Processing method and platform for enterprise management system

Abstract

The present invention provides a processing method and platform for an enterprise management system, which obtains storage requests from various management terminals in the enterprise, determines a storage strategy based on the storage requests, and the storage strategy includes an electronic storage strategy and a paper storage strategy. Based on the electronic storage strategy, electronic business card data is obtained and stored in an electronic business card library. According to the paper storage strategy, a three-dimensional business card model is retrieved and sent to the management terminal, and the three-dimensional business card model includes a front slot on a first display surface and a back slot on a second display surface. The management terminal receives collection information based on the three-dimensional business card model, updates the three-dimensional business card model according to the collection information, obtains a customized business card model, retrieves a historical twin business card folder and adds a new business card slot, and fills the customized business card model into the business card slot to obtain the current twin business card folder.

Description

Technical Field

[0001] The present invention relates to the field of big data technology, and in particular to a processing method and platform for an enterprise management system. Background Art

[0002] Sales and marketing personnel in companies often need to contact many customers each year, often numbering in the hundreds or even thousands. When conducting business with different clients, they often receive various types of business cards. Business cards typically include electronic and paper business cards.

[0003] In the existing technology, each customer uses a different e-business card app or mini-program. At the same time, business card data cannot be shared between these different programs. As a result, sales and marketing personnel receive e-business cards from customers and store them in different locations, making business card management more chaotic. On the other hand, sales and marketing personnel sometimes also receive paper business cards from customers. Paper business cards have different designs, paper types, and sizes, but they are easily lost or damaged during storage.

[0004] Therefore, how to store and manage the electronic business cards and paper business cards received by the enterprise has become an urgent problem that needs to be solved. Summary of the Invention

[0005] The embodiment of the present invention provides a processing method and platform for an enterprise management system, which completely saves the detailed information of customers on electronic business cards and paper business cards received by the enterprise through different storage methods, thereby facilitating business card management by the enterprise.

[0006] A first aspect of an embodiment of the present invention provides a processing method for an enterprise management system, comprising:

[0007] Obtaining storage requests from various management terminals in the enterprise, and determining a storage policy based on the storage requests, wherein the storage policy includes an electronic storage policy and a paper storage policy;

[0008] Acquire electronic business card data based on the electronic storage strategy and store it in an electronic business card library; retrieve a three-dimensional business card model based on the paper storage strategy and send it to the management end, wherein the three-dimensional business card model includes a front slot on a first display surface and a back slot on a second display surface;

[0009] receiving information collected by the management terminal based on the three-dimensional business card model, and updating the three-dimensional business card model according to the collected information to obtain a customized business card model;

[0010] Retrieve the historical twin business card folder and add a new business card slot, fill the customized business card model into the business card slot to obtain the current twin business card folder.

[0011] Optionally, in a possible implementation of the first aspect,

[0012] The step of obtaining storage requests from management terminals in the enterprise and determining a storage strategy based on the storage requests, wherein the storage strategy includes an electronic storage strategy and a paper storage strategy, includes:

[0013] receiving a storage request from the management terminal, and sending a request interface to the management terminal according to the storage request, wherein the request interface includes an electronic request area and a paper request area;

[0014] An electronic storage strategy is generated based on the selection information of the electronic request area by the management terminal, and a paper storage strategy is generated based on the selection information of the paper request area by the management terminal.

[0015] Optionally, in a possible implementation of the first aspect,

[0016] The step of acquiring electronic business card data based on the electronic storage strategy and storing the data in the electronic business card database includes:

[0017] Acquire the electronic business card data based on the electronic storage strategy, and recognize the business card name in the electronic business card data to obtain the business card name;

[0018] A business card tag corresponding to the electronic business card data is generated according to the business card name, and the electronic business card data is stored in an electronic business card library based on the business card tag.

[0019] Optionally, in a possible implementation of the first aspect,

[0020] The receiving of the collected information based on the business card 3D model by the management terminal and updating the business card 3D model according to the collected information to obtain a customized business card model includes:

[0021] receiving front-side click information of the front slot from the management terminal, collecting a front-side image according to the front-side click information and filling it into the front-side slot to obtain front-side display data;

[0022] receiving back-side click information of the back-side slot from the management terminal, collecting a back-side image according to the back-side click information and filling it into the back-side slot to obtain back-side display data;

[0023] A customized business card model is obtained based on the front-side display data and the back-side display data.

[0024] Optionally, in a possible implementation of the first aspect,

[0025] The collecting of the front image according to the front click information and filling it into the front slot to obtain the front display data includes:

[0026] In response to the front click information, trigger the image acquisition device of the management end to work, and retrieve an image acquisition template and send it to the acquisition interface of the image acquisition device, wherein the image acquisition template includes a center acquisition area and an edge judgment area;

[0027] The front image is collected based on the collection interface and filled into the front slot to obtain the front display data.

