CN113377472B

CN113377472B - Account login method, three-dimensional display device and server

Info

Publication number: CN113377472B
Application number: CN202110640803.3A
Authority: CN
Inventors: 杨彬; 史东平; 任子健; 吴连朋
Original assignee: Juhaokan Technology Co Ltd
Current assignee: Juhaokan Technology Co Ltd
Priority date: 2020-10-19
Filing date: 2021-06-09
Publication date: 2022-09-09
Anticipated expiration: 2041-06-09
Also published as: CN114442872B; CN114443945A; CN114385052A; CN114442872A; CN114385052B; CN114385886A; CN113377472A

Abstract

The application discloses an account login method, a three-dimensional display device and a server, wherein when an application needs account login, an account login interface comprising a code scanning login control is presented in a virtual user interface; operating the code scanning login control, starting a camera and presenting a code scanning login interface comprising an image display area in an account login interface; the method comprises the steps that a login two-dimensional code provided by the intelligent terminal is scanned by a camera, account login information obtained after the login two-dimensional code is scanned is obtained and sent to a server to be subjected to account verification, and account login of an application is achieved based on the account login information when the verification is passed. Therefore, the method, the three-dimensional display device and the server provided by the embodiment of the invention provide a code scanning login mode, do not need manual input of a user, and can quickly realize account login of the application in the three-dimensional display device by scanning the login two-dimensional code provided by the intelligent terminal configured with the corresponding application, so that the operation is convenient and fast, and the user experience is good.

Description

Account login method, three-dimensional display device and server

This application claims priority to the chinese patent application having a national intellectual property office application number of 202011119774.8 filed on 19/10/2020. The entire contents of which are incorporated by reference in the present application.

Technical Field

The application relates to the technical field of intelligent equipment manufacturing, in particular to an account login method, three-dimensional display equipment and a server.

Background

VR (Virtual Reality) or AR (Augmented Reality) is a computer simulation system that can create and experience a Virtual world, using a computer to create a simulated environment into which a user is immersed. The virtual reality technology is to combine electronic signals generated by computer technology with data in real life to convert the electronic signals into phenomena capable of being felt by people, wherein the phenomena can be true objects in reality or substances invisible to the naked eyes and are expressed by a three-dimensional model. These phenomena are called virtual reality because they are not directly visible but are simulated by computer technology as a real world. The VR device and the AR device are collectively referred to as a three-dimensional display device, and the three-dimensional display device may further include other similar devices for realizing stereoscopic display.

When the three-dimensional display equipment is used for immersion experience, virtual reality application is configured in the three-dimensional display equipment, and a virtual user interface is presented in a three-dimensional virtual space when the virtual reality application is started. When the three-dimensional display equipment of the user performs account login operation, the display window where the virtual user interface is located is small, and the display window cannot display too much content, so that an account input box display area and an input method area which are triggered when the user logs in cannot be simultaneously and completely displayed in the display window. In this case, if the user wants to log in the account, the user needs to adjust the viewing angle by frequently rotating the head to clearly see the content of the login interface, so as to perform the input operation. Therefore, the account login method is complicated and inconvenient for user operation.

Disclosure of Invention

The application provides an account login method, a three-dimensional display device and a server, and aims to solve the problem that the existing account login mode is inconvenient.

In a first aspect, the present application provides a three-dimensional display device, comprising:

a virtual display configured to present a virtual user interface with different applications displayed;

a camera configured to acquire image information;

a controller connected to the virtual display and the camera, respectively, the controller configured to:

receiving operation on any application in the virtual user interface, and presenting an account login interface comprising a code scanning login control in the virtual user interface;

receiving an operation on the code scanning login control, starting the camera, and presenting a code scanning login interface comprising an image display area in the account login interface, wherein the image display area is used for displaying image information acquired by the camera;

obtaining account login information obtained by acquiring a login two-dimensional code through the camera, and logging in an account corresponding to the application based on the account login information, wherein the login two-dimensional code is a two-dimensional code generated by the intelligent terminal based on configured account information of the application in which the account is logged in.

In a second aspect, the present application further provides a server, including:

the device comprises a memory, a storage and a display, wherein the memory is configured to store registered account information of an application corresponding account;

a controller connected to the memory, the controller configured to:

when a three-dimensional display device logs in an account of an application, receiving an account login request sent by the three-dimensional display device, wherein the account login request carries account login information and device source field information, the account login information is information obtained after the three-dimensional display device scans a login two-dimensional code provided by an intelligent terminal, the login two-dimensional code is a two-dimensional code generated by the intelligent terminal based on configured account information of the application in which the account is logged in, and the device source field information is used for representing a device source;

responding to the account login request, and performing account verification based on the account login information and the equipment source field information to obtain an account verification result;

and sending the account verification result to the three-dimensional display equipment so that the three-dimensional display equipment can realize login of the account corresponding to the application based on the account verification result.

In a third aspect, the present application further provides an account login method, which is applied to a three-dimensional display device, and the method includes:

receiving an operation on any application in a virtual user interface, and presenting an account login interface comprising a code scanning login control in the virtual user interface;

acquiring account login information acquired by the camera through acquiring a login two-dimensional code, and logging in an account corresponding to the application based on the account login information, wherein the login two-dimensional code is a two-dimensional code generated by the intelligent terminal based on configured account information of the application in which the account is logged.

In a fourth aspect, the present application further provides an account login method, which is applied to a server, and the method includes:

In a fifth aspect, the present application further provides a storage medium, where the computer storage medium may store a program, and the program may implement, when executed, some or all of the steps in the embodiments of the account login method provided by the present application.

According to the technical scheme, the account login method, the three-dimensional display device and the server provided by the embodiment of the invention have the advantages that in order to solve the problems that the traditional account login mode needs user operation and a display window is small and inconvenient, the account login is realized by adopting a code scanning login mode. When an application needs account login, an account login interface comprising a code scanning login control is presented in a virtual user interface; operating the code scanning login control, starting a camera and presenting a code scanning login interface comprising an image display area in an account login interface; the method comprises the steps that a login two-dimensional code provided by the intelligent terminal is scanned by a camera, account login information obtained after the login two-dimensional code is scanned is obtained and sent to a server to be subjected to account verification, and account login of an application is achieved based on the account login information when the verification is passed. Therefore, the method, the three-dimensional display device and the server provided by the embodiment of the invention provide a code scanning login mode, do not need manual input of a user, and can quickly realize account login of the application in the three-dimensional display device by scanning the login two-dimensional code provided by the intelligent terminal configured with the corresponding application, so that the operation is convenient and fast, and the user experience is good.

Drawings

In order to more clearly explain the technical solution of the present application, the drawings needed to be used in the embodiments will be briefly described below, and it is obvious to those skilled in the art that other drawings can be obtained according to the drawings without any creative effort.

FIG. 1 illustrates a global schematic of a virtual user interface of a three-dimensional display device according to some embodiments;

FIG. 2 illustrates a scene schematic of a user wearing a three-dimensional display device operating handle according to some embodiments;

FIG. 3 illustrates a flow diagram of an account login method according to some embodiments;

FIG. 4 illustrates an interaction diagram of an account login method, according to some embodiments;

FIG. 5 illustrates a display diagram of an account login interface, in accordance with some embodiments;

FIG. 6 illustrates a display diagram of a code scan login interface, in accordance with some embodiments;

fig. 7 illustrates a scene diagram of a camera acquiring a login two-dimensional code provided by an intelligent terminal according to some embodiments;

FIG. 8 illustrates a framework diagram of a smart terminal upon logging into an account in accordance with some embodiments;

FIG. 9 illustrates another flow diagram of an account login method according to some embodiments.

