CN101441752A - Computer network spectacles matching system - Google Patents
Computer network spectacles matching system Download PDFInfo
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- CN101441752A CN101441752A CNA2008101636150A CN200810163615A CN101441752A CN 101441752 A CN101441752 A CN 101441752A CN A2008101636150 A CNA2008101636150 A CN A2008101636150A CN 200810163615 A CN200810163615 A CN 200810163615A CN 101441752 A CN101441752 A CN 101441752A
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Abstract
The invention relates to a glasses prescription system of a computer network. The glasses prescription system comprises a data processing center which is suitable for a user to enter through a public communication network and is selectively reflected on a display device of a user terminal and an uploading platform connected with the data processing center; the data processing center comprises a glasses frame database, a standard ruler, a portrait picture processing center and a matching selection system; a terminal user uploads portrait data; after a benchmark point is determined on a portrait of the display device, a portrait picture is processed through the portrait picture processing center to meet the specification standardized by the standard ruler and is displayed on the display device of the user terminal; and the terminal user selects a glasses frame through the matching selection system and tries in the glasses frame. The glasses prescription system overcomes the disadvantages that the prior glasses prescription method has small selection range and wastes more time; through the design, a merchant can carry out glasses prescription according to the portrait picture and accurate relevant data provided by a client; and the glasses prescription system has the advantages of convenient operation of selection and prescription and high accuracy of glasses prescription.
Description
Technical field
The present invention relates to a kind of computer network spectacles matching system, particularly a kind of system that can accurately match eyewear products by public communication network and computing machine.
Background technology
Great majority need the people of apolegamy glasses all will try selected glasses on before buying, and are fit to the shape of face of oneself to guarantee it, and traditional mirror method of joining generally needs consumer's on-the-spot apolegamy to the shop.Though the on-the-spot apolegamy mode in shop can be observed the style of frame very intuitively, but its apolegamy process need expends the plenty of time, and because the style of the frame that can provide in the traditional eyewear shop is very limited, each style generally also has only a specification, when therefore choosing the glasses try-in of certain style, be difficult to accomplish fully adaptive client's the shape of face, therefore businessman loses the chance of transaction probably.Simultaneously, be used for tradition and join that glasses that the mirror method tries on are general all to be worn through too much person-time repeat, in the process of trying on, be easy to occur the chance of germ cross infection.
Summary of the invention
Technical matters to be solved by this invention provides a kind of computer network spectacles matching system, this computer network spectacles matching system need not the client scene and tries on, the portrait images that businessman provides according to client and reach related data accurately and just can join mirror, the accuracy height that its apolegamy is easy to operate, join mirror.
The technical solution adopted for the present invention to solve the technical problems is: comprise that one is suitable for the user and enters and optionally be reflected in a data processing centre (DPC) and a user terminal portrait picture and a data upload platform that is connected with above-mentioned data processing centre (DPC) by public communication modes on the user terminal displays device by public communication network, comprise the frame database in the data processing centre (DPC), the standard scale, the match selection system of frame data and user's portrait picture in portrait picture processing enter and the frame database, the terminal user uploads portrait picture and related data by portrait picture and data upload platform, and after determining reference point on the portrait of display device, the specification that the portrait picture is handled with conformance with standard scale standard through portrait picture processing enter is presented on the display device of user terminal, the terminal user selects the different frames in the frame database to try on by the match selection system, and the obtain manner of each frame image data is as follows in the frame database:
Use gauge unit to measure the maximum vertical height data and the maximum horizontal extent data of eyeglass, the point of crossing of maximum vertical height line and maximum horizontal extent line is the center of lens point data, a cross coordinate that on center of lens point, forms, the i.e. best eye pupil match point of eyeglass;
Be that the center presets center of lens circle data with the center of lens point of above-mentioned eyeglass again, with pupil center's point of match user within the specific limits;
Obtain center of lens point, the center of lens circle of another eyeglass with above same measurement establishing method, and measure two spacing data between the center of lens point, this spacing data is exactly the eyes interpupillary distance of this kind of glasses optimum matching, the continuous center of lens that forms of 2 center of lens points is put horizontal link position data, center of lens is put horizontal line vertically divide equally, form center of lens point perpendicular bisector position data;
Use gauge unit to measure the open vertical width data between the glasses left foot silk and right crus of diaphragm silk under deployed condition;
Take each eyewear products full face, re-using the picture process software and do transparence and handle, is to be recorded in the database after the open vertical width data between the horizontal link position data of spacing data, center of lens point, center of lens point perpendicular bisector position data and the left and right pin silk between the standard center of lens point data of confirming eyewear products, center of lens circle data, the 2 center of lens points with the standard scale.