[0028] Optionally, in a possible implementation of the first aspect,

[0029] After collecting the front image according to the front click information and filling it into the front slot to obtain the front display data, the method further includes:

[0030] Acquire first offset information of the front image in the edge judgment area and second offset information of the front image in the center acquisition area;

[0031] Adjustment prompt information is generated according to the first offset information and the second offset information and displayed in the acquisition interface.

[0032] Optionally, in a possible implementation of the first aspect,

[0033] The obtaining first offset information of the front image within the edge judgment area includes:

[0034] The edge judgment area includes an upper judgment area located above the central collection area, a lower judgment area located below the central collection area, a left judgment area located to the left of the central collection area, and a right judgment area to the right of the central collection area;

[0035] Obtaining the number of first pixels in the upper judgment area, the number of second pixels in the lower judgment area, the number of third pixels in the left judgment area, and the number of fourth pixels in the right judgment area of the front image;

[0036] Obtaining upward offset information, downward offset information, left offset information, and / or right offset information based on comparison information of the first number of pixels, the second number of pixels, the third number of pixels, and the fourth number of pixels with a first preset number;

[0037] First offset information is generated based on the upper offset information, the lower offset information, the left offset information and / or the right offset information.

[0038] Optionally, in a possible implementation of the first aspect,

[0039] Acquiring second offset information of the front image within the central acquisition area, including:

[0040] The number of blank pixels in the blank area within the central acquisition area is obtained, and the second offset information is obtained based on comparison information between the number of blank pixels and a second preset number.

[0041] Optionally, in a possible implementation of the first aspect,

[0042] The generating of adjustment prompt information according to the first offset information and the second offset information and displaying it in the acquisition interface includes:

[0043] Generate corresponding first prompt information based on the upper offset information, the lower offset information, the left offset information, and / or the right offset information and display it in the acquisition interface, the first prompt information including a downward prompt line corresponding to the upper offset information, an upward prompt line corresponding to the lower offset information, a rightward prompt line corresponding to the left offset information, and a leftward prompt line corresponding to the right offset information;

[0044] The area line of the blank area in the central acquisition area is highlighted based on the second offset information, and second prompt information is generated and displayed in the acquisition interface, where the adjustment prompt information includes first prompt information and second prompt information.

[0045] A second aspect of an embodiment of the present invention provides a processing platform for an enterprise management system, including:

[0046] an acquisition unit, which acquires storage requests from various management terminals in the enterprise and determines a storage policy based on the storage requests, wherein the storage policy includes an electronic storage policy and a paper storage policy;

[0047] a storage unit, which acquires electronic business card data based on the electronic storage policy and stores it in an electronic business card library, and retrieves a three-dimensional business card model based on the paper storage policy and sends it to the management end, wherein the three-dimensional business card model includes a front slot on a first display surface and a back slot on a second display surface;

[0048] an updating unit, receiving information collected by the management terminal based on the three-dimensional business card model, and updating the three-dimensional business card model according to the collected information to obtain a customized business card model;

[0049] The filling unit retrieves the historical twin business card folder and adds a new business card slot, and fills the customized business card model into the business card slot to obtain the current twin business card folder.

[0050] The technical solution provided by the present invention is that when the sales staff in the enterprise receive a business card from a customer and need to store it, a request for business card storage will be sent to the system. Depending on the type of business card, the system will call different storage methods. If an electronic business card is received from a customer, the sales staff will send the electronic business card directly to the electronic business card folder for storage. If a paper business card is received from a customer, a 3D rectangular model similar to the paper business card will be called, and then the front and back of the paper business card will be captured respectively through the mobile phone camera, and the captured images will be filled into the model to obtain a twin business card model that is the same as the physical paper business card. After obtaining the model, the twin business card folder that previously stored the twin business card model is called, and a new business card slot for placing the twin business card model is added. After the twin business card model is placed in it, a new twin business card folder is obtained. It is conducive to the complete preservation of the customer's detailed information and is convenient for the management end to manage business cards.

[0051] The technical solution provided by the present invention sends a corresponding storage request to the server upon receiving different types of business cards from customers. Upon receiving the request, the platform displays a corresponding request interface to the user, including request areas corresponding to electronic business cards and paper business cards. Different storage methods are generated based on the user's clicks on different areas. If it is an electronic business card, the customer's name on the electronic business card is recognized and a name tag is generated. Based on this name tag, the electronic business card is stored in an electronic business card folder. If it is a paper business card, the user clicks on the image slots on the front and back of the 3D model. Images of the paper business card are captured by a camera and then added to the corresponding slots on the front and back of the 3D model, resulting in a twin business card model corresponding to the paper business card. This facilitates the complete preservation of customer details while retaining the original design data of the paper business card, facilitating paper business card management by the management end. Conventional technology often extracts electronic data (name, contact information, etc.) from the paper business card to generate electronic business card data, which destroys the original design data of the paper business card.

