TWI718551B - Method and system for displaying online content using stereoscopic images - Google Patents

Abstract

A method and a system for displaying online content using stereoscopic images are provided. The system provides a stereoscopic image server and a user-end stereoscopic image display. When a user browses a content website, the website provides a flat image to a user device, and a content server also generates a request for displaying a stereoscopic object. The stereoscopic image server generates a stereoscopic image data corresponding to an object according to the request. The stereoscopic image data can be obtained by querying an image database, or by calculation using a stereoscopic image resource file. The stereoscopic image data is provided for the stereoscopic image display to display a stereoscopic image. Alternatively, the stereoscopic image data can be generated by the user-end stereoscopic image display when it receives the stereoscopic image resource file from the server.

Description

Online content stereo display method and system

The present invention relates to a technology for displaying online content, and in particular to a display method and system for converting online content into a stereoscopic display image.

Online content is often presented on a terminal device through a web browser. The terminal is generally configured as a flat-screen display, so the online content is displayed in a flat manner. If you need to view the online content in a stereoscopic view, for example, you need to view one from various angles. For commodities, works of art or buildings, the common way is to shoot various angles of the object with a camera in advance, and then generate a three-dimensional image of the object by stitching, so that the user can manipulate the viewing angle to obtain three-dimensional image information.

Another method is to create a three-dimensional model of the object in advance, and then form a three-dimensional image of the object with a map, and then let the user browse the image of the object from various angles with the corresponding software program.

The disclosure book discloses a three-dimensional display method and system for online content. Through this system, a new method for displaying online content is proposed. This method allows users to display the content through a three-dimensional image display device when browsing the content of general content websites. The three-dimensional image of a specific object in the website, such as the three-dimensional image of a commodity object on an e-commerce platform, or the three-dimensional image of an advertising object, or the content itself can be displayed in a three-dimensional image.

According to the embodiment of the online content stereoscopic display method, applied in a system, the system proposes a stereoscopic image server. When the stereoscopic image server receives a request for a stereoscopic display object from a content server, including a request for a dynamic object or a static object, A request source can be obtained. Then, in the 3D image server, 3D image data is generated for the object. According to the request source, the 3D image server transmits the 3D image data to the 3D image display device to display the 3D image of the object.

Preferably, when the 3D image server receives a request for a 3D display of an object, it can query the image database according to the object identification information carried in the request to obtain the 3D image data of the corresponding object. In this example, the 3D image data is to provide 3D image data. The image display device directly displays the data of the three-dimensional image.

Preferably, when the three-dimensional image server receives a request for a three-dimensional display object from the content server, it can query the image resource database according to the identification information of the object. In this example, the obtained three-dimensional image data is a three-dimensional image resource corresponding to the object. This three-dimensional image resource file can be provided to the three-dimensional image display device to calculate the three-dimensional image of the object.

In another embodiment, when the three-dimensional image server receives a request for a three-dimensional display object, it can simultaneously receive the three-dimensional image resource file of the corresponding object from the content server, and the processor in the three-dimensional image server calculates it in real time according to the three-dimensional image resource file The three-dimensional image data is the data that provides the three-dimensional image display device to directly display the three-dimensional image.

Preferably, the object is a commodity on a browse page. After the object link is triggered, the content server can send a request for the three-dimensional display of the object to the three-dimensional image server.

Preferably, the object is an advertisement on the browse page, and the object link is triggered when the browse page is displayed, so that the content server sends a request for the three-dimensional display of the object to the three-dimensional image server.

In order to further understand the features and technical content of the present invention, please refer to the following detailed description and drawings about the present invention. However, the provided drawings are only for reference and description, and are not used to limit the present invention.

The following are specific specific examples to illustrate the implementation of the present invention. Those skilled in the art can understand the advantages and effects of the present invention from the content disclosed in this specification. The present invention can be implemented or applied through other different specific embodiments, and various details in this specification can also be based on different viewpoints and applications, and various modifications and changes can be made without departing from the concept of the present invention. In addition, the drawings of the present invention are merely schematic illustrations, and are not drawn according to actual size, and are stated in advance. The following embodiments will further describe the related technical content of the present invention in detail, but the disclosed content is not intended to limit the protection scope of the present invention.

