CN111612586B - Live-action shopping method based on visual model - Google Patents
Live-action shopping method based on visual model Download PDFInfo
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- CN111612586B CN111612586B CN202010455607.4A CN202010455607A CN111612586B CN 111612586 B CN111612586 B CN 111612586B CN 202010455607 A CN202010455607 A CN 202010455607A CN 111612586 B CN111612586 B CN 111612586B
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- 238000012800 visualization Methods 0.000 claims abstract description 9
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- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/06—Buying, selling or leasing transactions
- G06Q30/0601—Electronic shopping [e-shopping]
- G06Q30/0641—Shopping interfaces
- G06Q30/0643—Graphical representation of items or shoppers
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Abstract
The invention relates to the technical field of live-action shopping, in particular to a live-action shopping method based on a visual model; the system comprises a visual model and a shopping platform; the visualization model comprises at least two model elements; the shopping platform comprises at least one shopping link of a product corresponding to the model element; constructing a required visual model for each user; when the user needs to purchase the model element in the visual model, the shopping link of the product corresponding to the model element in the online transaction system is jumped to for the user to purchase. According to the invention, by establishing the visual model and connecting the model elements in the visual model with the products in the shopping platform, enterprises can clearly know the products to be purchased when carrying out improvement and standardization management on added or replaced materials required in the present place, and can simply and rapidly purchase the materials meeting the specification, so that the standardized management efficiency of the production site is high.
Description
Technical Field
The invention relates to the technical field of live-action shopping, in particular to a live-action shopping method based on a visual model.
Background
The factory inspection is called factory inspection, commonly called factory inspection, and is simply understood as factory inspection. The method is generally divided into factory inspection directions such as a person right inspection factory, a quality inspection factory, an anti-terrorism inspection factory and the like. In general, branding will require the management of the vendor's factory to meet certain requirements, so the branding party will check the vendor's factory conditions either by itself or by a third party authority before placing an order. After confirming that the factory does not have a large, serious problem, the factory can be brought up to a list of qualified suppliers to place orders and work with suppliers for a long period of time. In order to meet the factory requirements of brands, many suppliers will actively commission third party institutions to conduct factory tutorials on the factory.
The traditional factory checking and guiding mode is quite perfect standard training for clients, but often due to the fact that the added or replaced materials required by factory checking are quite large, for example, fire extinguishers of various specifications or safety standard clause banners used for pasting on walls are quite large, because the clients need to count each material, then the clients need to select sellers before purchasing, the convenience is brought, standardized management efficiency of production sites is low, and factory checking efficiency is low.
Disclosure of Invention
The invention aims to overcome the defects and provide a live-action shopping method based on a visual model.
In order to achieve the above object, the present invention is specifically as follows: a kind of real-scene shopping method based on visual model, a real-scene shopping method based on visual model, including visual model and shopping platform; the visualization model comprises at least two model elements; the relative positions of the model elements conform to the constraint relation of the specification file; the shopping platform comprises an online transaction system; the online transaction system comprises at least one shopping link of a product corresponding to the model element; constructing a required visual model for each user; when the user needs to purchase the model element in the visual model, the shopping link of the product corresponding to the model element in the online transaction system is jumped to for the user to purchase.
Further, the shopping platform further comprises a cloud exhibition hall; the cloud exhibition hall comprises a plurality of product display areas; the online transaction system further includes a shopping link for a product corresponding to the product of the product display area; the product display mode of the cloud exhibition hall is one or more of pictures, three-dimensional stereogram or 3D models.
Further, the shopping platform also comprises a material auditing module for auditing that the shape and/or size of the products sold on the online transaction system conform to the constraint relation of the specification file.
Further, the visual model further comprises a building main body model, and the model elements are one or more of a door of the building main body model, a window of the building main body model, indoor elements arranged in an inner space of the building main body model and outdoor elements arranged outside the building main body model; the building main body model consists of at least one editable building main body sub-model; the building body sub-model includes one or more of a wall of the building model, a ceiling of the building model, and a floor of the building model.
Further, the shape and/or the size of the model element accords with the constraint relation of the specification file; the model element is an editable model element.