[0052] The technical solution provided by the present invention is that when the user clicks on the model corresponding to the paper business card, the camera will be called to capture the image of the paper business card. At the same time, a capture template box will be called to appear on the capture interface. The user can perform the capture according to the capture center area and auxiliary judgment area set in this capture template box. If the user captures the image and the capture is incomplete or fails, it will be displayed in four specific areas above, below, left and right within the auxiliary judgment area. Among them, the number of pixels of the paper business card that exceeds the capture center area and the number of blank pixels in the capture center area are counted separately, and then compared with a preset pixel number value. According to the comparison results, adjustment reminder arrows in different directions are displayed to remind the user to adjust and re-capture the image. It is conducive to the complete preservation of the customer's detailed information and convenient for the management end to manage business cards. BRIEF DESCRIPTION OF THE DRAWINGS

[0053] Figure 1 A flowchart of a processing method for an enterprise management system provided by an embodiment of the present invention;

[0054] Figure 2 A schematic diagram of an image acquisition template provided by an embodiment of the present invention. DETAILED DESCRIPTION

[0055] The following specific embodiments are used to describe the technical solution of the present invention in detail. The following specific embodiments can be combined with each other, and the same or similar concepts or processes may not be described in detail in some embodiments.

[0056] The present invention provides a processing method for an enterprise management system, such as Figure 1 As shown, the specific steps include:

[0057] Step S1: Obtain storage requests from various management terminals in the enterprise, and determine a storage strategy based on the storage requests. The storage strategy includes an electronic storage strategy and a paper storage strategy.

[0058] The technical solution provided by the present invention addresses the fact that sales and marketing personnel in an enterprise often need to contact numerous customers each year, typically numbering in the hundreds or even thousands. It is understood that when conducting business with different clients, they receive various types of business cards. Business cards typically include electronic and paper business cards. Generally, when sales and marketing personnel receive electronic business cards, each client uses a different electronic business card app or mini-program. Furthermore, the business card data between these apps or mini-programs cannot be shared. Consequently, each customer's electronic business card received by sales and marketing personnel is stored in a different app or mini-program, making business card management rather disorganized. On the other hand, sales and marketing personnel sometimes also receive paper business cards from clients, which come in various designs, paper types, and sizes. However, paper business cards are easily lost or damaged during storage. Therefore, this solution provides multiple management terminals, each capable of managing the business cards it receives. A management terminal can be understood as each sales and marketing personnel in the enterprise.

[0059] Specifically, each management client must first obtain a business card storage request. A storage request can be understood as a request from the management client to store a customer's electronic or paper business card. Storage requests typically include electronic storage requests for electronic business cards and paper storage requests for paper business cards.

[0060] In this way, a storage strategy is determined based on the storage request. The storage strategy is the method for storing the customer's business card. The storage strategy generally includes an electronic storage strategy for storing electronic business cards and a paper storage strategy for storing paper business cards.

[0061] In one possible implementation of the technical solution provided by the present invention, step S1 (obtaining storage requests from each management terminal in the enterprise and determining a storage policy based on the storage request, wherein the storage policy includes an electronic storage policy and a paper storage policy) specifically includes the following steps S11-S12, which are specifically as follows:

[0062] Step S11: receiving a storage request from the management terminal, retrieving a request interface according to the storage request and sending it to the management terminal, wherein the request interface includes an electronic request area and a paper request area.

[0063] The technical solution provided by the present invention receives a storage request from a management terminal. A storage request can be understood as a request from the management terminal to store a customer's electronic business card or paper business card after receiving the customer's business card. Storage requests generally include electronic storage requests for electronic business cards and paper storage requests for paper business cards.

[0064] Through the above method, the request interface is called up based on the storage request. This interface allows the administrator to select different storage strategies. It includes an electronic request area for storing electronic business card requests and a paper request area for storing paper business card requests. These areas are displayed on the administrator's terminal. By clicking on different areas based on different storage requests, the administrator will generate a storage strategy corresponding to the business card type.

[0065] Step S12: Generate an electronic storage strategy based on the selection information of the electronic request area by the management terminal, and generate a paper storage strategy based on the selection information of the paper request area by the management terminal.

[0066] The technical solution provided by the present invention involves the following: upon receiving an electronic business card, the management terminal clicks on an electronic storage request on the terminal, retrieves an electronic request area based on the electronic storage request, and then clicks on information in the electronic request area to generate an electronic storage policy. The electronic storage policy is a method for storing a customer's electronic business card.

[0067] Similarly, if the management client receives a paper business card, it will click on the paper storage request on the terminal. Based on the paper storage request, the management client will retrieve the paper request area. The management client will click on the selected information in the paper request area to generate a paper storage policy. The paper storage policy is the method for storing the customer's paper business cards.

[0068] Step S2: Based on the electronic storage strategy, the electronic business card data is acquired and stored in the electronic business card library; based on the paper storage strategy, a three-dimensional business card model is retrieved and sent to the management end; the three-dimensional business card model includes a front slot on the first display surface and a back slot on the second display surface.