It should be understood that although terms such as "first", "second", and "third" may be used herein to describe various elements or signals, these elements or signals should not be limited by these terms. These terms are mainly used to distinguish one element from another, or one signal from another signal. In addition, the term "or" used in this document may include any one or a combination of more of the associated listed items depending on the actual situation.

The disclosure discloses a three-dimensional display method and system for online content. The method is to generate a three-dimensional image data for display by a user-end device according to a message triggered by a user's browsing content, and generate an effect of online content display that is different from general experience.

FIG. 1 shows a schematic diagram of the network architecture of an online content stereoscopic display system. According to an embodiment, the online content stereoscopic display system mainly provides a stereoscopic image server 103, which can provide or generate a stereoscopic image corresponding to an object according to the needs of the user or content. The three-dimensional image can be a three-dimensional image of a static object or a continuous three-dimensional image of a dynamic object. The 3D image server 103 is provided with an image database 104, in which the storage system has created a 3D image of an object in a specific format in advance, and can provide 3D images in real time, especially for the 3D image display device 106 on the user side to display the 3D images.

In another embodiment, the 3D image server 103 has the ability to calculate 3D images in real time, and can calculate the real-time data of the object based on the 3D image information (3D image resource files, such as the color information of the 3D image and the 3D space information) provided by the demand side. The three-dimensional image may be a static three-dimensional image or a three-dimensional video formed by continuous images, and then provided to the three-dimensional image display device 106 for display.

The 3D image server 103 provided by the online content 3D display system can cooperate with a content server 101 to provide 3D images. The content server 101 can be, for example, e-commerce platforms, knowledge bases, search engines, social media, news websites, etc., with content. The database 102 is used to record data of various objects, and the content server 101 provides text, graphics, or audio-visual content, including providing services for three-dimensional display of an object. Taking an e-commerce platform as an example, the content database 102 records the image and text information of various products posted on shopping websites; taking the knowledge base as an example, the content database 102 records the text, graphics, and audiovisual of various webpages, blogs, and news. Content: Taking social media as an example, the content database 102 records various texts, graphics, and audiovisual messages shared and reposted by users in social media.

The content server 101 is connected to the 3D image server 103 through the network 10. When there is a need to display the 3D image of a specific object, the content server 101 sends a request to the 3D image server 103 according to the user's needs, and the 3D image server 103 provides it according to the request The three-dimensional images in the image database 104 may be calculated in real time.

The 3D image is finally displayed on the 3D image display device 106 on the user side. In this illustration, the user side also includes a general computer device, such as the user device 105, and is equipped with a 3D image display device 106. The user can use the user device 105 Browsing the content of the content server 101, when there is a need to display a 3D image, the 3D image can be obtained through the 3D image server 103, and then displayed on the 3D image display device 106. Alternatively, in another embodiment, the user side only needs to use one stereoscopic image display device 106, and the user can operate the stereoscopic image display device 106 to directly browse the content of the content server 101, and display it in a flat image mode or a three-dimensional image mode. content.

According to an embodiment, the stereoscopic image display device 106 provided on the user side can be a computer device that operates independently and can browse the content server 101. The computer device is equipped with a stereoscopic display module and a general flat display module, such as a dual screen; or It needs to work with another computer device. The computer device can be a personal computer, a mobile device, etc.; or a display device that can display flat and three-dimensional images using a screen cutting method, or it can be the same display panel but the flat display and the three-dimensional display can be switched. According to another embodiment, the user device on the user side or the stereoscopic image display device 106 may be equipped with an input device, such as a mouse, a keyboard, or a sensor that can sense gestures, allowing the user to control by gestures. Browse content.