The standard scale optionally is reflected on the user terminal displays device, comprises the fixing center scale straight line and the perpendicular bisector of center scale straight line.
Comprise the interpupillary distance data in portrait picture of uploading and the data, after user's order is clicked the center of two eye pupil in the portrait, the reference point that data processing centre (DPC) determines is pupil center's point, the perpendicular bisector that can occur portrait pupil center line and portrait pupil center line in the database, portrait picture processing enter is that standard changes the specification of the portrait picture upload and is presented on the display device of user terminal with the standard scale, and portrait pupil center line is overlapped with the center scale straight line of standard scale, the perpendicular bisector of portrait pupil center line overlaps with the perpendicular bisector of center scale straight line.
After the user clicks the reference position of both sides cheek in the portrait picture once more in proper order, measure the cheek width automatically by the center scale straight line of standard scale.
After user's order is clicked the center of two eye pupil in the portrait picture, on display device the outside of two eyes respectively show one can drag measure the vertical graticule of cheek width automatically by the center scale straight line of standard scale.
Center of lens point with eyeglass is that the center of lens diameter of a circle that the center presets is less than or equal to 15mm.
In trying process on, the prompting of appropriateness is made according to the relative position of reference point in the portrait and center of lens circle by the match selection system.
In trying process on, the open vertical width between match selection system contrast cheek width and the left and right pin silk is made the prompting of appropriateness.
The present invention makes the user can be fit to the eyewear products of own shape of face by the public communication network apolegamy by above-mentioned specific design, has saved last solid shop/brick and mortar store and has chosen the trouble of joining mirror, has the advantage of high accuracy that apolegamy is easy to operate, join mirror.
Description of drawings
Below in conjunction with drawings and Examples detailed content of the present invention is described.
Fig. 1 is a glasses DATA REASONING synoptic diagram standard scale map;
Fig. 2 is the open vertical width instrumentation plan between the pin silk of the glasses glasses left and right sides.
Fig. 3 is the synoptic diagram of standard scale map.
Embodiment
As shown in the figure, comprise that in an embodiment of the present invention one is suitable for the user and enters and optionally be reflected in a data processing centre (DPC) and a user terminal portrait picture and a data upload platform that is connected with above-mentioned data processing centre (DPC) by public communication modes on the user terminal displays device by public communication network, comprise the match selection system of frame data and user's portrait picture in frame database, standard scale, portrait picture processing enter and the frame database in the data processing centre (DPC).Standard scale optionally (according to instruction) is reflected on the user terminal displays device, comprises the fixing center scale straight line 7 and the perpendicular bisector 8 of center scale straight line, and the standard scale is the final standard that shows of frame data and portrait picture.Comprise the interpupillary distance data in portrait picture of uploading and the data, certainly also comprise the eyeglass number of degrees, astigmatism degree, data such as axis, after user's order is clicked the center of two eye pupil in the portrait, the reference point that data processing centre (DPC) determines is pupil center's point, the perpendicular bisector that can occur portrait pupil center line and portrait pupil center line in the database, portrait picture processing enter is that standard changes the specification of the portrait picture upload and is presented on the display device of user terminal with the standard scale, and portrait pupil center line is overlapped with the center scale straight line 7 of standard scale, the perpendicular bisector of portrait pupil center line overlaps with the perpendicular bisector 8 of center scale straight line.Like this do not try portrait picture that the person uploads on and just be in normal place before trying on.After the user clicks the reference position of both sides cheek in the portrait picture once more in proper order, measure the cheek width automatically by the center scale straight