CN105751514A - Method for 3D (three dimensional) printing of products and system using method for 3D printing of products - Google Patents
Method for 3D (three dimensional) printing of products and system using method for 3D printing of products Download PDFInfo
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- CN105751514A CN105751514A CN201610252202.4A CN201610252202A CN105751514A CN 105751514 A CN105751514 A CN 105751514A CN 201610252202 A CN201610252202 A CN 201610252202A CN 105751514 A CN105751514 A CN 105751514A
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- mobile terminal
- attribute data
- biological attribute
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B33—ADDITIVE MANUFACTURING TECHNOLOGY
- B33Y—ADDITIVE MANUFACTURING, i.e. MANUFACTURING OF THREE-DIMENSIONAL [3-D] OBJECTS BY ADDITIVE DEPOSITION, ADDITIVE AGGLOMERATION OR ADDITIVE LAYERING, e.g. BY 3-D PRINTING, STEREOLITHOGRAPHY OR SELECTIVE LASER SINTERING
- B33Y50/00—Data acquisition or data processing for additive manufacturing
Abstract
Disclosed are a method for 3D (three dimensional) printing of products and a system using the method for 3D printing of the products.The method includes acquiring a user image by an image acquisition device of a first mobile terminal; acquiring biological characteristic data according to the image, and sending the biological characteristic data to a second mobile terminal; using the second mobile terminal for receiving the biological characteristic data and sending the biological characteristic data to a 3D printer; using the 3D printer for printing a 3D model according to the biological characteristic data.
Description
Technical field
The present invention relates to a kind of method for 3D printed product and use the system of the method.
Background technology
Clothing shoes and hats in the market all adopt producer to produce the finished product of same style, different model in advance.Consumer selects the finished product closest to oneself further according to the body sizes of oneself.Such consumer not can select that the clothing shoes and hats complying fully with oneself body sizes.
Summary of the invention
An embodiment provides a kind of method for 3D printed product, including: the image of user is obtained by the image acquisition equipment of the first mobile terminal；According to described Image Acquisition biological attribute data；Described biological attribute data is sent to the second mobile terminal；Described second mobile terminal receives described biological attribute data, and sends described biological attribute data to 3D printer；Described 3D printer prints 3D model according to described biological attribute data.
The above-mentioned method for 3D printed product, being sent by described biological attribute data and farther include to be sent by described biological attribute data to described server to the second mobile terminal, described biological attribute data is also sent to described second mobile terminal by the described biological attribute data of described reception.
The above-mentioned method for 3D printed product, the image of the described image acquisition equipment acquisition user by the first mobile terminal farther includes: obtained the 2D image of user by the described image acquisition equipment of described first mobile terminal；Convert described 2D image to 3D rendering.
The above-mentioned method for 3D printed product, described first mobile terminal is mobile phone, and described image acquisition equipment is mobile phone camera.
The above-mentioned method for 3D printed product, described biological attribute data includes: head circumference, collar, shoulder breadth, brachium, upper-arm circumference, pushing, hands loose, shoulder breadth, chest measurement, waistline, hip circumference, lower limb length, lower limb enclose, foot length and foot loose.
One embodiment of the present of invention additionally provides a kind of system for 3D printed product, including: the first mobile terminal, the image acquisition equipment of described first mobile terminal obtains the image of user and according to described Image Acquisition biological attribute data；Second mobile terminal, connects described first terminal and receives the described biological attribute data that described first terminal sends；3D printer, connects described second mobile terminal, receives the described biological attribute data of described second mobile terminal transmission and prints 3D model according to described biological attribute data.
The above-mentioned system for 3D printed product, also includes:
Server, connects described first mobile terminal, receives the described biological attribute data that described first mobile terminal sends, and sends described biological attribute data to described second mobile terminal.
The above-mentioned system for 3D printed product, described image interception equipment obtains the 2D image of user, and described first mobile terminal farther includes: processing module, and described processing module converts described 2D image to 3D rendering；Biological characteristic modular converter, described biological characteristic modular converter obtains biological attribute data according to described 3D rendering；Communication module, described biological attribute data is sent to described server by described communication module.
The above-mentioned system for 3D printed product, described first mobile terminal is mobile phone, and described image acquisition equipment is mobile phone camera.
