CN101077236A - Process for checking comfort of shoes products based on intersecting surface matched - Google Patents
Process for checking comfort of shoes products based on intersecting surface matched Download PDFInfo
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- CN101077236A CN101077236A CNA2007100691796A CN200710069179A CN101077236A CN 101077236 A CN101077236 A CN 101077236A CN A2007100691796 A CNA2007100691796 A CN A2007100691796A CN 200710069179 A CN200710069179 A CN 200710069179A CN 101077236 A CN101077236 A CN 101077236A
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Abstract
The present invention discloses one kind of longitudinal and cross section matching method for detecting the comfort degree of footwear, and provides method of comprehensively analyzing the comfort degree of footwear based on the matching between the longitudinal and cross section of foot and that of shoe tree. By means of CAD, foot forms and shoe tree forms are first created, their longitudinal and cross sections are then created, and the matching states between the foot forms and shoe tree forms are finally obtained. The comfort degree data of footwear are created, stored and applied in the shoemaking process. The present invention realizes the perfect combination of high-tech and traditional industry, and may be widely applied.
Description
Technical field
The present invention relates to a kind of comfort level inspection method of the footwear based on cross-sections match.
Background technology
Since the industrial revolution for the third time, all more or less the impacts that has been subjected to some technological revolutions of many traditional industries have adopted advanced more technology to improve the production efficiency of department one after another.Yet; the large-scale machines that society's shoe industry in large scale is still continuing second industrial revolution and brought is produced the traditional mode that replaces handicraft workshop; though the productivity ratio of this pattern footwear is very high; yet because getting in touch between the not smooth client of causing of information and the producer becomes poor; one side is that the frequent complaint shoes of client are of poor quality; wear uncomfortable; one side is the feedback information that producer can't take the client into account; the production all styles of of " immerse oneself in risk one's life " perhaps be the shoes that at all just do not have market; cause a large amount of shoes product overloadings; unsalable; suffer loss to manufacturer, brought serious consequence for the shoemaking industry.The information asymmetry of this client and producer, tracing it to its cause is because information industry causes in the difficulty infiltration of this conventional industries.
Summary of the invention
The objective of the invention is to change old footwear degree comfortable and easy to wear can only narrate subjectivity by the client and wear footwear impressions, manufacturer's record, do not have objectively to analyze the shortcoming of the traditional client manufacturer interactive mode of data, a kind of comfort level inspection method of the footwear based on cross-sections match is provided.
Comprise the steps:
1) is standard to quote pin type data, becomes the shoe last or hat block operation, obtain personalized shoe last or hat block type data quoting female shoe last or hat block data;
2) mate pin type data and personalized shoe last or hat block type data, generate the cross section of coupling in length and breadth of the shoe last or hat block type data of pin type data and personalization, obtain the data in the cross section in length and breadth of pin type data and personalized shoe last or hat block type data;
3) according to the data in the cross section in length and breadth of pin type data and personalized shoe last or hat block type data, analyze the degree comfortable and easy to wear of pin, comfort level comprises shoes length, shoes width, mill pin, fits well, presser feet, preshoot.
Described is standard to quote pin type data, become the shoe last or hat block operation to quoting female shoe last or hat block data, obtain personalized shoe last or hat block type data: scan people's pin data with 3 dimension modelings, utilize digitlization to reconstruct the model data of this people's pin, generate the obj file of people's pin model data.By there being the Shoes Factory that adopts the digitlization footwear art that female shoe last or hat block data file igs of standard is provided, these female shoe last or hat block data comprise normal size range, 36,37,38,39,40,41,42,43,44.The length of the people's pin model data that measure to generate, the corresponding relation of growing according to this length data and standard female shoe last or hat block size and standard is selected the standard female shoe last or hat block data of suitable people's pin length.Female shoe last or hat block data of coupling pin type data and standard, standard is the middle positions of pin type data in shoe last or hat block type data, left and right sides balance is as the criterion the position of shoes in practice with people's pin.Adopt digitizing technique,, female shoe last or hat block data are carried out length stretch, width tension, high elongation, whole scaling, local scaling, local welt operation with reference to the female shoe last or hat block data and the pin type data that match.Female shoe last or hat block data after the distortion that finally obtains are the shoe tree data of the personalization that is fit to this pin type, but whether these personalized shoe tree data to this pin coupling, and whether actual dress is comfortable, also needs further check.
