CN104318445A - Store fitting system - Google Patents
Store fitting system Download PDFInfo
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- CN104318445A CN104318445A CN201410554189.9A CN201410554189A CN104318445A CN 104318445 A CN104318445 A CN 104318445A CN 201410554189 A CN201410554189 A CN 201410554189A CN 104318445 A CN104318445 A CN 104318445A
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Abstract
The invention discloses a store fitting system, including a human body three-dimensional data obtaining module, a human body modeling module, a three-dimensional clothes effect converting module and a matching module; according to the store fitting system, an accurate three-dimensional human body model is generated for a user, three-dimensional clothes effect models are generated for clothes in a store, and the human body model of the user is matched with the three-dimensional effect models of the clothes, so that the user can check the fitting effect of the clothes, and convenient and quick virtual fitting experience can be provided for clients.
Description
Technical field
The present invention relates to man-machine interaction fitting technical field, more precisely, relate to a kind of shops dressing system.
Background technology
People buy clothes during in market, often repeatedly try on, to meet the aesthetic requirement of oneself.But, so not only can cause the reduction of client's waste of time and shopping efficiency, and winter is cold, summer fever, brings inconvenience to client.Along with the development of ecommerce and computer science, online clothes shop attempts adopting virtual two-dimensional dressing system to carry out virtual fitting, removes client in this way to the worry of net purchase bad fit of clothes.But two-dimensional fitting systems most is mated with the two dimensional model of client by two-dimentional garment image, its clothes effect is also short of to some extent.At present in entity shopping plaza, also do not occur that perfect virtual fitting system carries out fast, effectively fitting for client.
Effective dressing system relies on user's human 3d model and clothes three-dimensional model accurately, current existing 3D anthropometric scanning instrument generally carries out body scans by camera, if disclosed one is based on three dimensional depth camera real-time body scanning three-dimensional carving device, comprise three dimensional depth camera, support, computing machine and 3 D Printer, wherein, three supports vertically arranged are that equilateral triangle is arranged, every root support is provided with multiple three dimensional depth camera, three dimensional depth camera number on every root support is identical, three supports of sustained height there is a three dimensional depth camera.Three dimensional depth camera is all connected with computing machine by data line, and computing machine is connected with 3 D Printer by data line.
But facts have proved, although existing body-scanner improves the speed that human parameters is measured, the efficiency improving subsequent garments design, make, because the accuracy scanning the human parameters obtained is not high, thus have impact on follow-up clothes effect.
Summary of the invention
The technical matters that the present invention mainly solves is to provide a kind of shops dressing system, makes shops client can according to the build of oneself, selects clothes quickly and easily and checks upper body effect, for client's virtual fitting efficiently of providing convenience is experienced.
In order to solve the problems of the technologies described above, the invention provides a kind of shops dressing system, comprise human body three-dimensional data acquisition module, Human Modeling module, three-dimensional garment effect modular converter, matching module;
Comprise infrared camera in human body three-dimensional data acquisition module, each infrared camera is used for scanning scanning space, by the infrared ray computer memory degree of depth of reflection, obtains the human body model data of user;
Human Modeling module is connected with human body three-dimensional data acquisition module, for receiving human body model data from human body three-dimensional data acquisition module, and human body model data is carried out to the conversion of a cloud, obtain point cloud chart, point cloud chart is all by a model formed, and in point cloud chart, each point is for defining the size positions point of human body; From point cloud chart, select the point of corresponding partes corporis humani position, according to the position of the point of partes corporis humani position, determine the dimensional data of corresponding partes corporis humani position, set up the manikin of user;
Three-dimensional garment effect modular converter, for receiving the two-dimentional garment image of same clothes different angles, tears sheet process open to the two-dimentional garment image of different angles, on two-dimentional garment image, is garment definition vital point, suture line and/or static line; According to the vital point of defined clothes, suture line and/or static line, in conjunction with the simulation model preset, stitchings making is carried out to clothes, converts two-dimentional garment image to three-dimensional garment effect model;
Matching module is used for the three-dimensional garment effect model of clothes user chosen and matches with the manikin of this user, shows the matching effect of clothes and human body.
Embodiment of the present invention compared with prior art, the key distinction and effect thereof are: by arranging human body three-dimensional data acquisition module, Human Modeling module, three-dimensional garment effect modular converter and matching module, for user generates three-dimensional (3 D) manikin accurately, and be the clothes generation three-dimensional garment effect model in shops, the 3-D effect model of the manikin of user and clothes is matched, check clothes upper body effect for user, for client's virtual fitting efficiently of providing convenience is experienced.
As further improvement, the dimensional data of Human Modeling module determined partes corporis humani position at least comprises one of following or its combination in any: collar, shoulder breadth, chest measurement, sleeve length, clothing length, waistline, hip circumference, trousers length.
As further improvement, the two-dimentional garment image of the different angles that three-dimensional garment effect modular converter receives at least comprises with lower angle: dead ahead, dead astern, left side and right side.
As further improvement, the vital point that three-dimensional garment effect modular converter defines at least comprises one of following or its combination in any: shoulder point, chest point, waist point, hip point point, wrist location point, ankle location point, neckline location point.
As further improvement, this human body three-dimensional data acquisition module can be human body spatial digitizer, comprise one scan space, divide in scanning space and be provided with four groups of infrared cameras everywhere, each infrared photography headband one depth transducer in group, each infrared camera of same group is spaced apart in vertical direction, and each infrared camera is contour with the infrared camera of other three groups of correspondence positions respectively, four infrared cameras of sustained height form four summits of a quadrilateral, and the long limit of quadrilateral and the ratio of minor face are 1.7:1 to 1.7:1.4.By the cooperation between the layout orientation of above-mentioned camera and angle, make the camera in human body three-dimensional scanner fully can scan all positions in space, thus high-precision human parameters can be obtained.
As further improvement, in human body three-dimensional scanner, in group, each infrared camera is just to the center of quadrilateral, and quadrilateral is made up of three infrared cameras contour in this infrared camera and other three groups; The field angle scope of infrared camera is: 40 degree to 160 degree.By the cooperation of camera angle between each camera, the camera guaranteeing in human body three-dimensional scanner further fully can scan all positions in space.
As further improvement, in human body three-dimensional scanner, the Aspect Ratio of the quadrilateral of four infrared cameras formations of sustained height is 1.7:1.2, and the spacing range on long limit is: 1.5 meters-2.7 meters, and the spacing range of minor face is: 1 meter-1.9 meters.
As further improvement, in human body three-dimensional scanner, each infrared camera of same group equidistantly distributes in vertical direction, and the spacing between each infrared camera is 40cm to 44cm, is arranged in the infrared camera distance ground 9cm to 13cm of the bottom.The sweep limit that such distance can make each camera is the most accurate, and makes the sweep limit of camera cover whole fitting space comprehensively, both can not there is drain sweep phenomenon, also can not multiple scanning, forms the wasting of resources.
As further improvement, in the scanning space of human body three-dimensional scanner, be provided with locating support, fix four groups of infrared cameras.
As further improvement, the scanning space of human body three-dimensional scanner is a rectangular parallelepiped fitting room, locating support is made up of the two groups of elbow-boards being fixed on fitting room left and right sidewall, often organizes elbow-board and comprises upper and lower two pieces, be separately fixed at the position, upper and lower of fitting room sidewall.
As further improvement, same group of infrared camera is fixed in an elongated casing, and corresponding infrared camera position, elongated casing front is provided with opening, and the two ends up and down of elongated casing are individually fixed on upper and lower two pieces of elbow-boards.
As further improvement, middle position, fitting room top comprises a demarcation crossbeam.Thus can position the homing position of camera exactly, guarantee camera just to fitting room center.
As further improvement, the two-dimentional garment image of the different angles that three-dimensional garment effect modular converter receives by entity clothes be worn on model or model's model with it afterwards shooting obtain, the shooting height of the two-dimentional garment image of different angles is consistent, and the shooting height of the two-dimentional garment image of different angles is model or model's model chest position on the lower side.This position can avoid obtained garment image to produce distortion to the full extent.
As further improvement, on the two-dimentional garment image that three-dimensional garment effect modular converter receives, the left and right both arms of model or model's model are distinguished one from the other with upper coat body and are separated, both arms and jacket body part below shoulder without joint place, separately, the distance between both feet is less than shoulder breadth to the both feet of model or model's model.Thus clearly can obtain waist and the chest data of clothes, guarantee that the 3 d effect graph be converted to is more accurate, match with the actual pattern of clothes.
Accompanying drawing explanation
Fig. 1 is the shops's dressing system structural drawing in the present invention one better embodiment;
Fig. 2 is the human body three-dimensional scanner depression angle structural representation in the present invention one better embodiment;
Fig. 3 is that the human body three-dimensional scanner in the present invention one better embodiment faces angled arrangement schematic diagram;
Fig. 4 is the skeleton view of the human body three-dimensional scanner in the present invention one better embodiment;
Fig. 5 is depression angle structural representation above the human body three-dimensional scanner side in the present invention one better embodiment;
Fig. 6 is the visual field of infrared camera in the present invention one better embodiment and the schematic diagram of field angle.
Embodiment
For making the object, technical solutions and advantages of the present invention clearly, below in conjunction with accompanying drawing, embodiments of the present invention are described in further detail.
The present invention one better embodiment relates to a kind of shops dressing system, as shown in Figure 1, comprises human body three-dimensional data acquisition module, Human Modeling module, three-dimensional garment effect modular converter and matching module.Wherein,
Comprise infrared camera in human body three-dimensional data acquisition module, each infrared camera is used for scanning scanning space, by the infrared ray computer memory degree of depth of reflection, obtains the human body model data of user.
Human Modeling module is connected with human body three-dimensional data acquisition module, for receiving human body model data from human body three-dimensional data acquisition module, and human body model data is carried out to the conversion of a cloud, obtain point cloud chart, point cloud chart is all by a model formed, and in point cloud chart, each point is for defining the size positions point of human body; From point cloud chart, select the point of corresponding partes corporis humani position, according to the position of the point of partes corporis humani position, determine the dimensional data of corresponding partes corporis humani position, set up the manikin of user.The dimensional data of the determined partes corporis humani position of Human Modeling module generally comprises: collar, shoulder breadth, chest measurement, sleeve length, clothing length, waistline, hip circumference, trousers length etc.
Three-dimensional garment effect modular converter, for receiving the two-dimentional garment image of same clothes different angles, tears sheet process open to the two-dimentional garment image of different angles, on two-dimentional garment image, is garment definition vital point, suture line and/or static line; According to the vital point of defined clothes, suture line and/or static line, in conjunction with the simulation model preset, stitchings making is carried out to clothes, converts two-dimentional garment image to three-dimensional garment effect model.The two-dimentional garment image of the different angles that three-dimensional garment effect modular converter receives generally comprises with lower angle: dead ahead, dead astern, left side and right side.The vital point that three-dimensional garment effect modular converter defines generally comprises: shoulder point, chest point, waist point, hip point point, wrist location point, ankle location point, neckline location point etc.
Matching module is used for the three-dimensional garment effect model of clothes user chosen and matches with the manikin of this user, shows the matching effect of clothes and human body.
By arranging human body three-dimensional data acquisition module, Human Modeling module, three-dimensional garment effect modular converter and matching module, for user generates three-dimensional (3 D) manikin accurately, and be the clothes generation three-dimensional garment effect model in shops, the 3-D effect model of the manikin of user and clothes is matched, check clothes upper body effect for user, for client's virtual fitting efficiently of providing convenience is experienced.
As further improvement, the two-dimentional garment image of the different angles that three-dimensional garment effect modular converter receives by entity clothes be worn on model or model's model with it afterwards shooting obtain, the shooting height of the two-dimentional garment image of different angles is consistent, and the shooting height of the two-dimentional garment image of different angles is model or model's model chest position on the lower side.This position can avoid obtained garment image to produce distortion to the full extent.
As further improvement, on the two-dimentional garment image that three-dimensional garment effect modular converter receives, the left and right both arms of model or model's model are distinguished one from the other with upper coat body and are separated, both arms and jacket body part below shoulder without joint place, separately, the distance between both feet is less than shoulder breadth to the both feet of model or model's model.Thus clearly can obtain waist and the chest data of clothes, guarantee that the 3 d effect graph be converted to is more accurate, match with the actual pattern of clothes.
Human body three-dimensional data acquisition module in present embodiment can be human body three-dimensional scanner, below it is specifically described, as shown in Figure 2, human body three-dimensional scanner comprises one scan space 201, interior point of scanning space is provided with four groups of infrared cameras 202 everywhere, and (Fig. 2 is depression angle schematic diagram, often organize in figure and a camera is only shown), each infrared photography headband one depth transducer in group, each infrared camera of same group equidistantly distributes in vertical direction, and each infrared camera is contour with the infrared camera of other three groups of correspondence positions respectively, four infrared cameras of sustained height form four summits of a quadrilateral, the long limit A of this quadrilateral and the ratio of minor face B are 1.7:1 to 1.7:1.4, be preferably 1.7:1.2, the spacing range on the long limit of this quadrilateral is: 1.5 meters-2.7 meters, is preferably 1.7 meters, the spacing range of minor face is: 1 meter-1.9 meters, is preferably 1.2 meters.In group, each infrared camera is just to the center of this quadrilateral, and as shown by the arrows in Figure 1, namely this quadrilateral is made up of three infrared cameras contour in this infrared camera and other three groups.The field angle scope of each infrared camera is: 40 degree to 160 degree, is preferably 60 degree of-80 degree.The visual field of infrared camera is: the scope of camera lens imaging clearly on egative film, as shown in square frame in Fig. 6.The field angle of infrared camera is the angle that field of view edge and camera lens are formed, as shown in angle α in Fig. 6.By the cooperation between above-mentioned camera position and each camera angle, make the camera in human body three-dimensional scanner fully can scan all positions in space, thus high-precision human parameters can be obtained.
In order to describe clearly, further for rectangular parallelepiped fitting room in present embodiment, be specifically described.As shown in Figure 3 and Figure 4, wherein Fig. 3 is that human body spatial digitizer faces angled arrangement schematic diagram, and Fig. 4 is its skeleton view.As seen from the figure, the Aspect Ratio of rectangle fitting room 301 is preferably 1.7:1.2; Length is preferably 1.7 meters, and width is preferably 1.2 meters.
One group of infrared camera 302 is installed respectively (due to angular relationship in four corners of fitting room, one group in four groups of infrared group of cameras is illustrate only in Fig. 3, the structure of its excess-three group is identical with it, as shown in Figure 4), general often group comprises four infrared cameras, each infrared photography headband one depth transducer, and each infrared camera of same group equidistantly distributes in vertical direction, spacing is 40cm to 44cm, is preferably 42cm.And each infrared camera is contour with the infrared camera of other three groups of correspondence positions respectively, namely in four shooting head groups, four cameras of lowermost layer are contour, four cameras that ranked second from lower to upper are contour, four cameras that ranked third from lower to upper are contour equally, and four cameras laying respectively at the most top layer of four groups are contour equally.The sweep limit that such distance can make each camera is the most accurate, and makes the sweep limit of camera cover whole fitting room comprehensively, both can not there is drain sweep phenomenon, also can not multiple scanning, forms the wasting of resources.Often organize the camera lens of each infrared camera all just to the center of rectangular parallelepiped fitting room, the center of the quadrilateral be namely made up of three infrared cameras contour in this infrared camera and other three groups.The structural drawing that Fig. 5 obtains for overlooking this human body three-dimensional scanner above side, due to angular relationship, illustrate only two groups in four groups of infrared group of cameras in Fig. 5.
As further improvement, in same group of infrared camera, be arranged in the infrared camera distance ground 9cm to 13cm of the bottom, be preferably 11cm.Thus the height guaranteeing no matter to measure people is high or short, can scan comprehensively.
As further improvement, in order to protect camera better, extend the serviceable life of camera, each group infrared camera all wraps in a long iron case, and corresponding infrared camera position, long iron case front is provided with opening, as shown in Fig. 3, Fig. 4, Fig. 5.The short sidewall of rectangle fitting room is fixed with upper and lower two pieces of elbow-boards 303 respectively, as locating support, for the two ends up and down of the long iron case of fixed packet infrared camera.The top of rectangle fitting room can comprise a demarcation crossbeam 304.Thus can position the homing position of camera exactly, guarantee camera just to fitting room center.
By this human body three-dimensional scanner, the precision of obtained human body model data can be improved further, thus more accurate manikin can be set up for gauger.
Although by referring to some of the preferred embodiment of the invention, to invention has been diagram and describing, but those of ordinary skill in the art should be understood that and can do various change to it in the form and details, and without departing from the spirit and scope of the present invention.
Claims (10)
1. shops's dressing system, is characterized in that, comprises human body three-dimensional data acquisition module, Human Modeling module, three-dimensional garment effect modular converter, matching module;
Comprise infrared camera in described human body three-dimensional data acquisition module, each infrared camera is used for scanning scanning space, by the infrared ray computer memory degree of depth of reflection, obtains the human body model data of user;
Described Human Modeling module is connected with described human body three-dimensional data acquisition module, for receiving human body model data from described human body three-dimensional data acquisition module, and described human body model data is carried out to the conversion of a cloud, obtain point cloud chart, described point cloud chart is all by a model formed, and in described point cloud chart, each point is for defining the size positions point of human body; From described point cloud chart, select the point of corresponding partes corporis humani position, according to the position of the point of described partes corporis humani position, determine the dimensional data of corresponding partes corporis humani position, set up the manikin of user;
Described three-dimensional garment effect modular converter is for receiving the two-dimentional garment image of same clothes different angles, sheet process is torn open to the two-dimentional garment image of described different angles, on described two-dimentional garment image, be described garment definition vital point, suture line and/or static line; According to the vital point of defined clothes, suture line and/or static line, in conjunction with the simulation model preset, stitchings making is carried out to clothes, converts described two-dimentional garment image to three-dimensional garment effect model;
Described matching module is used for the three-dimensional garment effect model of clothes user chosen and matches with the manikin of this user, shows the matching effect of clothes and human body.
2. shops according to claim 1 dressing system, it is characterized in that, the dimensional data of described Human Modeling module determined partes corporis humani position at least comprises one of following or its combination in any: collar, shoulder breadth, chest measurement, sleeve length, clothing length, waistline, hip circumference, trousers length; And/or
The two-dimentional garment image of the different angles that described three-dimensional garment effect modular converter receives at least comprises with lower angle: dead ahead, dead astern, left side and right side; And/or
The vital point that described three-dimensional garment effect modular converter defines at least comprises one of following or its combination in any: shoulder point, chest point, waist point, hip point point, wrist location point, ankle location point, neckline location point.
3. shops according to claim 1 dressing system, it is characterized in that, described human body three-dimensional data acquisition module is human body spatial digitizer, this human body three-dimensional scanner comprises one scan space, divide in described scanning space and be provided with four groups of infrared cameras everywhere, each infrared photography headband one depth transducer in group, each infrared camera of same group is spaced apart in vertical direction, and each infrared camera is contour with the infrared camera of other three groups of correspondence positions respectively, four infrared cameras of described sustained height form four summits of a quadrilateral, the long limit of described quadrilateral and the ratio of minor face are 1.7:1 to 1.7:1.4.
4. shops according to claim 3 dressing system, it is characterized in that, in described human body three-dimensional scanner, in group, each infrared camera is just to the center of quadrilateral, and described quadrilateral is made up of three infrared cameras contour in this infrared camera and other three groups; The field angle scope of described infrared camera is: 40 degree to 160 degree.
