CN110852834A - Personalized customization system and customization method for refrigerator - Google Patents
Personalized customization system and customization method for refrigerator Download PDFInfo
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Abstract
The embodiment of the invention discloses a refrigerator personalized customization system which comprises a user drainage module, a scene embedding module, a user customization module and a user transaction module, wherein the user drainage module is used for transferring a user from a third-party shopping platform to a manufacturer customization cloud platform, the scene embedding module is used for generating a 3D simulation scene according to the selection of the user, the user customization module is used for setting parameters of a customized refrigerator according to the preference of the user and displaying functions, and the user transaction module is used for the user to complete ordering and paying. The embodiment of the invention also discloses a method for customizing the refrigerator individually, which is used for customizing the parameters of the refrigerator in an online way by a user. According to the invention, the refrigerator is customized in a 3D view mode, the virtual image of the refrigerator is covered in the environment of the real world, the real effect placed in the kitchen is seen, the parameters of the refrigerator can be modified according to the actual condition, and only online payment and ordering are needed after customization, so that the transaction rate of merchants is improved, and the experience of users is also improved.
Description
Technical Field
The embodiment of the invention relates to the field of home Internet, in particular to a personalized customization system and a personalized customization method for a refrigerator.
Background
The refrigerator is a household appliance necessary for people at home, and can play a role in keeping food fresh and refrigerating food placed in the refrigerator. At present, the internet has a better user foundation in the household appliance industry, and a user can shop on the internet on platforms such as Taobao or Jingdong, so that the user can buy the refrigerator of the heart instrument without going out.
However, in the current shopping mode, users can only select the products according to the finished product display or specification of the merchants on the shopping website and complete ordering operation, and because the finished product parameters displayed by the merchants are fixed, many users can only find that the expected effect is not achieved when the users are installed at home after buying a refrigerator, or the delivery time is too far away from the expected difference, so that the conditions of subsequent goods return and changing can be generated, deeper cloud services such as personalized customization and personalized confirmation can not be achieved, the transaction rate of the merchants is reduced, and the experience and the trust of the users are also reduced.
Disclosure of Invention
Therefore, the embodiment of the invention provides a personalized refrigerator customization system and a personalized refrigerator customization method, and aims to solve the problems that in the prior art, the transaction rate of merchants is low and the user experience is poor due to the fact that the personalized and customized service cannot be achieved when the refrigerators are purchased on line.
In order to achieve the above object, the embodiments of the present invention provide the following technical solutions:
according to a first aspect of an embodiment of the present invention, a refrigerator personalized customization system includes:
the user drainage module is used for jumping an operation interface of a user from a factory self-operation website of the third-party shopping platform to a factory customized cloud platform of a manufacturer according to a factory customized cloud platform website address stored on the third-party shopping platform;
the system comprises a scene embedding module, a scene embedding module and a display module, wherein the scene embedding module is used for generating different scene information on an interface of a customized cloud platform and acquiring the scene information selected by a user, the scene embedding module renders and generates a 3D simulation scene according to the acquired scene information, and the 3D simulation scene comprises scene simulation layouts of a kitchen and a refrigerator;
the system comprises a user customizing module and an information confirming module, wherein the user customizing module comprises a parameter setting module and an information confirming module, the parameter setting module is used for generating parameter setting information in a 3D simulation scene, acquiring refrigerator parameter information set by a user and transmitting the acquired refrigerator parameter information to a scene embedding module, the scene embedding module carries out parameter rendering on the simulated refrigerator according to the received refrigerator parameter information, and the information confirming module generates customizing confirming information according to the refrigerator parameter information set by the user;
and the user transaction module is used for acquiring the customized confirmation information of the user, generating order data and payment information according to the customized confirmation information of the user, and transmitting the order data and the payment information to the cloud database of the manufacturer.
Further, the scene embedding module stores simulated scenes including a kitchen and a refrigerator on a cloud server of a customized cloud platform based on a Unity3D technology, the cloud server converts the simulated scenes into simulated scene links according to the simulated scenes and transmits the simulated scene links back to the scene embedding module, and the scene embedding module embeds the simulated scene links on the customized cloud platform for rendering to generate the 3D simulated scenes.
