CN101053467A - Manufacturing system and processing method for personalized artificial metal nail beauty - Google Patents
Manufacturing system and processing method for personalized artificial metal nail beauty Download PDFInfo
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- CN101053467A CN101053467A CN 200710090521 CN200710090521A CN101053467A CN 101053467 A CN101053467 A CN 101053467A CN 200710090521 CN200710090521 CN 200710090521 CN 200710090521 A CN200710090521 A CN 200710090521A CN 101053467 A CN101053467 A CN 101053467A
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Abstract
The present invention discloses a personalized artificial metal beautiful nail manufacturing system, including measuring module, generating module and processing module. The present invention also discloses a personalized artificial metal beautiful nail processing and manufacturing method, which includes following steps: (a) putting natural fingernail in measurement mechanism, and obtaining surfaced three-dimensional shapes information of natural fingernail with measurement mechanism; (b) inputting or selecting desirable various parameter such as length, width, thickness and decorative pattern etc by customer, generating three-dimensional digital model of artificial beauty nail by generating module and transforming three-dimensional digital model into processing parameter; (c) according to processing parameter generated by generating module, making the material into personalized artificial metal beautiful nail by processing module. The present invention is more simply and more conveniently operated, compared with existing advice for preparing beautiful nail, it can save more time and reduce the charge of customer.
Description
Technical field
The present invention relates to the manufacturing system and the processing method of the artificial manicure on a kind of human body natural's of being worn on nail, particularly relate to a kind of manufacturing system and processing method of making dismantled and assembled and reusable personalized artificial metal nail beauty.
Background technology
It is a kind of fashion that people's lenses design on natural nail has the artificial manicure of various colors and pattern.For example, in U.S. Pat 4361160, US3037514, US4718957 and US6190593, people have proposed the distinct methods of manufacture of intraocular manicure respectively.But these methods all are to be used to make nonmetallic artificial manicure.Have only U.S. Pat 6382217 to propose a kind of method with precious metal material manufacture of intraocular metal nail beauties such as gold and silver, artificial metal nail beauty by this method manufacturing also is dismantled and assembled and reusable, and the 3D shape of the 3D shape of the bottom surface of produced artificial metal nail beauty and natural nail upper surface intersection and institute's wearer natural nail fits like a glove, and has very much personalization.
But the method that U.S. Pat 6382217 is proposed need repeatedly manually be embossed into mould to each natural nail.Its operating process is very loaded down with trivial details, is not that general manicuristisn can be grasped.There is the improper 3D shape of artificial metal nail beauty and natural nail and the size of just can making to coincide in the operation slightly.And this method is very time-consuming, is difficult for implementing in general manicure shop, so clearly can not find any personalized artificial metal nail beauty as commodity on market.Even the artificial metal nail beauty that an also right and wrong personalization arranged is being sold, their size and width has only two, three kind can select; And their 3D shape also has only one, two kind.This be because these non-personalized artificial metal nail beauties all be by three, four kind of mould carries out large-scale production and the product that obtains, is not to make to measure, its size, width and 3D shape can not and everyone natural nail coincide.Because 3D shape misfits, such artificial metal nail beauty should not be fitted in wearing and be come off easily; And, influence very much attractive in appearance because size and width different generally all can be left obvious gaps between artificial metal nail beauty and natural nail.
Summary of the invention
Technical problem to be solved by this invention is to provide a kind of manufacturing system and processing method of personalized artificial metal nail beauty, can meet own natural nail shape size and reusable personalized artificial metal nail beauty for client makes to measure quickly and easily.
A kind of personalized artificial metal nail beauty manufacturing system of the present invention comprises: measurement module (22), generation module (24) and processing module (26);
Described measurement module (22) is used to measure the 3D shape of human body natural's nail, and measurement result is transferred to described generation module (24);
Described generation module (24) is used for that described measurement module (22) is measured resulting natural nail three-dimensional shape data and the selected artificial manicure parameter of client combines the artificial manicure three-dimensional digital model of calculating generation, and after converting the three-dimensional digital model that is generated to machined parameters, machined parameters is transferred to described processing module (26);
Described processing module (26) is used for according to the machined parameters of described generation module (24) materials processing to be processed being become artificial manicure.
Further, described measurement module (22) comprising: pattern projection arrangement (32), image collecting device (30) and calculation element (34);
Described projection arrangement (32) is used for default pattern is projected the surface of natural nail, and formation and the corresponding image of natural nail surface three dimension shape;
Described image collecting device (30) is used to be captured in the image that the natural nail surface forms, and is transferred to described calculation element (34);
Described calculation element (34) is used for the image information that described image collecting device (30) is gathered is converted into the three-dimensional shape information of natural nail.
Further, the light source of described projection arrangement (32) use is made up of to the light the 740nm at 360nm one or more wavelength.
Further, the pattern that described projection arrangement (32) is throwed away is monochrome or color fringe grating pattern, and/or the pattern formed of the laser straight line of one or more.
