CN108564451B

CN108564451B - Commodity selective purchasing system based on Internet

Info

Publication number: CN108564451B
Application number: CN201810379268.9A
Authority: CN
Inventors: 廖洪清
Original assignee: Chongqing Kaiwu Electronic Commerce Co ltd
Current assignee: Chongqing Kaiwu Electronic Commerce Co ltd
Priority date: 2018-04-25
Filing date: 2018-04-25
Publication date: 2022-02-15
Anticipated expiration: 2038-04-25
Also published as: CN108564451A

Abstract

The invention relates to an online shopping system, in particular to a commodity selective purchasing system based on the Internet, which comprises a sale terminal, a server and a user terminal, wherein the sale terminal is in signal connection with the server, the server is in signal connection with the user terminal, the user terminal is connected with user terminal image shooting equipment, the user terminal image shooting equipment is used for shooting a user and obtaining an original image, the user terminal is provided with a face recognition module and an image splicing module, the face recognition module is used for recognizing the face of the user and obtaining a face 3D model of the user, and the image splicing module is used for splicing the image sent by the sale terminal and the original image; the invention provides a lipstick selective purchasing system capable of displaying trial effect, which aims to solve the problem that personal use conditions cannot be accurately known when lipstick is purchased on line.

Description

Commodity selective purchasing system based on Internet

Technical Field

The invention relates to an online shopping system, in particular to a commodity purchasing system based on the Internet.

Background

With the rapid development of internet technology, online shopping becomes the mainstream of commodity transaction.

The main problem that the online shopping commodity exists is that the commodity propaganda picture differs too much with the in-service use, and especially some comparatively expensive commodities, for example lipstick, the user can know the result of use of commodity only after using, and use unsatisfied back again because the unable goods returned of having used, this user experience who has just influenced the online purchase lipstick, and then influence the sale condition of lipstick.

Disclosure of Invention

The invention provides a lipstick selective purchasing system based on lip shape use effect display of the user, aiming at solving the problem that personal use effect cannot be accurately known when lipstick is purchased on line.

The basic scheme provided by the invention is as follows: the commodity purchasing system based on the Internet comprises a selling end, a server and a user end, wherein the user end is connected with user end image shooting equipment, the user end image shooting equipment is used for shooting a user and obtaining an original image, the user end is provided with a face recognition module and an image splicing module, the face recognition module is used for recognizing the face of the user and obtaining a face 3D model of the user, and the image splicing module is used for splicing a lip image and the original image which are sent by the selling end; the system comprises a sales end and a sales end image shooting device, wherein the sales end is in signal connection with the face simulation device and the sales end image shooting device, the face simulation device is used for receiving a face 3D model sent to the sales end by a user end and generating an entity lip model, the sales end image shooting device is used for shooting the entity lip model coated with lipstick and generating a lip image, and the sales end is also used for sending the lip image to an image splicing module of the user end.

The working principle is as follows: the user side provides a basic original image and a face 3D model, wherein the face 3D model is sent to the sales end and then simulated by face simulation equipment to generate an entity lip model close to the actual lip shape of the user, then simulated makeup is carried out on the face simulation equipment by using trial lipstick by a worker, then the lip image after simulated makeup is sent back to the user side by the sales end, and the original image and the lip image for payment trial are spliced by an image splicing module of the user side. The final paid trial image seen by the user is ensured to be close to the actual use condition of the user to the maximum extent.

Compared with the prior art, the scheme has the advantages that:

1. the condition that the user actually smears the lipstick is highly simulated, the user can know the personal makeup condition in advance at a remote place, more accurate reference is provided for the user whether to purchase the commodity, the purchase worry of the user is eliminated, and therefore the sales volume of the commodity is increased.

2. The lipstick is tried on the face simulation equipment, and has no sanitary problem as long as the client agrees to even continue selling.

Scheme II: preferably, the user side is provided with an authentication module, the sales side is provided with a request module, the request module is used for sending a request for receiving the facial 3D model to the authentication module, and the authentication module is used for the user to select whether to approve the request of the request module. Has the advantages that: the face 3D model relates to personal information of a user, and a verification module and a request module are designed for the user to judge whether to send face 3D model data or not, so that a merchant is ensured to use the face 3D model of the user under the condition that the user knows.