line 7 of standard scale.The measurement of cheek width can also realize by diverse ways, as after user's order is clicked the center of two eye pupil in the portrait picture, the outside of two eyes respectively shows a vertical graticule that can drag on display device, after the vertical graticule in both sides was dragged to the reference position of both sides cheek respectively, the center scale straight line 7 of standard scale was promptly measured the cheek width automatically.In trying process on, the prompting of appropriateness is made according to the relative position of reference point in the portrait and center of lens circle by the match selection system, and the open vertical width that can also contrast between cheek width and the left and right pin silk is made the prompting of appropriateness.The prompting of appropriateness can show in digitizing, as " 80% ", " 95% " etc., also can show by literal, as " very suitable ", " being fit to ", " being not suitable for " etc.The terminal user uploads portrait picture and related data by portrait picture and data upload platform, and after determining reference point on the portrait of display device, the specification that the portrait picture is handled with conformance with standard scale standard through portrait picture processing enter is presented on the display device of user terminal, the terminal user selects the different frames in the frame database to try on by the match selection system, the obtain manner of each frame image data is as follows in the frame database: 1. use gauge unit to measure the maximum vertical height data and the maximum horizontal extent data of eyeglass, the point of crossing of maximum vertical height line and maximum horizontal extent line is a center of lens point data 1, a cross coordinate that on center of lens point, forms, the i.e. best eye pupil match point of eyeglass; 2. be that the center presets center of lens circle data 2 with the center of lens point of above-mentioned eyeglass again, with pupil center's point of match user within the specific limits; An above-mentioned center of lens diameter of a circle that presets is less than or equal to 15mm.3. obtain center of lens point, the center of lens circle of another eyeglass with above same measurement establishing method, and measure two spacing data 3 between the center of lens point, this spacing data is exactly the eyes interpupillary distance of this kind of glasses optimum matching, the continuous center of lens that forms of 2 center of lens points is put horizontal link position data 4, center of lens is put horizontal line vertically divide equally, form center of lens point perpendicular bisector position data 5; 4. use gauge unit to measure the open vertical width data 6 between the glasses left foot silk and right crus of diaphragm silk under deployed condition; 5. take each eyewear products full face, re-using the picture process software and do transparence and handle, is to be recorded in the database after the open vertical width data 6 between the horizontal link position data 4 of spacing data 3, center of lens point, center of lens point perpendicular bisector position data 5 and the left and right pin silk between the standard center of lens point data 1 of confirming eyewear products, center of lens circle data 2, the 2 center of lens points with the standard scale.
As complete computer network spectacles matching system, its concrete operations step is as follows:
A, the client enters merchant web site by network, and adds the member, correspondingly imports personal information, comprises member's mailbox, contact method, to the requirement and the optometry data of product, comprises eyes interpupillary distance, the left and right sides eyeglass number of degrees, astigmatism degree, axis etc.
B uploads front portrait picture, advises that its photograph pixel count is 800,000, and the portrait picture is presented on the display.
C, (clicking for the first time) clicked in the center that mouse is moved on to any glasses pupil on the portrait picture, and the position after mouse is clicked for the first time has a central point, and its meaning representative of central point is this eye pupil center.
D, (clicking for the second time) clicked in the center that mouse is moved on to the other glasses pupil on the portrait picture, and the position after mouse is clicked for the second time has another central point, represents the pupil center location of another eyes.
E, system shows the interpupillary distance of previous input in automatic mode, the photo that the person of trying on uploads can amplify automatically or dwindles and be presented on the display according to interpupillary distance and standard scale.