The above-mentioned system for 3D printed product, described biological attribute data includes: head circumference, collar, shoulder breadth, brachium, upper-arm circumference, pushing, hands loose, shoulder breadth, chest measurement, waistline, hip circumference, lower limb length, lower limb enclose, foot length and foot loose.
Private customed product method and system provided by the present invention, biological attribute data is obtained by obtaining consumer oneself, again biological attribute data is sent to producer, producer prints 3D model according to biological attribute data, and this 3D model is measured and be designed to produce corresponding product by last producer.So consumer and manufacturer directly can be connected, eliminate intermediate link.Manufacturer is designed producing according to the real biological attribute data of consumer simultaneously, the precision being greatly improved.
Accompanying drawing explanation
Fig. 1 is the flow chart of the method according to a kind of private customed product in one embodiment of the invention.
Wherein, accompanying drawing labelling:
S1-S4: step
Detailed description of the invention
Fig. 1 is the flow chart of the method according to a kind of private customed product in one embodiment of the invention.Refer to Fig. 1, in the application one embodiment, the method for private customed product, including:
S1: obtained the image of user by the image acquisition equipment of the first mobile terminal, and according to Image Acquisition biological attribute data；
S2: biological attribute data is sent to server；
S3: step 3: server receives biological attribute data, and sends biological attribute data to the second mobile terminal；
S4: the second mobile terminal receives biological attribute data, and sends biological attribute data to 3D printer；
S5:3D printer prints 3D model according to biological attribute data.
Such as, consumer holds the first mobile terminal, is obtained the image of consumer by the image acquisition equipment on the first mobile terminal.This image can be photo can also be video.Then, after the first mobile terminal generates biological attribute data according to this photo or video, this biological attribute data is sent to background server.This biological attribute data is being sent to the second mobile terminal by background server.This second mobile terminal can be arranged on manufacturer.Manufacturer receives this biological attribute data by the second mobile terminal and by 3D printer, this biological attribute data is printed 3D model.Manufacturer is according to 3D modelling and produces corresponding product.In the present embodiment, biological attribute data is sent to server by the first mobile terminal, and biological attribute data is sent to the second mobile terminal by server again.But in other embodiments, the first mobile terminal can directly be connected with the second mobile terminal, and biological attribute data is transmitted directly to the second mobile terminal.
Select as one, in the application one embodiment, step S1 farther includes: obtained the 2D image of user by image acquisition equipment, the first mobile terminal converts 2D image to 3D rendering, and the first mobile terminal obtains biological attribute data according to affiliated 3D rendering.
Such as, consumer holds the first mobile terminal, is obtained the 2D image of consumer by the image acquisition equipment on the first mobile terminal.Set up applications in first terminal, converts 2D image to 3D rendering by application program, after then the first mobile terminal generates biological attribute data according to this 3D rendering, sends this biological attribute data to background server.This biological attribute data is being sent to the second mobile terminal by background server.This second mobile terminal can be arranged on manufacturer.Manufacturer receives this biological attribute data by the second mobile terminal and by 3D printer, this biological attribute data is printed 3D model.Manufacturer is according to 3D modelling and produces corresponding product.
Selecting as one, in the application one embodiment, the first mobile terminal is mobile phone, and image acquisition equipment is mobile phone camera.
Such as, consumer uses mobile phone, is obtained the image of consumer by mobile phone camera.This image can be photo can also be video.Then, after the first mobile terminal generates biological attribute data according to this photo or video, this biological attribute data is sent to background server.This biological attribute data is being sent to the second mobile terminal by background server.This second mobile terminal can be arranged on manufacturer.Manufacturer receives this biological attribute data by the second mobile terminal and by 3D printer, this biological attribute data is printed 3D model.Manufacturer is according to 3D modelling and produces corresponding product.
Select as one, in the application one embodiment, biological attribute data includes: head circumference, collar, shoulder breadth, brachium, upper-arm circumference, pushing, hands loose, shoulder breadth, chest measurement, waistline, hip circumference, lower limb length, lower limb enclose, any required data when design produces clothing shoes and hats of foot length, foot loose etc..
Such as, consumer holds the first mobile terminal, is obtained the head image of consumer by the image acquisition equipment on the first mobile terminal.Then, after the first mobile terminal generates repiece portion sized data according to this head image, these head sizes data are sent to background server.Head sizes data are sent to the second mobile terminal by background server again.This second mobile terminal can be arranged on medicated cap manufacturer.Manufacturer receives these head sizes data by the second mobile terminal and prints 3D head model according to these head sizes data by 3D printer.Medicated cap manufacturer is according to the design of 3D head model and produces corresponding medicated cap product.
Or such as consumer holds the first mobile terminal, obtained the body image of consumer by the image acquisition equipment on the first mobile terminal.Then the first mobile terminal generates any one during shoulder breadth, brachium, upper-arm circumference, pushing, hands width, shoulder breadth, chest measurement, waistline, hip circumference, lower limb length and lower limb enclose or a few item data according to this head image.After generating above-mentioned data, send the data to background server.Background server sends the data to the second mobile terminal again.This second mobile terminal can be arranged on clothes manufacturer, trousers manufacturer, footwear manufacturer, socks manufacturer etc..Ornaments manufacturer with can even is that, such as necklace, bangle, foot chain, ring etc..Manufacturer receives this sized data by the second mobile terminal and prints the corresponding body part model of 3D according to this sized data by 3D printer.Each manufacturer is according to 3D body part modelling and produces corresponding product.In one embodiment of the application, for the system of 3D printed product, including: the first mobile terminal, the image acquisition equipment of the first mobile terminal obtains the image of user and according to Image Acquisition biological attribute data；Server, connects the first mobile terminal and receives the biological attribute data that the first mobile terminal sends；Second mobile terminal, Connection Service device also receives the biological attribute data that server sends；3D printer, connects the second mobile terminal, receives the biological attribute data of the second mobile terminal transmission and prints 3D model according to biological attribute data.
Selecting as one, in the application one embodiment, image interception equipment obtains the 2D image of user, and the first mobile terminal farther includes: processing module, and processing module converts 2D image to 3D rendering；Biological characteristic modular converter, biological characteristic modular converter obtains biological attribute data according to 3D rendering；Communication module, biological attribute data is sent to server by communication module.
Such as, consumer holds the first mobile terminal, is obtained the 2D image of consumer by the image acquisition equipment on the first mobile terminal.By biological characteristic modular converter to 2D image converted 3D rendering, and after generating biological attribute data according to this 3D rendering, this biological attribute data is sent to background server by communication module.This biological attribute data is being sent to the second mobile terminal by background server.This second mobile terminal can be arranged on manufacturer.Manufacturer receives this biological attribute data by the second mobile terminal and by 3D printer, this biological attribute data is printed 3D model.Manufacturer is according to 3D modelling and produces corresponding product.
Selecting as one, in the application one embodiment, the first mobile terminal is mobile phone, and image acquisition equipment is mobile phone camera.
Selecting as one, in the application one embodiment, biological attribute data includes: head circumference, collar, shoulder breadth, brachium, upper-arm circumference, pushing, hands loose, shoulder breadth, chest measurement, waistline, hip circumference, lower limb length, lower limb enclose, foot length, foot loose.
Selecting as one, in the application one embodiment, the system for 3D printed product also includes payment module.The payment terminals of this payment module is arranged in the first mobile terminal.The receiving terminal of this payment module is arranged in the second mobile terminal.
Such as when user completes scanning and sends biological attribute data to after manufacturer, manufacturer judges price in advance according to the model printed and informs user.User pays expense by the payment terminals of the first mobile terminal, and producer is used by the receiving terminal reception fee of the second mobile terminal.This completes and once conclude the business.
Select as one, in the application one embodiment, first terminal also includes select module.Prestore in described selection module option information, for instance color, cloth etc..User by selecting module selects color and cloth, then the option information after this selection and biological attribute data are sent simultaneously to the second terminal.Manufacturer is designed producing Related product according to the option information after this selection and biological attribute data.
Such as, user wants one jacket of design, after obtaining the sized data at each position of upper body again, by selecting module to select " black " and " cotton textiles " option, and the sized data that the option of " black " and " cotton textiles " is caught up with each position of body sends jointly to the second terminal that producer holds.Finally, producer makes, according to the sized data at each position of user's upper body, the jacket that a black is textile.
Private customed product method and system provided by the present invention, biological attribute data is obtained by obtaining consumer oneself, again biological attribute data is sent to producer, producer prints 3D model according to biological attribute data, and this 3D model is measured and be designed to produce corresponding product by last producer.So consumer and manufacturer directly can be connected, eliminate intermediate link.Manufacturer is designed producing according to the real biological attribute data of consumer simultaneously, the precision being greatly improved.
Claims (10)
1. the method for 3D printed product, it is characterised in that including:
The image of user is obtained by the image acquisition equipment of the first mobile terminal；
According to described Image Acquisition biological attribute data；
Described biological attribute data is sent to the second mobile terminal；
Described second mobile terminal receives described biological attribute data, and sends described biological attribute data to 3D printer；
Described 3D printer prints 3D model according to described biological attribute data.
2. the method for 3D printed product as claimed in claim 1, it is characterised in that the transmission of described biological attribute data is farther included to the second mobile terminal:
Being sent by described biological attribute data to described server, described biological attribute data is also sent to described second mobile terminal by the described biological attribute data of described reception.
3. the method for 3D printed product as claimed in claim 1, it is characterised in that the image of the described image acquisition equipment acquisition user by the first mobile terminal farther includes:
The 2D image of user is obtained by the described image acquisition equipment of described first mobile terminal；
Convert described 2D image to 3D rendering.
4. the method for 3D printed product as claimed in claim 1, it is characterised in that described first mobile terminal is mobile phone, and described image acquisition equipment is mobile phone camera.
5. the method for 3D printed product as claimed in claim 1, it is characterized in that, described biological attribute data includes: head circumference, collar, shoulder breadth, brachium, upper-arm circumference, pushing, hands loose, shoulder breadth, chest measurement, waistline, hip circumference, lower limb length, lower limb enclose, foot length and foot loose.
6. the system for 3D printed product, it is characterised in that including:
First mobile terminal, the image acquisition equipment of described first mobile terminal obtains the image of user and according to described Image Acquisition biological attribute data；
Second mobile terminal, connects described first terminal and receives the described biological attribute data that described first terminal sends；
3D printer, connects described second mobile terminal, receives the described biological attribute data of described second mobile terminal transmission and prints 3D model according to described biological attribute data.
7. the system for 3D printed product as claimed in claim 6, it is characterised in that also include:
Server, connects described first mobile terminal, receives the described biological attribute data that described first mobile terminal sends, and sends described biological attribute data to described second mobile terminal.
8. the system for 3D printed product as claimed in claim 7, it is characterised in that described image interception equipment obtains the 2D image of user, and described first mobile terminal farther includes:
Processing module, described processing module converts described 2D image to 3D rendering；
Biological characteristic modular converter, described biological characteristic modular converter obtains biological attribute data according to described 3D rendering；
Communication module, described biological attribute data is sent to described server by described communication module.
9. the system for 3D printed product as claimed in claim 6, it is characterised in that described first mobile terminal is mobile phone, and described image acquisition equipment is mobile phone camera.
10. the system for 3D printed product as claimed in claim 6, it is characterized in that, described biological attribute data includes: head circumference, collar, shoulder breadth, brachium, upper-arm circumference, pushing, hands loose, shoulder breadth, chest measurement, waistline, hip circumference, lower limb length, lower limb enclose, foot length and foot loose.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610252202.4A CN105751514A (en) | 2016-04-20 | 2016-04-20 | Method for 3D (three dimensional) printing of products and system using method for 3D printing of products |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201610252202.4A CN105751514A (en) | 2016-04-20 | 2016-04-20 | Method for 3D (three dimensional) printing of products and system using method for 3D printing of products |
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| CN105751514A true CN105751514A (en) | 2016-07-13 |
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| CN201610252202.4A Pending CN105751514A (en) | 2016-04-20 | 2016-04-20 | Method for 3D (three dimensional) printing of products and system using method for 3D printing of products |
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Cited By (1)
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| CN108470151A (en) * | 2018-02-14 | 2018-08-31 | 天目爱视（北京）科技有限公司 | A kind of biological characteristic model synthetic method and device |
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| WO2015120271A1 (en) * | 2014-02-07 | 2015-08-13 | Printer Tailored, Llc | Customized, wearable 3d printed articles and methods of manufacturing same |
| CN104581117A (en) * | 2014-12-18 | 2015-04-29 | 深圳市亿思达科技集团有限公司 | Discrete mobile terminal and method for 3D (three-dimension) image acquisition and 3D printing |
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