TW200533308A - Distinguishing a nail surface from surrounding tissue - Google Patents

Abstract

Custom artificial nails and related methods, systems, and computer program products. In providing custom artificial nails, digital data for a nail surface and tissue surrounding the nail surface is produced by a digitizing device and sent to a digitizing computer system. The digitizing computer system distinguishes the nail surface from the tissue surrounding the nail surface and generates a three-dimensional artificial nail object customized for the nail surface. A manufacturing computer system selects an artificial nail blank with specific colors and styles from which to cut the customized artificial nail, generates numerical cutting codes for the three-dimensional artificial nail object within the artificial nail blank, and provides the cutting codes to a computerized numerical cutting machine in order to remove undesirable material from the artificial nail blank and expose the three-dimensional artificial nail object. Once exposed, the customized artificial nail may be attached to the nail surface of a consumer.

Description

200533308 发明 Description of the invention ^ [Technical field to which the invention belongs] The present invention relates to artificial fingers with customized specifications, and more specifically, it relates to measuring, making, and adhering custom artificial nails. [Prior art]

w Artificial fingernails (fingernails and toenails) usually have a thin, extended plastic construction that resembles the shape of a real fingernail. The artificial fingers can be fixed to the fingers specifically by adhesive. The advantage of artificial fingers is that the user does not need to wait for fingernails to grow, and can have fingers with the required uniform thickness, length and shape. This is very useful for those who have fragile nails that are easily broken or broken. There are many ways to stick artificial nails. In a method commonly used for nail cosmetic sand dragons, after trimming the actual fingernails to a desired length, the tail end of the artificial nail is glued to the tip of the real nail. The tip of the nail is usually flattened with a file to shorten its thickness and avoid the artificial fingers from protruding too far from the front of the remaining real fingers. Then use thermosetting acrylic to fill the gap between the cuticles of the real fingers and the end of the artificial nail. Acrylic acid is also applied to the artificial nails so that there is a uniform surface from the cuticle to the end of the fingertips. The acrylic coating is then filed to provide a smooth surface. This method is repeated on the fingers or toes. The finished artificial fingers can be coated with finger oil of the desired color. Alternatively, artificial fingers can be painted in white or white to show French style fingers. The above method is extremely time-consuming, labor-intensive, and requires professional skills. 3 200533308

° When the nails grow, the corners become gaps. To maintain the uniformity of the nails, the gap must then be flattened and polished again. ‘Real nails that are as long as a pinch are also needed) to maintain the appearance of French-style nails, which must be removed, or trimmed and repainted, often overlaid on the acrylic covering the nails due to the growth of real nails. Because fingernails or toenails cannot breathe through acrylic acid, the artificial fingertips must be removed every few weeks to allow the fingers or toes to breathe. However, once you have unloaded the person, you must repeat the entire process again. Refitting an artificial fingernail is extremely time consuming and expensive, so users usually use the fingernail longer than recommended. Prolonged wearing will hurt fingers or toes, and will help finger and finger fungus grow. The second method of sticking artificial nails is to buy an array of artificial nails that can completely cover real nails. This shape design does not need to be filled with acrylic. However, human fingers and toes come in a variety of sizes and shapes, so it's not impossible but impractical to make artificial fingertips for everyone. Therefore, such #artificial nails are made to standard sizes, lengths, and possible styles. When sticking, artificial fingernails must first be trimmed manually to fit comfortably around the cuticles of the fingers or toes. It is also necessary to trim the artificial nails to the desired length or shape. The ten nails and / or toes must repeat this process separately. Artificial nails can then be glued to the nails or toes. After adhesion, artificial nails can be painted in the desired color. Although this method is relatively simple, it also has its disadvantages. For example, although you can change 4

200533308 The periphery of the artificial fingernails is trimmed to a shape suitable for the stratum corneum of the fingernails, and the inner surface of the nails and the surface of the fingernails cannot be completely tightly sealed. Its original fingernails and toenails have a unique face structure with small bumps or bumps. In comparison, the inner surface of artificial nails is smooth and highly structured. The inadequate adhesion of artificial nails and nails can cause unsatisfactory results, poor appearance, or significantly affect the ability of artificial nails to stick to the fingers. In addition, if the artificial finger is broken or broken, it must be repeated at least as described above. However, the artificial finger is sold as a whole group, and an entire group of artificial fingers is purchased because of the single finger. Remove all artificial fingers every second to allow your fingers or toes to breathe. The method of nails is usually to immerse fingers or toes in acetone. However, it will decompose the glue and artificial fingers. Therefore, the artificial fingers are removed and used again. Therefore, it is necessary to trim and adjust by another set of new artificial fingers. U.S. Patent Nos. 5,968,302 and 6,196,234 are related to a method for densely forming a close nail. Since the patents described in these patents use the real fingers as a model to mold the acetone-resistant thermoplastic artificial fingers that can closely fit the surface of their real nails, they can solve the above problems. However, the method of measuring and making a close finger according to U.S. Patent Nos. 5,96 8,302 and 2000 is complicated and usually requires manpower. Ｍ [Summary of the Invention] But artificial finger means that because each arc and watch has standard arc artificial nails sold on the real fingernail, it will take a few days to suppress the artificial force. After that, it is impossible to close the nails and joints again. Nails are the corresponding solutions 6,196,234 cost more 5 200533308 η

According to the above problems, the present invention provides a method capable of helping to automatically identify a fingertip surface and a tissue surrounding the fingertip surface in a computer system, including the steps of applying one or more coating compositions to the fingertip surface. The tissue around the nail surface, or both the fingernail surface and the fingerpad surface, the one or more coating compositions can distinguish the nail surface and the tissue around the nail surface; by generating the nail surface and the nail surface tissue, Digital data of tissues surrounding the surface of the nail to digitize the fingernail surface and tissues surrounding the surface of the nail, the digital data including data representing the one or more coating compositions; and based on the data representing the one or more coating compositions The identification of the nail surface is performed by distinguishing between digital data corresponding to the surface of the nail and digital data corresponding to the surrounding tissue. Another aspect of the present invention provides a method for identifying tissues on the surface of nails and fingernails in a computer system, which includes: digitizing the nails by generating digital data on the surface of the nails and the tissues around the surfaces of the fingernails. Surface and the tissue surrounding the finger surface; displaying the digital data as a visual representation of the finger surface and the tissue surrounding the finger surface; receiving and identifying the nail surface, the tissue surrounding the nail surface, or the nail surface and the nail User input of both tissues surrounding the surface; and identifying fingertip surfaces based on the user input. Another aspect of the present invention is to provide a computer program capable of implementing the method of the present invention, which comprises one or more computer-readable methods having a plurality of executable instructions for executing a method for identifying tissues on the surface of fingernails and nail surfaces in a computer system. Taking the media, the method includes: by generating nail surfaces and fingernail surfaces 6 200533308 Μ

The digital data of the surrounding tissue is used to digitize the nail surface and the surrounding tissue of the nail surface; the digital data is displayed as a visual characterization of the finger surface and the surrounding tissue of the nail surface; receiving can identify the nail surface and the surrounding tissue of the finger surface , Or user input of both the finger surface and the tissue surrounding the finger surface; and identifying the finger surface based on the user input. The present invention further provides a computer system capable of identifying a fingertip surface and a tissue surrounding the fingertip surface, which includes one or more processors for executing a plurality of computer-executable instructions; One or more computer-readable media having computer-executable instructions executed by a processor. The computer-executable instructions include: computer-executable instructions for digitizing the nail surface and the tissue surrounding the finger surface by generating digital data of the finger surface and the tissue surrounding the finger surface; Digital data are displayed as computer-executable instructions for visual characterization of the surface of the nail and the surface of the fingernail surface; for receiving instructions that can identify the surface of the nail, the tissue surrounding the surface of the fingernail, or the surface of the fingernail and the tissue surrounding the fingernail surface Computer-executable instructions for user input data of both; and computer-executable instructions for identifying the surface of the fingertips based on the user input data. Another aspect of the present invention is to provide a method for identifying a finger surface and a tissue surrounding the finger surface in a computer system, comprising the steps of: digitizing the nail by generating digital data of the nail surface and the tissue surrounding the finger surface. Surface and the surrounding tissue of the nail surface, the digital data includes information representing the morphological description of the tissue surrounding the nail surface and the surface of the fingernail surface; checking the change in height difference in the digital data to identify the separation of the fingernail surface and the finger surface曱 7 -4 200533308 The edge of the tissue surrounding the surface, or marking the end of the nail surface; and identifying the area of the nail surface within the perimeter defined by the edge.

