CN101339640A - Network platform based footwear customization system and method - Google Patents
Network platform based footwear customization system and method Download PDFInfo
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- CN101339640A CN101339640A CNA2008101189922A CN200810118992A CN101339640A CN 101339640 A CN101339640 A CN 101339640A CN A2008101189922 A CNA2008101189922 A CN A2008101189922A CN 200810118992 A CN200810118992 A CN 200810118992A CN 101339640 A CN101339640 A CN 101339640A
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Abstract
The invention relates to a custom shoe system based on a network platform and a method thereof. The system comprises a foot type data acquisition unit used for acquiring foot type characteristic parameters of a user, a foot type data store unit used for storing the foot type characteristic parameters, a custom information acquisition unit used for acquiring shoe pattern chosen by the user and the individuation design information of the shoe pattern, a shoe tree data store unit used for storing the shoe tree data corresponding to different shoe patterns and a data processing unit used for transferring the shoe tree data corresponding to the shoe pattern chosen by the user in the shoe tree data store unit, transferring the foot type characteristic parameters of the user to modify the shoe tree data in the foot type data store unit and generating a shoe tree processing code of the custom shoes of the user, meanwhile, according to the individuation design information of the shoe pattern, generating custom shoe material selecting information and a custom shoe process flow information for processing. The custom shoe system and the method lead the user to customize the shoe pattern suited for the foot type of the user without going out, and can customize the shoe pattern with the individuation design according to personal preference.
Description
Technical field
The present invention relates to the footwear manufacture field, the footwear customization system of a kind of platform Network Based of specific design and method.
Background technology
Along with the raising of progress of science and technology and living standard, people are developed to comfortable, individual character and fashion-orientation direction from simple function gradually to the requirement of clothes.Aspect shoe industry, limited footwear sizes must cause the user of a lot of different pin shapes to select the footwear of same size, has only by trying on, just can choose the footwear that fit.When departing from the standard size than big or foot's existence deformity, user's pin shape is difficult to find suitable footwear.
In addition, consumer colony for youth, be desirably under the situation that satisfies shoe pattern comfort level, incorporate some personalized factors as much as possible, thereby can operate individual's footwear details such as color, decorations according to own characteristic, for example, can select the color of footwear body various piece, at footwear body, sole impressing pattern, individual sign, letter and number etc. are represented in insertion in footwear body appropriate location.
Domestic footwear art focuses mostly on and is copying the external shoe pattern and simple shoe pattern design at present, with low content of technology, so foot-measuring shoemaking, especially personalized shoemaking spends too high and very difficult realization for ordinary consumer, therefore, shoe industry is starved of conveniently footwear customization system.
The personalized design method of shoe tree mold has been described in disclosed Chinese patent CN01130405.7, the personalized shoe last model generating method that comprehensive three-dimension foot type global parameter and partial cross-section are adjusted has been described in Chinese patent CN200710068032.5, and the method for automatically forming shoe tree model that in Chinese patent CN200510042355.8, illustrates based on foot's characteristic parameter, method of the prior art all only is illustrated in the generation field of personalized shoe tree, but does not relate to the system of whole custom made footwear.Digitalized sneakers tree customizing production apparatus that illustrates in disclosed Chinese patent CN200710119279.5 and method will be incorporated the present invention and as a reference into.
Summary of the invention
The footwear customization system and the method that the purpose of this invention is to provide a kind of platform Network Based, the user can send the customization request by platform Network Based, and the shoe pattern that home-confined customization is fit to own pin type can also carry out personalized customization according to the personal like.
For achieving the above object, the present invention adopts following technical scheme:
A kind of footwear customization system of platform Network Based, this system comprises:
Pin type data capture unit is used to obtain user's pin type characteristic parameter;
Pin type data storage cell is used for the pin type characteristic parameter that described storage pin type data capture unit obtains;
The customized information acquiring unit is used for obtaining the user-selected shoe pattern and shoe pattern personalized design information by network;
The shoe tree data storage cell is used to store the pairing shoe tree data of the different shoe patterns;
Data processing unit, be used for shoe tree data in the selected shoe pattern correspondence of described shoe tree data storage cell invoke user, and revise described shoe tree data at the pin type characteristic parameter that described pin type data storage cell calls this user, generate the shoe tree machining code of customization footwear, use for processing according to shoe pattern personalized design information generation custom made footwear selection information and custom made footwear technological process information simultaneously.