Detailed Description

The three-dimensional display device may include a VR (Virtual Reality) device or an AR (Augmented Reality) device.

When the three-dimensional display equipment is used for immersion experience, a virtual reality application is configured in the three-dimensional display equipment, and a virtual user interface is presented in a virtual space when the virtual reality application is started, namely when a user wears the three-dimensional display equipment for immersion experience, the virtual user interface is presented in front of the user. The method comprises the steps that functional controls capable of achieving different business requirements are displayed in a virtual user interface, each business requirement corresponds to a function, and the business requirements comprise home page recommendation, navigation and the like; 2D movies, educational courses, travel, 3D, 360 degree panorama, live broadcast, 4K movies, program applications, games, travel, etc. in the home recommendation page.

The three-dimensional display device provides an immersive experience of the three-dimensional scene, so that the space of the three-dimensional display device is a virtual three-dimensional space, which is different from a traditional two-dimensional space. Therefore, for the layout and interaction mode of the virtual user interface, different from plane display equipment such as televisions, mobile phones and the like, the three-dimensional display equipment has the capability of controlling three-dimensional layout, is not limited to a plane in front of eyes any more, can be flexibly laid out in a 360-degree space of up, down, left, right, front and back, and can see different interfaces along with the rotation of the head of a person.

When carrying out overall arrangement and interaction to virtual user interface, in order to avoid transplanting traditional two-dimensional space layout mode simply to three-dimensional space, the interaction difficulty that leads to, the uncomfortable scheduling problem that discordants with expectation when overall arrangement unscientific arouses user visual angle to change influences user experience, can provide different overall arrangements according to people's visual characteristics to promote user experience. The layout mode aims to fully utilize the three-dimensional space characteristics and the visual characteristics of people to carry out layout and interaction, so that all layouts can be operated in a comfortable experience range.

Because the virtual user interface is displayed in the three-dimensional virtual space, the overall interface overall layout of the virtual user interface can be divided into regions around the main visual angle of human eyes so that different contents can be borne in the three-dimensional space according to the visual characteristics of the human eyes. The main visual angle refers to a range that a user can see when the head of the user is not rotated, and the main visual angle of the three-dimensional display device can be understood as an image range that the device can display.

According to the advantages of the space layout, more information can be displayed in one interface, so that the functional areas are divided according to the space positions and the ergonomic characteristics, different contents are displayed in different functional areas, and more contents can be scientifically displayed at one time.

FIG. 1 illustrates a global schematic of a virtual user interface of a three-dimensional display device according to some embodiments. As shown in fig. 1, the regions of the global interface divided according to the main visual angle of the human eye include: a main viewing angle region, a main viewing angle top region, a main viewing angle bottom region, a main viewing angle left region, and a main viewing angle right region.

The main viewing angle area shows the most frequently used functions, i.e., media, applications, games, etc., available to the user. The left and right side areas of the main visual angle are areas which are convenient for secondary operations and used for expanding the functions of the main visual angle area. Different from the defect that the visual angle of human eyes in a two-dimensional space is limited, the content in an ultra-large visual angle range is difficult to clearly view in the horizontal direction. However, the stereoscopic space is different, and the left area and the right area of the main viewing angle are respectively arranged on the two sides of the main viewing angle area, so that the contents on the left side and the right side can be conveniently seen through orthogonal layout.

The top area of the main visual angle is a common prompt information display area and comprises information such as time, network and electric quantity, and the bottom area of the main visual angle is an application shortcut entrance, so that application switching starting can be realized. Meanwhile, in the space range, the virtual user interface also supports three-dimensional model animation display for operation information display and entry.

And after a user wears the three-dimensional display equipment and starts a virtual reality application configured in the three-dimensional display equipment, presenting a virtual user interface in a virtual space. The virtual user interface is divided into the regions shown in fig. 1, and the corresponding contents are respectively displayed in the regions.

In some embodiments, in the layout mode shown in fig. 1, the most comfortable and easy-to-operate area is within the field angle of 60 degrees directly in front of the human eyes, so that the content most concerned by the user is displayed. Therefore, the most frequently used functions can be displayed in the main visual angle area of the virtual user interface, and the user can conveniently view the functions. That is, the content recommendation region is shown in the main viewing angle region, and the content recommendation region is shown as (1) in fig. 1.

The top area of the content recommendation area shows prompt information including information such as time, network and electric quantity, the middle area of the content recommendation area shows and displays a homepage, and the bottom of the content recommendation area shows a navigation bar. The display homepage is used for showing a page comprising function controls of virtual reality applications providing different service requirements, and a plurality of navigation buttons are displayed in the navigation bar, wherein the set number of the navigation buttons can be 7 or other numerical values. The navigation bar is shown as the area (2) in fig. 1.

The prompt information, the displayed home page and the navigation bar are all displayed within the range of 60 degrees right in front of the eyes, and the content hierarchical relationship of the content recommendation area can be better divided, so that the hierarchical relationship of navigation and page set is formed, and the user is supported to browse and search interesting content more conveniently.

In some embodiments, an application switching area including applications with different attributes is presented in a bottom area of a main viewing angle of a virtual user interface, and the application switching area is used as an application shortcut entry to quickly start applications recommended by an application homepage presentation system, applications with higher heat and frequently used by a user, and the like, so that more exposure of the corresponding applications is increased, and the applications are recommended to the user for use or installation. The application switching area can display applications recommended by the system for the user and can also display locally installed applications, namely the applications with different attributes comprise system recommended applications and locally installed applications. The system recommendation application comprises a system recommendation installation application and a system recommendation use application, and the local installation application comprises a system preset application and a third-party application installed by a user. The application switching area is shown as (3) in fig. 1.

The application switching area is located on a homepage of the virtual user interface so as to show the applications recommended for the user. In order to enable the application switching area to distinguish different attributes when the application is displayed and to give consideration to operation requirements and user requirements, the application switching area is divided when the virtual user interface is displayed, the applications with the same attribute are displayed in the same area, so that the user can conveniently select interaction purposefully, confusion is avoided, and the interaction experience is better.

In some embodiments, in order to provide a user with special recommendations, for example, information about currently existing activities, heat movies, etc., when the user operates the virtual reality application, a three-dimensional model animation, that is, a message recommendation entry, may be further presented in the virtual user interface, and the UI state may refer to the content shown in part (4) in fig. 1.

The message recommendation entry is a configurable three-dimensional animation, compared with a two-dimensional picture form, the three-dimensional animation can flexibly configure characters, pictures, animations, sounds and the like, and active requests are applied according to configuration needed by operation activities.

In some embodiments, the three-dimensional display device is used in combination with a handle or a head touch point, and a user interacts with each service provided in the virtual reality application by operating the handle or adjusting the direction of the head touch point. For example, a cursor in a three-dimensional display device can be freely positioned at any position of a display window along with a handle.

In some embodiments, when determining whether a service or application in the virtual user interface obtains a control focus, it may be determined whether light emitted from a handle operated by a user collides with the service or application. The collision operation is to determine whether the coordinates of the ray intersect with the coordinates of the service or application, and if so, the ray is said to collide with the service or application, and the service or application is determined to obtain a control focus. At this time, if the user clicks the ok key of the handle, the trigger operation may be performed.

