 and 7.3, respectively. And the needles of the prototype 8.1 form uneven sections of pigment 8.3.

The claimed needle has a spike 1, which leaves a zigzag trace (see Figure 2) (pre-dipped into a pigment for micropigmentation) on the skin, with a certain pressure, and the needle thickness of 0.25 mm allows for a softer and less traumatic coloring (see Figure 4). In order to ensure faster and better performance of uniform dyeing with less skin injury, it was experimentally established that it is necessary to solder 1 needles diagonally at an angle of 45 degrees, and also observe a distance k between the tips of the needles of 0.35 mm. This distance k between the tips of the needles of 0.35 mm is the hypotenuse of an equilateral right triangle with legs d of 0.25 mm, corresponding to the thickness of the needles.

Thus, the zigzag formed by the claimed needle during pigmentation gives full color for the minimum number of presses of the needle on the skin (see Figure 3), which provides faster and better performance of uniform color with less damage to the skin.

Claims (1)

Modular needle for manual long-term micropigmentation, consisting of a three-row needle spike, characterized in that 0.25 mm thick needles are used in each spike, needle soldering is made with diagonal arrangement of adjacent needles relative to each other at an angle of 45 degrees relative to the row, forming a zigzag shape the location of the adhesion with an equal distance between the tips of the needle in each adhesion of 0.35 mm

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