Wherein, also comprise the machining cell that is connected with data processing unit, be used to use the numerically controlled shoe tree machine to the shoe tree machining code numerical control carve shoe last or hat block, be equipped with buffer area at material and be equipped with material, and carry out custom made footwear production in the shoemaking workshop according to custom made footwear technological process information according to custom made footwear selection information.
Wherein, this system also comprises pin type spatial digitizer, and the user measures described pin type characteristic parameter by pin type spatial digitizer, and sends it to pin type data capture unit by network.
Wherein, described pin type spatial digitizer comprises laser line generator and charge coupled device camera, the laser plane that described laser line generator sends is radiated at the surface of pin, video camera obtains the pin surface and comprises the two dimensional image of laser stripe and send to computing machine, the three-D profile on the mobile formation pin surface by the laser plane irradiation position, and then obtain pin type characteristic parameter.
The present invention also provides a kind of custom made footwear method of platform Network Based, and this method may further comprise the steps:
Obtain user's pin type characteristic parameter, and send in the pin type data storage cell and store;
Obtain the user-selected shoe pattern and shoe pattern personalized design information by network;
The shoe tree data of the selected shoe pattern correspondence of invoke user in the shoe tree data storage cell;
Call this user's pin type characteristic parameter at pin type data storage cell and revise described shoe tree data, generate the shoe tree machining code of customization footwear;
Use for procedure of processing according to shoe pattern personalized design information generation custom made footwear selection information and custom made footwear technological process information.
Wherein, the pin type characteristic parameter that calls this user at pin type data storage cell is revised described shoe tree data and is comprised step:
Counter the asking of point of the standard shoe tree of determining to the pin type determined by user's pin type characteristic parameter and by the shoe tree data of calling obtains separately U respectively to the NURBS parametric line;
To parametric line interpolation under polar coordinates, obtaining separately U is the polar radius and the three-dimensional coordinate of 360 data points uniformly-spaced arranging of 1～60 degree by polar angle on nurbs curve;
In conjunction with user's pin type characteristic parameter, according to segmentation pin shoe last or hat block comfort level experimental formula, the deflection of local deformation takes place in the whole zoom factor and each data point that draw the parametric line of the shoe tree data of calling;
Deflection as a constraint, in conjunction with based on energy-optimised deformation algorithm described parametric line being carried out the modification of reference mark and weight factor, is obtained amended shoe tree data.
Wherein, the shoe tree machining code of generation customization footwear comprises step:
Amended shoe tree data are carried out V after fairing, carry out masked method modeling processing again;
Data after the modeling are carried out smooth treatment, weigh its fairness and approach characteristic and draw data after the final modeling;
Ask method to vow according to data utilization segmentation after the final modeling and ask for cutter machining center track with the solving a triangle method;
Carry out Z after the helical ring tangent line of coordinate calculates, obtain the shoe tree machining code of customization footwear.
Wherein, after user's pin type characteristic parameter is measured voluntarily by the user, receive by network and to obtain, measured pin type characteristic parameter comprises: sole of the foot toe enclose long, preceding shank enclose long, pocket with enclose, ankle girth, calf girth, knee joint girth, knee joint girth height, calf girth height, ankle girth height, lateral malleolus height, heel height, heel height, the most prominent height of preceding shank, the first articulationes metatarsophalangeae height, great toe height and pin be long.
Wherein, after user's pin type characteristic parameter utilizes pin type spatial digitizer to measure by the user, receive by network and to obtain.
Wherein, procedure of processing comprises described in this method:
Use the numerically controlled shoe tree machine to the shoe tree machining code numerical control carve shoe last or hat block;
Be equipped with buffer area at material and be equipped with material according to custom made footwear selection table;
Carry out custom made footwear production according to custom made footwear technological process table in the shoemaking workshop.
Utilize the footwear customization system and the method for platform Network Based provided by the invention, has following beneficial effect: along with Internet development, shopping online has become inexorable trend, increasing commodity can be by the mode of shopping on net, by system and method for the present invention, the home-confined shoe pattern that can buy suitable style of user; Shoe pattern custom-built system is combined with internet platform, when satisfying the footwear comfortableness, also satisfying personalized demand.
Description of drawings
Fig. 1 is the footwear customization system block diagram that the present invention is based on the network platform;
Fig. 2 is the footwear customization system structural drawing of embodiment of the invention platform Network Based;
Fig. 3 is the structure principle chart of embodiment of the invention three-dimension foot type scanister;
Fig. 4 be in the embodiment of the invention 3-D scanning U to the synoptic diagram of V to curve;
Fig. 5 obtains the schematic diagram of pin type characteristic parameter for embodiment of the invention manual measurement mode;
Fig. 6 is the custom made footwear method flow diagram that the present invention is based on the network platform;
Fig. 7 is the custom made footwear method flow diagram of embodiment of the invention platform Network Based;
The process flow diagram that Fig. 8 generates for embodiment of the invention customization shoe tree NC code.