FIG. 2 illustrates a scene schematic of a user wearing a three-dimensional display device operating handle according to some embodiments. Referring to fig. 2, in some embodiments, after the three-dimensional display device is worn by the user, the user operates the handle with his hand to interact with various services or applications provided by a virtual reality application configured in the three-dimensional display device. The handle is provided with a touch pad and a key, and the touch pad can be used as an application key to execute confirmation operation by clicking. The keys can execute single-click and double-click operations, the single-click operation executes a return action, and the double-click operation executes a main screen calling action.

According to different use requirements, part of services or applications provided in the virtual reality application generally need to be used after account login. If a user wants to start a certain application or service, the user needs to log in an account first.

During operation, a user clicks one application in the virtual user interface through the handle, and if the application needs account login, the login interface is popped out from the virtual user interface. The login interface usually comprises a user name input box and a password input box, if a user wants to input a user name, the user name input box is clicked through a handle, an input method area is synchronously popped up, and at the moment, the user name input box and the input method area need to be displayed at the same time so that the user can input the user name conveniently.

Since the AR devices in three-dimensional display devices are subject to angular resolution, brightness, contrast, light transmittance, image artifacts, distortion, uniformity, or non-display problems such as: for a series of reasons such as an eye-fitting area, size, weight, battery, cost, and durability, the FOV angle of the currently mainstream AR device is generally about 40 ° x30 °, so that the display window of the three-dimensional display device is small.

The display window of the three-dimensional display equipment is small, and under the condition that the user can clearly see the interface in the window, the display window cannot display too much content, so that the display area of the user input box and the input method area are limited, and the user input box and the input method cannot be completely displayed in the window at the same time. Therefore, for a user operation with a large interface, for example, when a user logs in through an input method, the user needs to rotate the head frequently to adjust the view angle to see the content of the login interface to perform the input operation because the input area interface and the input method keyboard interface cannot be completely displayed in the window. Therefore, the operation is extremely unfriendly, so that the account login mode is complicated, the operation of the user is inconvenient, the user can abandon the login, and the user experience is influenced.

Therefore, aiming at the scene that a user operates the three-dimensional display equipment to log in an account, the application provides the three-dimensional display equipment which is convenient for the user to conveniently and quickly log in the account, not only is a traditional manually input account logging mode configured for the three-dimensional display equipment, but also a code scanning logging mode which does not need to be manually input by the user is provided for the three-dimensional display equipment. The three-dimensional display device is configured in a code scanning login mode which is extremely convenient and does not need user input, can be used for various types of AR/VR hardware head-mounted devices, and is also suitable for any scene needing account login.

It should be noted that, the FOV display angle of the VR device in the three-dimensional display device is relatively large, and the display window thereof is relatively large, so the code scanning login method proposed by the present application is specifically applied to the AR device with a relatively small display window, but the code scanning login method is also applicable to the VR device. The following description will take the example of the code scanning login method applied in the AR device.

FIG. 3 illustrates a flow diagram of an account login method according to some embodiments; FIG. 4 illustrates an interaction diagram of an account login method, according to some embodiments. When the method for realizing quick login without user input is realized, an embodiment of the present invention provides a three-dimensional display device, including: a virtual display configured to present a virtual user interface with different applications displayed; a camera configured to acquire image information; a controller connected to the virtual display and the camera, respectively, and configured to perform the following steps when performing the account login method shown in fig. 3 and 4:

and S11, receiving operation on any application in the virtual user interface, and presenting an account login interface comprising a code scanning login control in the virtual user interface.

The three-dimensional display device needs account login, including but not limited to account login of various system applications and third party applications configured in the three-dimensional display device, and also including account login of a virtual reality application. The various system applications and third party applications are displayed in a virtual user interface generated by the virtual reality application.

When a certain application needs to be started, the user wears the three-dimensional display device and takes up the handle to operate, such as the scene diagram shown in fig. 2. The user operates the handle to click any application in the virtual user interface, if the application selected by the user to be started needs to log in the account, more use permission can be obtained, and if the application does not log in the account, the user needs to log in the account.

FIG. 5 illustrates a display diagram of an account login interface, according to some embodiments. Referring to fig. 5, when a user operates a handle to start any application in the virtual user interface, but the application does not log in an account, the application is started and simultaneously pops up an account login interface, and the account login interface is displayed in the virtual user interface.

In some embodiments, the three-dimensional display device provides a traditional manually input account login mode, and in order to realize quick login, the three-dimensional display device also provides a code scanning login mode without user input. At this time, the account login interface comprises a manual login control and a code scanning login control, and the manual login control and the code scanning login control can be clicked and switched.

The manual login control is used for calling out a manual login interface and displaying the manual login interface in the account login interface, and a user name input box, a password input box, a login confirmation key, an application account number, a skip control and the like are displayed in the manual login interface. The code scanning login control is used for calling out a code scanning login interface and displaying the code scanning login interface in the account login interface, and the scanning login interface comprises an image display area, a skipping control and the like.

In some embodiments, the user can click on a manual login control or a code scanning login control in the account login interface through the handle to switch the display of the manual login interface and the code scanning login interface.

In some embodiments, in a default state, when the account login interface is initially generated and displayed, the manual login interface is preferentially displayed in the account login interface by default, and at this time, a manual login control and a code scanning login control are also displayed in the account login interface. If the user wants to adopt a code scanning login mode, the code scanning login control can be clicked, and at the moment, the code scanning login interface is switched and displayed in the account login interface. In this scenario, if the user wants to adopt the manual input mode again, the user clicks the manual login control, and at this time, the account login interface is switched back to display the manual login interface again.

Therefore, regardless of which login interface is displayed in the account login interface, the manual login control and the code scanning login control are both fixedly displayed in the account login interface, so that a user can conveniently switch the account login mode in real time.

S12, receiving operation on the code scanning login control, starting the camera, and presenting a code scanning login interface comprising an image display area in the account login interface, wherein the image display area is used for displaying image information acquired by the camera.

In order to facilitate the user to quickly log in the account, the user can click a code scanning login control in an account login interface through a handle so as to log in the account by adopting a code scanning login mode.

When a code scanning login mode is adopted, in order to facilitate code scanning operation, the three-dimensional display equipment needs to synchronously start the configured cameras, and simultaneously, a code scanning login interface is switched to be displayed in an account login interface.

FIG. 6 illustrates a display diagram of a code scan entry interface, according to some embodiments. Referring to fig. 6, after the user clicks the code scanning login control, the code scanning login interface is switched and displayed, and a code scanning prompt is synchronously popped up and displayed in a display image display area of the code scanning login interface, such as "please align the mobile phone login two-dimensional code with the camera", and the like.

The camera of the three-dimensional display device is used for collecting image information, such as scanning a login two-dimensional code provided by a mobile phone. An image display area is displayed in the code scanning login interface, and after the camera is started, the image display area is used for displaying image information acquired by the camera in real time.

In some embodiments, in order to facilitate the user to see the image information collected by the camera through the image display area when the code scanning login interface is displayed, the starting time of the camera needs to be earlier than the display time of the code scanning login interface, that is, the camera has completed the starting operation before the code scanning login interface is displayed. According to the scheme, the problem that when the starting time of the camera is later than the display time of the code scanning login interface, the image display area does not display any content, and the user is prone to mistakenly think that the equipment has a fault, such as camera fault, equipment display fault and the like, and the user experience is influenced can be avoided.

In some embodiments, to ensure that the starting time of the camera is earlier than the display time of the code scanning login interface, when the user clicks the code scanning login control, the controller generates a camera starting instruction first and sends the camera starting instruction to the camera to start the camera. After the camera is started, the code scanning login interface is called out to be displayed, so that when the code scanning login interface is displayed, the image display area can directly display the picture captured by the camera in real time.