[0069] The technical solution provided by the present invention utilizes an electronic storage strategy. After receiving and viewing a customer's electronic business card, the management terminal sends it to a server. The server then identifies the electronic business card data within the electronic business card and stores it in an electronic business card library. The electronic business card data can be understood as the interface information of the electronic business card, which contains various customer details, such as the customer's name, company name, and position. The electronic business card library can be understood as a database that stores electronic business card data. The electronic business card library arranges each electronic business card in alphabetical order from A to Z, based on the customer's first letter, in accordance with the sorting method used in mobile phone address books in the prior art.

[0070] It is worth mentioning that after the management end receives the customer's paper business card, it retrieves the three-dimensional business card model corresponding to the paper business card according to the paper storage strategy and sends it to the management end. The three-dimensional business card model can be understood as a rectangular model with a certain thickness corresponding to the physical paper business card, in order to make it similar to the physical paper business card. The role of the three-dimensional business card model is to facilitate the subsequent filling and storage of the information on the customer's paper business card. It is conducive to the complete preservation of the customer's detailed information on the basis of retaining the original design data of the paper business card, which is convenient for the management end to manage the paper business card. In the existing technology, the electronic data (name, contact information, etc.) in the paper business card is often extracted to generate electronic business card data, which destroys the original design data of the paper business card.

[0071] The 3D business card model includes a front slot on a first display surface and a back slot on a second display surface. The first display surface corresponds to the front display surface of a paper business card. The front slot can be understood as a fill-in box on the first display surface of the 3D business card model, which is filled with the customer details on the front display surface of the paper business card. The second display surface corresponds to the back display surface of the paper business card. The back slot can be understood as a fill-in box on the second display surface of the 3D business card model, which is filled with the customer details on the back display surface of the paper business card.

[0072] In one possible implementation of the technical solution provided by the present invention, step S2 (obtaining electronic business card data based on the electronic storage strategy and storing it in the electronic business card database) specifically includes the following steps S21-S22, which are specifically as follows:

[0073] Step S21: Acquire the electronic business card data based on the electronic storage strategy, and recognize the business card name in the electronic business card data to obtain the business card name.

[0074] The technical solution provided by the present invention utilizes an electronic storage strategy. A management terminal receives a customer's electronic business card, views it, and sends it to a server, where it retrieves the electronic business card data. The electronic business card data can be understood as the business card interface information of the electronic business card, which contains various customer details, such as the customer's name, company name, and position. The name in the electronic business card data is recognized to obtain the name, which is the customer's name as it appears on the electronic business card.

[0075] Step S22: Generate a business card tag corresponding to the electronic business card data according to the business card name, and store the electronic business card data in an electronic business card database based on the business card tag.

[0076] The technical solution provided by the present invention extracts the corresponding first letter of the customer's surname from the electronic business card data based on the name on the business card and uses it as a business card tag. Based on the business card tag, the electronic business card data is stored in an electronic business card library. The electronic business card library can be understood as a database that stores electronic business card data. The electronic business card library arranges each electronic business card in alphabetical order from A to Z based on the first letter of the customer's name, in the same manner as a mobile phone address book in the prior art.

[0077] Step S3: receiving the collected information based on the business card 3D model from the management terminal, and updating the business card 3D model according to the collected information to obtain a customized business card model.

[0078] The technical solution provided by the present invention is that, upon receiving the 3D business card model, the management terminal activates an image capture device to capture an image of the paper business card. The image capture device can be a mobile phone camera on the client. When the management terminal clicks on the first display surface of the 3D business card model, the image capture device can capture an image of the front of the physical paper business card, obtaining captured information for the first display surface. When the management terminal clicks on the second display surface of the 3D business card model, the image capture device can capture an image of the back of the physical paper business card, obtaining captured information for the second display surface.

[0079] Through the above method, according to the collected information of the first display surface and the second display surface, the front slot and the back slot are filled with corresponding information respectively, thereby updating the three-dimensional model of the business card and obtaining a customized business card model. The customized business card model can be understood as a 3D twin model that is the same as the physical paper business card. The role of the customized business card model is that the customer's paper business card can be stored one-to-one in the future, that is, the design sense of the customer's paper business card can be retained, and the customer's detailed information can be fully saved, which is convenient for the management end to manage the business card. It is beneficial to fully save the customer's detailed information on the basis of retaining the original design data of the paper business card, which is convenient for the management end to manage the paper business card. In the existing technology, the electronic data (name, contact information, etc.) in the paper business card is often extracted to generate electronic business card data, which destroys the original design data of the paper business card.

[0080] In one possible implementation of the technical solution provided by the present invention, step S3 (receiving information collected by the management terminal based on the three-dimensional business card model, and updating the three-dimensional business card model according to the collected information to obtain a customized business card model) specifically includes the following steps S31-S33, which are specifically as follows:

[0081] Step S31: receiving the front click information of the front slot from the management terminal, collecting the front image according to the front click information and filling it into the front slot to obtain the front display data.