Further, the pattern that described projection arrangement (32) throws away is the pattern that produces with optical lens, or use the pattern on glass or photographic film, be shaped in advance, or the digital pattern that generates and generate by digital projection techniques such as microform display devices by computer.
Further, described projection arrangement (32) uses a width of cloth or the above pattern of a width of cloth to project on human body natural's nail when three-dimensional measurement.
Further, described image collecting device (30) is made up of one or an above video camera.
Further, described measurement module (22) directly carries out three-dimensional measurement to human body natural's nail surface when measuring, or with materials such as gypsum human body natural's finger is impressed modeling earlier, and then resulting finger model is carried out three-dimensional measurement.
Further, described generation module (24) comprising: input block (241), design cell (242), converting unit (243) and output unit (244),
Described input block (241) is used to import described measurement module (22) and measures resulting natural nail 3D shape and the selected artificial manicure parameter of client;
Described design cell (242) is used for the artificial manicure parameter that three-dimensional shape data and client from the input block input select is combined the three-dimensional digital model that calculates generation upper and lower surface of artificial manicure and finger tip portion;
Described converting unit (243) is used for three-dimensional digital model is converted into machined parameters;
Described output unit (244) is used for the digital control processing parameter is transferred to processing module (26).
Further, the employed natural nail three-dimensional shape data of described design cell (242) is known X, the cloud data of Y and Z three-dimensional.
Further, described processing module (26) is casting system of processing or numerical control cutting system of processing.
Further, described casting system of processing comprises: fusible pattern system of processing (36) and precision-investment casting system; Described fusible pattern system of processing (36) is used for expendable pattern material being processed into the fusible pattern (52) that has identical 3D shape with described artificial manicure according to machined parameters, described precision-investment casting system is used for described fusible pattern (52) is processed into mold (66), and utilizes this mold (66) casting forming artificial metal nail beauty.
Further, described fusible pattern system of processing (36) is the digital control processing machine.
Further, described material to be processed is precious metal material or thermoplasticity engineering material, and described precious metal material is gold, silver or platinum, and described thermoplasticity engineering material is an acetal plastic.
A kind of artificial manicure that adopts the personalized artificial metal nail beauty manufacturing system to be processed of the present invention, comprise: reusable, have certain rigidity, be difficult for diastrophic 3D shape body, the upper surface of at least a portion of the lower surface of this body and client's natural nail matches on the 3D shape size.
A kind of personalized artificial metal nail beauty machining manufacture that adopts the personalized artificial metal nail beauty manufacturing system of the present invention comprises the steps:
(a) natural nail is put into measurement mechanism (22), obtained the three-dimensional shape information of natural nail upper surface by this measurement mechanism (22);
(b) client imports or selects the length of desirable artificial manicure in generation module (24), width, thickness and various parameters such as embellish a design, measure resulting natural nail three-dimensional shape information in the integrating step (a), generate the three-dimensional digital model of artificial manicure by generation module (24), and convert three-dimensional digital model to machined parameters;
(c) processing module (26) is made material to be processed artificial manicure with personalization according to the machined parameters that generation module (24) generates.
Further, described measurement module (22) comprising: pattern projection arrangement (32), image collecting device (30) and calculation element (34);
Described projection arrangement (32) is used for default pattern is projected the surface of natural nail, and formation and the corresponding image of natural nail surface three dimension shape;
Described image collecting device (30) is used to be captured in the image that the natural nail surface forms, and is transferred to described calculation element (34);
Described calculation element (34) is used for the image information that described image collecting device (30) is gathered is converted into the three-dimensional shape information of natural nail.
Further, the light source of described projection arrangement (32) use is made up of to the light the 740nm at 360nm one or more wavelength.
Further, the pattern that described projection arrangement (32) is throwed away is monochrome or color fringe grating pattern, and/or the pattern formed of the laser straight line of one or more.
Further, the pattern that described projection arrangement (32) throws away is the pattern that optical lens produces, or use the pattern on glass or photographic film, be shaped in advance, or the digital pattern that generates and generate by digital projection techniques such as microform display devices by computer.
Further, described projection arrangement (32) uses a width of cloth or the above pattern of a width of cloth to project on human body natural's nail when three-dimensional measurement.
Further, described image collecting device (30) is made up of one or an above video camera.
Further, described measurement module (22) directly carries out three-dimensional measurement to human body natural's nail surface when measuring, or with materials such as gypsum human body natural's finger is impressed modeling earlier, and then resulting finger model is carried out three-dimensional measurement.
Further, described generation module (24) comprising: input block (241), design cell (242), converting unit (243) and output unit (244),
Described input block (241) is used to import described measurement module (22) and measures resulting natural nail 3D shape and the selected artificial manicure parameter of client;
Described design cell (242) is used for the artificial manicure parameter that three-dimensional shape data and client from the input block input select is combined the three-dimensional digital model that calculates generation upper and lower surface of artificial manicure and finger tip portion;
Described converting unit (243) is used for three-dimensional digital model is converted into machined parameters;
Described output unit (244) is used for the digital control processing parameter is transferred to casting module (26).