The third scheme is as follows: for the optimization of the basic scheme, the facial simulation equipment comprises a supporting frame, a horizontal rail, a vertical rail, a moving platform, a controller, a micro cylinder, a positioning plate, latex leather and a plurality of simulation rods, wherein the vertical rail is arranged on the horizontal rail, the moving platform is arranged on the vertical rail, the micro cylinder is arranged on the moving platform, the supporting frame is provided with a horizontal driving piece for driving the vertical rail to horizontally slide, the supporting frame is provided with a vertical driving piece for driving the moving platform to vertically slide on the vertical rail,

the controller is connected with a coordinate conversion module, the conversion module is used for receiving face 3D model data and converting the face 3D model data into a set of face point coordinate information, and the coordinate information of one face point comprises horizontal position information, vertical position information and depth position information of the point; the controller receives the coordinate information of the face points sent by the conversion module, controls the horizontal driving head to horizontally move the micro cylinder according to the horizontal position information in the coordinate information of the face points, controls the vertical driving piece to vertically move the micro cylinder according to the vertical position information in the coordinate information of the face points, and finally drives the micro cylinder to extend out according to the depth position information of the coordinate information of the face points;

the locating plate passes through the bolt fastening on braced frame, and the locating plate is located orbital the place ahead, has on the locating plate to supply analog rod male jack, analog rod and jack transition fit, and one side top that miniature cylinder can follow the locating plate moves the analog rod, with the ejecting certain distance of analog rod to the opposite side, the analog rod that inserts the jack is the matrix arrangement, bonds the emulsion skin on the analog rod keeps away from miniature cylinder's the terminal surface.

Has the advantages that: in the scheme, the depth of a point on the facial 3D model is simulated through the extension length of the simulation rods, the approximate shape of one point of the facial 3D model can be simulated after a certain number of simulation rod matrixes are arranged, the simulation degree is higher when the number of the simulation rods is larger, gaps among the simulation rods are filled through latex skins adhered on the simulation rods and skins are simulated, the supporting frame supports the whole structure, the controller drives the micro air cylinders on the moving platform to accurately move one point one by one according to the set of facial point coordinate information, then the micro cylinder is controlled to extend out of the cylinder rod, the cylinder rod pushes the simulation rod to extend out by a corresponding length, the positioning plate can stabilize the extended simulation rod, when the controller finishes the action of all coordinate information sets, the simulation rod can simulate the face of a human at one end far away from the micro cylinder, and the emulsion skin simulates the face skin of the human.

And the scheme is as follows: preferably, a plurality of micro cylinders are horizontally arranged on the mobile station, and each micro cylinder is connected with a cylinder control module. Has the advantages that: in order to accelerate the shaping speed of solid lip model, set up one row of miniature cylinder, each miniature cylinder is equal signal connection has cylinder control module, and current controller can realize that same time signal transmits for a plurality of cylinder control modules, reaches one row of miniature cylinder and stretches out the effect of saving time in step.

And a fifth scheme: preferably, a cylinder rod of the micro cylinder is provided with a pushing disc, and the diameter of the pushing disc is larger than that of the cylinder rod. Has the advantages that: the diameter of the pushing disc is larger than that of the air cylinder rod, so that the simulation rod on the front positioning plate is pushed more easily, and the simulation rod is prevented from being staggered when being pushed by the air cylinder rod.

Drawings

Fig. 1 is a logic diagram of an embodiment 1 of the internet-based commodity purchasing system according to the present invention.

Fig. 2 is a schematic structural diagram of a face simulation device in the internet-based commodity purchasing system embodiment 1 of the present invention.

Detailed Description

The following is further detailed by the specific embodiments:

reference numerals in the drawings of the specification include: the device comprises a supporting frame 1, a horizontal rail 2, a vertical rail 21, a moving platform 3, a micro cylinder 4, a positioning plate 5, a latex skin 6 and a simulation rod 7.

Example 1 is substantially as shown in figure 1:

the user operates at the user side, and firstly, user image shooting equipment is adopted to shoot the user at the user side to obtain an original image of the user. The user then uses a face recognition module to recognize the user's face, resulting in a 3D model of the user's face. The user purchases the cosmetics at the user terminal. There are two options:

selecting one of the following steps: and (3) simulating preview, taking purchased lipstick as an example, after a user selects a simulated preview mode and selects a lipstick model, sending a picture of pre-stored lipstick coated on lips to a user side by a sales end, pasting the picture of the lipstick on the lips of a user face model by an image splicing module of the user side, covering the range of the lips, and generating a simulated trial image. Compared with the condition that the user checks the model to use the product on the existing sales website, the user can see the effect of using the lipstick by personal simulation, the simulation trial effect is close to the real simulation trial effect, and more credible reference is provided for the customer to choose.