Another aspect of the present invention provides a computer program including one or more readable media having a plurality of executable instructions to execute a method for identifying a nail surface and a tissue surrounding the nail surface in a computer system. The method includes the steps of: Digitizing the fingernail surface and the tissue surrounding the fingernail surface by digital data generating the fingernail surface and the tissue surrounding the fingernail surface, the digital data including descriptions representing the shape of the fingernail surface and the tissue surrounding the fingernail surface Data; checking the height difference of the digital data to identify the edge separating the finger surface from the tissue surrounding the finger surface, or marking the end of the finger surface; and identifying the finger within the perimeter defined by the edge Surface area. The present invention further includes a homogeneous system, which provides a computer system capable of identifying a tissue around a fingernail surface and a nail surface, including: one or more processors capable of executing a plurality of computer-executable instructions; and one or more processors One or more computer-readable media executed with computer-executable instructions. And the computer-executable instructions include computer-executable instructions for digitizing the finger surface and the tissue surrounding the finger surface by generating digital data of the finger surface and the tissue surrounding the finger surface. The data includes descriptions of the topography of the nail surface and the surrounding tissue of the finger surface; used to check the change in height of the digital data to identify the separation of the finger surface and the edge of the tissue surrounding the finger surface, or to mark the finger Computer-executable instructions at the end of the finger surface; and computer-executable instructions for identifying the area of the finger surface within the perimeter defined by the edge. 8 200533308 [Implementation] Ice and Ice The present invention relates to custom-made artificial nails and related methods and computer programs. In the following, the description is made to facilitate understanding of the sequence of the embodiments of the present invention. However, it should be understood that the work of the present invention is performed in the order of ^^, so the specific order in the description is # one of its many possible methods. Introduction Fig. 1 illustrates an example of a system for providing a custom artificial nail for consumers, and Fig. 2 shows a simple flow chart corresponding to the embodiment of the system of Fig. 1. As shown in Figure 2, providing consumer-customized artificial nails includes four high-level tasks: digitization (2 1 0)-the target nail surface of the specific customer and the surrounding tissue of the nail surface; generating (22 0) each target nail surface Artificial nail objects; making (230) customized artificial nails of each artificial fingernail object; φ and sticking (240) the customized artificial nails to the fingernail surface of the customer. These tasks will be described in detail below with reference to Figure 1, and then described in more detail in separate chapters. As shown in FIG. 1, the digitizing device 140 digitizes the surrounding tissues 104 and 104 of the fingernail 106 of the nail 106 (the present invention will be described using a fingernail as an example, but the same applies to the same). (Applicable to toenails, therefore, the term nails, to nails and / or toenails). Since the digital data generated by the digitizing device includes nail surface no and its surrounding groups, weaving 104, the digital computer must be able to distinguish the nail watch 9

200533308 Face 110 and surrounding tissue 104. Once the fingertip surface and tissue are identified, the digital computer 150 can generate a stack of objects for the nail surface. Next, the digitizing computer 150 creates the computer 160 with the finger pointing object. The manufacturing computer 160 controls the processing device 170 and the artificial nail cuts out a customized artificial nail 130. An artificial finger is then applied to the nail surface 110 on the customer's finger 102. In one embodiment, the digitizing computer 150 and the digitizing device are at the far end of the production computer 160 and the processing device 170. In other real farms, digital computers 150 and production computers 1 60 are in the local area network. The digitizing device 1 40 and the digitizing computer 1 50 can be integrated into a single unit, as well as the production computer 1 60 and the processing device 170. In addition, although the first digitizing computer 150 and the production computer 1 60 are separate systems, in other embodiments, the digitizing computer 150 and the production computer may be integrated into a single device. An example of a computer system that can be used as a digital computer 150 and / or a brain 160 is illustrated in Figure 18 and further detailed below. I. Digitization and identification of the nail surface Refer to FIG. 3. In an embodiment of the present invention, the finger watch and its surrounding tissue 104 can be determined visually 310 and / or digitized 320 to determine whether the nail surface 110 needs Remove tissue such as 1 1 2 114 to modify it. Depending on the condition of the nail surface, the artificial finger around the finger is transferred to the 130 and 140 daggers from the blank nail, and the equipment should also be noted. 1 In the figure, the computer is the brain 160. The electrical detailed description surface 110 is checked. The tissue nail may be 10 200533308. You don't need to modify it, or you need to do finger repairs, toe repairs, and other modification work on the nail surface to achieve the best results. % Digital inspection 320 includes before the surface of the digital nail, other similar surface of the nail to determine whether the need to enter the cattle & 1 and digital inspection of jealousy ... step of grooming. Your form can be a photographic image, a digital camera image (an image, a ray image, a refraction image), and a structured light scanner, a laser scanner, a light scanner, Photogrammetric scanners, acoustic instruments, touch sensors, holographic scans, and contact with alder needles are used to measure the topography. Figure 4 shows that the eyes 410 and angles on the finger surface 110 are relatively child-friendly, 7 Cuticle 406. Although ... troublesome, a technician can digitize the finger surface weave 104, lack 110 and its surrounding groups, and then manually distinguish the nail surface and its peripheral computer ho area, and weave. For example, counting from 150 can display the nail surface surface table produced by the digital device 14 and the surrounding group, and A is used to identify the finger, identify the surrounding tissue or use the surface of the finger to recognize both the surrounding tissue input Data. Digitized computer 丨 50 from which Suwadu / user input data was used to identify the surface of the private nail. The above method of artificially identifying the tissue, although the surface of the M sundial and the surrounding Ατ agency are tightly sealed to ensure the beauty. And Ba Gong Jia, this user loses The experience and technique of inputting data must be equivalent. 11 200533308 B. Coating composition Figures 5A to 5B illustrate the use of coatings to help computer systems self-nail surface. In some industrial environments, use rapid prototypes: Prototype machine) trace the entire object. When the entire object _ / The object is coated with materials such as fine powder to make it one. However, the purpose of the coating in the rapid prototype machine (make the object ~ ^ J 『一 物件) The purpose of the objects related to the invention is exactly the same, to distinguish the difference between the inserted object and other parts). As shown in the wide A diagram, in one embodiment, the coating composition 570a is applied to the surface of the nail 11 with an applicator 58a (such as a day pen), but it cannot be applied to the surrounding group and knitted. 4. The coating composition may be any material ^ including nail polish, veneer, dye, or any other type of opaque substance suitable for applying to the fingers and / or tissues surrounding the fingers. The coating composition I was in the visible spectrum. For example, the green color system has been proven effective because it can easily distinguish the natural solid tone of the surface of fingertips and the tissues of Guangzhou Garden. However, the coating composition may be outside the visible spectrum, such as ultraviolet or infrared spectrum, depending on the light source used to illuminate the surface of the finger and its surrounding tissue during the counting process. During the work, the inventors have found that the light source with a bar structure and a flat-green coating composition (such as a water-soluble light green paint) with a non-gloss brightness related to the electrical coupling detectors (CcDs) work well together. . Other types of coating compositions can also be used, including stencils or cutouts that can distinguish the nail surface or its surrounding tissue. 12 200533308 In Fig. 5B, a brush applicator 580b is used to spray on the nail surface 11 measured by a stencil covering the surrounding tissue 104. After applying the composition 570b to the nail surface UQOT, the stencil is removed, and the nail surface 110 and the surrounding tissue 104 are digitized. Therefore, as with the coating composition itself, the applicator may have any of various types, such as A / b, dagger brush, spray brush, sprayer, dipping, cutting pattern, and stencil. Alternatively, as shown in FIG. 5C, the surrounding tissue 104 that is the cutting pattern 5 90c covering the surface of the finger is sprayed with the applicator 58 ° c. When the surrounding tissue is sprayed with the coating composition 570b, the cutting pattern 59 "is removed to expose the unpainted nail surface 100. The condition of the coating composition and the applicator is that the nail surface and the surrounding tissue can be easily distinguished. It Often, the coating composition must be evenly distributed on the coating and the thickness is only a few tenths of a millimeter, so that the customized X fingertips are not affected. If the coating composition on the nail surface is too thick and Non-uniformity will affect the digital size of the nail surface, and the production of .., ^ is not suitable for custom-made artificial nails. Of course, when the coating group ^ x is coated on the surrounding tissue, The artificial nail ^ does not count the size of the surrounding tissue, so its thickness and uniformity are less important. After the coating is completed, the digitizing device] α your watch machine 罝 1 4 0 to digitize the nail surface and The surrounding tissues. The surface of the fingernails and the surface of the surrounding tissues are called digitally. The chat includes generating digital data representing the surface of the fingernails and the tissues around them. Chi Hui And W two data and the color data of the surrounding tissue of the nail surface from 13 200533308. This special type of digital data differs depending on the digitizing device and digitizing computer, but generally includes RGB, cmyk or grayscale color data. Point data of XYZ coordinate system. Digital computer can easily distinguish nail surface and surrounding tissue based on color data, so it can automatically identify the nail surface with less effort. In many cases, the technician only needs to digitize Confirm the visual representation of the visual representation of the nail surface and the surrounding tissue (visuawepresentatiQn) on the computer without the need for further steps-in some cases H still performs a limited manual identification of π 'but the labor requirements are still higher than any other Those who do not use a coating composition are low. Or, 'Only automatic analysis is sufficient to complete the identification of the nail surface. After coating the surface of the nail and its surrounding tissue, the coating composition can be removed. However, sometimes it may not be necessary to remove Coating composition. For example, if a nail is coated and an artificial nail is made immediately, the artificial nail may be covered with: Surface, so there is no need to partially or completely remove the coating composition. Or, when using a coating composition in the non-visible spectrum, the coating composition cannot be seen because it is not necessary to remove the coating composition. Or , The nail surface can choose the coating composition of the desired color, and then left in place after digitization. Because the two-gloss paint will reduce the effect of the coating composition, low-gloss $ must be used when digitizing, after the digitization Apply high gloss lacquer to enhance the appearance of the coating composition. C • Morphology Analysis 14 200533308