Further, the employed natural nail three-dimensional shape data of described design cell (242) is known X, the cloud data of Y and Z three-dimensional.
Further, described processing module (26) is casting system of processing or numerical control cutting system of processing.
Further, described casting system of processing comprises: fusible pattern system of processing (36) and precision-investment casting system; Described fusible pattern system of processing (36) is used for expendable pattern material being processed into the fusible pattern (52) that has identical 3D shape with described artificial metal nail beauty according to machined parameters, described precision-investment casting system is used for described fusible pattern (52) is processed into mold (66), and the artificial manicure of sharp this mold (66) casting forming.
Further, described fusible pattern system of processing (36) is the digital control processing machine.
Further, described material to be processed is precious metal material or thermoplasticity engineering material, and described precious metal material is gold, silver or platinum, and described thermoplasticity engineering material is an acetal plastic.
A kind of artificial manicure that adopts personalized artificial manicure processing method to be processed of the present invention, comprise: reusable, have certain rigidity, be difficult for diastrophic 3D shape body, the upper surface of at least a portion of the lower surface of this body and client's natural nail matches on the 3D shape size.
The present invention has following characteristics: (a) use simpler, operate more aspect, compare the time that can more save client with the device of existing preparation manicure, and reduce client's expense; (b) each metal nail beauty all is a custom-made by size; (c) Ge Xinghua metal nail beauty is dismantled and assembled, and can repeat repeatedly to use; (d) personalized metal nail beauty can use all the life; (e) Ge Xinghua metal nail beauty is not easy to crack and damaged; (f) measurement result can forever be preserved.
Description of drawings
Fig. 1 is the overall system structure figure of the present invention about the artificial manicure manufacturing system of personalization.
Fig. 2 describes is the artificial manicure of personalization to be worn to scene on corresponding with it human body natural's nail.
Fig. 3 is after personalized artificial manicure is worn on human body natural's nail, along the side view of unguish direction.
Fig. 4 is after personalized artificial manicure is worn on human body natural's nail, along the side view of nail width.People's finger part does not show in the figure, and natural nail and artificial metal nail beauty have only drawn.
Fig. 5 is the optics three-dimensional non-contact measurement module of personalized artificial manicure manufacturing system.
Fig. 6 is the structural representation block diagram of generation module.
Fig. 7 is the data flowchart of artificial manicure three-dimensional digital model generation module.
Fig. 8 is in the precision-investment casting module, the structural representation of fusible pattern digital control processing part.
Fig. 9 is in the precision-investment casting module, starches the schematic diagram of filling molding with the casting and molding powder.
Figure 10 is in the precision-investment casting module, the solid shell mould behind the dry solidification is carried out roasting dewax and make the schematic diagram of gula.
Figure 11 pours molten metal in the slush casting mold into by casting gate, forms the schematic diagram of people's personalized artificial metal nail beauty.
Figure 12 is the step of human body natural's nail being carried out three-dimensional measurement with optics three-dimensional non-contact measurement module.
Figure 13 is the operating procedure of artificial manicure three-dimensional digital model generation module.
Figure 14 is the operating procedure of precision-investment casting module.
The specific embodiment
As can be seen from Figure 1, system architecture of the present invention is by natural nail 3-d shape measurement module 22, and artificial manicure three-dimensional digital model generation module 24 and artificial manicure processing module 26 totally three parts are formed.In Fig. 1, at first the human body natural's nail 18 above the natural finger 16 is carried out 3-d shape measurement by 3-d shape measurement module 22.The measured natural nail three-dimensional shape information that obtains is input in the artificial manicure three-dimensional digital model generation module 24 and imports some parameters of artificial manicure by client, such as length, pattern of thickness and finger tip portion or the like.The artificial manicure parameter of comprehensive natural nail three-dimensional shape information and client's input, this artificial manicure three-dimensional digital model generation module will generate the three-dimensional digital model of artificial manicure automatically in artificial manicure three-dimensional digital model generation module 24.After the artificial manicure three-dimensional digital model that is generated converts machining information to, just can be transferred to artificial manicure processing module 26, materials processing to be processed is become artificial manicure.At least a portion lower surface of this artificial manicure 20 will with this client's natural nail 18 upper surfaces, on the 3D shape size, fit like a glove.So this artificial manicure 20 can cover on the whole natural nail 18 of this client with not staying any slit.This artificial manicure 20 also has certain rigidity, not flexural deformation easily.
As can be seen from Figure 2, if made artificial manicure 20 usefulness adhesives are pasted on the corresponding with it natural nail 18, just can obtain as Fig. 3 and two described results of the side view along unguish and width of Fig. 4: can fully fit between the two, also seamless all around, very attractive in appearance.Make a corresponding with it personalized artificial metal nail beauty 20 can for each natural nail 18 by this system.