It should be noted that, other manners may also be used to implement a scheme that the turning-on time of the camera is earlier than the display time of the code scanning login interface, which is not specifically limited herein.

After a user clicks the code scanning login control, the camera is started, and a code scanning login interface is displayed, the user can acquire a login two-dimensional code by using the camera, and the account of the application started by the user can be logged in.

And S13, obtaining account login information obtained by acquiring the login two-dimensional code through the camera, and logging in an account corresponding to the application based on the account login information, wherein the login two-dimensional code is a two-dimensional code generated by the intelligent terminal based on configured account information of the application in which the account is logged in.

The camera of the three-dimensional display equipment is arranged on the outer side of the three-dimensional display equipment, such as a position right opposite to the forehead of the user, so that the camera can conveniently acquire image content in front of the sight of the user; and along with the rotation of the head of the user, the camera also collects the contents which can be seen by the user after the rotation, and the effect that the contents seen by the user are the image information collected by the camera is realized.

Fig. 7 illustrates a scene diagram of a camera acquiring a login two-dimensional code provided by an intelligent terminal according to some embodiments. Referring to fig. 7, when code scanning login is required, a user can move the login two-dimensional code to the acquisition range of the camera, and the camera scans the login two-dimensional code to obtain account login information of the application started by the user, so that account login of the application is realized.

In some embodiments, the login two-dimensional code is provided by the smart terminal, an application started by the three-dimensional display device is configured in the smart terminal providing the login two-dimensional code, and the application configured in the smart terminal is logged in with a corresponding account, that is, the login two-dimensional code is generated by the smart terminal based on account information of the configured application logged in with the account.

In some embodiments, the smart terminal may be a mobile terminal such as a mobile phone or a pad. The applications configured in the intelligent terminal are the same as the applications configured in the three-dimensional display device and required to be started, for example, the intelligent terminal is configured with an Aiqi art client, and the three-dimensional display device is also configured with an Aiqi art client. When an Aiqi art client in the three-dimensional display equipment needs to log in an account, the Aiqi art client can log in through scanning a login two-dimensional code provided by the Aiqi art client in the intelligent terminal.

When the camera needs to scan the login two-dimensional code to realize account login of starting the application in the three-dimensional display equipment, the user needs to open the same application configured in the intelligent terminal. If the application in the intelligent terminal does not log in the account, the account needs to be logged in at the intelligent terminal. And under the application login account state of the intelligent terminal, clicking a login two-dimensional code control in the application to generate a login two-dimensional code, and displaying the login two-dimensional code in a display of the intelligent terminal.

At the moment, the user utilizes the camera to collect the login two-dimensional code provided by the intelligent terminal by operating the three-dimensional display equipment, namely, an image display area in a code scanning login interface of the three-dimensional display equipment is aligned with the login two-dimensional code, so that the login two-dimensional code is displayed in the image display area, and code scanning login is carried out.

After the three-dimensional display equipment identifies the login two-dimensional code, the account login operation can be directly carried out, secondary confirmation of a user at the intelligent terminal side is not needed, and the account is quickly logged in; in other embodiments, secondary confirmation of the user at the intelligent terminal side may also be required, so as to ensure the security of the account. The two implementations may be determined according to practical applications, and are not specifically limited herein.

In some embodiments, the code scanning login mode adopted by the three-dimensional display device is different from the existing code scanning login mode, such as a WeChat code scanning login mode.

In the procedure of scanning the code and logging in the account number by the WeChat, for example, when the WeChat is logged in on a webpage version, the mobile phone is used as a code scanning end, and the WeChat account number of the mobile phone needs to be in a logging state; the webpage version is used as a code scanned end, and the webpage version is in an unregistered state. When the webpage version logs in the WeChat, the two-dimensional code provided by the webpage version is scanned by the mobile phone end which logs in the WeChat account to realize the logging in of the webpage version WeChat.

In the process of logging in the account number by the three-dimensional display equipment, the three-dimensional display equipment is used as a code scanning end, and the application in the three-dimensional display equipment does not log in the account number; the intelligent terminal is used as a code scanning end, and an application account in the intelligent terminal is in a login state. At the moment, when the three-dimensional display device logs in the application account, the login two-dimensional code provided by the intelligent terminal which logs in the account is scanned through the three-dimensional display device which does not log in the account, and the account login of the application in the three-dimensional display device is achieved.

The method is characterized in that a code scanning end of an unregistered account scans a two-dimensional login code provided by a code scanning end of a login account, so that the account of the code scanning end can be logged in. In the existing code scanning login mode, a code scanning end which logs in an account scans a two-dimensional code provided by a code scanned end which does not log in the account, so that the account login of the code scanned end is realized.

In some embodiments, when the three-dimensional display device scans the code login account, the application login account in the intelligent terminal is firstly needed, and if the application login account is not logged in, the user is prompted to log in when the application of the intelligent terminal generates the login two-dimensional code.

FIG. 8 illustrates a framework diagram of a smart terminal upon logging into an account, in accordance with some embodiments. Referring to fig. 8, a process of logging in an account by an application in an intelligent terminal is that an account SDK provides three static callback interfaces of account parameters, a login state and user information, and three function call interfaces of login, logout and Token refreshing, where the static callback supports Add and Remove operations. The interaction between the account number SDK and the system end (server) is realized through a unified network layer communication SDK (unified data access layer), and DNS analysis and GSLB are packaged in the bottom layer code of the SDK. The upstream and downstream data signature checking method uses an Apkey/Apsecretor mode to sign, encrypt and decrypt the upstream request and the downstream data. The local cache management of the user information is stored through an Android Shared Preferences (Android data persistence) mechanism, the user information is cleared when the user logs out, and the user information in the Shared Preferences is synchronously updated each time the user logs in again or token refreshes.

The specific processing flow based on the frame intelligent terminal is as follows: (1) when App (namely application) is started, a callback function is registered through an account SDK static interface, and then an account management instance is created. (2) And when the account number SDK is instantiated, whether login needs to be carried out again or Token needs to be refreshed is determined according to the condition of locally cached user information. If the login is needed or the Token refreshing fails, the login status is returned through a login status callback interface registered by the App, and the App determines whether to pop up the login interface according to the status. (3) An account number SDK login process: when logging in each time, an initial password (the password is a global universal password and maintained by a system end) and a new modified password intensity requirement are firstly obtained through a query interface, an App is called back, and the App displays a UI according to the requirement. And calling back the App according to the login result and the error code, entering a forced modification page to modify the password if the password is required to be modified forcibly, and judging whether the new password meets the password intensity requirement by the App. (4) And maintaining the SDK Token of the account, including refreshing time and synchronous processing with other modules.

token refresh opportunity: (1) after each successful login: refreshing when App is started, namely when an account number instance is instantiated; and refreshing when the network is reconnected. (2) And (3) timing refreshing: when the token validity period is up to 90%, refreshing the token; refreshthoken is refreshed during token refresh, and tokens in the validity period are all available. For example, 10 refreshes, 10 can be used as long as they are all in the valid period. (3) And refreshing in abnormal condition: and after the refreshing fails, refreshing the data once again every 1 minute under abnormal conditions such as the condition that an external network is not connected, a server is busy and the like. (4) Returning token failure when requesting system end data, and needing to refresh the token.

The data synchronization mechanism comprises: synchronizing to the unified data request SDK. And synchronizing the callback function registered for the App.