Further, the 3D simulation scene generated by the rendering of the scene embedding module comprises a front face, a 45-degree oblique angle, a viewing angle display state of a top view or a display state of 720-degree free rotation.
Further, the parameter setting information generated by the parameter setting module comprises the size, the product model, the function, the door panel material, the appearance color and the interior trim part of the refrigerator.
Further, the personalized refrigerator customization system further comprises an interconnection module, the interconnection module generates a virtual refrigerator function simulation scene on an interface of the customization cloud platform based on the Unity3D technology, and simultaneously generates different refrigerator function information, and the interconnection module acquires the refrigerator function information selected by the user and dynamically demonstrates the functions of the virtual refrigerator according to the acquired refrigerator function information.
Further, the user transaction module comprises a platform returning module and a transaction generating module, the platform returning module jumps back the operation interface of the user to a manufacturer self-operation website of the third-party shopping platform according to the customized confirmation information of the user, the transaction generating module generates order data and payment information on the manufacturer self-operation website of the third-party shopping platform according to the customized confirmation information of the user, and transmits the order data and the payment information to the cloud server of the customized cloud platform according to the confirmation information of the order and the payment.
Further, the user transaction module comprises a scheduling delivery module, the scheduling delivery module performs real-time scheduling and generates delivery time information according to the customized confirmation information of the user, and the transaction generation module simultaneously acquires the customized confirmation information and the delivery time information of the user, generates order data and payment information with delivery time according to the acquired information, and is used for the manufacturer to complete delivery according to commitments on time.
According to a second aspect of the embodiment of the present invention, a method for customizing a refrigerator individually is applied to the system for customizing a refrigerator individually in the embodiment, and the method for customizing a refrigerator individually comprises the following steps:
step S1, the user enters the refrigerator personalized customization system, and jumps from a manufacturer of the third-party shopping platform to a customized cloud platform of the manufacturer through the user drainage module;
step S2, obtaining the personalized scene selected by the user, after the user enters the customized cloud platform, the user selects the scene information of the customized cloud platform according to the requirement, and the scene information selected by the user is obtained by the scene embedding module and enters the 3D simulation scene;
s3, rendering an initial scene of a product, wherein after the interface of the cloud platform to be customized enters the 3D simulation scene, the scene embedding module quickly generates and starts to render the initial scene including a kitchen and a refrigerator according to the 3D simulation scene information selected by the user;
step S4, setting individuation of a user, after the 3D initial scene is rendered, the user sets parameters of the simulated refrigerator through a parameter setting module, meanwhile, the scene embedding module starts to render the refrigerator scene with the set parameters according to the set refrigerator parameters, and the final parameter customization is confirmed through an information confirmation module;
and step S5, delivery confirmation and scheduling, wherein after the user finishes customization through the user transaction module, the user places an order and makes delivery confirmation on line, the transaction generation module submits the order data and the delivery confirmation information to the manufacturer, and the manufacturer arranges the customized part list according to the order data and the delivery confirmation information and performs scheduling.
Further, when the user performs personalized customization operation, the user can return to the initial interface of the customization cloud platform, enter a virtual refrigerator function simulation scene through the interconnection module, acquire the refrigerator function information selected by the user through the interconnection module, and perform dynamic demonstration of the functions of the virtual refrigerator according to the acquired refrigerator function information.
Further, a manufacturer carries out data sorting on a part list customized by a user through a BOM management module, the BOM management module comprises a super BOM and an order BOM, the super BOM comprises all parameter parts required by product customization and is used for forming a standard for management research and development, the manufacturer screens out the parameter parts in a user confirmation order from the super BOM according to the user confirmation order, the screened parameter parts are independently copied to generate the order BOM only associated with the user confirmation order, the order BOM records the customization requirements of the user, and meanwhile, the confirmed delivery time commitment is stored on the order BOM.
