TWI768500B - Coloring method of artificial prosthesis - Google Patents

Abstract

The present invention is to provide a coloring method for a simulated prosthesis which can improve the simulation degree of the prosthesis. Its technical means: it is characterized by: a method for applying color to a simulated prosthesis, which is characterized by comprising the following steps: step 1: providing at least one simulated prosthesis made of silicone; step 2: providing at least one pigment and at least one color tool; Step 3: According to the appearance of the prototype of the simulated prosthesis, design a three-dimensional simulation design plan that contains at least the color distribution, texture, light and shadow corresponding to the prototype of the prosthesis; and Step 4: According to For the three-dimensional simulation design planning in step 3, use the coloring tool, apply the pigments corresponding to the aforementioned three-dimensional simulation design and planning, and use the principle of tattoo technology to perform the corresponding coloring process on the simulated prosthesis, so that the pigments can be colored by the coloring tool. It is implanted into the surface layer of the simulated prosthesis to reach a predetermined distance, so that the appearance of the simulated prosthesis can be similar to the prototype appearance of the simulated prosthesis, and is not easy to decolorize.

Description

Coloring method of artificial prosthesis

The invention relates to a coloring method applied to a simulated prosthesis, in particular to a coloring method for a simulated prosthesis.

At present, the production of artificial prosthesis, with platinum silicone as the mainstream, is A silicone and B silicone, 1:1 mixing and mixing, and then adding platinum silicone concentrated color paste, reconciling to become the skin color, can only be formed in one piece to produce one color, can not reach the skin pigment Simulation effect.

After the artificial prosthesis is formed, it is not easy to color the surface of the object. Only the oil-based color paste specially used for platinum silicone rubber can be mixed with platinum silicone rubber. Add the color paste and stir to color. Because the silicone rubber is thicker, apply the reconciled pigment and brush it. When it is used to simulate the surface of the prosthesis, it is easy to produce thickness, and it is not easy to spread evenly, which will destroy the performance of skin pores and fine lines, and it is easy to fill in the pores and fine lines, resulting in distortion. It coagulates quickly and tends to form pimple particles.

In order to solve the above problems, it is necessary to mix the diluent with oily toner, and use a 0.2~0.3 caliber spray gun to spray the color, which can solve the phenomenon of damage to pores and texture distortion. Maintaining and replenishing color is also easy to bet on the spray gun, and the thinner is a silicone solvent, which has certain doubts about health.

In view of this, how to provide a coloring method for a simulated prosthesis that can solve the aforementioned problems becomes the subject to be improved by the present invention.

The purpose of the present invention is to provide a coloring method for a simulated prosthesis that can improve the simulation degree of the prosthesis.

In order to solve the above-mentioned problems and achieve the purpose of the present invention, the technical means of the present invention are realized in this way, which is a method for applying color to a simulated prosthesis, which is characterized by comprising the following steps: Step 1 (S1): providing at least one silicone rubber Simulation prosthesis (1); step two (S2): providing at least one pigment (2) and at least one coloring tool (3); step three (S3): according to the simulation prosthesis (1) of the prosthesis prototype Appearance, Design 1 at least contains a three-dimensional simulation design plan corresponding to the color distribution, texture, light and shadow of the prosthesis prototype; and Step 4 (S4): According to the three-dimensional simulation design plan in Step 3 (S3), Using the coloring tool (3), apply the pigment (2) corresponding to the aforementioned three-dimensional simulation design plan, and use the principle of the tattoo technology to perform a corresponding coloring process on the simulated prosthesis (1), so that the pigment ( 2) by the coloring tool (3), the value is inserted into the surface layer of the artificial prosthesis (1) to reach a predetermined distance (D), so that the appearance of the artificial prosthesis (1) can be approximated to the artificial prosthesis (1) The appearance of the prototype is not easy to decolorize.

More preferably, the coloring tool (3) further comprises at least one manual tattooing needle pen (31) and at least one electric tattooing machine (32).

More preferably, the predetermined distance (D) ranges from 1 to 3 mm.

More preferably, the pigment (2) is also a natural vegetable pigment of vegetable origin.

Compared with the prior art, the effect of the present invention is as follows:

The first point: the coloring method of the artificial prosthesis of the present invention, through the application of the principle of tattoo technology, the coloring tool (3) can be applied, and the pigment (2) can be implanted into the surface layer of the artificial prosthesis (1) to simulate The simulation effect of the distribution of skin pigment particles is similar to the prototype appearance of the artificial prosthesis (1). Combined with the silicone light transmission effect of the artificial prosthesis (1), it can produce looming and looming skin pigment particles. Transparent fog effect.

The second point: the present invention simulates the coloring method of the prosthesis, and the coloring tool (3) is applied, which is a manual tattoo needle pen (31) and an electric tattoo machine (32), which will not damage the texture of the skin surface. There is no needle hole pierced into the silicone rubber, and the silicone rubber of the artificial prosthesis (1) is elastic, and can cover the implanted pigment (2) without falling off.

1: Simulation prosthesis

2: Pigment

3: Coloring tools

31: Manual tattoo needle pen

32: Electric tattoo machine

S1: Step 1

S2: Step 2

S3: Step 3

S4: Step 4

D: predetermined distance

[Fig. 1] is a schematic block flow diagram of the present invention.

[FIG. 2] is a schematic three-dimensional implementation diagram of the present invention when an electric tattoo machine is applied.

[Fig. 3] is a three-dimensional implementation schematic diagram of the application of the manual tattoo needle pen of the present invention.

[ Fig. 4 ] is a schematic cross-sectional view of part a in Fig. 2 .

[ Fig. 5 ] is a schematic cross-sectional view of part b in Fig. 3 .