It is mentioned here that the stereoscopic display technology used in the online content stereoscopic image display system can be traditional stereoscopic images viewed through special glasses (such as red and blue glasses, polarized glasses or shutter glasses), or it can be a kind of display distance using a lens matrix. A one-distance floating three-dimensional image display technology on a flat-panel display. In this three-dimensional image generation method, based on the color information of the three-dimensional image and three-dimensional space information (such as a flat image data and a depth map, or a set of coordinate values describing the three-dimensional image And chromaticity value), and consider the spatial relationship between the display, optical elements (such as lens matrix) and the displayed image to establish a three-dimensional image.

Furthermore, in one embodiment, FIG. 1 shows that the content server 101 and the 3D image server 103 are connected to each other via the network 10. However, in another embodiment, the content server 101 itself can provide 3D images, that is, it can be modeled. The stereoscopic image processing technology in the volumetric image server 103 is established in the group mode.

According to another embodiment, the three-dimensional image server 103 runs a cloud server, provides a cloud service, connects multiple content-providing servers, and can provide three-dimensional image data according to the needs of each end. The three-dimensional image data may include a static three-dimensional image. The image, or the 3D video formed by continuous images, includes the 3D image data provided by the 3D image server 103's own image database 104, or the 3D image resource file provided by other servers for calculating the 3D image, and then the 3D image The processor in the server 103 calculates the 3D image data in real time, and provides each terminal 3D image display device 106 to display the 3D image. It also does not rule out that the three-dimensional image display device 106 directly receives the three-dimensional image resource file, and the three-dimensional image display device 106 itself calculates the three-dimensional image.

The following process embodiment describes the online content three-dimensional display method applied to the above system, which describes browsing a specific content website with a user device (such as a personal computer, a mobile device), and the three-dimensional image display device can then display the three-dimensional image through the method. The user device and the three-dimensional image display device may be two independent electronic devices, or a circuit module that integrates a general flat display and a three-dimensional display, or a display manufacturing process is used to make a flat surface on a display panel. The display panel and the stereoscopic display panel may be the same display panel but the plane display and the stereoscopic display can be switched.

However, the following embodiments use a flat display element and a three-dimensional image display element to represent the two functions of a flat display and a three-dimensional display respectively, including the aspect of two independent devices, and the aspect of being integrated into one device.

According to the embodiment of the online content stereoscopic display method, the main flow can be referred to the flowchart shown in FIG.

The process starts from step S201. The user operates the flat display element to browse the content website, such as searching for information on a search engine website, or browsing and shopping on an e-commerce platform, or in the content (text, graphics, audio and video) View text, graphics, and audiovisual content on the website.

At this time, in step S203, the software program embedded in the content in the content website triggers a request for a three-dimensional display object according to the user's browsing content. In step S205, the request for the three-dimensional display object is sent to the three-dimensional image server. After receiving the request, the server generates 3D image data corresponding to a certain object.

Since this request can include user information that can identify the user's location, such as network address (IP), media access control (MAC), or user ID (user ID), it is set as a request source. Therefore, when When the request source corresponding to the three-dimensional display object is obtained, the three-dimensional image server can send the three-dimensional image data to the three-dimensional image display element on the user side through the network or a specific transmission path according to the request source as in step S207, and then receive the three-dimensional image data. After the image data, in step S209, the three-dimensional image display device can display the three-dimensional image of the object.

FIG. 3 shows a flowchart of another embodiment of a method for displaying online content in a stereoscopic manner.

In this example, step S301 shows that the user can browse a certain content website with the flat display element of the computer device. In step S303, the user operates the computer device to click on one of the objects, such as a product on the browsing page of an e-commerce platform. At this time, the link of the product object is triggered. In addition to the direct execution of the shopping procedure (step S311), on another path of the process, such as step S305, the relevant content server will generate a request for a three-dimensional display corresponding to this product, and The three-dimensional image server receives it, and then queries the image database based on the information of the product object, which can directly generate the three-dimensional image data, or generate the three-dimensional image data through calculation.