The embodiment of the invention has the following advantages: the refrigerator is customized in a 3D view mode, the virtual image of the refrigerator is covered in the environment of the real world, the real effect placed in a kitchen is seen, parameters such as the size, the color, the material and the space structure of the refrigerator can be modified according to the actual condition of a user, and only online payment and ordering are needed after customization, so that the transaction rate of merchants is improved, and the experience of the user is improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below. It should be apparent that the drawings in the following description are merely exemplary, and that other embodiments can be derived from the drawings provided by those of ordinary skill in the art without inventive effort.
The structures, ratios, sizes, and the like shown in the present specification are only used for matching with the contents disclosed in the specification, so that those skilled in the art can understand and read the present invention, and do not limit the conditions for implementing the present invention, so that the present invention has no technical significance, and any structural modifications, changes in the ratio relationship, or adjustments of the sizes, without affecting the functions and purposes of the present invention, should still fall within the scope of the present invention.
Fig. 1 is a main block diagram of a system for customizing a refrigerator in a personalized manner according to embodiment 1 of the present invention;
fig. 2 is a system auxiliary block diagram of a personalized customization system for a refrigerator according to embodiment 1 of the present invention;
fig. 3 is a flowchart of a method for customizing a refrigerator in a personalized manner according to embodiment 2 of the present invention.
In the figure: 1. a user drainage module; 2. a scene embedding module; 3. a user customization module; 31. a parameter setting module; 32. an information confirmation module; 4. an interconnect module; 5. a user transaction module; 51. a platform return module; 52. a transaction generation module; 53. and a scheduling delivery module.
Detailed Description
The present invention is described in terms of particular embodiments, other advantages and features of the invention will become apparent to those skilled in the art from the following disclosure, and it is to be understood that the described embodiments are merely exemplary of the invention and that it is not intended to limit the invention to the particular embodiments disclosed. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example 1
As shown in fig. 1 and 2, an embodiment of the present invention provides a personalized customization system for a refrigerator, including:
the user flow guiding module 1 is used for jumping an operation interface of a user from a factory self-operation website of the third-party shopping platform to a factory customized cloud platform of a manufacturer according to a factory customized cloud platform website address stored on the third-party shopping platform;
the scene embedding module 2 is used for generating different scene information on an interface of a customized cloud platform, acquiring the scene information selected by a user, rendering and generating a 3D simulated scene according to the acquired scene information, the scene embedding module 2 is mainly based on the Unity3D technology, storing the simulated scene comprising a kitchen and a refrigerator on a cloud server of the customized cloud platform, converting the simulated scene into a simulated scene link by the cloud server according to the simulated scene, returning the simulated scene link to the scene embedding module 2, embedding the simulated scene link on the customized cloud platform by the scene embedding module 2 for rendering and generating the 3D simulated scene interface, wherein the scene embedding module 2 comprises a plurality of pieces of scene information with different layouts, and can be used for the user to select the most suitable simulated scene for displaying according to the requirements of the user, and the 3D simulated scene can be a front surface and a 45-degree angle, Static visual angle display of states such as a top view and the like can also be dynamic display of 720-degree free rotation, so that a user can observe the real effect of the refrigerator placed in the kitchen layout, and the user can consider the appropriate degree of the refrigerator in an all-around manner.
The user customizing module 3 comprises a parameter setting module 31 and an information confirming module 32 (refer to fig. 2), wherein the parameter setting module 31 is used for generating parameter setting information on a 3D simulation scene interface, acquiring refrigerator parameter information set by a user, and simultaneously transmitting the acquired refrigerator parameter information to the scene embedding module 2, and the scene embedding module 2 performs parameter rendering on the simulated refrigerator according to the received refrigerator parameter information, wherein the parameter setting information generated by the parameter setting module 31 comprises the size, the product model, the function, the door plate material, the appearance color, the interior trim part and the like of the refrigerator, so that the user can perform private customization according to own favor through customizing the parameters of the refrigerator by the user, and can see the real effect of the refrigerator placed in a kitchen layout after the customization is completed, thereby improving the shopping experience of the user; the information confirmation module 32 generates customized confirmation information according to the parameter information of the refrigerator finally set by the user.