1, sole of the foot toe encloses length; 2, preceding shank encloses length; 3, pocket is with enclosing; 4, ankle girth; 5, calf girth; 6, knee joint girth; 7, knee joint girth height; 8, calf girth height; 9, ankle girth height; 10, lateral malleolus height; 11, heel height; 12, curved some height on the boat; 13, the most prominent height of preceding shank; 14, the first articulationes metatarsophalangeae height; 15, great toe height; 16, pin is long; 17, laser line generator; 18, testee; 19, ccd video camera; 20, glass; 21, motion platform; 22, U is to curve; 23, V is to curve; 24, laser plane.
Embodiment
The footwear customization system and the method for the platform Network Based that the present invention proposes are described as follows in conjunction with the accompanying drawings and embodiments.
One aspect of the present invention is, user's pin type characteristic parameter that the pin type spatial digitizer that is positioned over footwear industries brand shop or supermarket etc. is obtained or behind User login network customization platform, after the pin type characteristic parameter of measuring voluntarily according to rules deposits the custom-built system database in, on webpage, select the basic style of footwear, and fill in wear footwear customs in the past after, as the footwear sizes scope of wearing at ordinary times, hobby is worn inclined to one side pine or tight slightly footwear etc., owing to there is the standard shoe tree of the various models of various styles in the database, according to every selected style, promptly generate the three-dimensional view and the vamp of blank vamp on the webpage, the plane three-view diagram of sole, the design information that the deviser can webpage provides is reference, color according to hobby design vamp and sole, personalized element such as identifier after design is finished, can be submitted customized demand to.System is according to every user's pin shape parameter and personalized design, and the standard shoe tree of the original model of user-selected style is out of shape the shoe tree that obtains customizing.
Another aspect of the present invention is, user's customized demand is submitted to by the internet and is arrived data processing centre (DPC), the object that data processing is handled has three, be respectively the user and select the shoe tree data of style correspondence, the user's pin shape parameter stored in the pin type database and personalized design parameter, data processing centre (DPC) adjusts by user's pin type characteristic parameter the corresponding shoe tree data of style that the user selects, the footwear type of these shoe tree data is fitted to the user, individual demand with the user appends on the good footwear type of adjusted then, through shoe pattern generting machanism, obtain the shoe tree processing NC code of customization footwear automatically, customization shoe pattern selection table, and custom made footwear sampling technology flow table.
The shoe tree NC machining code that draws through aforesaid operations enters the numerically controlled shoe tree machine and carves shoe last or hat block, is equipped with material by the procurement staff of Shoes Factory according to custom made footwear selection material, and is last, carries out shoe pattern production according to custom made footwear technological process table.
As shown in Figure 2, the footwear customization system structural drawing of platform Network Based in the present embodiment, this entire system comprises three parts: the user; Data processing centre (DPC) and machining center.Pin type data capture unit obtains the user and passes through pin type scanner or measure voluntarily to send pin type characteristic parameter; Pin type database is used to store the pin type characteristic parameter that pin type data capture unit obtains; The customized information acquiring unit is specially the design proposal memory device, determines interactive shoe pattern design proposal; Shoe tree database (not shown) is used to store the pairing shoe tree data of the different shoe patterns; Data processing unit, be specially shoe pattern generting machanism part, be used for shoe tree data in the selected shoe pattern correspondence of shoe tree database invoke user, and revise described shoe tree data at this user's of pin type data base call pin type characteristic parameter, generate the shoe tree machining code of customization footwear, use for processing according to shoe pattern personalized design information generation custom made footwear selection table and custom made footwear technological process table simultaneously; Machining center, be used to use the numerically controlled shoe tree machine to the shoe tree machining code numerical control carve shoe last or hat block, be equipped with buffer area at material and be equipped with material, and carry out custom made footwear production in the shoemaking workshop according to custom made footwear technological process table according to custom made footwear selection table.