[0082] The technical solution provided by the present invention generates front-side click information when a management terminal clicks a front slot in the first display surface of a three-dimensional business card model. After receiving the front-side click information, an image acquisition device can be used to capture an image of the front side of the physical paper business card to obtain a front image of the first display surface. The captured front image is then filled into the front slot in the first display surface to obtain front display data. The front display data is the display image after all the front slots in the first display surface are filled with the front information of the physical paper business card.

[0083] Step S32: receiving the back-side click information of the back-side slot from the management terminal, collecting a back-side image according to the back-side click information and filling it into the back-side slot to obtain back-side display data.

[0084] The technical solution provided by the present invention generates reverse click information when a management terminal clicks a reverse slot on the second display surface of a three-dimensional business card model. Upon receiving the reverse click information, an image acquisition device can be used to capture an image of the reverse side of the physical paper business card, obtaining a reverse image of the second display surface. The captured reverse image is then applied to the reverse slots on the second display surface, obtaining reverse display data. The reverse display data is the display image obtained by filling all the reverse slots on the second display surface with the reverse information of the physical paper business card.

[0085] Step S33: Obtain a customized business card model based on the front display data and the back display data.

[0086] The technical solution provided by the present invention updates the three-dimensional model of the business card according to the front display data of the first display surface and the back display data on the second display surface to obtain a customized business card model. The customized business card model can be understood as a 3D twin model that is the same as the physical paper business card. The role of the customized business card model is that the customer's paper business card can be stored one-to-one in the future, that is, the design sense of the customer's paper business card can be retained, and the customer's detailed information can be completely saved, which is convenient for the management end to manage the business card. It is beneficial to completely save the customer's detailed information on the basis of retaining the original design data of the paper business card, which is convenient for the management end to manage the paper business card. In the existing technology, the electronic data (name, contact information, etc.) in the paper business card is often extracted to generate electronic business card data, which destroys the original design data of the paper business card.

[0087] In one possible implementation of the technical solution provided by the present invention, step S31 (collecting a front image based on the front click information and filling it into the front slot to obtain front display data) specifically includes the following steps S34-S35, which are specifically as follows:

[0088] Step S34: In response to the front click information, trigger the image acquisition device of the management end to work, and retrieve the image acquisition template and send it to the acquisition interface of the image acquisition device. The image acquisition template includes a center acquisition area and an edge judgment area.

[0089] The technical solution provided by the present invention is that after the platform responds to the front-side click information of the management terminal, it triggers the image acquisition device of the management terminal to capture the front-side image of the physical paper business card. The image acquisition device can be the mobile phone camera of the client.

[0090] Specifically, after the image acquisition device is activated, an image acquisition template is retrieved and sent to the acquisition interface of the image acquisition device. The image acquisition template can be understood as a pre-set capture frame for capturing paper business card images. The image acquisition template consists of a center capture area and an edge judgment area. The acquisition interface is the interface used for capturing images of paper business cards. When the image acquisition device is triggered, the acquisition interface is displayed on the management terminal.

[0091] The central capture area is located in the horizontal and vertical center of the image capture template. When capturing images of paper business cards, place the image within the central capture area of the image capture template. The edge judgment areas are located in the top, bottom, left, and right directions of the central capture area, surrounding it to assist in acquisition.

[0092] The main purpose of using the center acquisition area and edge judgment area in the image acquisition template in the above method to capture the image of the paper business card is to capture the image of the paper business card more accurately and ensure the integrity of the subsequent customized business card model.

[0093] Step S35: Based on the acquisition interface, a front image is collected and filled into the front slot to obtain front display data.

[0094] The technical solution provided by the present invention uses an image capture device. Based on a capture interface and an image capture template displayed on a mobile phone, the management terminal captures an image of the front of a physical paper business card to obtain a front image of the first display surface. The captured front image is then inserted into the front slot of the first display surface to obtain front display data.

[0095] In one possible implementation, the technical solution provided by the present invention further includes the following steps S36-S37 after step S31 (collecting a front image based on the front click information and filling it into the front slot to obtain front display data), specifically as follows:

[0096] Step S36: Acquire first offset information of the front image in the edge judgment area and second offset information of the front image in the center acquisition area.

[0097] The technical solution provided by the present invention involves acquiring, after a management terminal acquires a front image of a paper business card according to an image acquisition template, first offset information indicating that the front image is within the edge determination zone, rather than within the central acquisition zone of the image acquisition template, is needed to obtain the first offset information indicating that the front image is within the edge determination zone. The first offset information is information indicating that the front image is within the edge determination zone.

[0098] Similarly, the second offset information of the front image in the central acquisition area is obtained. The second offset information is the image information of the blank area remaining in the central acquisition area except the front image.

[0099] Step S37: Generate adjustment prompt information according to the first offset information and the second offset information and display it in the acquisition interface.

[0100] The technical solution provided by the present invention generates adjustment prompt information based on the first offset information and the second offset information. The adjustment prompt information is to prompt the management end that the image of the paper business card captured by the management end deviates from the image capture template and needs to be adjusted and re-captured.

[0101] The reason for generating adjustment prompt information is that the image acquisition of paper business cards needs to be relatively accurate. It cannot be too large, too small, or too biased. Otherwise, the generated customized business card model will be poor and too different from the physical business card, thereby changing the original design data of the paper business card. Therefore, this solution needs to determine the adjustment prompt information to assist users in collecting more standard business card images.

[0102] In one possible implementation of the technical solution provided by the present invention, in step S36 (obtaining first offset information of the front image within the edge judgment area), the following steps S361-S364 are specifically included as follows:

[0103] Step S361: The edge judgment area includes an upper judgment area above the central collection area, a lower judgment area below the central collection area, a left judgment area to the left of the central collection area, and a right judgment area to the right of the central collection area.

[0104] In the technical solution provided by the present invention, edge judgment zones are located in the four directions of the central collection area, above, below, left, and right, surrounding the central collection area to assist in data collection. The area above the central collection area is the upper judgment zone. The area below the central collection area is the lower judgment zone. The area to the left of the central collection area is the left judgment zone. The area to the right of the central collection area is the right judgment zone.

[0105] Step S362, obtaining the first number of pixels in the upper judgment area, the second number of pixels in the lower judgment area, the third number of pixels in the left judgment area, and the fourth number of pixels in the right judgment area of the front image.

[0106] The technical solution provided by the present invention obtains the first number of pixels by obtaining the number of pixels in the upper judgment area of the front image. The second number of pixels by obtaining the number of pixels in the lower judgment area of the front image. The third number of pixels by obtaining the number of pixels in the left judgment area of the front image. The fourth number of pixels by obtaining the number of pixels in the right judgment area of the front image.

[0107] Step S363: Obtain upper offset information, lower offset information, left offset information and / or right offset information based on the comparison information of the first pixel number, the second pixel number, the third pixel number and the fourth pixel number with the first preset number.

[0108] The technical solution provided by the present invention compares the first number of pixels, the second number of pixels, the third number of pixels, and the fourth number of pixels with the first preset number respectively to obtain the comparison information corresponding to each judgment area. The first preset number is the preset number of pixels of the front image located in each judgment area. The role of the first preset number is that if the first number of pixels, the second number of pixels, the third number of pixels, and the fourth number of pixels are all less than the first preset number, the part of the front image that exceeds the central acquisition area can be ignored because it has little impact on the subsequent establishment of a customized business card model. It can be understood that when the first number of pixels, the second number of pixels, the third number of pixels, and the fourth number of pixels are greater than the first preset number, the number of pixels corresponding to each judgment area will be compared with the first preset number.

[0109] Specifically, the corresponding upper offset information is obtained based on the comparison information obtained after comparing the first number of pixels in the upper judgment area with the first preset number. The corresponding lower offset information is obtained based on the comparison information obtained after comparing the second number of pixels in the lower judgment area with the first preset number. The corresponding left offset information is obtained based on the comparison information obtained after comparing the third number of pixels in the left judgment area with the first preset number. The corresponding right offset information is obtained based on the comparison information obtained after comparing the fourth number of pixels in the right judgment area with the first preset number.

[0110] Step S364: Generate first offset information based on the upper offset information, the lower offset information, the left offset information and / or the right offset information.

[0111] The technical solution provided by the present invention obtains first offset information indicating that the front image is within the edge determination area based on the upper offset information, lower offset information, left offset information, and / or right offset information within the edge determination area. The first offset information is image information indicating that the front image is within the edge determination area.

[0112] In one possible implementation of the technical solution provided by the present invention, in step S36 (generating adjustment prompt information based on the first offset information and the second offset information and displaying it in the acquisition interface), the following steps S365 are specifically included as follows:

[0113] Step S365: Acquire the number of blank pixels in the blank area within the central acquisition area, and obtain the second offset information based on comparison information between the number of blank pixels and a second preset number.

[0114] The technical solution provided by the present invention obtains the number of blank pixels in the blank area remaining in the central acquisition area except for the front image, and compares the number of blank pixels with a second preset number to obtain comparison information corresponding to the central acquisition area.

[0115] The second preset number is the preset number of blank pixels in the blank area within the central acquisition area. The purpose of the second preset number is that, after the central acquisition area captures the front image, if the number of blank pixels in the remaining blank area outside the central acquisition area is less than the second preset number, the remaining blank area outside the front image can be ignored because it has little impact on the subsequent creation of the customized business card model.

[0116] It is understood that when the number of blank pixels in the remaining blank area exceeds a second preset number, the number of blank pixels is compared with the second preset number. Based on the comparison information between the number of blank pixels and the second preset number, second offset information is obtained. The second offset information is the image information of the remaining blank area in the central capture area, excluding the front image.

[0117] In one possible implementation of the technical solution provided by the present invention, in step S37 (generating adjustment prompt information based on the first offset information and the second offset information and displaying it in the acquisition interface), the following steps S371-S372 are specifically included as follows:

[0118] Step S371: Generate corresponding first prompt information based on the upper offset information, the lower offset information, the left offset information and / or the right offset information and display it in the acquisition interface. The first prompt information includes a downward prompt line corresponding to the upper offset information, an upward prompt line corresponding to the lower offset information, a rightward prompt line corresponding to the left offset information, and a leftward prompt line corresponding to the right offset information.

[0119] The technical solution provided by the present invention generates corresponding first prompt information based on the upper offset information, the lower offset information, the left offset information, and / or the right offset information, and displays it in the corresponding judgment area in the acquisition interface. The first prompt information is the prompt symbol corresponding to the offset information in each judgment area.

[0120] The first prompt includes a downward line corresponding to the upper offset information. The downward line is a downward arrow. If a downward line appears, it means the front image is currently within the upper judgment area. If an upper offset information appears, the front image needs to be moved downward during the next image capture according to the downward arrow to avoid upward capture deviation.

[0121] Similarly, the first prompt information also includes an upward prompt line corresponding to the downward offset information. The upward prompt line is an upward arrow. If an upward prompt line appears, it means that the front image is currently located in the lower judgment area. If downward offset information appears, it is necessary to move the front image upward during the next image capture according to the upward arrow to avoid downward capture deviation.

[0122] Similarly, the first prompt information also includes a rightward prompt line corresponding to the left offset information. The rightward prompt line is an arrow pointing right. If the rightward prompt line appears, it means that the front image is currently within the left judgment area. If the left offset information appears, it is necessary to move the front image to the right during the next image capture according to the rightward arrow to avoid leftward capture deviation.

[0123] Similarly, the first prompt information also includes a leftward prompt line corresponding to the rightward offset information. The leftward prompt line is an arrow pointing leftward. If a leftward prompt line appears, it means that the front image is currently within the right judgment area. If rightward offset information appears, the front image needs to be shifted leftward during the next image capture according to the leftward arrow to avoid rightward capture deviation.

[0124] Step S372: highlighting the area line of the blank area in the central acquisition area based on the second offset information, generating second prompt information to be displayed in the acquisition interface, wherein the adjustment prompt information includes first prompt information and second prompt information.

[0125] The technical solution provided by the present invention highlights the blank area within the central capture area, excluding the frontal image, based on the second offset information, generating a second prompt message for display within the capture interface. The second prompt message highlights the blank area. Highlighting means changing the pixel values of the pixels corresponding to the blank area to red or another more eye-catching color, which is not limited here. After the blank area is highlighted, the line is displayed within the capture interface.

[0126] In this way, the corresponding adjustment prompt information is generated according to the first prompt information and the second prompt information to remind the management terminal. The adjustment prompt information is to remind the management terminal that the image of the paper business card captured by the management terminal deviates from the image capture template and needs to be adjusted and re-captured.

[0127] The reason for generating adjustment prompt information is that the image capture of paper business cards needs to be relatively accurate. It cannot be too large, too small, or too biased. Otherwise, the generated customized business card model will be poor and too different from the physical business card. Therefore, this solution needs to determine the adjustment prompt information to assist users in capturing more standard business card images.

[0128] Step S4: retrieve the historical twin business card folder and add a new business card slot, fill the customized business card model into the business card slot to obtain the current twin business card folder.

[0129] The technical solution provided by the present invention involves the management end collecting information to update the three-dimensional business card model to obtain a customized business card model, and then retrieving the historical twin business card folder. The historical twin business card folder can be understood as a business card folder in which the management end stores previously customized business card models. The historical twin business card folder provides slots for inserting custom business card models horizontally. Each slot has a letter label corresponding to the customer's initials below it, allowing for storage of custom business card models.

[0130] Specifically, when a new custom business card model is created, the historical twin business card folder is retrieved and a new business card slot is added. The new custom business card model is then added to the new slot to create the current twin business card folder. The current twin business card folder is the one that contains the new custom business card model.

[0131] In order to implement the processing method for an enterprise management system provided by the present invention, the present invention also provides a processing platform for an enterprise management system, comprising:

[0132] an acquisition unit, which acquires storage requests from various management terminals in the enterprise and determines a storage policy based on the storage requests, wherein the storage policy includes an electronic storage policy and a paper storage policy;

[0133] a storage unit, which acquires electronic business card data based on the electronic storage policy and stores it in an electronic business card library, and retrieves a three-dimensional business card model based on the paper storage policy and sends it to the management end, wherein the three-dimensional business card model includes a front slot on a first display surface and a back slot on a second display surface;

[0134] an updating unit, receiving information collected by the management terminal based on the three-dimensional business card model, and updating the three-dimensional business card model according to the collected information to obtain a customized business card model;

[0135] The filling unit retrieves the historical twin business card folder and adds a new business card slot, and fills the customized business card model into the business card slot to obtain the current twin business card folder.

[0136] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the above embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the above embodiments, or replace some or all of the technical features therein with equivalents. However, these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the scope of the technical solutions of the embodiments of the present invention.