5. shops according to claim 3 dressing system, it is characterized in that, in described human body three-dimensional scanner, the Aspect Ratio of the quadrilateral of four infrared cameras formations of sustained height is 1.7:1.2, the spacing range on long limit is: 1.5 meters-2.7 meters, and the spacing range of minor face is: 1 meter-1.9 meters.
6. shops according to claim 3 dressing system, it is characterized in that, in described human body three-dimensional scanner, each infrared camera of same group equidistantly distributes in vertical direction, spacing between each infrared camera is 40cm to 44cm, is arranged in the infrared camera distance ground 9cm to 13cm of the bottom.
7. shops according to claim 3 dressing system, is characterized in that, is provided with locating support in the scanning space of described human body three-dimensional scanner, fixing described four groups of infrared cameras.
8. shops according to claim 7 dressing system, it is characterized in that, the scanning space of described human body three-dimensional scanner is a rectangular parallelepiped fitting room, described locating support is made up of the two groups of elbow-boards being fixed on described fitting room left and right sidewall, often organize elbow-board and comprise upper and lower two pieces, be separately fixed at the position, upper and lower of described fitting room sidewall;
Same group of infrared camera is fixed in an elongated casing, and corresponding infrared camera position, described elongated casing front is provided with opening, and the two ends up and down of described elongated casing are individually fixed on described upper and lower two pieces of elbow-boards;
Middle position, described fitting room top comprises a demarcation crossbeam.
9. shops as claimed in any of claims 1 to 8 dressing system, it is characterized in that, the two-dimentional garment image of the different angles that described three-dimensional garment effect modular converter receives by entity clothes be worn on model or model's model with it afterwards shooting obtain, the shooting height of the two-dimentional garment image of different angles is consistent, and the shooting height of the two-dimentional garment image of described different angles is model or model's model chest position on the lower side.
10. shops as claimed in any of claims 1 to 8 dressing system, it is characterized in that, on the two-dimentional garment image that described three-dimensional garment effect modular converter receives, the left and right both arms of described model or model's model are distinguished one from the other with upper coat body and are separated, both arms and jacket body part below shoulder without joint place, separately, the distance between both feet is less than shoulder breadth to the both feet of described model or model's model.
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| CN104835197A (en) * | 2015-05-19 | 2015-08-12 | 武汉变色龙数据科技有限公司 | Three-dimensional body temperature measurement device and data processing method |
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| CN105096140A (en) * | 2015-07-31 | 2015-11-25 | 王小安 | Fitting system |
| CN106557941A (en) * | 2015-09-30 | 2017-04-05 | 捷荣科技集团有限公司 | A kind of clothes customization method and system based on manikin |
| CN105653875A (en) * | 2016-01-19 | 2016-06-08 | 中国科学院微电子研究所 | Manufacturing method and device of human body meridian point model |
| WO2018076689A1 (en) * | 2016-10-26 | 2018-05-03 | 深圳市衣锦未来科技有限公司 | Online body size measurement system |
| CN111145207A (en) * | 2018-10-17 | 2020-05-12 | 深圳市衣锦未来科技有限公司 | On-line customization method for making clothes through photo measurement |
| CN109463829A (en) * | 2018-12-27 | 2019-03-15 | 内蒙古达智能源科技有限公司 | A kind of Clothes dress model coalignment of human body image emulation three-dimensional data variation |
| CN109463829B (en) * | 2018-12-27 | 2024-02-13 | 内蒙古达智能源科技有限公司 | Clothing mannequin matching device for human body image simulation three-dimensional data change |
| FR3105514A1 (en) * | 2019-12-23 | 2021-06-25 | Veertus | Automated system and method for selecting items from a catalog |
| CN111713949A (en) * | 2020-06-30 | 2020-09-29 | 上海海事大学 | Automatic wearing equipment and method for protective clothing |
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| CN112884895A (en) * | 2021-02-09 | 2021-06-01 | 郭金磊 | Wearing and taking matching system based on human body appearance form |
| CN112884895B (en) * | 2021-02-09 | 2024-03-12 | 郭金磊 | Wearing matching system based on human body appearance form |
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