Below with reference to pin type characteristic parameter acquisition process in Fig. 3 key diagram 7.According to the first embodiment of the present invention, three-dimension foot type scanner is made up of as collecting unit translation motion mechanism, semiconductor line laser instrument 17 and video camera 19 composition diagrams of Electric Machine Control.In three-dimension foot type scanner shown in Figure 3, glass 20 is supported on the support on both sides and gives birth to, be used to prevent testee 18, laser line generator 17 is positioned at the both sides of glass 20 tops, glass 20 bottom center positions, the laser plane that sends is radiated at object being measured 18 surfaces, form a bright light belt on testee 18 surfaces, charge-coupled image sensor (Charge Coupled Device, CCD) video camera 19 is positioned at the upper and lower of a side of scanner, obtain the two dimensional image that testee 18 surfaces comprise laser stripe, by the processing of computing machine, extract the two-dimensional silhouette on Measuring Object 18 optical sections to two dimensional image.Sensing unit along motion platform 21 translation measurement objects 18 or translated line laser instrument 17 and ccd video camera 18 compositions, make laser plane with the inswept body surface in certain interval, form a series of optical section two-dimensional silhouette at body surface, the optical section two-dimensional silhouette is combined to form object surface tri-dimensional profile.
As shown in Figure 4, utilize above-mentioned three-dimension foot type scanner, the laser plane 24 of laser line generator 17 drop on line on the testee 18 be U to curve, the U that can obtain testee 18 by Computer Processing to curve 22 and V to curve 23 data.
As shown in Figure 5, according to a second embodiment of the present invention, under the situation that does not possess pin type scanner, the user can obtain pin type characteristic parameter with reference to the manual measurement mode shown in the figure 5, measures pin type characteristic parameter such as pin length, bottoms etc. voluntarily.Comprise by measuring the pin type characteristic parameter that can obtain voluntarily: sole of the foot toe enclose long by 1, preceding shank enclose long by 2, pocket with enclose 3, ankle girth 4, calf girth 5, enclose 6 at one's knees, knee joint girth height 7, calf girth height 8; Curved some height 12, the most prominent height of preceding shank 13, the first articulationes metatarsophalangeae height 14, great toe height 15 and pin long 16 on ankle girth height 9, lateral malleolus height 10, heel height 11, the boat.After the user measures above-mentioned pin type characteristic parameter voluntarily, by the logging in network platform pin type characteristic parameter is sent in the pin type database of system and store.
As shown in Figure 7, in the present embodiment behind user's logging in network platform, concrete customization flow process comprises: step S301, data processing centre (DPC) judges in the pin type database whether have this user's pin type characteristic parameter, if then system enters the personalized design page, if not, then the system prompt user measures after foot's parameter voluntarily according to the method that illustrates in the second embodiment of the invention and imports the footwear sizes scope that the user wears at ordinary times, after the submission, enters the personalized design page; Step S302, user select the brand of footwear and the kind of footwear, and for example, certain user wishes to customize a pair of basketball shoes, then can select the basketball shoes in the brand 2; Step S303 calls this user's who is stored in the pin type database pin type characteristic parameter, and the shoe tree data of user-selected footwear kind correspondence among the modify steps S302 generate the three-dimensional view of original shoe pattern three-dimensional model; Step S304 can design the color of vamp, sole each several part; S305, further design is at character, the decals of the insertion of shoe pattern diverse location; S306 can also upload impressing pattern and definite positions of printing such as personalized photo; Step S307 makes amendment to original shoe pattern three-dimensional model according to above-mentioned personalized design information, generates personalized shoe pattern three-dimensional model stereographic map; Step S308, user judge whether the shoe pattern that generates among the S307 is satisfied with, if then customization is finished, then turn back among the step S302 if not and revise customized solution.
Above-mentioned steps S304～S306 is the user and imports the step that personalized design information is carried out personalized design, be not limited to above-mentioned personalized design method, also can be other personalized design information, in addition, step S304, S305 can finish based on the shoemaking template data library call shoe pattern template that brand manufacturers provides.