Interconnection module 4, interconnection module 4 is based on the Unity3D technique, generate virtual refrigerator function simulation scene on the interface of customization cloud platform, generate different refrigerator function information simultaneously, and interconnection module 4 acquires the refrigerator function information that the user selected, and carry out the function dynamic demonstration of virtual refrigerator according to the refrigerator function information who acquires, make the user can audio-visually know the various functional effect of producer's refrigerator, wherein, can set up the refrigerator of multiple different function models on the customization cloud platform, for the user selects, let the user just can experience the function of using the refrigerator at home, the function difference of very audio-visual multiple different models of experience, reduce the return rate of producer. Preferably, the customization interface of the user customization module 3 may be provided with a link for jumping to the interconnection module 4, so that when the user selects functional parameters such as Wi-Fi, home appliances, large screen, and the like in the customization interface, if the user needs to experience interconnection of related functions, the user can jump to the function simulation interface of the interconnection module 4 through the link to perform function experience.
The user transaction module 5 is configured to obtain customized confirmation information of a user, generate order data and payment information according to the customized confirmation information of the user, and transmit the order data and the payment information to a cloud database of a manufacturer, and specifically, the user transaction module 5 includes a platform return module 51 and a transaction generation module 52 (refer to fig. 2), the platform return module 51 jumps back an operation interface of the user to a manufacturer self-operation site of the third-party shopping platform according to the customized confirmation information of the user, the transaction generation module 52 generates order data and payment information on the manufacturer self-operation site of the third-party shopping platform according to the customized confirmation information of the user, and transmits the order data and the payment information to a cloud server of the customized cloud platform according to the confirmation information of the order and the payment, so that the manufacturer sorts and arranges a customized part list, the user transaction module 5 further includes a scheduling delivery module 53, the scheduling delivery module 53 performs real-time scheduling and generates delivery time information according to the customized confirmation information of the user, the transaction generation module 52 simultaneously acquires the customized confirmation information and the delivery time information of the user, generates order data and payment information with delivery time according to the acquired information, and only needs to pay and place an order online after customization, and the system calculates a real delivery date in real time and performs production delivery according to commitment, so that a manufacturer completes delivery on time according to commitment.
According to the embodiment of the invention, the refrigerator is customized in a 3D view mode, the virtual image of the refrigerator is projected into the environment of the real world, the real effect placed in a kitchen is seen, the parameters such as the size, the color, the material and the space structure of the refrigerator can be modified according to the actual condition, and only online payment and ordering are needed after customization, so that the transaction rate of a merchant is improved, and the experience of a user is also improved.
Example 2
Referring to fig. 2 and fig. 3, an embodiment of the present invention provides a method for customizing a refrigerator individually, which is applied to a system for customizing a refrigerator individually in this embodiment, and includes the following steps:
step S1, the user enters the refrigerator personalized customization system, and the user jumps from the manufacturer of the third-party shopping platform to the customized cloud platform of the manufacturer through the user drainage module 1;
step S2, obtaining the personalized scene selected by the user, after the user enters the customized cloud platform, the user selects the scene information of the customized cloud platform according to the requirement, and the scene embedding module 2 obtains the scene information selected by the user and enters the 3D simulation scene;
step S3, rendering an initial scene of a product, wherein after the interface of the cloud platform to be customized enters the 3D simulation scene, the scene embedding module 2 rapidly generates and starts to render the initial scene including the kitchen and the refrigerator according to the 3D simulation scene information selected by the user;
step S4, setting individuation of a user, after rendering the 3D initial scene, the user sets parameters of the simulated refrigerator through the parameter setting module 31, meanwhile, the scene embedding module 2 starts to render the refrigerator scene with the set parameters according to the set refrigerator parameters, and the final parameter customization is confirmed through the information confirming module 32;
preferably, when the user performs personalized customization operation, the user can return to an initial interface of the customization cloud platform, enter a virtual refrigerator function simulation scene through the interconnection module 4, acquire refrigerator function information selected by the user through the interconnection module 4, and perform dynamic demonstration of the functions of the virtual refrigerator according to the acquired refrigerator function information.
Step S5, delivery confirmation and scheduling, wherein after the user finishes customizing through the user transaction module 5, the user places an order and makes a delivery confirmation on line, the transaction generation module 52 submits the order data and the delivery confirmation information to the manufacturer, and the manufacturer arranges the customized part list according to the order data and the delivery confirmation information and performs scheduling.
Preferably, after the user confirms the order, the manufacturer needs to manage the part list of the user order, specifically, each customized product is used as a new 'model' product, a BOM is separately defined for the product, and each customization generates BOMs with different contents, because of the diversity and uncertainty of the user customization, the method of simply creating BOMs for each customization requirement brings insurmountable difficulty for research and development management and standardized management, therefore, the invention carries out efficient data arrangement on the part list customized by the user through the BOM management module, specifically, the BOM management module comprises a super BOM and an order BOM, the super BOM comprises all parameter parts required by the product customization and is used for forming the standard of management and development, the manufacturer screens out the parameter parts in the user confirmation order from the super BOM according to the user confirmation order, and independently copying the screened parameter parts to generate an order BOM only associated with the confirmed order of the user, recording the customization requirement of the user by the order BOM, and simultaneously storing the confirmed delivery time promise on the order BOM. Therefore, the client customization requirements can be recorded through the order BOM, and the standardization of research and development can be managed. In addition, because the super BOM includes all customization possibilities, and in fact, due to the limitation of product production, for example, when customizing, it is not required to use both a glass panel and a special metal decoration welding process on the panel, which requires rule definition, and avoids generating mutual customization requirements when customizing, in the super BOM, besides all parts, it also includes the rule of customization selection, thereby greatly facilitating the definition and management of product data.
Although the invention has been described in detail above with reference to a general description and specific examples, it will be apparent to one skilled in the art that modifications or improvements may be made thereto based on the invention. Accordingly, such modifications and improvements are intended to be within the scope of the invention as claimed.
Claims (10)
1. A refrigerator personalization customization system, comprising:
the user drainage module is used for jumping an operation interface of a user from a factory self-operation website of the third-party shopping platform to a factory customized cloud platform of a manufacturer according to a factory customized cloud platform website address stored on the third-party shopping platform;
the system comprises a scene embedding module, a scene embedding module and a display module, wherein the scene embedding module is used for generating different scene information on an interface of a customized cloud platform and acquiring the scene information selected by a user, the scene embedding module renders and generates a 3D simulation scene according to the acquired scene information, and the 3D simulation scene comprises scene simulation layouts of a kitchen and a refrigerator;
the system comprises a user customizing module and an information confirming module, wherein the user customizing module comprises a parameter setting module and an information confirming module, the parameter setting module is used for generating parameter setting information in a 3D simulation scene, acquiring refrigerator parameter information set by a user and transmitting the acquired refrigerator parameter information to a scene embedding module, the scene embedding module carries out parameter rendering on the simulated refrigerator according to the received refrigerator parameter information, and the information confirming module generates customizing confirming information according to the refrigerator parameter information set by the user;
and the user transaction module is used for acquiring the customized confirmation information of the user, generating order data and payment information according to the customized confirmation information of the user, and transmitting the order data and the payment information to the cloud database of the manufacturer.
2. The personalized customization system for refrigerators according to claim 1, wherein: the scene embedding module stores simulated scenes including a kitchen and a refrigerator on a cloud server of a customized cloud platform based on a Unity3D technology, the cloud server converts the simulated scenes into simulated scene links according to the simulated scenes and transmits the simulated scene links back to the scene embedding module, and the scene embedding module embeds the simulated scene links on the customized cloud platform and is used for rendering and generating the 3D simulated scenes.
3. The personalized customization system for refrigerators according to claim 2, wherein: the 3D simulation scene generated by the rendering of the scene embedding module comprises a front face, an oblique angle of 45 degrees, a visual angle display state of a top view or a display state of 720-degree free rotation.
4. The personalized customization system for refrigerators according to claim 1, wherein: the parameter setting information generated by the parameter setting module comprises the size, the product model, the function, the door plate material, the appearance color and the interior trim part of the refrigerator.
5. The personalized customization system for refrigerators according to claim 1, wherein: the refrigerator personalized customization system further comprises an interconnection module, the interconnection module generates a virtual refrigerator function simulation scene on an interface of the customization cloud platform based on the Unity3D technology, and simultaneously generates different refrigerator function information, the interconnection module acquires the refrigerator function information selected by a user, and performs dynamic demonstration of functions of the virtual refrigerator according to the acquired refrigerator function information.
6. The personalized customization system for refrigerators according to claim 1, wherein: the user transaction module comprises a platform returning module and a transaction generating module, the platform returning module jumps back the operation interface of the user to the manufacturer self-operation website of the third-party shopping platform according to the customized confirmation information of the user, the transaction generating module generates order data and payment information on the manufacturer self-operation website of the third-party shopping platform according to the customized confirmation information of the user, and transmits the order data and the payment information to the cloud server of the customized cloud platform according to the confirmation information of the order and the payment.
7. The personalized customization system for refrigerators according to claim 6, wherein: the user transaction module comprises a scheduling delivery module, the scheduling delivery module performs real-time scheduling and generates delivery time information according to the customized confirmation information of the user, and the transaction generation module simultaneously acquires the customized confirmation information and the delivery time information of the user, generates order data and payment information with delivery time according to the acquired information and is used for completing delivery on time according to commitment by a manufacturer.
8. A refrigerator personalized customization method, applied to the refrigerator personalized customization system of any one of claims 1 to 6, characterized in that the refrigerator personalized customization method comprises the following steps:
step S1, the user enters the refrigerator personalized customization system, and jumps from a manufacturer of the third-party shopping platform to a customized cloud platform of the manufacturer through the user drainage module;
step S2, obtaining the personalized scene selected by the user, after the user enters the customized cloud platform, the user selects the scene information of the customized cloud platform according to the requirement, and the scene information selected by the user is obtained by the scene embedding module and enters the 3D simulation scene;
s3, rendering an initial scene of a product, wherein after the interface of the cloud platform to be customized enters the 3D simulation scene, the scene embedding module quickly generates and starts to render the initial scene including a kitchen and a refrigerator according to the 3D simulation scene information selected by the user;
step S4, setting individuation of a user, after the 3D initial scene is rendered, the user sets parameters of the simulated refrigerator through a parameter setting module, meanwhile, the scene embedding module starts to render the refrigerator scene with the set parameters according to the set refrigerator parameters, and the final parameter customization is confirmed through an information confirmation module;
and step S5, delivery confirmation and scheduling, wherein after the user finishes customization through the user transaction module, the user places an order and makes delivery confirmation on line, the transaction generation module submits the order data and the delivery confirmation information to the manufacturer, and the manufacturer arranges the customized part list according to the order data and the delivery confirmation information and performs scheduling.
9. The personalized customization method for the refrigerator according to claim 8, further comprising: when the user performs personalized customization operation, the user can return to an initial interface of the customization cloud platform, enter a virtual refrigerator function simulation scene through the interconnection module, acquire refrigerator function information selected by the user through the interconnection module, and perform dynamic demonstration of functions of the virtual refrigerator according to the acquired refrigerator function information.
10. The personalized customization method for the refrigerator according to claim 8, further comprising: the method comprises the steps that a manufacturer carries out data sorting on a part list customized by a user through a BOM management module, the BOM management module comprises a super BOM and an order BOM, the super BOM comprises all parameter parts required by product customization and is used for forming a standard for management research and development, the manufacturer screens out the parameter parts in a user confirmation order from the super BOM according to the user confirmation order, the screened parameter parts are independently copied to generate the order BOM only associated with the user confirmation order, the order BOM records the customization requirement of the user, and meanwhile, the confirmed delivery time commitment is stored on the order BOM.
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