Selecting two: and (4) paying for trial, wherein after the user selects a paying trial mode, the user enters a trial queuing mode, the trial cost is deducted, and then the selling end requests the user end to send the data of the lip model in the face 3D model. The method comprises the steps that a user side sends data of a lip model to a sales side after the user side confirms the data, the sales side sends the data of the lip model to face simulation equipment, the face simulation equipment receives the data of the lip model to generate an entity lip model of the user, then, a salesman of a seller paints a lip sample for the entity lip model, then, sales side image shooting equipment shoots the lip sample to obtain a lip image for payment trial, the lip image for payment trial is sent to the user side, and the user side replaces the lip part of the lip image for payment trial with the lip part of an original image of the user to generate an image for payment trial of the user.

Compared with the simulation trial image, the original image and the lip image for the payment trial are both really shot, and the lip image for the payment trial in the lip image for the payment trial is an image obtained by simulating the real lip of a user by a face simulation device entity, then smearing lipstick really and shooting. And finally, only splicing the obtained paid trial images. In the process, only two actually shot images are spliced, the images are closer to the real use condition of a user, the use condition of the lip part in the simulated preview is formed by splicing prestored pictures for smearing the lipstick, the prestored images are not the condition that the lip of the user uses the lipstick personally, and the reality degree of the prestored images is lower than that of the paid trial images.

The face recognition module has mature face recognition and modeling software in the prior art, and is not described in detail in the scheme.

The generation of the physical lip model of the user is implemented by the face simulation device as shown in fig. 2:

a facial simulation device comprises a supporting frame 1, a horizontal rail 2, a vertical rail 21, a moving platform 3, a controller, a micro cylinder 4, a positioning plate 5, a latex skin 6 and a plurality of simulation rods 7, wherein the vertical rail 21 is arranged on the horizontal rail 2, the moving platform 3 is arranged on the vertical rail 21, the micro cylinder 4 is arranged on the moving platform 3, the supporting frame 1 is provided with a horizontal driving piece for driving the vertical rail 21 to horizontally slide, the supporting frame 1 is provided with a vertical driving piece for driving the moving platform 3 to vertically slide on the vertical rail 21,

the controller is connected with a coordinate conversion module, the conversion module is used for receiving face 3D model data sent by a sales end and converting the face 3D model data into a set of face point coordinate information, and the coordinate information of one face point comprises horizontal position information, vertical position information and depth position information of the point; the controller receives the coordinate information of the face points sent by the conversion module, controls the horizontal driving head to horizontally move the micro cylinder 4 according to the horizontal position information in the coordinate information of the face points, controls the vertical driving piece to vertically move the micro cylinder 4 according to the vertical position information in the coordinate information of the face points, and finally drives the micro cylinder 4 to extend out of a certain depth according to the depth position information of the coordinate information of the face points; locating plate 5 passes through the bolt fastening on braced frame 1, and locating plate 5 is located orbital the place ahead, has on the locating plate 5 to supply the jack of simulation pole 7 male, and simulation pole 7 and jack transition fit, one side top of locating plate 5 is followed to miniature cylinder 4 and is moved simulation pole 7, with simulation pole 7 to the ejecting certain distance of opposite side, and the simulation pole 7 that inserts the jack is the matrix arrangement, bonds emulsion skin 6 on the terminal surface that miniature cylinder 4 was kept away from to simulation pole 7.

The positioning plate 5 is provided with a jack for inserting the simulation rod 7, the simulation rod 7 is in transition fit with the jack, and the micro cylinder 4 can push the simulation rod 7 from one side of the positioning plate 5 and push the simulation rod 7 out to the other side for a certain distance. The dummy bars 7 inserted into the jacks are arranged in a matrix. The end surface of the simulation rod 7 far away from the micro cylinder 4 is adhered with a latex skin 6.

When the face model lip part simulation device is used, a sales end sends data to the conversion module after receiving the data of the face model lip part, the conversion module converts face 3D model data into a set of face point coordinate information, then sends the set of the coordinate information to the controller, the controller controls the mobile station to move to a corresponding position according to one coordinate information in the set, then controls the micro cylinder 4 on the mobile station to extend out for a certain length, and the cylinder rod of the micro cylinder pushes the simulation rod 7 on the positioning rod to extend out for a certain distance. And then the controller circulates the operation according to the next coordinate information until the coordinate information in the coordinate information sets of all the facial points is traversed, so that the lip shape of the user is simulated on the side, where the latex skin 6 is located, of the positioning plate 5, and then lipstick to be tried is smeared on the lips of the user by workers.