Further, the model element contains self-size information of the visualized model element or constraint relation information of other visualized model elements.
Further, the model element comprises one or more of knowledge point training information, expert database information and knowledge point examination information.
Further, the visualization model also comprises a database module; the system also comprises a database module; the database module comprises a permission management unit, a storage unit, a big data analysis unit and an auditing unit; the user accesses the storage unit through the authority management unit; the auditing module audits the data uploaded by the user; the big data module is used for collecting and analyzing industry information.
The beneficial effects of the invention are as follows: through will establish the visual model to and make the model element in the visual model link with the product in the shopping platform, the enterprise can be clear when carrying out the required material that adds or change of factory checking, know the product that oneself will purchase, and can be simple swift purchase the material that accords with the specification moreover, production site standardization management is efficient, factory checking is efficient.
Detailed Description
In order that the invention may be understood, a more complete description of the preferred embodiments of the invention will be provided. This invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete. It will be understood that when an element is referred to as being "fixed to" another element, it can be directly on the other element or intervening elements may also be present. When an element is referred to as being "connected" to another element, it can be directly connected to the other element or intervening elements may also be present. The terms "vertical," "horizontal," "left," "right," and the like are used herein for illustrative purposes only.
The embodiment of the live-action shopping method based on the visual model comprises the visual model and a shopping platform; the visualization model comprises at least two model elements; the relative positions of the model elements conform to the constraint relation of the specification file; the shopping platform comprises an online transaction system; the online transaction system comprises at least one shopping link of a product corresponding to the model element; constructing a required visual model for each user; when the user needs to purchase the model element in the visual model, the shopping link of the product corresponding to the model element in the online transaction system is jumped to for the user to purchase.
Specifically, the constraint relationship is a distance between two or more elements and an azimuth relationship. The standard file is a standard or advice file which is commonly used in national standard regulations, personnel factory regulations, quality factory regulations, anti-terrorism factory regulations and the like related to factory tests, and is mainly used as a basis for acquiring constraint relations between two or more model elements. Through the arrangement, a 3D factory model conforming to constraint relation among all elements can be constructed, and compared with the traditional oral explanation, text analysis or PPT display mode, the 3D factory model can be used by enterprises to understand the requirements in various standard files, and the enterprises can quickly learn various standardized management, so that the enterprises have experience of being in contact with the environment, the learning difficulty is reduced, the efficiency of standardized management on production sites is improved, and the factory inspection efficiency of the enterprises is also improved. In addition, the user of the visual model may be an administrator of the enterprise, a factory-checking coaching auditor, a brand party, or other personnel related to the factory-checking process. The shopping platform can be a platform which is responsible for operation by a third party factory checking organization, can also be a mode of entering a resident of an external provider, and can provide an online purchasing channel of product materials meeting the requirements of standard files for users.
Specifically, after a required visual model is formulated for an enterprise, when a user needs to purchase a real product corresponding to a model element in the visual model, the user can jump to a shopping link of the product corresponding to the model element in the online transaction system by clicking the corresponding model element, and after the user checks parameters of the product, the user can conduct online ordering like the existing shopping platform on the market and deliver the product to a place appointed by the enterprise through logistics. Therefore, the enterprise can finish material purchasing in one step in the factory checking and modifying process, and the lowest material quantity conforming to the standard file exists in the visual model, so that the enterprise can quickly determine the purchase order quantity when purchasing, and the factory checking and production site standardized management speed is greatly increased. But also can prevent enterprises from purchasing products which do not meet the requirements.
According to the live-action shopping method based on the visual model, the shopping platform further comprises a cloud exhibition hall; the cloud exhibition hall comprises a plurality of product display areas; the online transaction system further includes a shopping link for a product corresponding to the product of the product display area; the product display mode of the cloud exhibition hall is one or more of pictures, three-dimensional stereogram or 3D models.
On one hand, most of enterprises in factory inspection are manufacturing industries, and the industries involved in factory inspection service are quite many, so that a cloud exhibition hall can provide a product display platform for the enterprises, and the cloud exhibition hall is beneficial to promoting the product sales of the enterprises; on the other hand, in practice, the products to be purchased by the enterprise in the factory checking period are not only the products to be used by the factory checking period, but also the purchasing demands of purchasing raw materials, replacing old equipment, replacing the shop front and the like possibly exist, so that the cloud exhibition hall is also beneficial to reducing the overall purchasing time of the enterprise and improving the overall efficiency of the factory checking period.
According to the visual model-based live-action shopping method, the shopping platform further comprises a material auditing module for auditing that the shape and/or the size of products sold on the online transaction system meet the constraint relation of the standard file.
In order to ensure that the products and materials meeting the requirements of the specification documents can be purchased and avoid enterprises from purchasing unsuitable products, a material auditing module is required to be arranged. The material auditing module can comprise a manual auditing part and a self-service auditing part, and particularly, when a seller formally puts on a shelf, data such as the type, brand, necessary size and the like of the product are required to be input at the same time for self-service auditing.
The embodiment of the method for live-action shopping based on the visual model, wherein the visual model further comprises a building main body model, and the model elements are one or more of a door of the building main body model, a window of the building main body model, indoor elements arranged in an inner space of the building main body model and outdoor elements arranged outside the building main body model; the building main body model consists of at least one editable building main body sub-model; the building body sub-model includes one or more of a wall of the building model, a ceiling of the building model, and a floor of the building model.
The building main body model is a common factory-related building simulation model and is used for visually and clearly experiencing enterprises, for example, the building main body model is a simulated 3D simulated warehouse, elements such as doors, windows, fire extinguishers, shelves, guideboard signs and the like meeting the requirements of standard files are needed in the warehouse, when the enterprises view the model, the enterprises have the experience of being in contact with the enterprises, and the enterprises can quickly make distinction by comparing own factory equipment and the environment of own factories, so that the learning difficulty is reduced, and the factory inspection efficiency of the enterprises can be improved.
The editable building body submodel can be a factory common building element of a warehouse, a factory building, a parking space, an office area, an indoor partition, a dormitory area and the like which are preset; by setting the editable building main body sub-model, a user can construct a 3D visual model which is suitable for the user and accords with the standard file by splicing and stacking all the preset building main body sub-models in a mode similar to the piling music height.
And each editable building main body sub-model can be used for modifying the preset state through input data, such as length, width, height and the like of a warehouse, so as to modify the size of the warehouse. For another example, where an enterprise is modeled with two secure channels in dormitory A, and only one auditor finds it in the field, then the auditor enters data in the case of enterprise validation: 1 safety channel, the model will change.
According to the live-action shopping method based on the visual model, the shape and/or the size of the model element accord with the constraint relation of the standard file; the model element is an editable model element.
In order to be able to adapt to different requirements (either from the enterprise itself or from a separate requirement of the branding party), the model elements themselves are editable, but it is necessary to ensure that the model elements themselves are compliant with the specification document. To give the enterprise an intuitive and compliant visual perception, the outline of the model element itself should be in line with its corresponding specification file.
According to the live-action shopping method based on the visual model, the model elements comprise self-size information of the visual model elements or constraint relation information of the visual model elements and other model elements. And the size or constraint relation requirements of the objects can be made clearer for the user.
In actual use, when a user clicks or swipes through a model element, a video, a picture or a knowledge point uploaded in advance (which can be uploaded by an administrator, an auditor or a brand side of an enterprise, and the part can be changed by an uploading person) can be displayed to the user, and the part of content comprises self-size information or distance information between two elements, namely. When clicking the picture, the data of the picture, the data chart and the data updating time can be further displayed, and the picture can be displayed only after basic verification.
According to the live-action shopping method based on the visual model, the model elements comprise one or more of knowledge point training information, expert database information and knowledge point examination information.
In order to further improve training efficiency, knowledge point training information is added to model elements in the visual model, and the knowledge point training information can be one or more of text information, picture information and video information.
The user and the modeler can both import own training courses (for example, wastewater treatment flow and principle, training of quality process) as required, and in order to protect the privacy of enterprises, the training materials can only be visible after being authorized, the user can set whether the training courses charge according to the specific content of the training courses, further, the model elements comprise expert library information, and the expert library information comprises basic information of experts related to knowledge points of the model elements, reservation modes of the experts and the like. Further, the knowledge point examination information is on-line examination information or off-line examination information, wherein the on-line examination information can be an on-line examination link jointly pushed out by an external on-line examination mechanism, and when a user passes an examination, a relevant examination certificate and certificate can be obtained.
Further, the visualization model also comprises a database module; the system also comprises a database module; the database module comprises a permission management unit, a storage unit, a big data analysis unit and an auditing unit; the user accesses the storage unit through the authority management unit; the auditing module audits the data uploaded by the user; the big data module is used for collecting and analyzing industry information.
When facing different enterprises, the rights management system distributes new account numbers to the enterprises, and when a user logs in through the account numbers, that is to say, when logging in through the rights management unit, the user can display independent visual models like game account numbers. The storage unit is arranged in the external server and is used for storing information such as a public model element library, pictures and tables uploaded by enterprises, and also used for storing imported standard files such as an imported RBA, GRI, SA8000 and the like, and the information can be displayed on model elements in the visual model according to requirements; the uploading mode of the user can be logging in the authority management system at the PC end or logging in the APP at the mobile end such as a mobile phone and the like, and then uploading. The auditing module is used for checking the data uploaded by the users, in the actual factory checking and coaching, a plurality of enterprises need to be adjusted on the original factory building, and for the part of users, an original 3D model is firstly constructed for the enterprises, the model is taken as a prototype, and then a visual mode which accords with the standard file is established for the enterprises to modify and refer; the auditing module can automatically audit the data uploaded by the user, such as a form uploaded by the user and a picture of a specific place of a factory shot by the user according to the requirement, and can also manually audit the content uploaded by the user, the audited data is helpful for quickly establishing a visual model, the number of on-site checking times of a trainer of a third party institution is reduced, in addition, because the visual model is also an actual model after enterprise adjustment, the auditor of a brand party of the third party institution can walk and audit on site for two times during auditing, and then the enterprise site can be compared with the visual model to judge the auditing of the part, and the workload of the auditor can be properly reduced during auditing. Of course, in order to ensure that the visualization model matches the enterprise site, this operation requires that the visualization model be updated simultaneously as the actual changes occur.
The big data analysis unit collects the data of personnel right, anti-terrorism, environment and quality audit of each row, and can form an industry big data analysis report. In addition, the big data analysis unit collects data uploaded by users, derives a basic GRI/ESG report template, and further improves the trust degree of brands and enterprises by combining the display of the visual model.
The data herein are classified by industry (e.g., textile industry, electronics industry, plating industry, etc.) and country region (e.g., guangdong, zhejiang, vietnam, etc. in China); the use of classification industry data is intended for big data analysis and to provide a comparison of big data to individual businesses. The big data analysis unit may summarize quarter and year data, and may provide brand with direction and supply chain management accurate training based on industry data.
The foregoing description is only one preferred embodiment of the invention, and therefore all changes and modifications that come within the meaning and range of equivalency of the structures, features and principles of the invention are intended to be embraced therein.
Claims (1)
1. A live-action shopping method based on a visual model is characterized in that: the method comprises a visual model and a shopping platform;
The visualization model comprises at least two model elements; the relative positions of the model elements conform to the constraint relation of the specification file; the constraint relationship is the distance and azimuth relationship between two or more elements; the model element comprises one or more of knowledge point training information, expert database information and knowledge point examination information; the knowledge point training information can be one or more of text information, picture information and video information;
The shopping platform comprises an online transaction system; the online transaction system comprises at least one shopping link of a product corresponding to the model element;
constructing a required visual model for each user; when the user needs to purchase the model element in the visual model, jumping to a shopping link of a product corresponding to the model element in the online transaction system for the user to purchase;
the shopping platform further comprises a cloud exhibition hall;
The cloud exhibition hall comprises a plurality of product display areas; the online transaction system further includes a shopping link for a product corresponding to the product of the product display area;
The product display mode of the cloud exhibition hall is one or more of pictures, three-dimensional stereogram or 3D models;
The shopping platform further comprises a material auditing module for auditing that the shape and/or the size of the product sold on the online transaction system accords with the constraint relation of the specification file;
the visual model further comprises a building main body model, wherein the model elements are one or more of a door of the building main body model, a window of the building main body model, indoor elements arranged in an inner space of the building main body model and outdoor elements arranged outside the building main body model;
The building main body model consists of at least one editable building main body sub-model; the building main body sub-model comprises one or more of a wall of a building model, a ceiling of the building model and a ground of the building model;
the shape and/or the size of the model element accords with the constraint relation of the specification file; the model element is an editable model element;
the model elements comprise self-size information of the visualized model elements or constraint relation information of the visualized model elements and other model elements;
The visualization model also comprises a database module; the system also comprises a database module; the database module comprises a permission management unit, a storage unit, a big data analysis unit and an auditing unit; the user accesses the storage unit through the authority management unit; the auditing module audits the data uploaded by the user; the big data module is used for collecting and analyzing industry information;
When facing different enterprises, the rights management system distributes new account numbers to the enterprises, and when a user logs in through the account numbers, that is to say, when logging in through the rights management unit, the user displays independent visual models; the storage unit is arranged in the external server and is used for storing the public model element library and the pictures, the table information and the specification files uploaded by the enterprises, and the public model element library and the pictures, the table information and the specification files uploaded by the enterprises are displayed on the model elements in the visual model; the uploading mode of the user comprises logging in a right management system at a PC end or logging in an APP at a mobile end of a mobile phone, and uploading; the auditing module is used for checking the data uploaded by the user, when the data are required to be adjusted on the original factory building, an original 3D model is built for the enterprise, the model is taken as a prototype, and a visual mode which accords with the standard file is established for the enterprise to revise and refer; the auditing module automatically audits the data uploaded by the user, the user uploads a form in a specified format and the picture of a specific place of the factory, which is shot by the user according to the requirement, the audited data quickly establishes a visual model, and when the actual change is carried out, the visual model is updated at the same time;
the big data analysis unit collects the data of personnel right, anti-terrorism, environment and quality audit of each row and forms an industry big data analysis report; the big data analysis unit collects the data uploaded by the user, derives a basic GRI/ESG report template and combines the visual model for display; data is classified by industry and country.
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105976233A (en) * | 2016-07-19 | 2016-09-28 | 浪潮集团有限公司 | Visual shopping system |
| CN106327288A (en) * | 2016-08-10 | 2017-01-11 | 成都九方量子信息科技股份有限公司 | Information processing system capable of real estate product customization |
| CN106855978A (en) * | 2017-01-15 | 2017-06-16 | 东莞新吉凯氏测量技术有限公司 | Power of suppliers authentication method based on virtual reality model |
| CN107146143A (en) * | 2017-05-09 | 2017-09-08 | 张选琪 | Advanced manufacture e-commerce platform |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| MXPA02009776A (en) * | 2000-04-03 | 2004-09-06 | Pugliese Company | System and method for displaying and selling goods and services. |
| KR101302180B1 (en) * | 2011-08-16 | 2013-09-10 | 권오석 | Platform building method and system for personalized service shopping mall |
| CN103473692A (en) * | 2013-06-17 | 2013-12-25 | 展讯通信（上海）有限公司 | Three-dimensional shopping platform display system |
| CN104715374A (en) * | 2013-12-11 | 2015-06-17 | 世纪禾光科技发展（北京）有限公司 | Method and system for governing repetition products of e-commerce platform |
| CN108734448A (en) * | 2018-04-23 | 2018-11-02 | 赵汕可 | One kind can matter pair online transaction method of payment and system |
-
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- 2020-05-26 CN CN202010455607.4A patent/CN111612586B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105976233A (en) * | 2016-07-19 | 2016-09-28 | 浪潮集团有限公司 | Visual shopping system |
| CN106327288A (en) * | 2016-08-10 | 2017-01-11 | 成都九方量子信息科技股份有限公司 | Information processing system capable of real estate product customization |
| CN106855978A (en) * | 2017-01-15 | 2017-06-16 | 东莞新吉凯氏测量技术有限公司 | Power of suppliers authentication method based on virtual reality model |
| CN107146143A (en) * | 2017-05-09 | 2017-09-08 | 张选琪 | Advanced manufacture e-commerce platform |
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