In step S307, the 3D image server transmits 3D image data to the corresponding user-side 3D image display device according to the request source recorded in the request. In step S309, the 3D image display device is used to display the 3D image of the object.

In one embodiment, after viewing the three-dimensional image of the merchandise, the user decides to purchase the merchandise and can execute the shopping procedure through the computer device (step S311). In another embodiment, the three-dimensional image display element may be an independently operated computer device, so that the user can connect to the content server through the device and perform subsequent shopping procedures.

FIG. 4 illustrates a flowchart of another embodiment of a method for displaying online content in a stereoscopic manner.

In step S401, similarly, the user can browse the content website (content server) through the flat display element. In addition to viewing the content, in step S403, the software program running behind the relevant browsing page will also trigger a The object connection is, for example, an advertisement link embedded in this page. At this time, in step S405, the content server sends the 3D display request of this advertisement object to the 3D image server, and the 3D image server generates the 3D image data. Send the 3D image data to the 3D image display element on the user side according to the request source recorded in the request.

In step S407, the three-dimensional image data is received by the three-dimensional image display device, as in step S409, and then the three-dimensional image of the object is displayed. At this time, in step S411, the user can also operate the displayed three-dimensional image through the interactive function in the three-dimensional image display element. In step S413, the three-dimensional image display element can generate an interactive command based on the interactively generated message, such as a gesture message. This interactive command can record the image change corresponding to the sensed interactive gesture, and the interactive command is sent to the three-dimensional image server.

At this time, the process repeats steps S405 to S409, and the 3D image server determines another display aspect of the advertisement object according to the image information recorded in the interactive command, and generates 3D image data based on this, including querying the image database to obtain the 3D image Data, or another corresponding three-dimensional image data is obtained through real-time calculation, and the other three-dimensional image data is similarly transmitted to the three-dimensional image display element on the user side to display the new three-dimensional image corresponding to the interactive command after the interaction.

It is mentioned here that when the three-dimensional image display element displays a three-dimensional image corresponding to an object, the user can interact with gestures or a specific input device, such as through a sensor of the three-dimensional image display element ( A gesture sensor) senses the user’s gestures, including gesture movement, rotation, and zooming (one or a combination of them), and generates an interactive command. This interactive command is sent to a stereoscopic image server so that the software The tool can obtain the three-dimensional coordinates and vectors corresponding to a display space according to the interactive command to obtain new three-dimensional image data.

Furthermore, when displaying the three-dimensional image of the object as a three-dimensional image, it may be a floating three-dimensional image presented in space. Therefore, the three-dimensional image display element will know each position (light point, three-dimensional coordinate) in the three-dimensional image. Therefore, when gestures are sensed by light, sound waves, images, etc., the interaction between gestures and stereoscopic images can be obtained, including the positions of fingers, palms, and knuckles. The gesture positions obtained correspond to the spatial positions of the stereoscopic images. The software program running in the three-dimensional image display component can determine movement, rotation, zooming, etc., and then provide the corresponding three-dimensional image data through the three-dimensional image server. Under high-speed transmission and calculation, users can feel the three-dimensional interaction The generated response image allows users to view objects (products or advertisements) from various angles.

Further, the interactive mode can mainly be used to sense gestures, voice commands or touch commands through various sensors, and it does not exclude the use of other interactive input technologies, such as gestures, generated on a flat touch panel, Face tracking, eye tracking, remote program control, etc., and can be used with input devices including various sensors (such as light sensors, gyroscopes) and other communication technologies (such as Bluetooth, RFID, etc.) to perform interaction.

Next, FIGS. 5 to 8 show a flowchart of an embodiment of an online content stereoscopic display method operating between the flat display element 51, the stereoscopic image display element 52, the content server 53, and the stereoscopic image server 54. The flat display element 51 described in each embodiment may be a flat display module in a user terminal device, or a computer device that runs independently; the three-dimensional image display element 52 may be a three-dimensional display module in a user terminal device. It can also be a stand-alone three-dimensional image display device; the content server 53 can be a general website server, an audio-visual content server, an e-commerce platform or a search engine, etc. according to different embodiments; the three-dimensional image server 54 can be a stand-alone operation The server in the content server 53 can also be a software program or a hardware circuit that processes the three-dimensional image data in the content server 53, and moreover, the three-dimensional image server 54 can also run a content platform or an e-commerce platform by itself.

[Example 1]

According to the process embodiment described in FIG. 5, the content server 53 can be a general website server or an audio-visual platform.

At the beginning, the user operates the flat display element 51 in the computer device to send a content request to the content server 53 to browse the content in the content server 53 (S501), and when browsing the content, click on the object of interest, Or execute a playback command for a specific content to generate object information, such as identification information (ID) in the content server 53, and then, the content server 53 generates a request for a three-dimensional display object, and sends the object information to the three-dimensional image server. 54 (S503), the software program in the 3D image server 54 queries the image database according to the identification information of the object (S505) to obtain the 3D image data corresponding to the object. The 3D image data can be pre-calculated and converted The completed three-dimensional image data, that is, the three-dimensional image display element 52 transmitted to the terminal (S507), is decoded by the three-dimensional image display element 52 of the terminal for a specific format to play the three-dimensional image.

[Example 2]

In FIG. 6, the content server 53 may be a website that provides text, graphics, and/or audiovisual content.

Similarly, the user operates the terminal device first, and the flat display element 51 sends a content request to the content server 53 (S601), such as a request for browsing content, to obtain an object of interest. At this time, on the one hand, the content server 53 forms a request for a three-dimensional display object for this, and sends the identification information of the object to the three-dimensional image server 54 (S603); on the other hand, it responds to the content request sent by the user (which records the use of The corresponding content is provided (S605). This part may still be a flat content, which is received and displayed by the flat display element 51.

In the 3D image server 54, the image database will be queried according to the received object information (S607) to obtain the corresponding 3D image data, which will be sent to the user's 3D image after some pre-operations (such as encryption and encoding) The display element 52 (S609), at this time, the three-dimensional image display element 52 can display the three-dimensional image after being decoded.

At this time, on the user side, on the one hand, the flat display element 51 can display the flat content transmitted from the content server 53, and on the other hand, the three-dimensional image display element 52 can display related three-dimensional images at the same time, providing a different content viewing experience.

The user can operate the flat display element 51, and use some input peripherals (such as a mouse, keyboard, touch panel, voice, etc.) to perform interaction on the content provided by the content server 53 to generate a flat content interactive command to the content server 53 ( S611) Let the content server 53 respond to the corresponding flat content to the flat display element 51 according to the interactive command (S613).

The user can also operate the three-dimensional image display element 52, use the above-mentioned input methods, or interact on the displayed three-dimensional image with gestures, to generate a three-dimensional content interactive command, and send it to the three-dimensional image server 54 (S615), and the three-dimensional image The software program in the server 54 judges another display aspect of the object according to the interactive command. After querying the image database (S617), another three-dimensional image data can be directly obtained, or another three-dimensional image data can be formed after calculation. It is immediately returned to the 3D image display element 52 (S619), and the 3D image display element 52 displays the interactive 3D image. The interaction can be executed continuously, and can continuously obtain the interactive 3D image data from the 3D image server 54 to provide a special browsing experience.

[Example Three]

Figure 7 shows another embodiment. In this example, the content server 53 is a general content website, which can be an e-commerce platform, and the object can be an object of interest, or an advertising object placed on a web page, or It is a content object that can be triggered to be generated on the 3D image server 54. The image database of the 3D image server 54 records the 3D image resource files of various objects, and the 3D image resource file records the necessary information for the calculation of the stereo image. For example, a 3D image description file and an environment data file, the 3D image description file can be a kind of A description file that describes the three-dimensional coordinates, vectors, and dimensions of an object. The environment data file can be a file that describes the object's ambient light, angle of view, material, and color, and can be used to describe a static object or a dynamic object.

At the beginning of the embodiment, the user operates the flat display element 51 to send a content request to the content server 53 (S701), browse the content of the page, and select objects of interest, or the browsing page automatically triggers specific object information and sends To the 3D image server 54 (S703), the software program in the 3D image server 54 queries the image database according to the object information (S705), obtains the 3D image resource file of the object, and directly sends the 3D image resource file to the terminal's 3D For the image display element 52 (S707), a processor in the stereoscopic image display element 52 or a specific terminal device calculates a three-dimensional image from the data in the three-dimensional image resource file in real time (S709), and displays the three-dimensional image immediately.

At this time, the user can also use the three-dimensional image display element 52 to operate the displayed three-dimensional image with gestures, and also generate an interactive command, and provide it to the three-dimensional image server 54 (S711), and then the software program in the three-dimensional image server 54 determines the object according to the interactive command. In another display mode of, after querying the image database (S713), a new three-dimensional image resource file is obtained, and the same is sent to the three-dimensional image display element 52 (S715), and the three-dimensional image display element 52 calculates the three-dimensional image in real time. (S717).

If there is a continuous interaction process, interactive commands will be continuously generated and sent to the 3D image server 54. The 3D image server 54 queries the database to continuously obtain the 3D image resource file, and then sends it to the terminal's 3D image display component 52 for calculation and display. Three-dimensional image.

It is mentioned here that when the user uses the three-dimensional image display element 52 to perform interaction and generates an interactive command, the user can query according to the interactive command whether the three-dimensional image resource file currently received by the three-dimensional image display element 52 includes the corresponding interaction. Another display aspect of the command, if a new display aspect is included, the three-dimensional image display element 52 can generate three-dimensional image data after self-calculation, and display it; if it does not include another interactively generated display aspect, such as In step S711, a request for a new 3D image resource file is sent to the 3D image server 54, and calculations are performed according to the received 3D image resource file.

[Example Four]

The content server 53 shown in FIG. 8 can be a website that sells merchandise. The object can be a merchandise object or an advertising object placed in related content. In particular, this example is based on the three-dimensional image server 54 The three-dimensional image resource file of the object is calculated in real time to generate the three-dimensional image data of the object, and the three-dimensional image resource file can be provided by the content server 53 to the three-dimensional image server 54 or obtained from the image database in the three-dimensional image server 54.

At the beginning, the user operates the flat display component 51 of the terminal and sends a content request to the content server 53 (S801). During the browsing process, the link of the object is triggered, and the request for the three-dimensional display object is sent to the three-dimensional image server 54 along with the object information (S803). ), or, the content server 53 can provide a three-dimensional image resource file of an object, and then send it to the three-dimensional image server 54 along with a request for the three-dimensional display object. On the other hand, the content server 53 may provide corresponding content to the flat display element 51 in response to the user's content request (S805).

When the 3D image server 54 obtains the 3D image resource file provided by the content server 53, the processor in the 3D image server 54 calculates the 3D image in real time (S807), and then transmits the formed 3D image data to the 3D image display component 52 (S809) , Displayed by the three-dimensional image display element 52, and can provide the user to perform interaction. The interaction can generate the spatial coordinate change corresponding to the three-dimensional image, obtain the state of the body image change, generate the interactive command from the three-dimensional image interaction, and send it to the three-dimensional image again. In the server 54 (S811), the 3D image server 54 calculates the 3D image in real time (S813). Similarly, the 3D image data is provided to the 3D image display element 52 (S815). The 3D image data is data that can directly display the 3D image.

According to the above embodiments of various online content stereoscopic display methods, it can be seen that the feature is that users can obtain three-dimensional image data while obtaining flat content. If browsing an e-commerce platform as an example, various products can be displayed. In addition to traditional flat information, users can click on products to trigger product links, so that the three-dimensional image server can provide three-dimensional image data of related products, or three-dimensional image resource files, so that users can view products with real-time three-dimensional images. Or get the three-dimensional images of related advertisements to produce a novel content viewing experience.

The content disclosed above is only the preferred and feasible embodiments of the present invention, and does not limit the scope of the patent application of the present invention. Therefore, all equivalent technical changes made using the description and schematic content of the present invention are included in the application of the present invention. Within the scope of the patent.

101: Content Server 102: Content Database 103: Stereoscopic image server 104: Image Database 10: Internet 105: user device 106: Stereoscopic image display device 51: Flat display components 52: Stereoscopic image display component 53: Content Server 54: Stereoscopic image server Steps S201~S209: One of the three-dimensional display process of online content Steps S301~S311: Online content stereoscopic display process 2 Steps S401~S413: The third process of online content stereoscopic display Steps S501~S507: One of the three-dimensional display process of multi-party online content Steps S601～S619: The second process of stereoscopic display of multi-party online content Steps S701~S717: The third process of the three-dimensional display of multi-party online content Steps S801~S815: The fourth process of three-dimensional display of multi-party online content

Figure 1 shows a schematic diagram of the network architecture of an online content three-dimensional display system;

FIG. 2 shows a flow chart of an embodiment of a method for displaying online content in a three-dimensional manner;

FIG. 3 shows a flowchart of the second embodiment of the online content stereoscopic display method;

FIG. 4 shows a flowchart of the third embodiment of an online content stereoscopic display method;

FIGS. 5 to 8 show a flowchart of an embodiment of a method for stereoscopic display of online content that operates between a flat display element, a stereoscopic image display element, a content server, and a stereoscopic image server.

S201: Browse content websites with flat display elements

S203: Trigger a request for a three-dimensional display object

S205: The stereoscopic image server generates stereoscopic image data after receiving the request

S207: Receive 3D image data from the 3D image display component

S209: Display the three-dimensional image of the object

Claims (18)