F, the eyewear products picture of conformance with standard scale standard in the click data storehouse, system is superimposed upon above-mentioned eyewear products picture on the eyes of portrait picture automatically, and whether the prompting eye pupil is fit to these kind of glasses.
G, whether system continues prompting needs to calculate the cheek width, the person of trying on determines whether to be necessary according to the degree whether eye pupil is fit to these kind of glasses, if necessary, then mouse is moved on on the cheek position on any one side of portrait picture and click (clicking for the third time), position after clicking for the third time has a cheek perpendicular line vertical with the center scale straight line of standard scale, and its meaning representative is cheek position on one side.
H clicks (the 4th click) with the another side cheek position that mouse moves on on the portrait picture, and the position after the 4th click also has a cheek perpendicular line vertical with the center scale straight line of standard scale, and its meaning representative is the cheek position of another side.
I, system calculates the person's of trying on cheek width according to previous interpupillary distance data automatically as the reference ratio, and the person of trying on can continue to select eyewear products to try on.
J, when suitable these kind of glasses of the person's of trying on interpupillary distance, when the glasses width was fit to the person's of trying on cheek width, the person of trying on can be kept at database with this photo, used as landing Database Systems later on once more.
K, the person of trying on can also the selective system database in other eyewear products styles try on, and the eyewear products style that is fit in the system database is kept in the system database.
L, the eyewear products that the person of trying on can like oneself is passed through bank's direct payment payment for goods by the system that businessman sets in advance, and the mirror delivery is joined by businessman.
The measurement of cheek width can also realize by diverse ways, after the user clicks the center of two eye pupil in the portrait picture in proper order in above C, D step, the outside of two eyes can respectively show a vertical graticule that can drag on display device, after the vertical graticule in both sides was dragged to the reference position of both sides cheek respectively, the center scale straight line of standard scale was promptly measured the cheek width automatically.
Claims (9)
1, a kind of computer network spectacles matching system, it is characterized in that comprising that one is suitable for the user and enters and optionally be reflected in a data processing centre (DPC) and a user terminal portrait picture and a data upload platform that is connected with above-mentioned data processing centre (DPC) by public communication modes on the user terminal displays device by public communication network, comprise the frame database in the data processing centre (DPC), the standard scale, the match selection system of frame data and user's portrait picture in portrait picture processing enter and the frame database, the terminal user uploads portrait picture and related data by portrait picture and data upload platform, and after determining reference point on the portrait of display device, the specification that the portrait picture is handled with conformance with standard scale standard through portrait picture processing enter is presented on the display device of user terminal, the terminal user selects the different frames in the frame database to try on by the match selection system, and the obtain manner of each frame image data is as follows in the frame database:
Use gauge unit to measure the maximum vertical height data and the maximum horizontal extent data of eyeglass, the point of crossing of maximum vertical height line and maximum horizontal extent line is center of lens point data (1), a cross coordinate that on center of lens point, forms, the i.e. best eye pupil match point of eyeglass;
Be that the center presets center of lens circle data (2) with the center of lens point of above-mentioned eyeglass again, with pupil center's point of match user within the specific limits;
Obtain center of lens point, the center of lens circle of another eyeglass with above same measurement establishing method, and measure two spacing data (3) between the center of lens point, this spacing data is exactly the eyes interpupillary distance of this kind of glasses optimum matching, the continuous center of lens that forms of 2 center of lens points is put horizontal link position data (4), center of lens is put horizontal line vertically divide equally, form center of lens point perpendicular bisector position data (5);
Use gauge unit to measure the open vertical width data (6) between the glasses left foot silk and right crus of diaphragm silk under deployed condition;
Take each eyewear products full face, re-using the picture process software and do transparence and handle, is to be recorded in the database after spacing data (3), center of lens between the standard center of lens point data (1) of confirming eyewear products, center of lens circle data (2), the 2 center of lens points put open vertical width data (6) between horizontal link position data (4), center of lens point perpendicular bisector position data (5) and the left and right pin silk with the standard scale.
2, computer network spectacles matching system according to claim 1 is characterized in that the standard scale optionally is reflected on the user terminal displays device, comprises the fixing center scale straight line (7) and the perpendicular bisector (8) of center scale straight line.
3, computer network spectacles matching system according to claim 2, it is characterized in that comprising the interpupillary distance data in the portrait picture uploaded and the data, after user's order is clicked the center of two eye pupil in the portrait, the reference point that data processing centre (DPC) determines is pupil center's point, the perpendicular bisector that can occur portrait pupil center line and portrait pupil center line in the database, portrait picture processing enter is that standard changes the specification of the portrait picture upload and is presented on the display device of user terminal with the standard scale, and portrait pupil center line is overlapped with the center scale straight line of standard scale, the perpendicular bisector of portrait pupil center line overlaps with the perpendicular bisector of center scale straight line.
4, computer network spectacles matching system according to claim 3 is characterized in that measuring the cheek width automatically by the center scale straight line of standard scale after the user clicks the reference position of both sides cheek in the portrait picture once more in proper order.
5, computer network spectacles matching system according to claim 3, it is characterized in that after user's order is clicked the center of two eye pupil in the portrait picture, on display device the outside of two eyes respectively show one can drag measure the vertical graticule of cheek width automatically by the center scale straight line of standard scale.
6,, it is characterized in that the center of lens point with eyeglass is that the center of lens diameter of a circle that the center presets is less than or equal to 15mm according to claim 1 or 2 or 3 or 4 or 5 described computer network spectacles matching systems.
7, computer network spectacles matching system according to claim 6 is characterized in that in trying process on, and the prompting of appropriateness is made according to the relative position of reference point in the portrait and center of lens circle by the match selection system.
According to claim 4 or 5 described computer network spectacles matching systems, it is characterized in that in trying process on that 8, the open vertical width between match selection system contrast cheek width and the left and right pin silk is made the prompting of appropriateness.
9, computer network spectacles matching system according to claim 7 is characterized in that in trying process on, and the open vertical width between match selection system contrast cheek width and the left and right pin silk is made the prompting of appropriateness.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008101636150A CN101441752A (en) | 2008-12-22 | 2008-12-22 | Computer network spectacles matching system |
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| Application Number | Priority Date | Filing Date | Title |
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| CNA2008101636150A CN101441752A (en) | 2008-12-22 | 2008-12-22 | Computer network spectacles matching system |
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| CN101441752A true CN101441752A (en) | 2009-05-27 |
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| CNA2008101636150A Pending CN101441752A (en) | 2008-12-22 | 2008-12-22 | Computer network spectacles matching system |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2014048199A1 (en) * | 2012-09-28 | 2014-04-03 | Yu Yongbo | Eyeglass measuring and matching instrument, eyeglass measuring and matching server and eyeglass measuring and matching method |
| CN106264538A (en) * | 2016-07-29 | 2017-01-04 | 广州比特软件科技有限公司 | Human body Head And Face digital photograph based on iris diameter is measured and is analyzed method and device |
| CN106447454A (en) * | 2010-03-16 | 2017-02-22 | 株式会社尼康 | Glasses selling system, terminal device, non-instantaneous computer readable storage medium |
-
2008
- 2008-12-22 CN CNA2008101636150A patent/CN101441752A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106447454A (en) * | 2010-03-16 | 2017-02-22 | 株式会社尼康 | Glasses selling system, terminal device, non-instantaneous computer readable storage medium |
| WO2014048199A1 (en) * | 2012-09-28 | 2014-04-03 | Yu Yongbo | Eyeglass measuring and matching instrument, eyeglass measuring and matching server and eyeglass measuring and matching method |
| CN106264538A (en) * | 2016-07-29 | 2017-01-04 | 广州比特软件科技有限公司 | Human body Head And Face digital photograph based on iris diameter is measured and is analyzed method and device |
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Open date: 20090527 |