Embodiment 2, this embodiment is substantially the same as embodiment 1, except that, before the face simulation device receives the lip model data to generate the physical lip model, the controller of the face simulation device executes the information of the edge in the face point coordinate information set first, and the simulation rod at the edge of the user's lip range on the positioning plate 5 extends out, so that the worker can coat lipstick on the latex skin 6 in the lip range first, and then the controller controls the face simulation device to complete the complete lip simulation of the user.

The foregoing is merely an example of the present invention, and common general knowledge in the field of known specific structures and characteristics is not described herein in any greater extent than that known in the art at the filing date or prior to the priority date of the application, so that those skilled in the art can now appreciate that all of the above-described techniques in this field and have the ability to apply routine experimentation before this date can be combined with one or more of the present teachings to complete and implement the present invention, and that certain typical known structures or known methods do not pose any impediments to the implementation of the present invention by those skilled in the art. It should be noted that, for those skilled in the art, without departing from the structure of the present invention, several changes and modifications can be made, which should also be regarded as the protection scope of the present invention, and these will not affect the effect of the implementation of the present invention and the practicability of the patent. The scope of the claims of the present application shall be determined by the contents of the claims, and the description of the embodiments and the like in the specification shall be used to explain the contents of the claims.

Claims

1. The commodity purchasing system based on the Internet comprises a selling end, a server and a user end, and is characterized in that the user end is connected with user end image shooting equipment, the user end image shooting equipment is used for shooting a user and obtaining an original image, the user end is provided with a face recognition module and an image splicing module, the face recognition module is used for recognizing the face of the user and obtaining a face 3D model of the user, and the image splicing module is used for splicing a lip image and the original image sent by the selling end; the sales end is in signal connection with face simulation equipment and sales end image shooting equipment, the face simulation equipment is used for receiving a face 3D model sent to the sales end by a user end and generating a solid lip model, the face simulation equipment comprises a supporting frame, a horizontal rail, a vertical rail, a mobile station, a controller, a micro cylinder, a positioning plate, an emulsion skin and a plurality of simulation rods, the vertical rail is arranged on the horizontal rail, the mobile station is arranged on the vertical rail, the micro cylinder is arranged on the mobile station, the supporting frame is provided with a horizontal driving part for driving the vertical rail to horizontally slide, the supporting frame is provided with a vertical driving part for driving the mobile station to vertically slide on the vertical rail, the controller is connected with a coordinate conversion module, the conversion module is used for receiving face 3D model data and converting the face 3D model data into a set of face point coordinate information, the coordinate information of one face point comprises horizontal position information, vertical position information and depth position information of the point; the controller receives the coordinate information of the face points sent by the conversion module, controls the horizontal driving head to horizontally move the micro cylinder according to the horizontal position information in the coordinate information of the face points, controls the vertical driving piece to vertically move the micro cylinder according to the vertical position information in the coordinate information of the face points, and finally drives the micro cylinder to extend out according to the depth position information of the coordinate information of the face points; the positioning plate is fixed on the supporting frame through bolts and is positioned in front of the track, the positioning plate is provided with jacks for inserting the simulation rods, the simulation rods are in transition fit with the jacks, the micro cylinder can push the simulation rods from one side of the positioning plate and push the simulation rods to the other side for a certain distance, the simulation rods inserted into the jacks are arranged in a matrix manner, and latex skins are bonded on the end surfaces, far away from the micro cylinder, of the simulation rods; the image shooting device at the sales end is used for shooting the entity lip model coated with the lipstick and generating a lip image, and the sales end is also used for sending the lip image to the image splicing module at the user end.

2. The internet-based goods shopping system according to claim 1, wherein: the system comprises a client side, a seller side and a verification module, wherein the client side is provided with the verification module, the seller side is provided with the request module, the request module is used for sending a request of sending a facial 3D model to the verification module, and the verification module is used for enabling a user to select whether to agree with the request of the request module.

3. The internet-based goods shopping system according to claim 1, wherein: the mobile station is provided with a plurality of micro cylinders which are horizontally arranged, and each micro cylinder is connected with a cylinder control module.

4. The internet-based goods shopping system according to claim 3, wherein: and a pushing disc is arranged on a cylinder rod of the micro cylinder, and the diameter of the pushing disc is larger than that of the cylinder rod.