Below in conjunction with one embodiment of the present of invention various piece of the present invention is described in further detail.Please note that following content is only just for describing the embodiment that every link of the present invention is used.The present invention has more than the content that is limited to this embodiment, and multiple different embodiment can be arranged.
Fig. 5 is an embodiment of natural nail 3-d shape measurement module 22 among the present invention.This module is by grating pattern projection arrangement 32, and image collecting device 30 and calculation element 34 are formed.Wherein the grating pattern projection arrangement comprises light source 27 again, grating pattern 28 and projection lens 29.Light source 27 projects grating pattern on the surface of human body natural's nail 18 by projection lens 29 after grating pattern is illuminated.The 3D shape of human body natural's nail 18 can allow projection grating pattern in the above produce distortion, and for example fringe spacing and stripe direction can change.These distortion are directly relevant with the 3D shape of natural nail 18.The grating pattern that one or more has been out of shape by image collecting device 30 is input in the calculation element 34, through handling the three-dimensional shape information that just can calculate natural nail 18, the three dimensional point cloud of natural nail 18-for example by known its X in the three dimensions, the data that a large amount of point of Y and Z three-dimensional is formed.If measure with 22 pairs of natural nails 18 of 3-d shape measurement module of the present invention, its result can be a cloud data more than several thousand.These a large amount of cloud datas have not only critically been explained the three dimensions shape of natural nail 18, and have determined natural nail 18 and pointed 16 three-dimensional boundaries shape.The contour shape of nail root for example, the contour shape of the contour shape of nail both sides and finger tip portion.Measurement result 33 can show on the display screen of calculation element 34.
Here light source 27 can be a white light, also can be laser.Grating pattern can be a linear fringe, also can be other patterns.Can use the black and white pattern, also can be with multicolour pattern or both mixed pattern.Grating pattern can be the pattern that is imprinted in advance on transparent photosensitive glass or the photographic film, also can be by computer by microform display device (Micro-Display Device), as the digital pattern of liquid crystal (Liquid CrystalDisplay) and the generation of digital micro-mirror device digital projection techniques such as (Digital Micro-mirror Device).Image collecting device 30 in this module can be made of one or more CCD or cmos camera.The calculation element 34 that the deformed grating pattern is handled usefulness can be the calculation element of any energy storage and follow procedure instruction process image information, for example personal computer and industrial single board computer etc.
With reference to Figure 12, the present invention adopts the optical non-contact three-dimensional measurement when human body natural's nail is measured, and at first tackles natural nail and carries out preliminary treatment (step 90).Its content comprises natural nail pruned makes it to have suitable length, and the border between natural nail and finger is cleared up, and removes unnecessary dry hide.Also can on natural nail, spray contrast and the quality that the last layer white coating is convenient to increase grating pattern when needing, and help determining the border of natural nail.Just can put into measurement module 22 through pretreated natural nail, on display screen, see when natural finger enters into the appropriate location, just can press start button (step 94).The grating pattern projection arrangement will project the one or more grating pattern above the natural nail in short several seconds, and by image collecting device the grating pattern that has been out of shape is input in the calculation element 34 (step 96) simultaneously.Come the deformed grating pattern is handled (step 98) by computer dependent program then, just can acquire the three dimensional point cloud of natural nail afterwards and be stored in the calculation element 34 (step 100).Certainly, in measuring process, also can adopt the measurement of contact.
With reference to Fig. 2, Fig. 3 and Fig. 4, the artificial manicure 20 that the present invention will make is the three-dimensional bodies with certain thickness and rigidity, and it is made of the upper surface 19 with certain 3D shape, lower surface 17 and border 21.The artificial metal nail beauty of wearing on human body natural's nail 18 20 is generally all also long than natural nail 18.So the size and the 3D shape of a part of lower surface 17 of artificial at least manicure 20 will be in full accord with natural nail 18, and the 3D shape of this part is obtained by measurement.What need at least to design in artificial manicure three-dimensional digital model generation module 24 is: (a) shape of upper surface 19, and (b) shape of artificial manicure finger tip portion, (c) thickness of artificial manicure (d) grows the shape of the lower surface 19 of natural nail part.Sometimes client also need specific two dimension or three-dimensional embellish a design in some position (as upper surface) interpolation of artificial manicure, and is for example digital, Chinese character and various animals and plants patterns or the like.Generation module 24 also can have these are embellished a design and is added on function on the artificial manicure 20.
With reference to Fig. 6, generation module 24 can by: input block 241, design cell 242, converting unit 243 and output unit 244 are formed, and input block 241 is used for input measurement module 22 and measures resulting natural nail 3D shape and the selected artificial manicure parameters of client; Design cell 242 is used for the artificial manicure parameter that three-dimensional shape data and client from the input block input select is converted to the three-dimensional digital model of upper and lower surface of artificial manicure and finger tip portion; Converting unit 243 is used for three-dimensional digital model is converted into machined parameters; Output unit 244 is used for machined parameters is transferred to generation module 26.