In some embodiments, after the account login of the application in the intelligent terminal is realized based on the above process, the intelligent terminal can operate the application to generate a login two-dimensional code.

When the login two-dimensional code is generated, the intelligent terminal acquires account information of the application, wherein the account information comprises a user name, a password, a User Identifier (UID) and the like. The UID is the unique identification of the application and its account. And the intelligent terminal sends a two-dimensional code generation request carrying account information to the account server.

After receiving the two-dimensional code generation request, the account server encrypts a user name and a password carried in the request, and randomly generates a UID again based on the UID. The account server sends the encrypted user name, the encrypted password, the randomly generated UID and other information to the intelligent terminal, an application in the intelligent terminal generates a login two-dimensional code according to data returned by a system end (namely the account server) and the randomly generated UID information, and the data comprises the encrypted user name and the encrypted password. The encrypted user name, password, randomly generated UID and other information are account login information obtained by scanning the login two-dimensional code.

In some embodiments, the randomly generated UID is used to guarantee the validity period of the two-dimensional code. And the UID valid period is 40s, when the UID expires, the system terminal regenerates a UID and informs the application in the intelligent terminal, and the application in the intelligent terminal regenerates a login two-dimensional code according to the latest data and refreshes the login two-dimensional code.

The three-dimensional display equipment scans the newly generated login two-dimensional code through the camera so as to ensure the smooth login of the application account.

In some embodiments, the three-dimensional display device scans a login two-dimensional code provided by the intelligent terminal through the RGB camera, obtains encrypted data (account login information) of a user name, a password, a UID and the like in the login two-dimensional code, simultaneously splices a local device source field of the three-dimensional display device, sends the data to an account server, and is verified by the account server to realize account login applied in the three-dimensional display device.

Specifically, in step S13, the controller is configured to execute the following steps, that is, execute the step of acquiring account login information obtained by acquiring the login two-dimensional code collected by the camera, and login an account corresponding to the application based on the account login information:

step 131, obtaining account login information obtained by acquiring the login two-dimensional code provided by the intelligent terminal through the camera, and equipment source field information used for representing the source of the local terminal equipment.

And 132, generating an account login request based on the account login information and the equipment source field information, and sending the account login request to the server, wherein the account login request is used for indicating the server to perform account verification based on the account login information and the equipment source field information.

And step 133, receiving an account verification result returned by the server after responding to the account login request, and realizing login of the application corresponding account based on the account verification result.

When the account of the application is logged in a code scanning login mode, the three-dimensional display device scans the login two-dimensional code provided by the intelligent terminal through the camera, so that account login information can be obtained, the account login information is generated by the intelligent terminal based on the account information of the application, the specific generation process can refer to the content of the embodiment, and details are not repeated here.

After the account login information in the login two-dimensional code is acquired, the three-dimensional display device also needs to acquire device source field information locally, where the device source field information is used to represent a source of the local device, and for example, the device source may be understood that the local device is a three-dimensional display device, a mobile phone, a television, or the like.

When the three-dimensional display equipment needs to log in the application account, the login can be realized only after the server passes the verification, so that whether the account of the application in the intelligent terminal can log in the application of the three-dimensional display equipment or not is determined. Therefore, the three-dimensional display device needs to send an account login request generated by account login information and device source field information to the server, and the server performs account verification based on the account login information and the device source field information to ensure that the three-dimensional display device can perform account login. The account checking process of the server may refer to steps S21 to S23 and related implementation contents provided in the following embodiments, which are not described herein again.

After the account verification is completed, the server returns an account verification result to the three-dimensional display device, and based on the account verification result, login of the application corresponding account can be achieved, namely the application in the three-dimensional display device logs in the corresponding account in the intelligent terminal.

In some embodiments, after the server completes account verification, the account verification result data is sent to the three-dimensional display device in an Http or Http manner. Data transmission modes between the server and the three-dimensional display device, between the three-dimensional display device and the intelligent terminal and between the intelligent terminal and the server are all transmitted in an Http or Http mode, and information is transmitted in a Json data format in the information transmission. The specific data transmission manner may be determined according to the actual application, and is not limited herein. In contrast, Http has higher data security than Http.

In some embodiments, the account verification result includes two results, namely a login success result and a login failure result, and therefore, the three-dimensional display device may determine whether to perform an account login process, that is, determine whether to login the account of the application in the intelligent terminal, based on the account verification result.

Specifically, in step 133, that is, in order to execute the account verification result returned after the server responds to the account login request, the controller is further configured to execute the following steps:

step 1331, receiving an account verification result returned by the server after responding to the account login request, and analyzing the account verification result to obtain account verification parameters.

And step 1332, when the account verification parameters represent successful login, executing a login process of the application corresponding account.

And step 1333, when the account verification parameters represent login failure, not executing the login process of the application corresponding account.

When the server performs account verification, account verification results include account verification parameters, and the account verification parameters are used for representing whether the login is successful or fails in the account login process.

Therefore, the three-dimensional display equipment performs json analysis after receiving the account verification result returned by the server to obtain account verification parameters. And the account verification parameters comprise identifiers representing login success or login failure, and corresponding login success and login failure interface display is carried out based on the identifiers. The sign of successful login refers to a sign of allowing an application in the three-dimensional display device to login the corresponding account, and the sign of failed login refers to a sign of not allowing the application in the three-dimensional display device to login the corresponding account. The account refers to an account of the application configured in the intelligent terminal.

If the identification in the account verification parameters represents that the account login process is successful, the three-dimensional display equipment can execute the login process of the application corresponding account in the intelligent terminal. And if the identifier in the account verification parameter represents that the account login process is login failure, the three-dimensional display equipment does not execute the login process of the application corresponding account in the intelligent terminal.

In some embodiments, when performing the application account login process, the controller performs step 1332, that is, when the account verification parameter indicates that the login is successful, to perform the login process of the application corresponding account, and is further configured to perform the following steps:

step 13321, when the account verification parameter representation login is successful, obtaining the user information in the account verification result.

Step 13322, generate an application home page for the application based on the user information, and display the application home page in the virtual user interface.

When the account verification parameters represent that the login is successful, the process that the current three-dimensional display equipment requests to perform account login can be executed, and the account applied in the intelligent terminal can be logged in. At the moment, the three-dimensional display equipment analyzes the account verification result to obtain user information. The data returned by the user information for the server comprises information such as head portrait, nickname, rights and interests and the like. In a scene, the account verification result comprises user information and account verification parameters for representing the successful login in the account login process.

The three-dimensional display device executes an application start operation based on the user information, generates an application home page, displays related content provided by the application and the user information, and displays the application home page in the virtual user interface. In the process, interface refreshing is carried out, the account login interface (code scanning login interface) originally displayed in the virtual user interface is cancelled and switched to be displayed as an application homepage, and the processes of application starting and account login are completed.

In some embodiments, after the camera scans the login two-dimensional code provided by the intelligent terminal and the server successfully verifies the login two-dimensional code, the prompt message of "login success" can be displayed in the code scanning login interface. And after the prompt information is canceled to be displayed, refreshing an interface, canceling the display of a code scanning login interface, and displaying an application homepage to realize application starting and account login.

In some embodiments, when the application account login process is not executed, the controller, in executing step 1333, that is, when the account verification parameter indicates that the login fails, does not execute the login process of the application corresponding account, and is further configured to:

and 13331, when the account verification parameters represent login failures, acquiring login failure information in the account verification result.

Step 13332, generating a login failure prompt based on the login failure information, and displaying the login failure prompt in the code scanning login interface.