Describe the processing that data processing centre (DPC) did among the above-mentioned steps S303 in detail in conjunction with Fig. 8.The shoe pattern kind that at first from pin type database, accesses user's pin type characteristic parameter and customized, from standard shoe tree database, call in the standard shoe tree according to the shoe pattern kind that is customized, the pin type of determining by pin type characteristic parameter and the number of contours strong point of standard shoe tree then, adopt the least square approximation method respectively inverse obtain U to NURBS (Non-Uniform Rational B-Splires) parametric line.Then, determine the central shaft of pin type and standard shoe last or hat block type respectively, with the U of pin type and standard shoe tree to nurbs curve interpolation under polar coordinates, the U as shown in Figure 4 that obtains separately reaches (X by polar angle 1 degree to 360 polar radiuss of spending of uniformly-spaced (spending) 360 data points arranging every 1 on nurbs curve 22, Y, Z) coordinate, wherein U is meant the laser plane in spatial digitizer and pin type to be measured or the crossing contour curve that draws of standard shoe tree among Fig. 3 to nurbs curve.According to segmentation pin shoe last or hat block comfort level experimental formula, calculate the whole zoom factor of standard shoe tree curve and each data point the deflection of local deformation takes place, with deflection as a constraint, in conjunction with standard shoe tree curve being carried out the modification of reference mark and weight factor based on energy-optimised deformation algorithm.All U that revise back shoe tree data are arranged according to the ascending order of polar angle to the data point of nurbs curve, obtain the data point of 360 V to nurbs curve, each bar such as Fig. 4, the V shown in Fig. 4 all data points in nurbs curve 23 all have identical polar angle with respect to the shoe tree central shaft.V is carried out masked method modeling processing again obtain shoe last model after the nurbs curve fairing processing.
After three-dimensional model generates, carry out smooth treatment to designing back shoe tree cloud data, weigh its fairness and approach characteristic to draw final process result.Then, utilize segmentation to ask method to vow and to realize, and carry out Z finishes shoe tree machining locus NC file after the helical ring tangent line of coordinate calculates automatic acquisition process the asking for of cutter machining center track with the solving a triangle method.
Simultaneously, the shoe pattern generting machanism of data center is called in the user at the selected vamp of the network terminal, sole design material from the design proposal memory device, each parameter etc. according to the automatic computation process that above-mentioned parameter carries out the custom made footwear selection, generate customization shoe pattern selection table.
Then, the shoe pattern generting machanism of data center is selected according to the user who calls in from the design proposal memory device, and customization shoe pattern selection table, on the known shoemaking operation basis of this area practitioner, carry out the automatic calculating of custom made footwear sampling technology flow process, generate custom made footwear sampling technology flow process.
At last, the customization shoe tree processing district of the work in-process heart use the numerically controlled shoe tree machine to described shoe tree NC machining code numerical control carve shoe last or hat block, be equipped with buffer area by the procurement staff of Shoes Factory at material and be equipped with material, customize shoe pattern production according to custom made footwear technological process table in the shoemaking workshop at last according to custom made footwear selection material.
The present invention includes above-mentioned use carrier wave communication media (Wireline such as optical fiber and radiolink etc.) in the computer network (WAN such as LAN, the Internet and cordless communication network etc.) of program information is provided.Can also be stored in the program of computing machine by operation, realize in the foregoing description each step with reference to figure 7 and Fig. 8.So, the present invention includes this program and the storage this program computer readable recording medium storing program for performing.More specifically, the present invention includes, this program is offered the recording medium of computing machine with the form of recording mediums such as CD-ROM or by various transmission mediums.Except that CD-ROM, the recording medium that is used to write down this program also comprises floppy disk, hard disk, tape, magneto-optic disk and Nonvolatile memory card etc.
The present invention also comprises other Program Type.That is to say, offer every function of program realization the foregoing description of computing machine by operation, by with operate in every function that this program of operating system (OS) in the computing machine or other application program cooperating operation realizes the foregoing description, perhaps all or part of processing of the program that is provided is provided for expansion board by making computing machine or functional expansion unit, realizes every function of the foregoing description.
Above embodiment only is used to illustrate the present invention; and be not limitation of the present invention; the those of ordinary skill in relevant technologies field; under the situation that does not break away from the spirit and scope of the present invention; can also make various variations and modification; therefore all technical schemes that are equal to also belong to category of the present invention, and scope of patent protection of the present invention should be defined by the claims.
Claims (10)
1, a kind of footwear customization system of platform Network Based is characterized in that, this system comprises:
Pin type data capture unit is used to obtain user's pin type characteristic parameter;
Pin type data storage cell is used for the pin type characteristic parameter that described storage pin type data capture unit obtains;
The customized information acquiring unit is used for obtaining the user-selected shoe pattern and shoe pattern personalized design information by network;
The shoe tree data storage cell is used to store the pairing shoe tree data of the different shoe patterns;
Data processing unit, be used for shoe tree data in the selected shoe pattern correspondence of described shoe tree data storage cell invoke user, and revise described shoe tree data at the pin type characteristic parameter that described pin type data storage cell calls this user, generate the shoe tree machining code of customization footwear, use for processing according to shoe pattern personalized design information generation custom made footwear selection information and custom made footwear technological process information simultaneously.