With reference to Fig. 7, the effect of artificial manicure three-dimensional digital model generation module 24 is that the artificial manicure parameter of the three-dimensional shape information of measuring resulting natural nail 18 and client's input is synthesized together, and generates the artificial manicure three-dimensional digital model that meets natural nail size and 3D shape.Realize that this process can be with different algorithms.For example in the design process of artificial manicure three-dimensional digital model, a kind of algorithm can combine with the data of each measurement point and client's input parameter and calculates; Another kind of algorithm can extract required critical-geometry parameter earlier from the cloud data of natural nail, the artificial manicure parameter that the critical-geometry parameter of being mentioned and client are imported combines and calculates then.
With reference to Figure 13, the numbering (step 102) that artificial manicure three-dimensional digital model generation module 24 at first can point out client to import its title and natural nail.According to these information, generation module 24 will read in the 3 d measurement data (step 104) of this natural nail automatically.Parameters (step 106) such as the thickness of the artificial manicure oneself wanted of customer need input and length then.Obtain the contour shape that generation module 24 after these parameters can demonstrate the artificial manicure upper surface that is generated along artificial manicure length and width two directions.Client can make amendment to the contour shape of upper surface, for example increases the bending or the like (step 108) of contour curve.Next step module 24 can provide the finger tip portion shape style of kinds of artificial manicure and select for client, for example circular, oval, pancake or square or the like (step 110).Last client also can select some specific two dimensions or three-dimensional embellishing a design added on the surface of artificial manicure.Client input or these parameters of selecting and the natural nail 3D shape of measuring gained are combined, and generation module 24 just can generate and the threedimensional model (step 112) of the artificial manicure of this natural nail correspondence.The artificial manicure threedimensional model of Sheng Chenging can confirm for client by screen display at last.If be necessary that client can further revise (step 114) to this model.Last artificial manicure three-dimensional digital model can also store, and transfers with convenient data in the future.Because the size of each natural nail and 3D shape are different, each the artificial manicure three-dimensional digital model that generates through generation module 24 all is different.So just realized each natural nail is made to measure an artificial manicure.Last function of generation module 24 is exactly to convert the artificial manicure three-dimensional digital model that is generated to machined parameters, for example digital control processing coding or instruction (step 116).At last artificial manicure three-dimensional digital model that is generated by generation module 24 and machined parameters thereof can be transferred in other computers or the numerical control device by the telecommunications means and go (step 117).Each natural nail is repeated this process just can be obtained and the corresponding artificial manicure three-dimensional digital model of each natural nail.Generation module 24 can only be handled a natural nail at every turn, also can a plurality of natural nails of single treatment.Generation module 24 also goes for being worn on the artificial manicure on the toenail applicable to the artificial manicure that is worn on the finger nail.Generation module 24 can use a computer jointly with measurement module 22, also can use a computer separately.
With reference to Fig. 1, the artificial manicure mathematical model that is generated by generation module 24 is transformed into process in kind finishes by processing module 26.Here serve as that the casting system of processing is that example describes with processing module 26.Wherein cast system of processing and comprise fusible pattern digital-control processing system 36 and precision-investment casting system.As shown in Figure 8, fusible pattern digital-control processing system 36 can be selected the digital control processing machine, and this digital control processing machine comprises at least three orthogonal straight line shifting axles 44,46 and 48.Fusible pattern digital-control processing system 36 comprises that also at least one rotating shaft 50 is used for driving processing cutting tool 42 in addition.For example this cutting tool can be the milling head of Any shape and size.Except above-mentioned mobile and rotating shaft, fusible pattern digital-control processing system 36 can also have more numerical control axle, for example the 4th straight line shifting axle and second rotating shaft etc.As the core component of fusible pattern digital-control processing system 36, control cabinet 38 can store digital control processing instruction and control in real time, and all move action with rotating shaft.With reference to Fig. 8 and Figure 14, in digital-control processing system 36, put into an expendable pattern material 40 (step 118), and digital control processing instruction is input in the control cabinet 38, processing beginning back cutting tool 42 can instruct the track of defined to process the fusible pattern 52 of artificial manicure on expendable pattern material 40 by digital control processing.The expendable pattern material that uses in the processing generally is a low melting material, as wax material etc.On an expendable pattern material, once can process the fusible pattern of one or more artificial manicures.Certainly, processing module 26 also can other manufacturing process, for example numerical control cutting system of processing etc.