Described coupling pin type data and personalized shoe last or hat block type data, generate the cross section of coupling in length and breadth of the shoe last or hat block type data of pin type data and personalization, obtain the data in the cross section in length and breadth of pin type data and personalized shoe last or hat block type data: utilize digitizing technique, pin type data described in visual claim 1 step 1 and the personalized shoe tree data that are fit to this pin type.In the visual process, because the relative reason of coordinate, these pin type data and personalized shoe tree data are unmatched on view, and promptly in visual three dimensions, separate with the position of personalized shoe last or hat block type data the position of pin type data.Adopt the 3-D graphic technology, the position of pin type is moved, make pin type position consistent under the prerequisite of three-dimensional visualization with shoe last or hat block type position, standard is the position of actual conditions leftover bits and pieces in shoes, left and right sides balance.Select pin type data and shoe last or hat block type data according to the length of pin type data
The data in described cross section in length and breadth according to pin type data and personalized shoe last or hat block type data, analyze the degree comfortable and easy to wear of pin: comfort level comprises shoes length, shoes width, mill pin, fits well, presser feet, preshoot.
Described pin type data, shoe last or hat block type data: comprise that the sole of the foot encloses, instep encloses last, instep encloses the first two, instep encloses, instep encloses back one, instep encloses back two, thumb evagination point, position, little toe end, first sole of the foot toe, the 5th sole of the foot toe, between the one or five sole of the foot toe one, between the one or five sole of the foot toe two, between the one or five sole of the foot toe three, the 5th sole of the foot toe, shank, between the 5th sole of the foot toe and the shank one, between the 5th sole of the foot toe and the shank two, shank, between shank and the flank, flank cross section and instep line the first from left, instep line the second from left, the instep line, the instep line right side one, right two longitudinal sections of instep line.
Described mill pin, presser feet are thumb evagination point mill pin, presser feet, position, little toe end mill pin, presser feet, first sole of the foot toe position mill pin, presser feet, the 5th sole of the foot toe position mill pin, presser feet, shank position mill pin, presser feet.Advantage of the present invention is:
1) easy and simple to handle: under the situation that adopts CAD, only need to utilize computer software to simulate pin type data, the shoe tree data get final product;
2) the labor intensive material resources are few: under the situation that adopts CAD, for the data of magnanimity, only need a computer skilled worker and a computer to finish;
3) fast implementation that takes effect: under the situation that adopts CAD, the processing speed of computer is fast;
4) be beneficial to preservation, be convenient to promote: under the situation that adopts CAD, different data can be preserved in computer, never lose, and modern information technology also makes the transmission of these data and popularization also become feasible and succinct.
Description of drawings
Fig. 1 is that the present invention realizes quoting the pin modulus according to schematic diagram;
Fig. 2 is that the present invention quoted female shoe last or hat block schematic diagram data in second step;
Fig. 3 obtains personalized shoe tree schematic diagram data after female shoe last or hat block becomes shoe last or hat block;
Fig. 4 does not mate pin mould and the personalized shoe tree schematic diagram data of quoting before;
Fig. 5 carries out after the pin mould shoe tree coupling gained pin mould and personalized shoe last or hat block top view;
Fig. 6 carries out after the pin mould shoe tree coupling gained pin mould and personalized shoe last or hat block front view;
Fig. 7 carries out after the pin mould shoe tree coupling gained pin mould and personalized shoe last or hat block left view;
Fig. 8 carries out after the pin mould shoe tree coupling gained pin mould and personalized shoe last or hat block perspective view;
Fig. 9 mates after correct the pin mould and shoe last or hat block type, generates the operation chart of cross-section data;
Figure 10 mates after correct the pin mould and shoe last or hat block type, and the sole of the foot that intercepts encloses the coupling schematic diagram in part pin type and shoe last or hat block type cross section, and among the figure: solid line is a shoe last or hat block, and dotted line is a pin, down together;
Figure 11 mates after correct the pin mould and shoe last or hat block type, and the instep that intercepts encloses the coupling schematic diagram in part pin type and shoe last or hat block type cross section;
Figure 12 mates after correct the pin mould and shoe last or hat block type, and the instep that intercepts encloses the coupling schematic diagram in preceding 1 part pin type and shoe last or hat block type cross section;
Figure 13 mates after correct the pin mould and shoe last or hat block type, and the instep that intercepts encloses the coupling schematic diagram in preceding 2 part pin types and shoe last or hat block type cross section;
Figure 14 mates after correct the pin mould and shoe last or hat block type, and the instep that intercepts encloses the coupling schematic diagram in back 1 part pin type and shoe last or hat block type cross section;
Figure 15 mates after correct the pin mould and shoe last or hat block type, and the instep that intercepts encloses the coupling schematic diagram in back 2 part pin types and shoe last or hat block type cross section;
Figure 16 mates after correct the pin mould and shoe last or hat block type the big toe evagination point part pin type that intercepts and the coupling schematic diagram in shoe last or hat block type cross section;
Figure 17 mates after correct the pin mould and shoe last or hat block type the big toe forward part pin type that intercepts and the coupling schematic diagram in shoe last or hat block type cross section;
Figure 18 mates after correct the pin mould and shoe last or hat block type the coupling schematic diagram in part pin type and shoe last or hat block type cross section between big toe that intercepts and the little toe-end;
Figure 19 mates after correct the pin mould and shoe last or hat block type the little toe end parts pin type that intercepts and the coupling schematic diagram in shoe last or hat block type cross section;
Figure 20 mates after correct the pin mould and shoe last or hat block type first sole of the foot toe portion pin type that intercepts and the coupling schematic diagram in shoe last or hat block type cross section;
Figure 21 mates after correct the pin mould and shoe last or hat block type the coupling schematic diagram in 1 part pin type and shoe last or hat block type cross section between the one or five sole of the foot toe that intercepts;
Figure 22 mates after correct the pin mould and shoe last or hat block type the coupling schematic diagram in 2 part pin types and shoe last or hat block type cross section between the one or five sole of the foot toe that intercepts;
Figure 23 mates after correct the pin mould and shoe last or hat block type the coupling schematic diagram in 3 part pin types and shoe last or hat block type cross section between the one or five sole of the foot toe that intercepts;
Figure 24 mates after correct the pin mould and shoe last or hat block type the 5th sole of the foot toe portion pin type that intercepts and the coupling schematic diagram in shoe last or hat block type cross section;
Figure 25 mates after correct the pin mould and shoe last or hat block type the coupling schematic diagram in 1 part pin type and shoe last or hat block type cross section between the 5th sole of the foot toe that intercepts and the shank;
Figure 26 mates after correct the pin mould and shoe last or hat block type the coupling schematic diagram in 2 part pin types and shoe last or hat block type cross section between the 5th sole of the foot toe that intercepts and the shank;
Figure 27 mates after correct the pin mould and shoe last or hat block type the shank part pin type that intercepts and the coupling schematic diagram in shoe last or hat block type cross section;
Figure 28 mates after correct the pin mould and shoe last or hat block type the coupling schematic diagram in part pin type and shoe last or hat block type cross section between shank that intercepts and the flank;
Figure 29 mates after correct the pin mould and shoe last or hat block type the flank part pin type that intercepts and the coupling schematic diagram in shoe last or hat block type cross section;
Figure 30 mates after correct the pin mould and shoe last or hat block type, an instep line left side 2 part pin types that intercept and the coupling schematic diagram in shoe last or hat block type cross section;
Figure 31 mates after correct the pin mould and shoe last or hat block type, an instep line left side 1 part pin type that intercepts and the coupling schematic diagram in shoe last or hat block type cross section;
Figure 32 mates after correct the pin mould and shoe last or hat block type the instep line mid portion pin type that intercepts and the coupling schematic diagram in shoe last or hat block type cross section;
Figure 33 mates after correct the pin mould and shoe last or hat block type, the coupling schematic diagram in right 1 part pin type of the instep line that intercepts and shoe last or hat block type cross section;
Figure 34 mates after correct the pin mould and shoe last or hat block type, the coupling schematic diagram in right 2 part pin types of the instep line that intercepts and shoe last or hat block type cross section.
Figure 35 quotes pin type data and shoe last or hat block type data and shoe last or hat block type data is carried out personalization to become the software flow pattern that shoe last or hat block is operated.Utilize this software flow pattern, the technical staff can write and realize the personalized computer software that becomes the shoe last or hat block operation.
Figure 36 mates the software flow pattern that pin type data and personalized shoe tree data and footwear comfort level are checked.Utilize this software flow pattern, the technical staff can write the computer software of realizing being used for footwear comfort level inspection method.
The specific embodiment
The present invention adopts CAD method, utilize the computer software of specialty to draw different experiments personnel's pin type data and shoe last or hat block type data, come analysis integrated drawing by the situation of cross-sections match in length and breadth to pin type data and shoe last or hat block type data: this shoe last or hat block is directed to and is wearing is comfortable; It is to dislike little or the mill pin that this shoe last or hat block is directed to pin; This shoe last or hat block is to dislike big for pin, do not fit well or preshoot.Further draw data, preserve data, mass data is carried out analysis integrated, draw empirical law, so that be applied later on and promote.
Comfort level inspection method based on the footwear of cross-sections match comprises the steps:
1) is standard to quote pin type data, becomes the shoe last or hat block operation, obtain personalized shoe last or hat block type data quoting female shoe last or hat block data; Utilize the three-dimensional reconstruction technology, people's pin is carried out three-dimensional reconstruction, the threedimensional model obj file of the standard that draws, the information of the pin in the obj file is come anthropomorphic dummy's pin model by the tri patch more than 2000, makes people's pin model seem more fairing (see figure 1).The shoe tree data are the igs data, are provided by the standard digital one factory, select suitable igs size by the length of people's pin, and the igs size range is (see figure 2) between 36 to 44.Match people pin model and the shoe tree igs data that choose, standard is the centre of people's pin in the shoe tree data, and foot plate surface is adjacent to the shoe tree bottom surface, and heel is from 2 to 4 millimeters of shoe tree heels.The standard shoe last or hat block is carried out length stretch, length is shunk, high elongation, and high shrinkage obtains personalized shoe last model, saves as igs file (see figure 3).Utilize computer software to finish above-mentioned personalization and become the shoe last or hat block operation.
2) mate pin type data and personalized shoe last or hat block type data, generate the cross section of coupling in length and breadth of the shoe last or hat block type data of pin type data and personalization, obtain the data in the cross section in length and breadth of pin type data and personalized shoe last or hat block type data; Input is people's pin threedimensional model obj, the personalized shoe tree data igs file that step 1) obtains.Utilize computer software to finish following operation: to introduce this two files, because the cause of changes in coordinates, these two files are not the (see figure 4) of coupling after introducing, need mate these two files according to the matching process that the first step is narrated again and (see Fig. 5, Fig. 6, Fig. 7, Fig. 8), the intercepting sole of the foot encloses, instep encloses last, instep encloses the first two, instep encloses, instep encloses back one, instep encloses back two, thumb evagination point, position, little toe end, first sole of the foot toe, the 5th sole of the foot toe, between the one or five sole of the foot toe one, between the one or five sole of the foot toe two, between the one or five sole of the foot toe three, the 5th sole of the foot toe, shank, between the 5th sole of the foot toe and the shank one, between the 5th sole of the foot toe and the shank two, shank, between shank and the flank, flank cross section and instep line the first from left, instep line the second from left, the instep line, the instep line right side one, right these cross sections, two longitudinal sections (seeing Fig. 9 to Figure 34) of instep line, generate the cross section generation figure in these cross sections, judge the comfort level situation of footwear by the data of analyzing these cross sections, the data that each cross section comprised are that shoe last or hat block encloses length, width girth, the shoe last or hat block height, the pin height, the shoe last or hat block width, the pin width.
3) according to the data in the cross section in length and breadth of pin type data and personalized shoe last or hat block type data, analyze the degree comfortable and easy to wear of pin, comfort level comprises shoes length, shoes width, mill pin, fits well, presser feet, preshoot.Length has been owing to having selected inappropriate shoe size to cause, shoes width, mill pin, fit well, presser feet, preshoot all be that change shoe last or hat block result by mistake causes, and be again begin to become the shoe last or hat block operation from the standard shoe last or hat block stage.
Described is standard to quote pin type data, become the shoe last or hat block operation to quoting female shoe last or hat block data, obtain personalized shoe last or hat block type data: scan people's pin data with 3 dimension modelings, utilize digitlization to reconstruct the model data of this people's pin, generate the obj file of people's pin model data.By there being the Shoes Factory that adopts the digitlization footwear art that female shoe last or hat block data file igs of standard is provided, these female shoe last or hat block data comprise normal size range, 36,37,38,39,40,41,42,43,44.The length of the people's pin model data that measure to generate, the corresponding relation of growing according to this length data and standard female shoe last or hat block size and standard is selected the standard female shoe last or hat block data of suitable people's pin length.Female shoe last or hat block data of coupling pin type data and standard, standard is the middle positions of pin type data in shoe last or hat block type data, left and right sides balance is as the criterion the position of shoes in practice with people's pin.Adopt digitizing technique,, female shoe last or hat block data are carried out length stretch, width tension, high elongation, whole scaling, local scaling, local welt operation with reference to the female shoe last or hat block data and the pin type data that match.Female shoe last or hat block data after the distortion that finally obtains are the shoe tree data of the personalization that is fit to this pin type, but whether these personalized shoe tree data to this pin coupling, and whether actual dress is comfortable, also needs further check.
Described coupling pin type data and personalized shoe last or hat block type data, generate the cross section of coupling in length and breadth of the shoe last or hat block type data of pin type data and personalization, obtain the data in the cross section in length and breadth of pin type data and personalized shoe last or hat block type data: utilize digitizing technique, pin type data described in visual claim 1 step 1 and the personalized shoe tree data that are fit to this pin type.In the visual process, because the relative reason of coordinate, these pin type data and personalized shoe tree data are unmatched on view, and promptly in visual three dimensions, separate with the position of personalized shoe last or hat block type data the position of pin type data.Adopt the 3-D graphic technology, the position of pin type is moved, make pin type position consistent under the prerequisite of three-dimensional visualization with shoe last or hat block type position, standard is the position of actual conditions leftover bits and pieces in shoes, left and right sides balance.Select pin type data and shoe last or hat block type data according to the length of pin type data
The data in described cross section in length and breadth according to pin type data and personalized shoe last or hat block type data, analyze the degree comfortable and easy to wear of pin: comfort level comprises shoes length, shoes width, mill pin, fits well, presser feet, preshoot.
Described pin type data, shoe last or hat block type data: comprise that the sole of the foot encloses, instep encloses last, instep encloses the first two, instep encloses, instep encloses back one, instep encloses back two, thumb evagination point, position, little toe end, first sole of the foot toe, the 5th sole of the foot toe, between the one or five sole of the foot toe one, between the one or five sole of the foot toe two, between the one or five sole of the foot toe three, the 5th sole of the foot toe, shank, between the 5th sole of the foot toe and the shank one, between the 5th sole of the foot toe and the shank two, shank, between shank and the flank, flank cross section and instep line the first from left, instep line the second from left, the instep line, the instep line right side one, right two longitudinal sections of instep line.
Described mill pin, presser feet are thumb evagination point mill pin, presser feet, position, little toe end mill pin, presser feet, first sole of the foot toe position mill pin, presser feet, the 5th sole of the foot toe position mill pin, presser feet, shank position mill pin, presser feet.
As shown in figure 35, quote pin type data earlier, shoe last or hat block type data, pin type data and shoe last or hat block type data are the three-dimensional modeling data of standard, and pin type data are the obj file, and the type selecting data are the igs file.With these pin type data is that standard is carried out deformation operation to standard shoe last or hat block data, and involved operation has the length of standard shoe last or hat block, width, high deformation operation.The personalized shoe tree file igs that coupling generates and the model file obj file of people's pin repeat this process and satisfy the central authorities of pin type in the shoe last or hat block type up to matching result, and sole overlaps with at the bottom of the shoe last or hat block, and heel is from 2 to 4 millimeters of shoe last or hat block heels.Cut the pin shape and the coupling cross-section data of shoe last or hat block type data to match, calculate the length of enclosing of cross-section data, width and highly.Analyze and cut the cross-section data of going out, analyze the footwear comfort level situation that draws.
As shown in figure 36, this flow chart is the software flow pattern of coupling pin type data and shoe last or hat block type data.At first, introduce pin type data and shoe last or hat block type data, because coordinate transform, these two groups of three-dimensional datas are unmatched.Select the middle axial plane of pin type data and shoe last or hat block type data, mate this 3 point, allow pin type data and shoe last or hat block type alignment of data.Repeat to adjust these selected three points and satisfy the central authorities of pin type in the shoe last or hat block type up to having reached correct matching result, sole overlaps with at the bottom of the shoe last or hat block, and heel is from 2 to 4 millimeters of shoe last or hat block heels.
Claims (6)
1. the comfort level inspection method based on the footwear of cross-sections match is characterized in that comprising the steps:
1) is standard to quote pin type data, becomes the shoe last or hat block operation, obtain personalized shoe last or hat block type data quoting female shoe last or hat block data;
2) mate pin type data and personalized shoe last or hat block type data, generate the cross section of coupling in length and breadth of the shoe last or hat block type data of pin type data and personalization, obtain the data in the cross section in length and breadth of pin type data and personalized shoe last or hat block type data;
3) according to the data in the cross section in length and breadth of pin type data and personalized shoe last or hat block type data, analyze the degree comfortable and easy to wear of pin, comfort level comprises shoes length, shoes width, mill pin, fits well, presser feet, preshoot.
2. the comfort level inspection method of a kind of footwear based on cross-sections match according to claim 1, it is characterized in that described is standard to quote pin type data, become the shoe last or hat block operation to quoting female shoe last or hat block data, obtain personalized shoe last or hat block type data: with people's pin data of 3 dimension modeling scannings, utilize digitlization to reconstruct the model data of this people's pin, generate the obj file of people's pin model data.By there being the Shoes Factory that adopts the digitlization footwear art that female shoe last or hat block data file igs of standard is provided, these female shoe last or hat block data comprise normal size range, 36,37,38,39,40,41,42,43,44.The length of the people's pin model data that measure to generate, the corresponding relation of growing according to this length data and standard female shoe last or hat block size and standard is selected the standard female shoe last or hat block data of suitable people's pin length.Female shoe last or hat block data of coupling pin type data and standard, standard is the middle positions of pin type data in shoe last or hat block type data, left and right sides balance is as the criterion the position of shoes in practice with people's pin.Adopt digitizing technique,, female shoe last or hat block data are carried out length stretch, width tension, high elongation, whole scaling, local scaling, local welt operation with reference to the female shoe last or hat block data and the pin type data that match.Female shoe last or hat block data after the distortion that finally obtains are the shoe tree data of the personalization that is fit to this pin type, but whether these personalized shoe tree data to this pin coupling, and whether actual dress is comfortable, also needs further check.
3. the comfort level inspection method of a kind of footwear based on cross-sections match according to claim 1, it is characterized in that described coupling pin type data and personalized shoe last or hat block type data, generate the cross section of coupling in length and breadth of the shoe last or hat block type data of pin type data and personalization, obtain the data in the cross section in length and breadth of pin type data and personalized shoe last or hat block type data: utilize digitizing technique, pin type data described in visual claim 1 step 1 and the personalized shoe tree data that are fit to this pin type.In the visual process, because the relative reason of coordinate, these pin type data and personalized shoe tree data are unmatched on view, and promptly in visual three dimensions, separate with the position of personalized shoe last or hat block type data the position of pin type data.Adopt the 3-D graphic technology, the position of pin type is moved, make pin type position consistent under the prerequisite of three-dimensional visualization with shoe last or hat block type position, standard is the position of actual conditions leftover bits and pieces in shoes, left and right sides balance.Select pin type data and shoe last or hat block type data according to the length of pin type data.