The following detailed descriptions are as follows according to the embodiments shown in the drawings:

As shown in FIG. 1 to FIG. 5 , a method for coloring a simulated prosthesis is disclosed in the drawings, which is characterized by comprising the following steps: Step 1 (S1): providing at least one simulated prosthesis (1) made of silicone; Step 2 (S2): Provide at least one pigment (2) and at least one coloring tool (3); Step 3 (S3): According to the appearance of the prosthesis prototype of the simulated prosthesis (1), design at least one containing A three-dimensional simulation design plan corresponding to the color distribution of the aforementioned prosthesis prototype, the texture to be presented, and the light and shadow; and step four (S4): according to the three-dimensional simulation design plan in step three (S3), use the coloring tool (3). ), apply the pigment (2) corresponding to the aforementioned three-dimensional simulation design plan, and use the principle of the tattoo technology to carry out the corresponding coloring process on the simulated prosthesis (1), so that the pigment (2) is applied by the coloring tool (3), implanted in The surface layer of the artificial prosthesis (1) reaches a predetermined distance (D), so that the appearance of the artificial prosthesis (1) can be similar to the original appearance of the artificial prosthesis (1), and is not easy to discolor.

Among them, the principle of tattoo technology is applied, and the pigment (2) is implanted into the surface layer of the artificial prosthesis (1) through the coloring tool (3) to simulate the simulation effect of the distribution of skin pigment particles, so that the simulation effect of the present invention The simulated prosthesis (1) produced by the body coloring method is similar to the prototype appearance of the simulated prosthesis (1).

Secondly, the pigment (2) implanted into the surface layer of the artificial prosthesis (1) by the coloring tool (3), combined with the light-transmitting effect of the silicone rubber of the artificial prosthesis (1), can produce looming pigment particles like skin pigment particles. The transparent atomization effect makes the artificial prosthesis (1) more realistic.

Furthermore, the method for applying color to the artificial prosthesis of the present invention applies the principle of tattoo technology, and cooperates with the artificial artificial prosthesis (1) made of silicone rubber. The pierced silicone pinholes are also covered by the pigments (2) implanted in the surface layer of the artificial prosthesis (1) because of the artificial prosthesis (1) made of silicone, which is not easy to fall off.

In addition, the colored artificial prosthesis (1) can be applied to artificial limbs, artificial ears, and corpse prostheses, and has a wide range of applications.

Please refer to FIG. 2 and FIG. 3 , the coloring tool (3) further includes at least one manual tattoo needle pen (31) and at least one electric tattoo machine (32).

Among them, according to the characteristics of the coloring, different coloring tools (3) are used. For example, when the coloring area is small or fineness is required, the manual tattoo needle pen (31) can be used, which is easy to operate. For example, when the coloring area is large, it can be used. Electric tattoo machine (32), convenient and labor-saving.

Please refer to FIG. 4 and FIG. 5 , the predetermined distance (D) ranges from 1 to 3 mm.

Among them, through the control of the predetermined distance (D), different depth changes are formed, and the matching The silicone rubber light-transmitting effect of the artificial prosthesis (1) is closed, so that the overall appearance can be closer to the appearance of the prosthesis prototype of the artificial prosthesis (1).

Secondly, as shown in Figure 4, it is very easy to use the electric tattoo machine (32) to pierce to a depth of 2 or 3 mm, and as shown in Figure 5, it is easy to control the use of the manual tattoo pen (31). , operation, stab to a depth of 1mm,

In the above, the pigment (2) is also a natural vegetable pigment of vegetable origin.

Among them, although the pigment (2) will be covered by the silicone surface layer of the artificial prosthesis (1) and will not fall off, it will inevitably be touched by the operator during use. Plant pigments are preferred.

The structure, features and effects of the present invention are described in detail above according to the embodiments shown in the drawings; however, the above are only the preferred embodiments of the present invention, but the scope of the present invention is not limited by what is shown in the drawings. Modifications and changes that are consistent with the intent of the present invention should be included within the scope of the patent of the present invention as long as they are within the scope of equivalent effects.

S1: Step 1

S2: Step 2

S3: Step 3

S4: Step 4

Claims (2)

A method for coloring an artificial prosthesis, characterized by comprising the following steps: Step 1 (S1): providing at least one artificial prosthesis (1) made of silicone for a living person; the silicone is platinum silicone and has a light-transmitting effect; Step 2 (S2): Provide at least one pigment (2) and at least one coloring tool (3); Step 3 (S3): According to the appearance of the prosthesis prototype of the simulated prosthesis (1), design at least one containing A three-dimensional simulation design plan corresponding to the color distribution of the aforementioned prosthesis prototype, the texture to be presented, and the light and shadow; and step four (S4): according to the three-dimensional simulation design plan in step three (S3), use the coloring tool (3). ), apply the pigment (2) corresponding to the aforementioned three-dimensional simulation design plan, and use the principle of the tattoo technology to carry out the corresponding coloring process on the simulated prosthesis (1), so that the pigment (2) is applied by the coloring tool (3), implanted into the surface layer of the simulated prosthesis (1) to reach a predetermined distance (D), so that the appearance of the simulated prosthesis (1) can be approximated to the prototype appearance of the simulated prosthesis (1), The simulation effect of the distribution of skin pigment particles is simulated, and the transparent atomization effect that is looming as the skin pigment particles is generated, so that the simulation prosthesis (1) is more realistic and not easy to decolorize; the coloring tool (3) includes There is at least one manual tattoo needle pen (31); the predetermined distance (D) is 1 mm. The method for coloring a simulated prosthesis according to claim 1, wherein: the pigment (2) is also a natural vegetable pigment of plant origin.

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