Be that metal material is that example describes with material to be processed below.Has identical 3D shape between the fusible pattern 52 of artificial manicure and the final artificial manicure 20.With reference to Fig. 9 and Figure 14, to add a last casting gate model 54 (step 122) made from wax material on the fusible pattern 52.Fusible pattern 52 and casting gate model 54 are placed on the domed base 56 together then.Behind the cylindrical shape beaker 58 that adds a both ends open on the base 56, with regard to used vessel 62 casting and molding powder water is mixed formation mucus 60, and this mucus is slowly poured in the casting beaker.After mucus was full of beaker, fusible pattern 52 and casting gate model 54 will be fully immersed in wherein.Will dry solidification (step 124) through certain hour mucus.With reference to Figure 10, at this moment domed base 56 is taken off, and whole casting beaker is put into a heating furnace 64 heat.After allowing its internal temperature surpass the fusing point (generally being at 732 ℃) of expendable pattern material and being incubated a period of time, the fusible pattern 52 and the casting gate model 54 of artificial manicure will melt and flow away.What stay at last is the gula 66 (step 126) of artificial manicure.With reference to Figure 11, at this moment casting beaker 58 is turned and when gula 66 also has uniform temperature, molten metal 68 is poured in the gula 66, form artificial metal nail beauty (step 128).Pouring the process of deposite metal in the gula 66 into can use small-sized centrifugal casting machine to finish.After cooling off, just can take out the artificial metal nail beauty that has casting gate, just can obtain the product of finishing at last (step 130) of artificial metal nail beauty behind removal casting gate and the sanding and polishing.Repeating this process produces the artificial metal nail beauty of propertyization one by one just can for each natural nail.Material to be processed also can be selected other suitable material, for example nonmetallic materials such as plastics.
With reference to above-mentioned to explanation of the present invention, artificial metal nail beauty manufacturing system and process thereof that the application of the invention proposed, just can produce quickly and easily a kind of dismantled and assembled with repeat nonexpondable personalized artificial metal nail beauty.Compare with the artificial manicure of existing artificial manicure manufacture method and manufacturing thereof, artificial metal nail beauty manufacture method proposed by the invention and the artificial metal nail beauty that manufactures thereof have following characteristics: (a) more convenient, more healthy; (b) each all is a custom-made by size; (c) dismantled and assembled, can repeat repeatedly to use; (d) can use all the life; (e) not easy to crack and damaged; (f) measurement result can forever be preserved; (g) save time the minimizing expense.
In sum, more than be preferred embodiment of the present invention only, be not to be used to limit protection scope of the present invention.Within the spirit and principles in the present invention all, any modification of being done, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (30)
1, a kind of personalized artificial metal nail beauty manufacturing system is characterized in that, comprising: measurement module (22), generation module (24) and processing module (26);
Described measurement module (22) is used to measure the 3D shape of human body natural's nail, and measurement result is transferred to described generation module (24);
Described generation module (24) is used for that described measurement module (22) is measured resulting natural nail three-dimensional shape data and the selected artificial manicure parameter of client combines the artificial manicure three-dimensional digital model of calculating generation, and after converting the three-dimensional digital model that is generated to machined parameters, machined parameters is transferred to described processing module (26);
Described processing module (26) is used for according to the machined parameters of described generation module (24) materials processing to be processed being become artificial manicure.
2, personalized artificial metal nail beauty manufacturing system according to claim 1 is characterized in that, described measurement module (22) comprising: pattern projection arrangement (32), image collecting device (30) and calculation element (34);
Described projection arrangement (32) is used for default pattern is projected the surface of natural nail, and formation and the corresponding image of natural nail surface three dimension shape;
Described image collecting device (30) is used to be captured in the image that the natural nail surface forms, and is transferred to described calculation element (34);
Described calculation element (34) is used for the image information that described image collecting device (30) is gathered is converted into the three-dimensional shape information of natural nail.
3, personalized artificial metal nail beauty manufacturing system according to claim 2 is characterized in that, the light source that described projection arrangement (32) uses is made up of to the light the 740nm at 360nm one or more wavelength.
4, personalized artificial metal nail beauty manufacturing system according to claim 2 is characterized in that, the pattern that described projection arrangement (32) is throwed away is monochrome or color fringe grating pattern, and/or the pattern formed of the laser straight line of one or more.
5, personalized artificial metal nail beauty manufacturing system according to claim 2, it is characterized in that, the pattern that described projection arrangement (32) throws away is the pattern that produces with optical lens, or use the pattern on glass or photographic film, be shaped in advance, or the digital pattern that generates and generate by digital projection techniques such as microform display devices by computer.
6, personalized artificial metal nail beauty manufacturing system according to claim 2 is characterized in that, described projection arrangement (32) uses a width of cloth or the above pattern of a width of cloth to project on human body natural's nail when three-dimensional measurement.
7, personalized artificial metal nail beauty manufacturing system according to claim 2 is characterized in that, described image collecting device (30) is made up of one or an above video camera.
8, the artificial manicure metal of personalization according to claim 1 manufacturing system, it is characterized in that, described measurement module (22) directly carries out three-dimensional measurement to human body natural's nail surface when measuring, or with materials such as gypsum human body natural's finger is impressed modeling, and then resulting finger model is carried out three-dimensional measurement earlier.