4. the comfort level inspection method of a kind of footwear based on cross-sections match according to claim 1, the data that it is characterized in that described cross section in length and breadth according to pin type data and personalized shoe last or hat block type data, analyze the degree comfortable and easy to wear of pin: comfort level comprises shoes length, shoes width, mill pin, fits well, presser feet, preshoot.
5. the comfort level inspection method of a kind of footwear based on cross-sections match according to claim 1 is characterized in that described pin type data, shoe last or hat block type data: comprise that the sole of the foot encloses, instep encloses last, instep encloses the first two, instep encloses, instep encloses back one, instep encloses back two, thumb evagination point, position, little toe end, first sole of the foot toe, the 5th sole of the foot toe, between the one or five sole of the foot toe one, between the one or five sole of the foot toe two, between the one or five sole of the foot toe three, the 5th sole of the foot toe, shank, between the 5th sole of the foot toe and the shank one, between the 5th sole of the foot toe and the shank two, shank, between shank and the flank, flank cross section and instep line the first from left, instep line the second from left, the instep line, the instep line right side one, right two longitudinal sections of instep line.
6. the comfort level inspection method of a kind of footwear based on cross-sections match according to claim 1, it is characterized in that described mill pin, presser feet are thumb evagination point mill pin, presser feet, position, little toe end mill pin, presser feet, first sole of the foot toe position mill pin, presser feet, the 5th sole of the foot toe position mill pin, presser feet, shank position mill pin, presser feet.
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2007100691796A CN101077236A (en) | 2007-06-05 | 2007-06-05 | Process for checking comfort of shoes products based on intersecting surface matched |
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| CNA2007100691796A CN101077236A (en) | 2007-06-05 | 2007-06-05 | Process for checking comfort of shoes products based on intersecting surface matched |
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| CN104657561A (en) * | 2015-03-10 | 2015-05-27 | 南京脚度健康科技有限公司 | Shoe making method applying three-dimensional sole data |
| CN105354718A (en) * | 2015-12-14 | 2016-02-24 | 王春林 | Intelligent shoe selection method and device |
| CN105869040A (en) * | 2016-04-26 | 2016-08-17 | 上海时元互联网科技有限公司 | Matching system, matching device and foot and shoe matching method and system |
| CN106372771A (en) * | 2015-07-23 | 2017-02-01 | 张海霞 | Footwear merchandise customization management system |
| CN107533723A (en) * | 2014-10-29 | 2018-01-02 | 赛普菲特环球股份有限公司 | Footwear and/or inner sole selection system |
| CN107928006A (en) * | 2017-11-15 | 2018-04-20 | 广东工业大学 | The design method and relevant apparatus of a kind of shoe last model |
| CN108065506A (en) * | 2017-12-12 | 2018-05-25 | 温州职业技术学院 | A kind of foot type Quick Acquisition method and personalized shoe tree forming technique |
| CN109558608A (en) * | 2017-09-26 | 2019-04-02 | 上海时元互联网科技有限公司 | A kind of shoes foot comfort level appraisal procedure, system and server |
| CN112425865A (en) * | 2019-08-08 | 2021-03-02 | 意礴数字科技(深圳)有限公司 | Method, device and system for generating shoe tree and evaluating comfort degree of shoe tree |
| CN112956784A (en) * | 2021-03-31 | 2021-06-15 | 湄洲湾职业技术学院 | Method for manufacturing personalized shoe tree |
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| CN107928006B (en) * | 2017-11-15 | 2020-08-11 | 广东工业大学 | Design method of shoe tree model and related device |
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| CN108065506B (en) * | 2017-12-12 | 2019-12-24 | 温州职业技术学院 | Personalized shoe tree forming method |
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