Figures 6A to 6C are scans of various nail surfaces and surrounding tissues using the χγζ coordinate system. (The XYZ coordinate system is widely used, so it is only selected as an example to illustrate the coordinate system, but any coordinate system can be used in the present invention. ). Figure 6A is a top view of the finger surface 6 and the surrounding tissue 604 after scanning, where the X-axis 640 is the width across the finger surface, the y-axis 650 is the length along the finger surface, and the z-axis 660 is the thickness of the vertical fingertip surface. Figure 6B is a side view of Figure 6A and Figure 6C is a front view of the nail surface. The resolution of the space or morphology of the digital data showing the surface of the finger and its surrounding tissues depends on the digital device. The inventors have found that an excellent custom artificial finger can be obtained at a resolution of one to twenty millimeters. Of course, higher resolutions can also be used, but since customers cannot feel or benefit from the increased resolution, there is no need to increase the additional cost of the increased resolution in the business. In addition, the accuracy of the processing tools used to cut artificial fingernails from blank artificial nails, as detailed in Section III, “Processing of Artificial Nails”, must also be considered and appropriately met. Furthermore, from a commercial point of view, it is unreasonable to scan out a resolution that the processing tool cannot make, especially when increasing the resolution will significantly increase the cost. An alternative method or a method in combination with the coating composition technique mentioned above can also analyze and identify the fingernail surface based on the topography of the nail surface and surrounding tissue. It should be noted that the surface of the fingers is surrounded by discrete ridges. As shown in Figure 4, the causes of the discontinuous bulge are along the back and sides of the finger surface 15

200533308 of the cuticle 406. On the other hand, the edge of the nail surface shows another discontinuity along the direction towards the surface of the fingertips. Known normal fingernails are usually hemispherical. The method for automatic identification of nail watch is as follows. It starts at the highest point of the fingernail surface and then moves outwards. The height usually decreases gradually until it touches the periphery of the fingernail surface. When the leading edge of the nail surface moves, its height suddenly decreases (at least the nail > is then no longer higher than the fingernail surface. The height on the sides and the trailing edge of the fingernail surface gradually decreases and then rises above the fingernail surface. However, when trimming the fingertips, the height of the leading edge of the fingertips sometimes rises suddenly, so sometimes the group extends beyond the fingertips and detects a discontinuous height that rises or suddenly decreases. The number of discontinuous points can automatically identify the range of the fingertip surface itself. Of course, it should be noted that the identification of discontinuous heights must start from the highest point on the fingertip surface. For some discontinuities such as depressions or bumps, etc. The surface of the fingertips also needs to take edge detection into consideration. Although most discontinuous surfaces are not obvious through the nail edges, some may be very serious. However, non-connections can usually be identified by comparing them with their surroundings. For example The surrounding points of the special depression that can show a sudden decrease and then increase and then gradually increase or decrease have the same gradually changing height as the surface of the fingertips. When a depression or any other discontinuity is surrounded by the finger surface, it means that the discontinuity is not a mark of the finger edge. Convexity can also use the same analysis method for many other discontinuities. ), Beyond the top 0 positions of the Association. It is often said that it is depressed. . In another example, when referring to the surface of the surface—that is, when the surface is perimeter, in order to find other points that meet this discontinuity% ... you must check the neighboring points of the point. In this way, along the nails —

When the perimeter of A is checked until the remaining points of A are previously confirmed, it means that all perimeters have been identified. Desired and complete nails when identifying perimeter / nail surface | This reduces processing procedures. In order to confirm the accuracy of the perimeter, different starting points can be re-frosted, or the method can be moved in different directions at the same starting point. If there is a great change between the degrees, the technician who measured the results will use Select the best match among the numbers. Once an artificial nail object designated for the surface of the nail is identified, the procedure for producing artificial nail articles can be continued. ΪI · Generate artificial nail objects As described in more detail below, there are many ways to nail objects. However, this method has a common limitation with the artificial k-two method: the object must fit the customer's fingertip surface and its surrounding tissue, and the digitalized fingertip surface is 61 °. Therefore, various techniques for making artificial nail objects may form artificial shapes of different shapes and sizes, ..., because they correspond to the same digitized finger surface. Objects & artificial nail objects have the same bottom surface. Therefore, the "artificial finger + I" operation starts from the bottom surface of the artificial 4A object, followed by the square surface and volume. 1 The top of the artificial finger 17 200533308. The square head and curvature in the artificial nail need to be considered. As described in detail below, the artificial fingernail object is used to cut the blank configuration of the artificial fingernail. It is also necessary to consider the style of the nails, such as round heads, smile lines, thickness, and overall radian. In order to provide the artificial fingers required by the customer, all the above factors must be taken into consideration during production. Make sure that a suitable blank artificial finger is selected and that the artificial finger object fits within the blank artificial finger. A. Bottom surface of the artificial nail object Since the digitized nail surface 610 has specified the shape of the fingernail surface, the bottom surface of the artificial nail object can be directly made, for example, as shown in the flute

The bottom surface 810 in the 8A picture. Note that the bottom surface 810 itself includes a top 812 and a bottom 814. In order to fit the digitalized finger surface 610, the bottom portion 8 1 4 of the bottom surface 81 υ must match the digitalized finger surface 6 1 0. Making a surface that matches the other surface is a well-known method, so we will not go into further detail here. In theory, the bottom surface 810 of the bottom surface 810 can be made by copying the digitalized finger surface 610 and turning it out. The top portion 812 of the bottom surface 810 need only be a digitalized nail surface 610. As explained in more detail below, in the case of the left sweet tea, the top 812 of the special geometric shape of the bottom surface 81 () can be covered with other objects made of artificial nail objects, so it is less meaningful. k Top Surface of Artificial Nail Artifact Zhao Volume One 18 200533308