A method for stereoscopic display of online content includes: in a stereoscopic image server, receiving a request for a stereoscopic display object from a content server, and deriving a request source corresponding to the request for the stereoscopic display object; in the stereoscopic image server , Generating a three-dimensional image data for the object; and according to the request source, the three-dimensional image server transmits the three-dimensional image data to a three-dimensional image display device to display the three-dimensional image of the object; wherein, the three-dimensional image server is an independent operation The server of the content server is a software program or a hardware circuit for processing 3D image data in the content server. There is an image database in which the data is stored in advance that meets a specific format and can provide real-time display of 3D images according to requirements. The online content three-dimensional display method of claim 1, wherein when the three-dimensional image server receives a request for the three-dimensional display object, the image database is queried according to the object's identification information to obtain the corresponding object The three-dimensional image data of the three-dimensional image data is the data that provides the three-dimensional image display device to directly display the three-dimensional image. The method for 3D display of online content according to claim 1, wherein in the 3D image server, when a request for the 3D display object is received, the image database is queried according to the identification information of the object to obtain the 3D image The data is a three-dimensional image resource file corresponding to the object, and the three-dimensional image resource file is sent to the three-dimensional image display device, and the three-dimensional image display device calculates the three-dimensional image of the object. The online content three-dimensional display method of claim 1, wherein when the three-dimensional image server receives the request for the three-dimensional display object, it also receives a three-dimensional image resource file corresponding to the object, and is processed by one of the three-dimensional image servers The device calculates the three-dimensional image data in real time according to the three-dimensional image resource file, and the number of the three-dimensional image The data is to provide the three-dimensional image display device directly displaying the data of the three-dimensional image. The method for 3D display of online content according to claim 3 or 4, wherein the 3D image resource file includes a 3D image description file and an environment data file for describing a static object or a dynamic object. The online content stereoscopic display method according to any one of claim 1 to 4, wherein after the stereoscopic image display device displays the stereoscopic image of the object, the stereoscopic image server receives an interactive command generated by the stereoscopic image display device , The three-dimensional image server determines another display aspect of the object according to the interactive command, and then generates another corresponding three-dimensional image data, and transmits the other three-dimensional image data to the three-dimensional image display device to display the corresponding Three-dimensional images of interactive commands. The method for three-dimensional display of online content according to claim 6, wherein the content server provides text, graphics, or audio-visual content, including providing a service of three-dimensional display of the object. The online content three-dimensional display method of claim 7, wherein the object is a commodity on a browsing page, and after a link of one of the objects is triggered, the content server sends a request for the three-dimensional display object to the three-dimensional image server . The online content three-dimensional display method of claim 7, wherein the object is an advertisement on a browsing page, and a link of the object is triggered when the browsing page is displayed, and the content server sends the three-dimensional image server to the three-dimensional image server. The request to display the object. An online content three-dimensional display system includes: a three-dimensional image server, provided with an image database, connected to a content server, and provided corresponding three-dimensional image data according to a request for a three-dimensional display object generated by the content server, wherein the three-dimensional image data The image server is a stand-alone server or a software program or hardware circuit that processes 3D image data in the content server. The image database is stored in advance to meet a specific format and can provide real-time display of 3D images according to needs. Data; a three-dimensional image display device for receiving the three-dimensional image data, and display a Stereoscopic image; wherein, using the three-dimensional image server to execute an online content three-dimensional display method includes: in the three-dimensional image server, receiving a request for the three-dimensional display object from the content server, and obtaining a request corresponding to the three-dimensional display object A request source for the three-dimensional image server; in the three-dimensional image server, corresponding three-dimensional image data is generated for the object; and according to the request source, the three-dimensional image server transmits the three-dimensional image data to the three-dimensional image display device to display the three-dimensional image of the object image. The online content three-dimensional display system according to claim 10, wherein, in the three-dimensional image server, when a request for the three-dimensional display object is received, the image database is queried according to the identification information of the object to obtain the corresponding object The three-dimensional image data of the three-dimensional image data is the data that provides the three-dimensional image display device to directly display the three-dimensional image. The online content three-dimensional display system according to claim 10, wherein, in the three-dimensional image server, when a request for the three-dimensional display object is received, the image database is queried according to the identification information of the object to obtain the three-dimensional image The data is a three-dimensional image resource file corresponding to the object, and the three-dimensional image resource file is sent to the three-dimensional image display device, and the three-dimensional image display device calculates the three-dimensional image of the object. The online content stereoscopic display system of claim 10, wherein when the stereoscopic image server receives the request for the stereoscopic display object, it also receives the stereoscopic image resource file corresponding to the object, and is processed by one of the stereoscopic image servers The device calculates the three-dimensional image data in real time according to the three-dimensional image resource file, and the three-dimensional image data provides data for the three-dimensional image display device to directly display the three-dimensional image. The online content three-dimensional display system according to claim 10, wherein the object is a browser After triggering a link of one of the objects on a product on the browse page, the content server sends a request for the three-dimensional display object to the three-dimensional image server. The online content three-dimensional display system of claim 10, wherein the object is an advertisement on a browsing page, and a link of the object is triggered when the browsing page is displayed, and the content server sends the three-dimensional image server to the three-dimensional image server. The request to display the object. The online content stereoscopic display system according to any one of claim 10 to 15, wherein, after the stereoscopic image display device displays the stereoscopic image of the object, the stereoscopic image server receives an interactive command generated by the stereoscopic image display device , The three-dimensional image server determines another display aspect of the object according to the interactive command, and then generates another corresponding three-dimensional image data, and transmits the other three-dimensional image data to the three-dimensional image display device to display the corresponding Three-dimensional images of interactive commands. The online content stereoscopic display system of claim 16, wherein, when the stereoscopic image display device displays the stereoscopic image of the object, a gesture, a voice command or a sensor is sensed by a sensor of the stereoscopic image display device. The touch command generates the interactive command. The online content stereoscopic display system according to claim 17, wherein, in the stereoscopic image display device, the interactive instruction is generated by sensing one or a combination of the movement, rotation, and zooming actions of the gesture; In the three-dimensional image server, the three-dimensional coordinates and vectors corresponding to a display space are obtained according to the interactive command to obtain new three-dimensional image data.

Images