When the account verification parameters represent login failures, the fact that the current process of requesting account login by the three-dimensional display equipment cannot be executed is indicated, namely, the account corresponding to the application in the intelligent terminal cannot be logged in. At the moment, the three-dimensional display equipment analyzes the account number verification result to obtain login failure information, wherein the login failure information is used for representing the failure reason of the login failure of the account number. In this scenario, the account verification result includes login failure information and account verification parameters for characterizing login failure in the current account login process.

In order to prompt the user that the login process of the application account fails, a login failure prompt needs to be generated based on login failure information, the login failure prompt is displayed in a code scanning login interface, and the login process of the application account is not executed any more.

Therefore, the three-dimensional display equipment provided by the embodiment of the invention provides a new login mode, in order to solve the problems that the traditional account login mode needs user operation and a display window is small and inconvenient, namely, the account login is realized by adopting a code scanning login mode. When an application needs account login, presenting an account login interface comprising a code scanning login control in a virtual user interface; operating the code scanning login control, starting a camera and presenting a code scanning login interface comprising an image display area in an account login interface; the login two-dimensional code provided by the intelligent terminal is scanned by the camera, account login information obtained after the login two-dimensional code is scanned is obtained, and account login of the application is achieved based on the account login information. Therefore, the three-dimensional display equipment provided by the application provides a code scanning login mode, manual input of a user is not needed, the login two-dimensional code provided by the intelligent terminal provided with the corresponding application is scanned, the account login of the application in the three-dimensional display equipment can be rapidly realized, the operation is convenient and fast, convenience is realized, and the user experience is good.

FIG. 9 illustrates another flow diagram of an account login method according to some embodiments. An embodiment of the present invention provides a server, including: the device comprises a memory, a storage and a display, wherein the memory is configured to store registered account information of an application corresponding account; a controller connected to the memory, the controller being configured to perform the following steps when executing the account login method shown in fig. 9:

s21, when the three-dimensional display device performs account login of an application, an account login request sent by the three-dimensional display device is received, the account login request carries account login information and device source field information, the account login information is information obtained after the three-dimensional display device scans a login two-dimensional code provided by the intelligent terminal, the login two-dimensional code is a two-dimensional code generated by the intelligent terminal based on configured account information of the application with the account logged in, and the device source field information is used for representing a device source.

When a user operates the three-dimensional display device, if an application needing to be started in the three-dimensional display device needs account login, an account login scene is generated. At this time, the three-dimensional display device needs to scan a login two-dimensional code provided by the intelligent terminal by using a camera configured in the three-dimensional display device, the login two-dimensional code is generated based on account information of an application configured in the intelligent terminal and logged with an account, and the application configured in the intelligent terminal is the same as the application needing to be started in the three-dimensional display device. After scanning, the three-dimensional display equipment can obtain account login information applied in the intelligent terminal.

In order to realize account login of an application, the three-dimensional display device needs to check the obtained account login information so as to ensure that the login process is smoothly performed. The verification process is executed by the server, so that the three-dimensional display equipment acquires the equipment source field information, generates an account login request based on the equipment source field information and the account login information, and sends the account login request to the server.

In some embodiments, the server for implementing account verification may be an account server. After receiving an account login request sent by a three-dimensional display device when account login is needed, an account server analyzes the account login request to obtain account login information and device source field information carried in the account login request. The account login information refers to information obtained after the three-dimensional display device scans a login two-dimensional code provided by the intelligent terminal, the login two-dimensional code refers to a two-dimensional code generated by the intelligent terminal based on configured account information of an application in which an account is logged, and the equipment source field information is used for representing the equipment source.

The server receives an account login request sent by the three-dimensional display equipment, and can check account login information to determine whether an account applied in the intelligent terminal can be logged in the application of the three-dimensional display equipment, namely, whether the login process is successful is determined, the account login process is guaranteed to be smoothly carried out, and user experience is improved.

And S22, responding to the account login request, and performing account verification based on the account login information and the equipment source field information to obtain an account verification result.

The server responds to an account login request sent by the three-dimensional display equipment, obtains account login information and equipment source field information carried in the account login request, and conducts account verification to obtain an account verification result. The account verification result comprises a login success result and a login failure result, so that the three-dimensional display equipment can determine whether to perform an account login process based on the account verification result, namely determine whether to login an account applied in the intelligent terminal.

In some embodiments, in step S22, the controller performs account verification based on the account login information and the device source field information, and obtains an account verification result, and is further configured to perform the following steps:

and 221, acquiring the registration account information corresponding to the application, and comparing whether the registration account information is consistent with the account login information.

Step 222, if the registered account information and the account login information are inconsistent in comparison, login failure information and account verification parameters for representing login failure are generated, and the account verification result comprises the login failure information and the account verification parameters for representing login failure.

And 223, if the registered account information and the account login information are in consistent comparison, determining whether the account allows application login in the three-dimensional display device or not based on the device source field information.

And 224, when the account allows application login in the three-dimensional display device, generating user information for account login and account verification parameters for representing successful login, wherein the account verification result comprises the user information and the account verification parameters for representing successful login.

When the server checks account login information and equipment source field information carried in an account login request sent by the three-dimensional display equipment, comparison of a user name and a password is firstly carried out based on the account login information, and whether an account which the three-dimensional display equipment needs to login is consistent with an account applied in the intelligent terminal or not is determined.

When a certain application performs account registration, a user creates a corresponding account, namely a user name and a password, and sends the account and the password to a server for storage. Therefore, when the account is checked, the server can acquire the registered account information of the application from the memory.

In order to ensure that the server can accurately acquire the registered account information corresponding to the application to be started in the three-dimensional display device, the registered account information can be acquired based on the UID in the account login information. The account login information comprises encrypted data such as a user name, a password, a UID and the like, and the UID is used for uniquely identifying the application and the account thereof. The server analyzes the account login information, and then the encrypted user name, password and UID can be obtained. If the three-dimensional display device needs to be started and an account is registered in the application for account login, the server can acquire the registered account information of the corresponding application based on the UID.

And comparing the registered account information with the account login information, and if the account login information corresponding to the application which needs to be started and performs account login is consistent with the registered account information during registration, indicating that the account login process can be performed, namely the application in the three-dimensional display equipment can log in the account of the application in the intelligent terminal. If the account login information corresponding to the application which needs to be started and performs account login is inconsistent with the registered account information during registration, the abnormal account login process is indicated, and the abnormal account login process cannot be performed, namely the application in the three-dimensional display equipment cannot log in the account applied in the intelligent terminal.

In some embodiments, when the registered account information and the account login information are inconsistent in comparison, in order to prompt the user that the operation of the user is that the current account login process of the three-dimensional display device cannot be continued, login failure information and account verification parameters for representing login failure are generated. In this scenario, the account verification result includes login failure information and account verification parameters for characterizing login failure. The login failure identification is an identification which does not allow an application in the three-dimensional display device to login a corresponding account. The login failure information is used for representing failure reasons of the login failure of the account, wherein the failure reasons comprise account inconsistency, network abnormity and the like.

In some embodiments, when the registered account information and the account login information are in accordance with each other, it is indicated that the three-dimensional display device can perform account login. However, the same account can be logged in different devices for multi-terminal login; for the same device, the same account can only log in one device. Therefore, in order to determine whether the same device as the three-dimensional display device has the account (i.e., the account applied in the smart terminal) already logged in, it is necessary to determine whether a device having the account (i.e., the account applied in the smart terminal) already logged in such a device according to the device source field information, i.e., determine whether the account (i.e., the account applied in the smart terminal) allows the application in the three-dimensional display device that sends the account login request to log in.