Artificial nail objects can be molded manually using existing software technology, or any other related three-dimensional object used for this purpose. However, manual manipulation and fabrication of artificial nail objects is extremely laborious and is prone to human error when a consistent and reliable shape is required. Therefore, after careful analysis and research, the inventors have identified various reference points on the finger surface that can be used for automatic molding software, with the addition of variable parameters and formulas about the expected length, width, height and curvature , Automatic production of finger pointing objects with consistent and reliable appearance. These reference points can be set using the coordinate system in Figures 6A to 6C, where X-axis 640 crosses the width of the fingertip surface, y-axis 650 follows the length of the fingertip surface, and z-axis 660 is the vertical fingertip surface thickness of. Fig. 7A shows the width of the surface of the digitized fingers shown in Figs. 6A to 6C. The maximum width 742 of the nail surface can be used to find the y-center line 752 of the nail surface. The y-center line 752 is the middle point of the maximum width 742, which can be used to find the center point of the digital nail surface 6 1 0. Figure 7B is another reference point for the digitized fingertips shown in Figures 6A to 6C. This reference point is two-thirds of the maximum length 754 along the y-axis 650. Mark the intersection of the y-center line 7 5 2 and the two-thirds line 7 4 2. Of course, other reference points can be used. For example, most fingertips gradually tilt towards the side of the fingertips until they reach the edge of the nail, and then they suddenly tilt sharply at the edge of the nail. This sharp incline provides useful information on the top surface and volume of artificial nail objects. Fingernail shape is affected by genetics, race, and culture, so valid reference points can be moved from one location to another. However, ‘-general and τ, rapid changes and consistent reference points are more valuable. 1 · Search parameters and reference points The parameters of the search parameters and reference points along the y-center line 752 and two-thirds line 742 described in Figures 8A ~ 8B determine the nail surface 820. The arc position of ^ is used to modify the number 610 in this example to make the nail surface 82. The intersection of the centerline 752 and the three points represents the highest point on this surface. Generally, the top 822 of the 820 is about the digitized finger surface 61 °, but the thickness of the finger is determined by personal preference, so its value is above ^. Once the reference points for the high arc of the finger surface 82 are determined, the bottom surface 810 of the digital 610 (ie, the bottom 822 of the digitalized finger bottom surface 820 as described above) is generated (ie, suitable). ), And then combined the resulting dagger to produce an artificial nail object 83. Note that when the article 930 is manufactured, the nail surface 82 and the bottom surface 8 10 are covered. Most of the artificial nail tips are shown in Fig. 9. In the embodiment of the nail surface using the artificial nail tip data, the length, width, curvature, and surface of the nail surface 2 of the nail surface are 1 mm, b. 100% or the nail surface 820 of the nail surface 610 in degrees, length and the nail surface 610 is used as the bottom of the artificial nail 824. The number shown in the figure 20 200533308 personal nail watch ® 6 1 0 customized artificial nail object 93 〇. Once the reference point of the duplicate nail table φ 9ι〇 including the digital nail table s 61〇 is identified and / or measured, it will be pre-stored in three-dimensional nail tips of various sizes and shapes. The tip is compared to the reference point, and then the appropriate nail tip 92 is selected for the overall appearance the customer wants.

To use the selected nail tip, copy the digitalized nail surface 61 to create a top surface (or create a bottom surface 81), and then raise the copied nail surface 9 1 0 along the mandrel to achieve the desired result. Required thickness or depth. Then, the artificial nail surface is formed by combining the copied nail surface 910, the selected tip 92 and the bottom surface 930. In many cases, the copy finger surface 910 must be smoothed and bleilded to fit the selected tip 920. The method of achieving smoothness is usually to compare the data points on the surface of the replication finger and confirm that each data point falls within a certain acceptable range of the smoothing function. For example, all points along a specific radian or curvature must have a specific height. If a point is outside this range, appropriate adjustments must be made along the X, y, and / or z-axis. The blending process also adopts a method almost the same as the above-mentioned case, but focuses on the intersection point between the selected nail tip 920 and the surface of the replicated nail 910. — ~ Artificial nail object database No. 10 illustrates the use of the artificial nail object database to generate the artificial nail object of the customized digital finger surface 610 shown in Figs. 6A to 6C. 21 200533308 1 03 0-4 " Or when measuring the reference point of the digitalized finger 610 including its outer edge, compare the pre-made three-dimensional nail objects in the three-dimensional database with various sizes and shapes and the reference point, and choose the appropriate overall appearance required by the customer Database # 甲 物 1020 When the customized nail object is generated, the bottom surface 83 generated from the digital nail watch is aligned with the selected database index 曱 4. Although when the two met, the data representing the bottom surface was used, and the data representing the selected database index object was discarded, and the nail object of the selected database was combined into a single customized finger object 4 series Evaluate the surrounding or outer edge points of the bottom surface to ensure that the customer discards any black nails protruding from the selected database (that is, the points will highlight the stratum corneum end of the fingertip surface), and to combine with the bottom surface , And produce suitable nails made of digitalized wristwatches. Any voids (that is, those locations where the selected data object does not have enough points to fit the bottom surface) are filled with the data of the added database to refer to the object to make it suitable for normalization The surface of the nail, and therefore the surface of the customer's fingertips. A new custom-made nail article having the desired shape and suitable for digitalized nail surfaces was obtained. Since each database finger object defines a complete top surface, at least the top surface of the customized nail object is not smoothed or blended. Nail surface nails and then choose 0 surface of 610 objects as well as house surface and cattle. specification. Μ In other words, the guest database of the remaining points refers to the selection of a digital product, and the three-dimensional one is too complete. 22 200533308 4. Figure 1 Figure 1 Figure 5 The method using morphing will be shown in Figure 2 The customized digital finger surface 610 is transformed into an artificial nail object 11 30. The reference point of the bottom surface 830 (including its outer edge) is identified or measured using other techniques similar to those for artificial nail objects. These reference points are used to initialize and determine the deformation process used to generate new stereo data representing the new artificial nail object # ι 30.

Body again. Anxiety includes transforming a starting repwsentation into an end. Although the bottom surface 830 is based on the starting appearance, the pre-stored nail object 1120 is equivalent to the overall shape that can reflect the customer ’s needs # END 表 胄. Similar to the other pre-stored finger objects “pre-stored nail object U2G” which can be used in pre-stored nail objects with various sizes and shapes. Artificial finger with the overall appearance and characteristics required by the customer. A deformation is to maintain the bottom surface and μα. # 户 饤 埃 衣 面 830 reference point, mathematically change the bottom surface 8 3 0 ′ Flip / Xi from < more like the pre-stored finger object η 2 〇. You can also store the pre-stored nail object 11 2 0 (or more precisely the pre-stored deduction object) in each deformation process 11 5 〇φ face « Copy of) is more similar to the bottom surface 8 3 0. Therefore, the initial characterization (bottom surface 830) and the required final characterization (prefabricated nail object 1120) are interchangeable. According to the XYZ coordinate system, the fingers are borrowed X, y and 1 of object 1 1 2 0 Mathematically make the bottom surface 83 0 and the pre-z value more similar, and complete its deformation, 23 200533308 to make sure that the final product can be adapted to the digitalized finger surface 61. For example, the bottom surface 83 The perimeter 831 of 0 remains constant. When the reverse is done, after the deformation ', the deformed pre-made nail object and the bottom surface are combined to form an artificial finger object 1 1 3 0. Cured artificial nails can be made from various materials Customized artificial nails, including thermoplastic materials; metals such as gold, platinum and silver; ceramics such as glass or clay (plastics can be polycarbonate, thermoplastic resins or thermosetting plastics). Such as patent specifications and attached patent applications "Plastic" as used in this context includes those materials that are flowable upon application of sufficient heat and / or pressure, and which are solid and maintain their original chemical composition when heat and / or pressure is not applied For example, the raw plastic of the shellfish can have various exemptions or colors. For example, you can buy high-brightness red, or any other color material as the raw material of artificial nails. The artificial finger made from the material does not need to be painted again. Φ In a non-limiting embodiment, the plastic includes propylene-butadiene-styrene copolymer (ABS) plastic, acetais, acrylic Acrylic, Cellulosics, Ionomers, Nylons, Polyethylene, Polycarbonate, and Polystyrene iyStyreile). Plastics such as glass and fiber fillers can be added to selectively change plastic properties. The present invention also uses USP Class 6 medical grade thermoplastic materials (uSP class 6 medical 24 200533308 grade thermoplastic materials). Pharmaceutical grade thermoplastics include MACROLON® from Bear; CALIBRI® and ISOPLAST® from Dowcoming; and General Electric

LEXAN®. In certain preferred embodiments, the present invention uses acetone-resistant thermoplastic materials. There are many acetals that are resistant to acetone, nylon, polyethylene, and polypropylene. Specific examples include ZYTELL® products of nylon and DELRIN® hydroxyacetone resins which are acetals, all of which are available from DuPont. The hardness of the preferred plastic is usually between about 50 and about 120 Shore A hardness, preferably between about 70 and about 120 Shore a hardness' and most preferably between about 80 and about 120 Shore A hardness. Inert ingredients do not pose a risk to customers' health, but they produce beautiful fingers with a charming and elegant appearance that I love. A π | H V%, κ, called 丄 wind binding pockets, helps to fix the artificial fingernails on the actual fingernails, and then the artificial fingernails can be adhered to the nails using conventional adhesives. As described in the scope of this patent specification and the attached application patents, adhesive recesses, including grooves, trenches, cuts, slits, pits, frosted or any other discontinuous recesses that can make artificial nails adhere to both . Various tools such as a small sand blasting machine, a knife, sandpaper and the like can be used to form the adhesive cavity. It should be used for making artificial fingers. 指 The special embodiments described below focus on plastics. The same or similar methods can be applied to a variety of other suitable materials. 25 200533308 Α · Generating blank artificial fingernails' Generating blank artificial fingernails involves various decisions, including the decision to use * types of raw materials (such as plastic, metal, ceramics, etc.), and then selecting a suitable mold, and wanting to extract from the blank artificial fingernails The number of artificial nails cut out to select a mold of an appropriate size, then the desired artificial nail style is selected, and then an appropriate style of mold is selected. Injection Molding Figure 1 2A is an example of a single injection molding mold i 2 i 0, which is used to produce a solid plastic blank artificial nail that can be cut into artificial nails. After the mold 1 2 1 0, the raw materials are sprayed into the mold to form the shape of a mold tweezers, and the injection mold 1210 is used to manufacture a single-color blank human nail. After the raw materials are formed and hardened in the mold, a blank artificial finger is completed. ® Figure 12B is a dual mold structure 1240 with an artistic design. Its injection molding technology produces plastic blank manicures that can be cut into artificial nails. The dual molds are used in a multi-injection process to make cut-outs. French style or other art design • White artificial heart. The French-style artificial finger dies have different arc% concave 1¾ shapes. In order to take into account the size of the individual fingers of the customer, blank manicures (and molds) have different degrees of curvature and depression. In order to consider what kind of fingernails should be used as categories and models, they are chosen. Utilization of general fingertips The working fingertips have different degrees of emptyness and fingertips or feet 26 200533308 The size of the toenails is different. The artificial nails that can be fixed in the fingertips with a different degree of curvature and depression can be used for customer-specific blank labor. Inside the nails (and molds). Or, when needed, a specific 弧 radian and depression, and therefore different nails. A selected material is injected into the first mold 1220, the material; various raw materials. Immediately before the material injected into the first mold 1220 is solidified or solidified, the raw material is injected into the second mold 1230. Note 1

The mold and the second mold may use different raw materials. The use of two molds increases its complexity, so it is common to use two molds when the raw materials used have at least different points such as color.

In order to ensure a stable bond between the two raw materials, the raw materials in the first mold must be heated before the raw materials are injected into the mold. When the raw material injected in the first mold surrounds the first raw material and fills the second mold itself, a bonding pressure is applied by using pliers or clips. As a result of this process, a single blank artificial nail with artistic design lines can be generated, and artificial nails can be made using this blank nail. There are also white blanks that can be completely cold. When the second and second molds are fused, the fused B · i is connected to FIG. 13A. It shows that there are two raw materials 1320 that allow the two materials to be welded to each other. And 1330. French is the most common art design, which means that the color of the top of the cymbal (usually from the solid color system) is different from the color of the rest (usually white). First

Fine art style or 13B 27 drawings of the two raw materials, which can be produced with 1 340. Will be explained in more detail below

200533308 The figure shows the art design method of the blank artificial nail material of the 13th artificial nail which has been welded to each other. As above ’French style office

The artificial white artificial nails in the figure have as small as the 13A, each * white 'concave shape. To consider the customer's individual nails, whitening artificial nails. B may have different radians and concavities. Considering the size of finger 曱 or foot 舢, the artificial finger ψ is different in a specific degree and degree of depression. Alternatively, a fixed arc and depression can be supported in the artificial nails, which can be used in different nails of the customer. Use the methods described below to control the degree of sharpness and depression. The blank artificial nails 1 340 have different widths to fit the number of artificial nails. The blank artificial nail 1340 is most commonly a cut-off artificial nail ' which is suitable for one-finger fingernails or toenails. A single blank artificial fingernail is also suitable for most people, and can be mechanically processed to cut artificial nails of special sizes, which will be described in detail below. Blank artificial nails 1 340 can be a knot of any color and / or material < And have any size. The length of the blank artificial nail 1340 is generally a multiple of the size of the nail (note that the size indicated by the blank artificial finger 1 340 corresponds to the size of the nail surface and the object). The bright point of the blank artificial finger 341340 is full color covered on the blank finger 因此, so it will not produce a large trap blank that is broken into the Mingyuan ~ 13B, because of the opportunity of 0 " oj * Various into 10 course by machine 0 ^, to cut when Yuyou crack or 28 200533308 fracture phenomenon. Many common welding methods can be used for welding, including chemical welding, 0 wave welding, hot gas welding, contact or pulse welding, high wave welding or vibration welding. Welding involves fusing the source under heat and / or pressure: the raw materials are then crosslinked molecularly bonded. In other words, bonding occurs at the molecular level. • Art design of mechanical processing Figure 14 illustrates the art design 1422 of manual fingertips M2〇 using mechanical tools 1 4 1 0. Note that the raw material 1420 can be injection molded in a single unit as described above. In order to reduce the waste of raw materials, the size of raw materials 1 420 is. Cut the length of the required number of artificial fingers. Depending on the material design of the original 1320 and the original 1330, the machine tool 1410 was selected. Although the French style is the most well-received art design, the raw materials 1 420 can be processed arbitrarily. Of course, the raw material 142 may not need to be combined with any other fragrant material, and may only have a desired shape of a fingertip. Fig. 15 illustrates the use of an extrusion model machine 1510 to extrude a raw material 1520 through an art mold or 1512 to produce an art design 1522. The processing method according to item 14 is based on the art required for the raw material 1320 and the raw material 1330. It is extruded with a branch press model 1510. Similarly, although the French-style melting-period melting material mold is suitable for the original art design, it can be the most popular art design, but it can be processed into any art design. Of course, the raw material does not need to be combined with any other raw materials, and may only have a desired shape of a fingertip. g. Addition of artificial nails The machining is controlled by the production computer 160. The artificial finger produced by the computer 16 is collected from the cone. Fig. 16 shows an example of an artificial nail 13 cut from a blank artificial nail 1340 shown in Fig. 13B using a computer numerical control cutting machine (CNC) 1610. Normally, the blank artificial finger f 134G is fixed with a clamp, and then the position of the CNC cutting machine i6i2 is adjusted to appropriately cut 1634 artificial nails 130. However, some CNC cutting machines can also move the blank artificial nails. Note that the strap 01644 is used to fix the artificial finger "30 until it is completely cut. The use of the strap 1644 is not necessary, but it can increase the stability of the artificial finger f 13〇 during cutting, so it helps to produce a more consistent Artificial nail object, fingernail surface that receives the artificial nail and its surrounding tissues. As mentioned above, when producing artificial and nail objects, it is necessary to consider the placement of artificial nail objects in the blank artificial nails used to cut out artificial nails. .It is also necessary to consider the style of the nails, such as round, square, curved, micro-shaped curve, thickness and overall loneliness. Consider all the above factors to ensure the selection of appropriate blank artificial nails, and to ensure that the digital computer " 〇 The received artificial nail object can be appropriately placed in a blank artificial fingertip. 30 200533308 Production computer 160 Place artificial nail object 1630 into blank artificial nail 1 340 to prepare for automatic cutting process. To give CNC cutting machine 1 6 1 0 The Shida order cuts or exposes the artificial hand 130, which is equivalent to an artificial finger, so it generates a response at the position. Personnel in white artificial nails refer to the CNC cutting reference code of nail objects. For example, cnc cutting machine 〇Γ Μ. Φ γ. 〇1 ^ °, y, and ζ-axis instructions of moving cutting machine 1612, for m to strengthen the blank artificial finger ψ 13 At the same time, the grip holding force of "Mechanical Nail" "40". After automatic Cnc removes all non-artificial nail materials from the blank artificial nails, the cutting process can obtain the expected nail table φ 11 of the second person 130. ^ 舜 舜Compared with the conventional artificial fingernails, the artificial nails have many advantages. For example, referring to Fig. 7, the artificial nail 130 (the bottom 132) can be completely adapted to the fingers. " The nail surface 11 of 〇6 and the tissue including the stratum corneum 1712 around the nail 106, therefore, before sticking: it is not necessary to trim the horny negative layer end 136 of the artificial finger 130 in advance to fit the surrounding tissue of the finger 102. Therefore, only the 9 fingers need to be adhered to the artificial finger with an appropriate adhesive. For artificial nails, the commonly used sticky adhesive is cyanoacrylate adhesive. Generally, 'acetone is used to remove acrylate adhesive, but as mentioned above, it will destroy non-acetone as described above Artificial fingers made of raw materials. Therefore, some artificial nails use anti-g-g isoform 31 200533308 material. Of course, as with the preferred raw materials for the manufacture of artificial fingers, the adhesive used is preferably an inert adhesive that does not endanger health. * As mentioned above, artificial nails can also be formed from ingredients with the desired color or colors. For French styles, white and skin tone can be added to the artificial nails (ie, fingertips 138 can be made from white plastic and the rest of the nails can be made from skin plastic 13). In this way, the step of applying artificial nails with a brush can be omitted. Also, because the entire nail is the same color, the color does not disappear due to scratches or chipping. Moreover, some people prefer to apply gloss only to artificial nails. Some people prefer to apply nail polish only to the tip 134 of the artificial fingertips to add variation. For artificial nails made of anti-acrylic material, the surface of the artificial nails can be slightly roughened to help the fingernail oil adhere to the surface of the artificial fingernails. Alternatively, apply the glue to the surface of the artificial fingertips before applying the oil. When an artificial fingertip is made from an acetone-resistant material, the artificial fingertip can be reused. This is very different from ordinary artificial nails that are only for single use. At the same time, for convenience, multiple sets of artificial fingers can be manufactured simultaneously. Because artificial nails do not need to be trimmed or adjusted again, they can be replaced immediately when they are cracked or broken. In addition, 1 can be used to make personalized nails from the previous digitized nail surface, or if necessary, you can digitize the finger surface again. V. Realization of a computerized environment 32 200533308 Figure 18 illustrates an embodiment of a computer system. A suitable operating environment is used, for example, in a digital computer 160. Figure 18 and the following discussion are provided for the purpose of providing a brief, computer-based, and textual explanation of the computer environment. Although it is not necessary for the computer to execute the instructions in the general environment, the program modules executed by the computer are described. In general, Cheng Xiu works or implements a specific component of the extracted data type > material structure, etc. Represents the 仃 instruction of the code, the related data structure, and the execution steps of the program template. The executable instructions or related residual tables perform the corresponding functions or methods described in this step. Those skilled in the art will understand that the present invention can be implemented in a network computer environment using a pure state, and includes a multi-processor system. 2. Microprocessor processing or narrow-path personal computers, microcomputers, large computers, etc. In a knife-type computer environment, it can be wireless and local (or a combination of wired and wireless) via a communication network. In a distributed computer environment, the memory module of the program module ^. Referring to FIG. 18, a general-purpose computer device for performing the present invention is a conventional computer 1 8 1 0, which 1 provides the present invention 150 and / or manufactures electric power to implement the present invention as necessary. The invention will be an example of a specific sequence of the method structure disclosed herein, which can be implemented by a network environment-type module including a computer that executes special procedures, programs, and embodiments. Many types of computers are personal computers, portable home appliances, and netbooks. The present invention can also be implemented in a link (the embodiment is stored by a wired, end-processing device executive 'stored at the near or far end ^, Includes: a brain system containing a processing 33 200533308 device 1 8 3 0, a system memory 1 8 2 and a variety of system components' such as the system memory 1 8 2 0 coupled $ Wang processor 1 830 a system Brew 1 840. This system bus i 84 () station of any type of bus structure, including a memory bus or memory. Authorization theft, a peripheral bus, and an area that utilizes any bus architecture should Method Λ ® platoon. The system memory includes read-only memory (ROM) 1 822 and random access ~ cry / 丄, for example, δ ram memory (Ram) 1 824. Components in the computer 1 8 1 0 Assistance, such as basic output of basic routines such as information transmitted when the computer is started, can be stored in the read-only memory 1822. The computer 1810 also includes various disk drives 1 852 , Such as hard drives that read from and write to hard drives Disk drives, disk drives that read and write erasable disks, and disk drives that read and write discs such as CD_R0M or other optical media that can erase the disc. Various disk drives 1 8 52 is connected to the system bus through the driver interface 1 850. The driver and its related computer-readable media can store computer-executable instructions, data structures, program modules and other non-volatile storage for the computer 1 8 1 0. Although the environmental examples described here are an erasable magnetic disk and an erasable optical disk, other types of computer-readable media can also be used to retain data, including magnetic S, fast Flash memory, digital versatile discs (DVD >), Bernoulli cartridges, RAMs, ROMs, etc. The code means one containing 1 852, ROM 1822, or RAM 1824 that can be stored in various disk drives. Or more than one program module, which includes—work 34 200533308 industry system 1 823, one or more application programs 1 825, other program modules (not shown), and program data 1 827. Users can use the keyboard, joystick, Controllers, satellite antennas, lines, scanners, etc. enter instructions and data into the computer 1810. The above and other input devices are usually connected via the ι / 〇 interface 1860 or 8; I side 1 870 is connected through the system bus 1840 To the processing device 1 8 1 0 Other " 8 70 including a parallel port, a game port or a universal serial bus (SB) monitor 1 892 or other display device is also connected to the interface via an interface such as a video converter 1890 Cognizant & System Bus 84. In addition to monitors, personal computers typically include other peripheral devices—also output devices (not shown), such as Team J and printers. The computer 1 8 1 0 can be logically connected to one or more remote computers, such as the remote computer 1 882, in the network environment.飱 媸 雪 訏! Recall 1882 can be a personal computer, a server, a router, a router, a network personal computer, a peer-to-peer device, or other general network nodes, and usually includes many or all of the above Computer 1 8 1 0 components. The logical connection in the non-limiting embodiment described in Figure 118 is for a local area network failure (LAN) or a wide area network (WAN). This kind of network environment is common in the office to or within the company's computer network, intranet and Internet. When used in a local area network, such as + See inside, the computer 1 8 1 〇 is connected to the area 、, the road through the network interface or converter 1880. When S is used in a wide area network environment, the computer 1810 has a modem, a wireless link, or a communication device that establishes communication on a wide area network such as the Internet. Built-in or external modem 35 200533308 is connected to the system bus 1 840 through other interfaces. In a network environment, a computer 1 8 10 or a part of its associated program module can be stored in a remote storage device. It should be understood that the network connections shown are only exemplary and that other devices on a wide area network that can establish communication can be used. Thus, an embodiment of the present invention contains one or more special-purpose and / or one or more general-purpose computers, including hardware discussed in more detail below. In addition, ‘the embodiments within the scope of the present invention also include computer-readable media that carry or have a stored computer • executable instructions or data structures. Such computer-readable media is any available media that can be accessed using general-purpose or special-purpose computers. By way of non-limiting example, such computer-readable media include RAM, ROM, electronically erasable programmable read-only memory (EEPROM), flash memory, CD-ROM, or other optical disk storage devices , Disk storage devices, other magnetic storage devices, electronic storage devices, or any other media that can be used to carry or store computer-executable instructions or data structures and the required code that can be accessed by a general-purpose or special-purpose computer. φ When transmitting or providing information to a computer over a network or other communication link (wired, wireless, or a combination of wired and wireless), the computer can view the necklace as a computer-readable media. Therefore, any such link is called a computer-readable medium. The scope of computer-readable media also includes a combination of the above. Computer-executable instructions include, for example, instructions and data that enable a general-purpose computer, a special-purpose computer, or a special-purpose processing device to perform a particular function or a group of functions. 36 200533308 The invention can also be embodied in other specific forms without departing from the spirit or essential characteristics of the invention. The described embodiment is for illustrative purposes in any case, and the present invention is not limited to this embodiment. Therefore, the scope of the present invention is defined based on the scope of the attached patent application and not by the above description. The meaning equivalent to the scope of patent application and any changes within the scope are within the scope of the present invention.

[Brief description of the drawings] In order to explain the method for obtaining the above and other advantages and characteristics of the present invention, the above summary of the present invention will be explained more specifically by referring to specific embodiments with reference to the accompanying drawings. It should be understood that these illustrations only describe typical embodiments of the present invention, and therefore should not be considered as limiting the scope thereof. The present invention will be described and explained more specifically and in detail through the accompanying drawings. An embodiment of a system for making artificial nails; FIG. 2 is a simple flowchart for providing a customized artificial nail according to the system embodiment of FIG. 1; FIG. 3 shows visual and / or digitized inspection of the surface of the nail and Peripheral tissue; Figure 4 shows the periphery and cuticle of the fingernail surface shown in Figure 3; Figures 5A to 5C illustrate the use of coatings to help automate the nail surface measurement in a computer system; Figures 6A to 6C The figure shows the digitalized fingertip surface and its surrounding tissue at various viewpoints marked by a standard system; 37 200533308 Figures 7A and 7B are various reference points of the digitalized nail surface shown in Figures 6A to 6C Figure 8 is a nail surface generated from the digitalized nail surface in Figures 6A to 6C; Figures 9 to 11 are the techniques of scanning the nail surface shown in Figures 6A to 6C to create a customized artificial nail object Implement ; 1 2 A second graph can be used to produce a cut of artificial metacarpophalangeal Yue Yue artificial metacarpophalangeal solid blank mold of a single embodiment;

FIG. 12B is an example of a dual mold structure with art design, which uses injection molding technology to produce blank artificial nails that can be cut into artificial nails; FIG. Two raw materials; Fig. 13B shows the raw material of Fig. 13A, which is welded to the outer shell, which produces blank artificial fingernails cut into artificial nails; raw materials to form artificial finger materials to produce art designs. Fig. 14 illustrates mechanical processing labor. Example of the art design of nail art; Figure 15 illustrates an example of extruding through an art mold; Manual and Figure 16 show examples of nails; Figure 17 illustrates a blank artificial nail shown in Figure 1B. The example of the cut artificial nail is adhered to the customer's nail; it is illustrated in Fig. 18-a kind of 38 which can provide an appropriate handle environment for the present invention.

Computer System Example 〇 [Description of Main Component Symbols] 100 Nail Surface 102 Finger 104 Surrounding Tissue 106 Finger 110 Finger Surface 112 Tissue 114 Tissue 130 Artificial Nail 132 Bottom 134 Tip 136 Cuticle End 138 Fingertip 140 Digitizing Device 150 Digit Computer 160 Production computer 170 Processing device 2 10 Digital finger surface and 220 Generate artificial finger tissue structure 230 Customized artificial finger 240 Adhesive artificial finger 320 Digital inspection 3 10 S Visual inspection 410 Surrounding keratin Layer 5 70b Coating composition 5 70a Coating composition 5 8 0a Applicator 5 70c Coating composition 5 8 0c Applicator 5 8 0b Applicator 5 90c Cutting pattern 5 90b Stencil 6 10 Nail surface 604 Surrounding tissue 650 y-axis 640 X-axis 742 maximum width 660 z-axis 754 maximum Length 752 y- Centerline 812 Top 8 10 Bottom surface 820 Nail surface 8 14 Bottom 824 Bottom 822 Top 83 1 Girth 830 Bottom surface 911 Outer edge 9 10 Copy finger surface 930 Artificial finger object 920 Tip 1030 Artificial nail object 39 200533308 1 020 database nail object 1 03 0 artificial nail object 1 1 3 0 artificial nail object 1 2 1 0 injection molding mold 1 2 3 0 second mold 1 3 2 0 raw material 1 3 3 0 raw material 1340 blank artificial finger pad 1 4 2 0 Machining 1420 Raw material 1512 Mold / casting 1 5 2 2 Art design 1 6 1 2 Cutting machine 1632 Lace 1 6 4 4 Artificial nails 1810 Processing device 1 822 Read-only memory 1 8 2 4 Random access Memory 1 8 2 7 Program data 1 8 4 0 System bus 1 8 5 2 Disk drive 1 8 70 Other interfaces 1 8 8 2 Remote computer 1 120 Prefabricated nails 1 1 5 0 Repeated deformation 1 220 First Mold 1 240 Double mold structure 1 3 2 2 Art design 1 3 3 2 Art design 1 4 1 0 Machine tool 1 422 Art design 1 5 1 0 Extrusion Model 1520 Raw material 1 6 1 0 CNC cutting machine 1 630 Artificial nail objects 1634 Cutting 1712 Cuticle 1 8 2 0 System memory 1823 Operating system 1 8 2 5 Application 1 8 3 0 Processor 1 8 5 0 Drive interface 1 860 I / O interface 1880 Network interface / converter 1 8 9 0 Video converter 1 892 Monitor 40

Claims (1)

200533308 Patent application and patent application 1. A method for automatically identifying the surface of a nail surface and a fingernail surface in a computer system, the method comprising: applying one or more coating compositions to the nail surface, the nail surface Surrounding tissue, or both the nail surface and the tissue surrounding the finger surface, the one or more coating compositions can distinguish between the finger surface and the tissue surrounding the nail surface; Digitizing the finger surface and the tissue surrounding the finger surface by generating digital data of the nail surface and the tissue surrounding the finger surface, the digital data including data representing the one or more coating compositions; and according to the The data representing one or more coating compositions are identified by distinguishing between digital data corresponding to the surface of the nail and digital data corresponding to the surrounding tissue. 2. The method according to item 1 of the patent application scope, further comprising: inspecting the surface of the fingernail and its surrounding tissue; and making the fingernail surface by removing at least a portion of the tissue covering the surface of the nail. 3. The method according to item 1 of the scope of patent application, wherein the production of the nail surface includes trimming a nail surface or a toe palate surface. 4. The method as described in item 1 of the scope of patent application, wherein the step of applying one or 41 200533308 multiple coating compositions includes using (i) brushing, (ii) spraying, (iii) spraying, or (iv ) Immersionly apply one or more coating compositions on the surface of the finger or the tissue surrounding the finger. 5. The method according to item 1 of the scope of patent application, wherein the step of applying one or more coating compositions includes using a cutting pattern or stencil on the fingernail surface or the tissue surrounding the nail surface. 6. The method according to item 1 of the scope of patent application, further comprising displaying a visual characterization of the fingertip surface and the tissue surrounding the nail surface to obtain approval from the operator of the computer system. 7. The method according to item 1 of the scope of patent application, wherein the one or more coating compositions comprise a water-soluble light green or dark green coating composition. 8. The method as described in item 1 of the patent application scope, wherein the information representing one or more coating compositions includes color information. 9. The method as described in item 8 of the scope of patent application, wherein the color data is equivalent to an ultraviolet or infrared spectrum. 10. The method according to item 1 of the scope of patent application, which further comprises using a laser scanner, a refracted light scanner, a photogrammetric scanner, a digital phase 42 200533308 machine, an electrically coupled detector (CCD) scanner, or A structured light scanner digitizes tissue around the nail surface and fingernail surface. 11. A method for identifying a finger surface and a tissue surrounding a nail surface in a computer system, the method comprising: digitizing the finger surface and the finger surface by generating digital data of the finger surface and the tissue surrounding the finger surface Surface surrounding tissue Displaying the digital data as a visual representation of the finger surface and the tissue surrounding the finger surface; receiving a user who can identify the nail surface, the tissue surrounding the finger surface, or both the nail surface and the tissue surrounding the finger surface Inputting data; and identifying the surface of the nail based on the user inputting data. 1 2. The method according to item 11 of the scope of patent application, further comprising: inspecting the surface of the fingernail and its surrounding tissue; and making the surface of the fingernail by removing at least part of the tissue covering the surface of the nail. 1 3. The method according to item 12 of the scope of patent application, wherein the preparation of the nail surface includes trimming a fingernail surface or trimming a toenail surface. 1 4. The method as described in item 11 of the scope of patent application, wherein the digits 43 200533308 data includes data representing the shape or color description of the surface of the fingernails and the surrounding tissue of the nail surface. 15 · The method as described in item 14 of the scope of patent application, wherein the digital data includes a representative painting on the finger surface, the tissue surrounding the finger surface, or both the nail surface and the tissue surrounding the finger surface Information on one or more coating compositions. 16. A computer program product comprising one or more computer-readable media having computer-executable instructions stored thereon for performing identification of tissues on the surface of the nail and the surface of the fingernail in a computer system. A method comprising: digitizing a finger surface and a tissue surrounding the finger surface by generating digital data of the finger surface and the tissue surrounding the nail surface; Displaying the digital data as a visual representation of the finger surface and the tissue surrounding the finger surface; receiving the use of identifying the finger surface, the tissue surrounding the finger surface, or both the nail surface and the tissue surrounding the finger surface Input data by the user; and identify the finger surface based on the user input data. 1 7 · The computer program product described in item 16 of the scope of patent application, wherein the digital data includes the tissues representing the surface of the nail and the surface of the fingernail 44 200533308 Information on the appearance or color description. 1 8 · The digital data in the computer program product described in item 16 of the scope of patent application includes the representative painting on the surface of the nail, the tissue surrounding the fingernail, or both the surface of the fingernail and the tissue surrounding the fingernail surface. Information on one or more coating compositions. 19. An electrical system for identifying a surface of a nail and a tissue surrounding the surface of the nail, the computer system comprising: one or more processors configured to execute a plurality of computer-executable instructions executed by the one or more processors having a computer Executing one or more computer-readable media, the computer-executable instructions including instructions for digitally digitizing the finger surface and the nail surface tissue by generating digital data woven around the finger surface and the nail surface Computer-executable instructions; computer-executable instructions for displaying the digital data as a visual representation of the finger surface and the tissue surrounding the finger surface; for receiving identification of the surface of the nail, the weaving of the surface of the nail, or the finger Computer-executable instructions for inputting data from both the palatal surface and the tissue surrounding the finger surface; and computer-executable instructions for identifying the nail watch computer based on the user-entered data. The brain system of the facial area »Order of the group of the surface group Zhou Zhou table group use the surface 45 200533308 20. The computer system described in item 19 of the scope of patent application, wherein the digital data includes a representation of the surface of the finger and the Refers to information about the shape or color of the tissue around the surface of the salamander. 2 1. The computer system as described in item 19 of the scope of patent application, wherein the digital data includes a representative painting on the surface of the nail, the tissue surrounding the finger surface, or the tissue surrounding the finger surface and the finger surface. Information on one or more coating compositions. 22. A method of identifying a finger surface and a tissue surrounding the finger surface in a computer system, the method comprising: digitizing the nail surface and the nail by generating digital data of the nail surface and the tissue surrounding the finger surface Tissue around the surface, the digital data includes information representing the morphological description of the surface of the finger and the surrounding tissue of the finger; check the change in height difference in the digital data to identify the separation between the surface of the finger and the surface of the finger The edge of the tissue, or the end of the fingertip surface; and identifying the area of the nail surface within the perimeter defined by the edge. 23. The method according to item 22 of the scope of patent application, further comprising: automatically identifying a point on the surface of the nail as a part of the surface of the nail. 46 200533308 24. The method according to item 22 of the scope of patent application, further comprising: displaying a visual feature of the nail surface and the tissue surrounding the nail surface. 25. The method according to item 24 of the scope of patent application, further comprising: receiving user input data that can identify a point on the surface of the fingernail as a part of the surface of the nail. 26. The method according to item 24 of the scope of patent application, further comprising: receiving an approval signal from the operator of the computer system of the identified finger surface. 27. The method according to item 22 of the scope of patent application, further comprising: receiving an approval signal from the identified finger nail surface from an automated analysis of the digitized finger nail surface. 28. The method of claim 22, further comprising: inspecting the surface of the fingernail and surrounding tissue; and making the surface of the fingernail by removing at least a portion of the tissue covering the surface of the nail. 29. The method as described in item 22 of the scope of patent application, wherein the steps of digitizing 47 200533308 the surface of the nail and fingernail surface are scanned by laser scanner, digital camera, structured light scanner, refracted light Scanner, photogrammetric scanner, sonic scanner, hologram scanner, or touch probe to perform. 30. The method as described in item 22 of the scope of patent application, wherein (i) digitizing the finger surface and the tissue surrounding the finger surface are separately performed on each finger of a customer; (ii) inspecting the digital data The height difference is changed to identify the edges of the finger surface; and (iii) the nail surface is identified. 31. A computer program product comprising one or more computer-readable media having computer-executable instructions stored thereon for performing identification of a finger surface and a finger surface in a computer system A method of surrounding tissue, the method comprising: digitizing the finger surface and the tissue surrounding the finger surface by generating digital data of the finger surface and the tissue surrounding the finger surface, the digital data including representing the finger surface And the description of the shape of the tissue around the surface of the finger; examining the change in height of the digital data to identify the edge that separates the surface of the finger from the tissue surrounding the finger, or marking the end of the surface of the finger; and identification The area of the fingernail surface within the periphery defined by the edge 0 48 200533308 3 2 · The computer program product described in item 31 of the scope of patent application, the method further includes: automatically identifying the point on the surface of the nail as The finger is part of the surface. 3 3 · The computer program product described in item 31 of the scope of patent application, the method further comprises: displaying a visual table of the fingertip surface and the tissue surrounding the nail surface Sign. 34. The computer program product described in item 33 of the scope of patent application, the method further comprising: receiving user input data that can identify a point on the finger surface as a part of the nail surface. 3 5 · The computer program product described in item 33 of the scope of patent application, the method further comprises: receiving an approval signal from the operator of the computer system for the surface of the identified finger. 3 6. The computer program product as described in item 31 of the scope of patent application, the method further comprises: receiving an approved signal of the identified finger from the automated analysis of the surface of the digitized finger. 37. The computer program product described in item 31 of the scope of patent application, the method further comprises: displaying a visual representation of the tissue surrounding the identified nail surface and fingernail surface to obtain approval from the operator of the computer system. 3 8 · The computer program product described in item 31 of the scope of patent application, wherein the step of digitizing the finger pad surface and the surrounding tissue of the nail surface is performed by a laser scanner, a digital camera, a structured light scanner, Refractive light scanners, photogrammetric scanners, sonic scanners, hologram scanners, or touch probes to perform. 39. The computer program product described in item 31 of the scope of patent application, wherein (i) digitizing the finger pad surface and the surrounding tissue of the nail surface on each finger of a customer; (ii) checking the digital data Change in height to identify the edges of the nail surface; and (iii) identify the nail surface. 40 · A computer system for identifying a finger surface and a tissue surrounding the finger surface, the computer system comprising: one or more processors that can execute a plurality of computer-executable instructions; One or more computer-readable media with computer-executable instructions, the computer-executable instructions include: 50 200533308 for digitizing the nail surface by generating digital data of the finger surface and tissue surrounding the finger surface And computer-executable instructions of the tissue surrounding the nail surface, the digital data includes data representing the description of the shape of the nail surface and the surrounding tissue of the nail surface; used to check the height difference of the digital data to identify and separate the finger surface And computer-executable instructions marking the edges of the tissue around the nail surface, or marking the ends of the nail surface; and identifying the area of the nail surface within the perimeter defined by the edge Computer executable instructions. 4 1 · According to the computer system described in item 40 of the scope of patent application, the computer executable instructions further include: computer-executable instructions for automatically identifying a point on the finger surface as a part of the nail surface. 42. The computer system of claim 40, wherein the computer-executable instructions further include: computer-executable instructions for displaying a visual representation of the nail surface and one of the tissues surrounding the nail surface. 43. The computer system according to item 42 of the scope of patent application, the computer-executable instructions further include: computer-executable instructions for receiving a point on the surface of the nail as a part of the surface of the nail watch 51 200533308. 44. The computer system according to item 42 of the scope of patent application, the computer-executable instructions further include: computer-executable instructions for receiving from the operator of the computer system the verification signal of the identified finger surface. 45. The computer system described in item 40 of the scope of patent application, the computer-executable instructions further include: computer-executable for receiving an approved signal from the identified nail surface from the automated analysis of the digitalized finger surface instruction. 46. The computer system described in item 40 of the scope of patent application, the computer-executable instructions further include: a visual representation for displaying the identified nail surface and the tissue surrounding the nail surface to obtain the approval of the operator of the computer system 47. The computer system according to item 40 of the scope of patent application, wherein the step of digitizing the nail surface and the tissue surrounding the nail surface is performed by a laser scanner, a digital camera, and a structured light scan. Scanner, refracted light scanner, photogrammetric scanner, sonic scanner, hologram scanner, or touch probe. 52 200533308 48 · As described in Item 40 of the scope of patent application, each finger of a computer customer (i) digitizes the tissue around the finger surface; (ii) checks the edge of the digital data on the surface of the finger surface And (iii) identifying the nail watch system, wherein the fingertip surface and the finger difference are changed to identify the face. 53