Claims

1. A processing method for an enterprise management system, characterized in that: include: Obtaining storage requests from various management terminals in the enterprise, and determining a storage policy based on the storage requests, wherein the storage policy includes an electronic storage policy and a paper storage policy; Acquire electronic business card data based on the electronic storage strategy and store it in an electronic business card library; retrieve a three-dimensional business card model based on the paper storage strategy and send it to the management end, wherein the three-dimensional business card model includes a front slot on a first display surface and a back slot on a second display surface; Receiving information collected by the management end based on the three-dimensional business card model, and updating the three-dimensional business card model according to the collected information to obtain a customized business card model, including: receiving front-side click information of the front slot from the management end, collecting a front-side image according to the front-side click information and filling it into the front-side slot to obtain front-side display data; receiving back-side click information of the back slot from the management end, collecting a back-side image according to the back-side click information and filling it into the back-side slot to obtain back-side display data; and obtaining a customized business card model based on the front-side display data and the back-side display data; Retrieve the historical twin business card folder and add a new business card slot, fill the customized business card model into the business card slot to obtain the current twin business card folder; The collecting of the front image according to the front click information and filling it into the front slot to obtain the front display data includes: in response to the front click information, triggering the image acquisition device of the management end to operate, and retrieving an image acquisition template and sending it to a capture interface of the image acquisition device, wherein the image acquisition template includes a center capture area and an edge judgment area; collecting the front image based on the capture interface and filling it into the front slot to obtain the front display data; After obtaining the front display data, the method further includes: obtaining first offset information of the front image in the edge judgment area and second offset information in the central acquisition area; generating adjustment prompt information based on the first offset information and the second offset information and displaying it in the acquisition interface; The obtaining first offset information of the front image within the edge judgment area includes: The edge judgment area includes an upper judgment area located above the central collection area, a lower judgment area located below the central collection area, a left judgment area located to the left of the central collection area, and a right judgment area located to the right of the central collection area; Obtaining the number of first pixels in the upper judgment area, the number of second pixels in the lower judgment area, the number of third pixels in the left judgment area, and the number of fourth pixels in the right judgment area of the front image; Obtaining upward offset information, downward offset information, left offset information, and right offset information based on comparison information of the first number of pixels, the second number of pixels, the third number of pixels, and the fourth number of pixels with a first preset number; First offset information is generated based on the upper offset information, the lower offset information, the left offset information and / or the right offset information.

2. The method according to claim 1, characterized in that The step of obtaining storage requests from management terminals in the enterprise and determining a storage strategy based on the storage requests, wherein the storage strategy includes an electronic storage strategy and a paper storage strategy, includes: receiving a storage request from the management terminal, and sending a request interface to the management terminal according to the storage request, wherein the request interface includes an electronic request area and a paper request area; An electronic storage strategy is generated based on the selection information of the electronic request area by the management terminal, and a paper storage strategy is generated based on the selection information of the paper request area by the management terminal.

3. The method according to claim 2, characterized in that The step of acquiring electronic business card data based on the electronic storage strategy and storing the data in the electronic business card database includes: Acquire the electronic business card data based on the electronic storage strategy, and recognize the business card name in the electronic business card data to obtain the business card name; A business card tag corresponding to the electronic business card data is generated according to the business card name, and the electronic business card data is stored in an electronic business card library based on the business card tag.

4. The method according to claim 1, wherein Acquiring second offset information of the front image within the central acquisition area, including: The number of blank pixels in the blank area within the central acquisition area is obtained, and the second offset information is obtained based on comparison information between the number of blank pixels and a second preset number.

5. The method according to claim 4, characterized in that The generating of adjustment prompt information according to the first offset information and the second offset information and displaying it in the acquisition interface includes: Generate corresponding first prompt information based on the upper offset information, the lower offset information, the left offset information, and / or the right offset information and display it in the acquisition interface, the first prompt information including a downward prompt line corresponding to the upper offset information, an upward prompt line corresponding to the lower offset information, a rightward prompt line corresponding to the left offset information, and a leftward prompt line corresponding to the right offset information; The area line of the blank area in the central acquisition area is highlighted based on the second offset information, and second prompt information is generated and displayed in the acquisition interface, where the adjustment prompt information includes first prompt information and second prompt information.

6. A processing platform for an enterprise management system, the processing platform being used to implement the processing method for an enterprise management system according to claim 1, comprising: an acquisition unit, which acquires storage requests from various management terminals in the enterprise and determines a storage policy based on the storage requests, wherein the storage policy includes an electronic storage policy and a paper storage policy; a storage unit, which acquires electronic business card data based on the electronic storage policy and stores it in an electronic business card library, and retrieves a three-dimensional business card model based on the paper storage policy and sends it to the management end, wherein the three-dimensional business card model includes a front slot on a first display surface and a back slot on a second display surface; an updating unit, receiving information collected by the management terminal based on the three-dimensional business card model, and updating the three-dimensional business card model according to the collected information to obtain a customized business card model; The filling unit retrieves the historical twin business card folder and adds a new business card slot, and fills the customized business card model into the business card slot to obtain the current twin business card folder.

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