9, personalized artificial metal nail beauty manufacturing system according to claim 1 is characterized in that, described generation module (24) comprising: input block (241), design cell (242), converting unit (243) and output unit (244),
Described input block (241) is used to import described measurement module (22) and measures resulting natural nail 3D shape and the selected artificial manicure parameter of client;
Described design cell (242) is used for the artificial manicure parameter that three-dimensional shape data and client from the input block input select is combined the three-dimensional digital model that calculates generation upper and lower surface of artificial manicure and finger tip portion;
Described converting unit (243) is used for three-dimensional digital model is converted into machined parameters;
Described output unit (244) is used for the digital control processing parameter is transferred to processing module (26).
10, personalized artificial metal nail beauty manufacturing system according to claim 9 is characterized in that, the employed natural nail three-dimensional shape data of described design cell (242) is known X, the cloud data of Y and Z three-dimensional.
11, personalized artificial metal nail beauty manufacturing system according to claim 1 is characterized in that, described processing module (26) is casting system of processing or numerical control cutting system of processing.
12, personalized artificial metal nail beauty manufacturing system according to claim 11 is characterized in that, described casting system of processing comprises: fusible pattern system of processing (36) and precision-investment casting system; Described fusible pattern system of processing (36) is used for expendable pattern material being processed into the fusible pattern (52) that has identical 3D shape with described artificial manicure according to machined parameters, described precision-investment casting system is used for described fusible pattern (52) is processed into mold (66), and utilizes this mold (66) casting forming artificial metal nail beauty.
13, personalized artificial metal nail beauty manufacturing system according to claim 12 is characterized in that, described fusible pattern system of processing (36) is the digital control processing machine.
14, personalized artificial metal nail beauty manufacturing system according to claim 1, it is characterized in that, described material to be processed is precious metal material or thermoplasticity engineering material, and described precious metal material is gold, silver or platinum, and described thermoplasticity engineering material is an acetal plastic.
15, a kind of personalized artificial manicure that adopts the described personalized artificial metal nail beauty manufacturing system of claim 1 to process to obtain, it is characterized in that, comprise: reusable, have certain rigidity, be difficult for diastrophic 3D shape body, the upper surface of at least a portion of the lower surface of this body and client's natural nail matches on the 3D shape size.
16, a kind of personalized artificial metal nail beauty machining manufacture that adopts the described personalized artificial metal nail beauty manufacturing system of claim 1 is characterized in that, comprises the steps:
(a) natural nail is put into measurement mechanism (22), obtained the three-dimensional shape information of natural nail upper surface by this measurement mechanism (22);
(b) client imports or selects the length of desirable artificial manicure in generation module (24), width, thickness and various parameters such as embellish a design, measure resulting natural nail three-dimensional shape information in the integrating step (a), generate the three-dimensional digital model of artificial manicure by generation module (24), and convert three-dimensional digital model to machined parameters;
(c) processing module (26) is made material to be processed artificial manicure with personalization according to the machined parameters that generation module (24) generates.
17, personalized artificial metal nail beauty processing method according to claim 16 is characterized in that, described measurement module (22) comprising: pattern projection arrangement (32), image collecting device (30) and calculation element (34);
Described projection arrangement (32) is used for default pattern is projected the surface of natural nail, and formation and the corresponding image of natural nail surface three dimension shape;
Described image collecting device (30) is used to be captured in the image that the natural nail surface forms, and is transferred to described calculation element (34);
Described calculation element (34) is used for the image information that described image collecting device (30) is gathered is converted into the three-dimensional shape information of natural nail.
18, personalized artificial metal nail beauty processing method according to claim 17 is characterized in that, the light source that described projection arrangement (32) uses is made up of to the light the 740nm at 360nm one or more wavelength.
19, personalized artificial metal nail beauty processing method according to claim 17 is characterized in that, the pattern that described projection arrangement (32) is throwed away is monochrome or color fringe grating pattern, and/or the pattern formed of the laser straight line of one or more.
20, personalized artificial metal nail beauty processing method according to claim 17, it is characterized in that, the pattern that described projection arrangement (32) throws away is the pattern that optical lens produces, or use the pattern on glass or photographic film, be shaped in advance, or the digital pattern that generates and generate by digital projection techniques such as microform display devices by computer.
21, personalized artificial metal nail beauty processing method according to claim 17 is characterized in that, described projection arrangement (32) uses a width of cloth or the above pattern of a width of cloth to project on human body natural's nail when three-dimensional measurement.
22, personalized artificial metal nail beauty processing method according to claim 17 is characterized in that, described image collecting device (30) is made up of one or an above video camera.
23, personalized artificial metal nail beauty processing method according to claim 16, it is characterized in that, described measurement module (22) directly carries out three-dimensional measurement to human body natural's nail surface when measuring, or with materials such as gypsum human body natural's finger is impressed modeling, and then resulting finger model is carried out three-dimensional measurement earlier.