2, the footwear customization system of platform Network Based as claimed in claim 1, it is characterized in that, also comprise the machining cell that is connected with data processing unit, be used to use the numerically controlled shoe tree machine to the shoe tree machining code numerical control carve shoe last or hat block, be equipped with buffer area at material and be equipped with material, and carry out custom made footwear production in the shoemaking workshop according to custom made footwear technological process information according to custom made footwear selection information.
3, the footwear customization system of platform Network Based as claimed in claim 1, it is characterized in that, this system also comprises pin type spatial digitizer, and the user measures described pin type characteristic parameter by pin type spatial digitizer, and sends it to pin type data capture unit by network.
4, the footwear customization system of platform Network Based as claimed in claim 3, it is characterized in that, described pin type spatial digitizer comprises laser line generator and charge coupled device camera, the laser plane that described laser line generator sends is radiated at the surface of pin, video camera obtains the pin surface and comprises the two dimensional image of laser stripe and send to computing machine, the three-D profile on the mobile formation pin surface by the laser plane irradiation position, and then obtain pin type characteristic parameter.
5, a kind of custom made footwear method of platform Network Based is characterized in that, this method may further comprise the steps:
Obtain user's pin type characteristic parameter, and send in the pin type data storage cell and store;
Obtain the user-selected shoe pattern and shoe pattern personalized design information by network;
The shoe tree data of the selected shoe pattern correspondence of invoke user in the shoe tree data storage cell;
Call this user's pin type characteristic parameter at pin type data storage cell and revise described shoe tree data, generate the shoe tree machining code of customization footwear;
Use for procedure of processing according to shoe pattern personalized design information generation custom made footwear selection information and custom made footwear technological process information.
6, the custom made footwear method of platform Network Based as claimed in claim 5 is characterized in that, the pin type characteristic parameter that calls this user at pin type data storage cell is revised described shoe tree data and comprised step:
Counter the asking of point of the standard shoe tree of determining to the pin type determined by user's pin type characteristic parameter and by the shoe tree data of calling obtains separately U respectively to the NURBS parametric line;
To parametric line interpolation under polar coordinates, obtaining separately U is the polar radius and the three-dimensional coordinate of 360 data points uniformly-spaced arranging of 1～60 degree by polar angle on nurbs curve;
In conjunction with user's pin type characteristic parameter, according to segmentation pin shoe last or hat block comfort level experimental formula, the deflection of local deformation takes place in the whole zoom factor and each data point that draw the parametric line of the shoe tree data of calling;
Deflection as a constraint, in conjunction with based on energy-optimised deformation algorithm described parametric line being carried out the modification of reference mark and weight factor, is obtained amended shoe tree data.
7, the custom made footwear method of platform Network Based as claimed in claim 6 is characterized in that, the shoe tree machining code that generates the customization footwear comprises step:
Amended shoe tree data are carried out V after fairing, carry out masked method modeling processing again;
Data after the modeling are carried out smooth treatment, weigh its fairness and approach characteristic and draw data after the final modeling;
Ask method to vow according to data utilization segmentation after the final modeling and ask for cutter machining center track with the solving a triangle method;
Carry out Z after the helical ring tangent line of coordinate calculates, obtain the shoe tree machining code of customization footwear.
8, the custom made footwear method of platform Network Based as claimed in claim 5, it is characterized in that, after user's pin type characteristic parameter is measured voluntarily by the user, receive by network and to obtain, measured pin type characteristic parameter comprises: sole of the foot toe enclose long, preceding shank enclose long, pocket with enclose, ankle girth, calf girth, knee joint girth, knee joint girth height, calf girth height, ankle girth height, lateral malleolus height, heel height, heel height, the most prominent height of preceding shank, the first articulationes metatarsophalangeae height, great toe height and pin be long.
9, the custom made footwear method of platform Network Based as claimed in claim 5 is characterized in that, after user's pin type characteristic parameter utilizes pin type spatial digitizer to measure by the user, receives by network and to obtain.
10, the custom made footwear method of platform Network Based as claimed in claim 5 is characterized in that, procedure of processing comprises described in this method:
Use the numerically controlled shoe tree machine to the shoe tree machining code numerical control carve shoe last or hat block;
Be equipped with buffer area at material and be equipped with material according to custom made footwear selection table;
Carry out custom made footwear production according to custom made footwear technological process table in the shoemaking workshop.
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