When the account allows the application in the three-dimensional display device to log in, it is indicated that the application in the three-dimensional display device which sends the account login request can log in the account, and user information for account login and account verification parameters for representing successful login are generated. In this scenario, the account verification result includes user information and account verification parameters used for representing successful login. The data returned by the server by the user information comprises information such as head portrait, nickname, rights and interests and the like. The account verification parameters used for representing successful login comprise an identifier for representing successful login, wherein the identifier for representing successful login refers to an identifier for allowing an application in the three-dimensional display device to login a corresponding account.

In some embodiments, when the registered account information and the account login information are in accordance with each other, it is necessary to determine whether the account allows the application login in the three-dimensional display device based on the device source field information. In this process, the controller performs step 223 of determining whether the account allows the application login in the three-dimensional display device based on the device source field information, and is further configured to perform the following steps:

step 2231, determining a target device source of the three-dimensional display device sending the account login request based on the device source field information.

Step 2232, obtaining the user state of the other device with the same source as the target device, and determining whether the application in the corresponding other device is logged in with an account based on the user state.

Step 2233, if the application in the other device logs in with the account, logging out the account logged in by the application in the other device, and generating an identifier allowing the application in the three-dimensional display device to log in with the account.

And 2234, if the other equipment is not logged in with the account, generating an identifier allowing the application in the three-dimensional display equipment to log in the account.

When judging whether an account corresponding to a configured application in the intelligent terminal allows an application in the three-dimensional display device which sends an account login request to log in, whether the account logs in other three-dimensional display devices needs to be judged first. Because the same account can only log in one of the devices for the same kind of devices. Therefore, whether other devices with the same source as the device in the device source field information table of the three-dimensional display device are registered with the account can be judged according to the device source field information of the three-dimensional display device.

The device source field information is used to identify the source, i.e., type, of the different devices. And if the account is logged in other equipment with the same source as the target equipment of the three-dimensional display equipment, acquiring other equipment with the same source as the target equipment and acquiring the user state of the other equipment, wherein the user state can represent the information of the login account of the corresponding equipment. For a three-dimensional display device, other devices having the same source as its target device are also three-dimensional display devices. If the mobile phone is the same as the target device, the other device is also the mobile phone.

And determining the account information logged in each other device according to the user state of each other device. If the account information logged in by one of the other devices is consistent with the account information corresponding to the configured application in the intelligent terminal, it is indicated that the account is logged in by the application in the other device. At this time, the three-dimensional display device that transmits the account login request cannot directly perform account login.

In order to ensure that the account of the three-dimensional display device which sends the account login request successfully logs in, the three-dimensional display device which sends the account login request latest can log in the account based on the login principle that the account has a priority to the latest request. At this time, the account in the other device that has logged in the account needs to be logged out, so as to realize top number login of the three-dimensional display device that sends the account login request. In this scenario, after the top number login operation is completed, the three-dimensional display device that sends the account login request can implement the account login process of this time, and therefore, after the top number login operation, an identifier that allows the application in the three-dimensional display device to login the account is correspondingly generated.

And if the account corresponding to the configuration application in the intelligent terminal is not logged in by any other equipment according to the user state of each other equipment, the three-dimensional display equipment sending the account login request can directly perform a normal account login process. Therefore, in this scenario, an identification allowing an application login account in a three-dimensional display device may be directly generated.

Based on the account verification method, the server performs account verification based on the account login request sent by the three-dimensional display equipment, and two account verification results including login success and login failure can be obtained. Representing the account verification result of successful login, and enabling the three-dimensional display equipment to continue the subsequent account login process; and the account verification result indicating login failure can ensure that the three-dimensional display equipment does not execute the subsequent account login process any more.

And S23, sending the account verification result to the three-dimensional display equipment, so that the three-dimensional display equipment realizes login of the application corresponding account based on the account verification result.

And after obtaining the account verification result based on the method, the server sends the account verification result to the three-dimensional display equipment, and the three-dimensional display equipment executes a corresponding account login process based on the content in the account verification result. For a specific implementation process, reference may be made to step 133 and related specific implementation processes in the foregoing embodiment, which are not described herein again.

The server responds to an account login request sent by the three-dimensional display equipment when the three-dimensional display equipment needs to perform account login of a corresponding application, and performs account verification based on account login information and equipment source field information carried in the account login request to obtain an account verification result; and sending the account verification result to the three-dimensional display equipment so that the three-dimensional display equipment realizes the login of the application corresponding account based on the account verification result. The account verification result comprises two results of login success and login failure, and the account verification result representing the login success can enable the three-dimensional display equipment to continue to perform the subsequent account login process; the account verification result representing the login failure can enable the three-dimensional display equipment not to execute the subsequent account login process. Therefore, when the three-dimensional display equipment adopts a code scanning login mode to perform account login, the server performs account verification on account login information of corresponding applications provided by the intelligent terminal, and when the verification is passed, the three-dimensional display equipment can be allowed to execute a normal account login process, so that the normal operation of the account login process is ensured.

FIG. 3 illustrates a flow diagram of an account login method according to some embodiments. Referring to fig. 3, an embodiment of the present invention provides an account login method, which is applied to a three-dimensional display device, and the method includes:

s11, receiving operation on any application in a virtual user interface, and presenting an account login interface comprising a code scanning login control in the virtual user interface;

s12, receiving the operation of the code scanning login control, starting the camera, and presenting a code scanning login interface comprising an image display area in the account login interface, wherein the image display area is used for displaying the image information acquired by the camera;

s13, obtaining account login information obtained by acquiring a login two-dimensional code through the camera, and logging in an account corresponding to the application based on the account login information, wherein the login two-dimensional code is a two-dimensional code generated by the intelligent terminal based on configured account information of the application in which the account is logged in.

FIG. 9 illustrates another flow diagram of an account login method according to some embodiments. The embodiment of the invention provides an account login method, which is applied to a server and comprises the following steps:

s21, when a three-dimensional display device logs in an account of an application, receiving an account login request sent by the three-dimensional display device, wherein the account login request carries account login information and device source field information, the account login information is information obtained after the three-dimensional display device scans a login two-dimensional code provided by an intelligent terminal, the login two-dimensional code is a two-dimensional code generated by the intelligent terminal based on configured account information of the application which logs in the account, and the device source field information is used for representing a device source;

s22, responding to the account login request, and performing account verification based on the account login information and the equipment source field information to obtain an account verification result;

s23, sending the account verification result to the three-dimensional display equipment, so that the three-dimensional display equipment can realize login of the account corresponding to the application based on the account verification result.

According to the technical scheme, the account login method, the three-dimensional display device and the server provided by the embodiment of the invention have the advantages that in order to solve the problems that the traditional account login mode needs user operation and a display window is small and inconvenient, the account login is realized by adopting a code scanning login mode. When an application needs account login, an account login interface comprising a code scanning login control is presented in a virtual user interface; operating the code scanning login control, starting a camera and presenting a code scanning login interface comprising an image display area in an account login interface; the method comprises the steps of scanning a login two-dimensional code provided by an intelligent terminal by using a camera, obtaining account login information obtained after the login two-dimensional code is scanned, sending the account login information to a server for account verification, and realizing account login of an application based on the account login information when the verification is passed. Therefore, the method, the three-dimensional display device and the server provided by the embodiment of the invention provide a code scanning login mode, do not need manual input of a user, and can quickly realize account login of the application in the three-dimensional display device by scanning the login two-dimensional code provided by the intelligent terminal configured with the corresponding application, so that the operation is convenient and fast, and the user experience is good.