24, personalized artificial metal nail beauty manufacturing system according to claim 16 is characterized in that, described generation module (24) comprising: input block (241), design cell (242), converting unit (243) and output unit (244),
Described input block (241) is used to import described measurement module (22) and measures resulting natural nail 3D shape and the selected artificial manicure parameter of client;
Described design cell (242) is used for the artificial manicure parameter that three-dimensional shape data and client from the input block input select is combined the three-dimensional digital model that calculates generation upper and lower surface of artificial manicure and finger tip portion;
Described converting unit (243) is used for three-dimensional digital model is converted into machined parameters;
Described output unit (244) is used for the digital control processing parameter is transferred to casting module (26).
25, personalized artificial metal nail beauty manufacturing system according to claim 24 is characterized in that, the employed natural nail three-dimensional shape data of described design cell (242) is known X, the cloud data of Y and Z three-dimensional.
26, personalized artificial metal nail beauty processing method according to claim 16 is characterized in that, described processing module (26) is casting system of processing or numerical control cutting system of processing.
27, the artificial manicure processing method of personalization according to claim 26 is characterized in that,
Described casting system of processing comprises: fusible pattern system of processing (36) and precision-investment casting system; Described fusible pattern system of processing (36) is used for expendable pattern material being processed into the fusible pattern (52) that has identical 3D shape with described artificial metal nail beauty according to machined parameters, described precision-investment casting system is used for described fusible pattern (52) is processed into mold (66), and the artificial manicure of sharp this mold (66) casting forming.
28, personalized artificial metal nail beauty processing method according to claim 27 is characterized in that, described fusible pattern system of processing (36) is the digital control processing machine.
29, personalized artificial metal nail beauty manufacturing system according to claim 16, it is characterized in that, described material to be processed is precious metal material or thermoplasticity engineering material, and described precious metal material is gold, silver or platinum, and described thermoplasticity engineering material is an acetal plastic.
30, a kind of personalized artificial manicure that adopts the described personalized artificial metal nail beauty processing method of claim 16 to process to obtain, it is characterized in that, comprise: reusable, have certain rigidity, be difficult for diastrophic 3D shape body, the upper surface of at least a portion of the lower surface of this body and client's natural nail matches on the 3D shape size.
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| CN 200710090521 CN101053467A (en) | 2007-04-09 | 2007-04-09 | Manufacturing system and processing method for personalized artificial metal nail beauty |
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| CN 200710090521 CN101053467A (en) | 2007-04-09 | 2007-04-09 | Manufacturing system and processing method for personalized artificial metal nail beauty |
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Cited By (8)
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| CN103799675A (en) * | 2012-11-13 | 2014-05-21 | 张成龙 | Method for manufacturing artificial nails and artificial nails manufactured by the method |
| US8757171B2 (en) | 2009-10-06 | 2014-06-24 | Mattel, Inc. | Finger positioning device for a printer |
| CN104382327A (en) * | 2014-12-03 | 2015-03-04 | 曹乃承 | Manicure device and manicure, health management and information pushing method |
| CN109156971A (en) * | 2018-09-19 | 2019-01-08 | 广州市三维空间电子商务有限公司 | A kind of three-dimensional bionic first manufacture craft |
| WO2019015527A1 (en) * | 2017-07-18 | 2019-01-24 | 曹可瀚 | Manicure machine and manicure method |
| CN111611425A (en) * | 2020-04-13 | 2020-09-01 | 四川深瑞视科技有限公司 | Raw material processing method and device based on depth information, electronic equipment and system |
| CN112704318A (en) * | 2019-10-24 | 2021-04-27 | 上海亦大网络科技有限公司 | Manufacturing method of custom printed nail |
| CN114375168A (en) * | 2019-09-14 | 2022-04-19 | 黄金福 | Method for obtaining and storing information suitable for producing artificial nails for individuals |
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Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US8757171B2 (en) | 2009-10-06 | 2014-06-24 | Mattel, Inc. | Finger positioning device for a printer |
| CN103799675A (en) * | 2012-11-13 | 2014-05-21 | 张成龙 | Method for manufacturing artificial nails and artificial nails manufactured by the method |
| CN104382327A (en) * | 2014-12-03 | 2015-03-04 | 曹乃承 | Manicure device and manicure, health management and information pushing method |
| WO2019015527A1 (en) * | 2017-07-18 | 2019-01-24 | 曹可瀚 | Manicure machine and manicure method |
| CN109156971A (en) * | 2018-09-19 | 2019-01-08 | 广州市三维空间电子商务有限公司 | A kind of three-dimensional bionic first manufacture craft |
| CN114375168A (en) * | 2019-09-14 | 2022-04-19 | 黄金福 | Method for obtaining and storing information suitable for producing artificial nails for individuals |
| CN114375168B (en) * | 2019-09-14 | 2024-03-29 | 黄金福 | Method for obtaining and storing information suitable for producing artificial nails for individuals |
| CN112704318A (en) * | 2019-10-24 | 2021-04-27 | 上海亦大网络科技有限公司 | Manufacturing method of custom printed nail |
| CN111611425A (en) * | 2020-04-13 | 2020-09-01 | 四川深瑞视科技有限公司 | Raw material processing method and device based on depth information, electronic equipment and system |
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