In specific implementation, the present invention further provides a computer storage medium, where the computer storage medium may store a program, and when the program is executed, the program may include some or all of the steps in each embodiment of the account login method provided in the present invention. The storage medium may be a magnetic disk, an optical disk, a read-only memory (ROM) or a Random Access Memory (RAM).

Those skilled in the art will readily appreciate that the techniques of the embodiments of the present invention may be implemented as software plus a required general purpose hardware platform. Based on such understanding, the technical solutions in the embodiments of the present invention may be essentially or partially implemented in the form of a software product, which may be stored in a storage medium, such as ROM/RAM, magnetic disk, optical disk, etc., and includes several instructions for enabling a computer device (which may be a personal computer, a server, or a network device, etc.) to execute the method according to the embodiments or some parts of the embodiments.

The same and similar parts in the various embodiments in this specification may be referred to each other. Particularly, for the account login method embodiment, since it is basically similar to the three-dimensional display device and the server embodiment, the description is relatively simple, and for relevant points, reference may be made to the description in the three-dimensional display device and the server embodiment.

Finally, it should be noted that: the above embodiments are only used for illustrating the technical solutions of the present application, and not for limiting the same; although the present application has been described in detail with reference to the foregoing embodiments, it should be understood by those of ordinary skill in the art that: the technical solutions described in the foregoing embodiments may still be modified, or some or all of the technical features may be equivalently replaced; and the modifications or the substitutions do not make the essence of the corresponding technical solutions depart from the scope of the technical solutions of the embodiments of the present application.

The illustrative discussions above are not intended to be exhaustive or to limit the embodiments to the precise forms disclosed above. Many modifications and variations are possible in light of the above teaching. The embodiments were chosen and described in order to best explain the principles and the practical application, to thereby enable others skilled in the art to best utilize the embodiments and various embodiments with various modifications as are suited to the particular use contemplated.

Claims

1. A three-dimensional display device, comprising:

a camera configured to acquire image information;

a controller connected to the virtual display, the camera, respectively, the controller configured to:

receiving login operation of any application in the virtual user interface, and presenting an account login interface loaded with a code scanning login control in the virtual user interface;

receiving the operation of the code scanning login control, and starting a camera, wherein the camera is used for acquiring a login two-dimensional code generated by the intelligent terminal according to the account login information of the target application; presenting a code scanning login interface comprising an image display area in the account login interface, wherein the image display area is used for displaying image information acquired by the camera; responding to a feedback signal of the account of the target application logging in the intelligent terminal, and acquiring account login information obtained by acquiring the login two-dimensional code by the camera; and logging in an account corresponding to the target application based on the account login information.

2. The three-dimensional display device according to claim 1, wherein the controller, in executing the obtaining of account login information obtained by acquiring a login two-dimensional code by the camera, based on the account login information, logs in an account corresponding to the target application, is further configured to:

acquiring account login information acquired by acquiring a login two-dimensional code provided by the intelligent terminal by the camera, and equipment source field information for representing the source of local equipment;

generating an account login request based on the account login information and the equipment source field information, and sending the account login request to a server, wherein the account login request is used for indicating the server to perform account verification based on the account login information and the equipment source field information;

and receiving an account verification result returned by the server after responding to the account login request, and realizing the login of the account corresponding to the application based on the account verification result.

3. The three-dimensional display device according to claim 2, wherein the controller, after executing the account verification result returned after receiving the account login request from the server, and based on the account verification result, implements login of the account corresponding to the application, and is further configured to:

receiving an account verification result returned by the server after responding to the account login request, and analyzing the account verification result to obtain account verification parameters;

when the account verification parameters represent successful login, executing a login process of the account corresponding to the application;

and when the account verification parameters represent login failure, the login process of the account corresponding to the application is not executed.

4. The three-dimensional display device according to claim 3, wherein the controller, when executing the login process when the account verification parameter indicates that login is successful, executes a login process of the application corresponding account, and is further configured to:

when the account verification parameters represent successful login, acquiring user information in the account verification result;

and generating an application homepage of the application based on the user information, and displaying the application homepage in the virtual user interface.

5. The three-dimensional display device according to claim 3, wherein the controller, when executing the login process of the application-corresponding account when the account verification parameter indicates that the login fails, is further configured to:

when the account verification parameters represent login failures, acquiring login failure information in the account verification result;

and generating a login failure prompt based on the login failure information, and displaying the login failure prompt in the code scanning login interface.

6. A server, comprising:

a controller connected to the memory, the controller configured to:

when the three-dimensional display equipment logs in an application account, responding to a login two-dimensional code generation request sent by an intelligent terminal, and sending generation information of the login two-dimensional code to the intelligent terminal;

when the three-dimensional display equipment scans the login two-dimensional code and obtains account login information, receiving an account login request sent by the three-dimensional display equipment, wherein the account login request carries account login information and equipment source field information, the account login information refers to information obtained after the three-dimensional display equipment scans the login two-dimensional code provided by the intelligent terminal, the login two-dimensional code refers to a two-dimensional code generated by the intelligent terminal based on configured account information of the application in which the account is logged, and the equipment source field information is used for representing equipment source;

and sending the account verification result to the three-dimensional display equipment so that the three-dimensional display equipment realizes the login of the account corresponding to the application based on the account verification result.

7. The server according to claim 6, wherein the controller, in performing the account verification based on the account login information and the device source field information, is further configured to:

acquiring registration account information corresponding to the application, and comparing whether the registration account information is consistent with the account login information or not;

if the registered account information and the account login information are inconsistent in comparison, login failure information and account verification parameters used for representing login failure are generated, and the account verification result comprises the login failure information and the account verification parameters used for representing login failure;

if the registered account information is consistent with the account login information in comparison, determining whether the account allows application login in the three-dimensional display equipment or not based on the equipment source field information;

when the account allows application login in the three-dimensional display equipment, user information used for account login and account verification parameters used for representing successful login are generated, and the account verification result comprises the user information and the account verification parameters used for representing successful login.

8. The server according to claim 7, wherein the controller, in performing the determining whether the account allows application login in the three-dimensional display device based on the device source field information, is further configured to:

determining a target device source of the three-dimensional display device which sends the account login request based on the device source field information;

acquiring user states of other devices with the same source as the target device, and judging whether applications in the corresponding other devices log in the account or not based on the user states;

if the application in the other equipment logs in the account, logging out the account logged in by the application in the other equipment, and generating an identifier allowing the application in the three-dimensional display equipment to log in the account;

and if the account is not logged in by other equipment, generating an identifier for allowing the application in the three-dimensional display equipment to log in the account.

9. An account login method is applied to three-dimensional display equipment, and is characterized by comprising the following steps:

receiving login operation of any application in a virtual user interface, and presenting an account login interface loaded with a code scanning login control in the virtual user interface;

receiving the operation of the code scanning login control, and starting a camera, wherein the camera is used for acquiring a login two-dimensional code generated by the intelligent terminal according to account login information of the target application; presenting a code scanning login interface comprising an image display area in the account login interface, wherein the image display area is used for displaying image information acquired by the camera;

responding to a feedback signal of the account of the target application logging in the intelligent terminal, acquiring account logging information obtained by acquiring a logging two-dimensional code by the camera, and logging in the account corresponding to the target application based on the account logging information.

10. An account login method is applied to a server, and is characterized by comprising the following steps: