WO2018010383A1

WO2018010383A1 - Display method and system of intelligent terminal device

Info

Publication number: WO2018010383A1
Application number: PCT/CN2016/113098
Authority: WO
Inventors: 林茂伟
Original assignee: 广州视睿电子科技有限公司
Priority date: 2016-07-15
Filing date: 2016-12-29
Publication date: 2018-01-18
Also published as: CN106200804B; CN106200804A

Abstract

A display method and system of an intelligent terminal device, wherein the display method of an intelligent terminal device comprises the following steps: receiving all-channel rendering information pushed by a server, wherein the all-channel rendering information is information preset by the server for respectively performing rendering in each display channel of the intelligent terminal device; sending a display resource corresponding to the all-channel rendering information to a graphics card memory of the intelligent terminal device, and rendering the display resource in each display channel of the intelligent terminal device; and acquiring a display channel currently used by the intelligent terminal device and displaying the rendered display resource via the currently used display channel. The described display method and system of an intelligent terminal device can increase the display efficiency of displaying a corresponding display task in an intelligent operating system of the intelligent terminal device, thus increasing the convenience of displaying.

Description

Display method and system of intelligent terminal device

Technical field

The present invention relates to the field of computer technologies, and in particular, to a display method and system for an intelligent terminal device.

Background technique

Intelligent terminal devices (smart TVs or tablets, etc.) are used more and more frequently in people's work and life. In order to meet the needs of various aspects of people's use, the above intelligent terminal devices usually have a smart operating system and multiple displays. Channels, intelligent operating systems on smart terminal devices can use their corresponding display channels to render and display related content.

Generally, the smart terminal device can display the display resources rendered by the currently used display channel. If an intelligent operating system in the smart terminal device receives the display task and the corresponding display channel is not currently used, the display channel corresponding to the smart operating system needs to be switched to perform the display of the corresponding display task. .

Because the switching process between display channels is complicated and time consuming, it affects the efficiency of the intelligent operating system to display the corresponding display tasks.

Summary of the invention

Based on this, it is necessary to provide a display method and system for the smart terminal device for the technical problem that affects the efficiency of the intelligent operating system to display the corresponding display task.

A display method of a smart terminal device includes the following steps:

Receiving, by the server, the full channel rendering information, where the full channel rendering information is preset by the server for respectively rendering on each display channel of the smart terminal device;

Transmitting the display resource corresponding to the full channel rendering information to the graphics card memory of the smart terminal device, and rendering the display resource in each display channel of the smart terminal device;

The display channel currently used by the smart terminal device is obtained, and the rendered display resource is displayed through the currently used display channel.

A display system for a smart terminal device, comprising:

The receiving module is configured to receive the full channel rendering information that is sent by the server, where the full channel rendering information is information preset by the server for being respectively rendered on each display channel of the smart terminal device;

a rendering module, configured to send the display resource corresponding to the full channel rendering information to a graphics card memory of the smart terminal device, and render the display resource in each display channel of the smart terminal device;

The display module is configured to obtain a display channel currently used by the smart terminal device, and display the rendered display resource by using the currently used display channel.

The display method and system of the smart terminal device can send the corresponding display resource to the graphics card memory of the smart terminal device after the smart operating system of the smart terminal device receives the full channel rendering information sent by the server, so that the display resources are respectively Displayed in each display channel corresponding to the memory of the graphics card, so that the display resource of the above rendering is displayed by using the display channel currently used by the smart terminal device; even if the display channel corresponding to the corresponding smart operating system is not currently used, the currently used The display channel realizes the display of the corresponding display task, which can improve the display efficiency of the display task by the intelligent operating system in the smart terminal device, and improve the display convenience.

DRAWINGS

1 is a flowchart of a display method of an intelligent terminal device according to an embodiment;

2 is a schematic diagram of a communication connection between an intelligent operating system and a server according to an embodiment;

3 is a schematic diagram of a communication connection between an intelligent operating system and a server according to an embodiment;

4 is a schematic diagram of a communication connection between an intelligent operating system and a server according to an embodiment;

FIG. 5 is a schematic structural diagram of a display system of an intelligent terminal device according to an embodiment.

detailed description

The specific implementation manners of the display method and system of the smart terminal device of the present invention are described in detail below with reference to the accompanying drawings.

Referring to FIG. 1, FIG. 1 is a flowchart of a display method of an intelligent terminal device according to an embodiment, which includes the following steps:

S10: Receive all-channel rendering information that is sent by the server, where the full-channel rendering information is information preset by the server for being respectively rendered on each display channel of the smart terminal device;

The intelligent terminal device includes one or more intelligent operating systems (such as Android, IOS or Windows), and also includes HDMI (High Definition Multimedia) channel, VGA (Video Transmission Standard) channel or display channel corresponding to each intelligent operating system. Multiple display channels. A server is an intelligent control device that can communicate with one or more smart terminal devices.

Each of the smart operating systems can establish a communication connection with the server respectively, wherein the smart operating system and the server can establish a corresponding communication link by setting or adding port address information between each other to implement a communication connection between the two. After each intelligent operating system of the intelligent terminal device establishes a communication connection with the server, the server can monitor the system work of each intelligent operating system, and the software running in the intelligent operating system itself or the intelligent operating system has a new state (such as running abnormally). Or the version update, etc.), the prompt information may be generated according to the new state, and the full channel identifier indicating the priority of the prompt information display may be set, and then the corresponding smart operating system is set according to the prompt information and the corresponding full channel identifier. Full channel rendering information, the above full channel rendering information is sent to the smart operating system.

S20: Send the display resource corresponding to the full channel rendering information to the graphics card memory of the smart terminal device, and render the display resource in each display channel of the smart terminal device;

After receiving the all-channel identifier, the intelligent operating system may identify the all-channel identifier to obtain a display resource corresponding to the full-channel identifier (such as an image or a text to be displayed), and then send the display resource. In the graphics card memory of the smart terminal device, the display resources can be rendered in all display channels of the smart terminal device.

S30. Acquire a display channel currently used by the smart terminal device, and display the rendered display resource by using the currently used display channel.

In the above steps, the display resource rendered in the display channel currently used by the smart terminal device can be displayed on the display interface of the smart terminal device.

The display method of the smart terminal device provided by the embodiment, after the intelligent operating system of the smart terminal device receives the full channel rendering information sent by the server, may send the corresponding display resource to the graphics card memory of the smart terminal device, so that the display is performed. Resources are respectively displayed in the graphics card memory The display channel is rendered to display the display resource of the above rendering by using the display channel currently used by the smart terminal device; even if the display channel corresponding to the corresponding smart operating system is not currently used, the currently displayed display channel can be used to implement the corresponding display task. The display can improve the display efficiency of the above display task by the intelligent operating system in the smart terminal device, and improve the convenience of display.

In an embodiment, the step of receiving the full channel rendering information pushed by the server may further include:

Sending the test pattern to the graphics card memory of the smart terminal device, and detecting whether the test graphics are received by the respective display channels corresponding to the graphics card memory;

If yes, sending the first rendering capability confirmation information to the server; wherein the server receives the first rendering capability confirmation information, and feeds back the full channel rendering information according to the first rendering capability confirmation information.

In this embodiment, before receiving the full channel rendering information pushed by the server, the intelligent operating system may send the test graphic to the graphics card memory of the smart terminal device. If the test pattern can be further sent to each display channel of the smart terminal device, the corresponding The intelligent operating system has a service capability (a service of full-channel rendering capability) for transmitting display resources to respective display channels of the smart terminal device, and may send first rendering capability confirmation information for characterizing the full-channel rendering capability to the server; The server may send the full channel rendering information generated or set for the smart operating system to the smart operating system, so that the intelligent operating system receives the above-mentioned full channel rendering information, and realizes full channel rendering of the above full channel rendering information (in smart respectively) Each display channel of the terminal device is rendered) and displayed by using the display channel currently used by the smart display device. The test pattern described above may include simple and recognizable graphics such as numbers, letters or geometric figures.

As an embodiment, the foregoing first rendering capability confirmation information may include system feature information;

The process of feeding back all-channel rendering information according to the first rendering capability confirmation information includes:

Reading system characteristic information from the first rendering capability confirmation information;

Allocating display tasks according to the system feature information, generating full channel rendering information according to the display tasks, and transmitting the full channel rendering information.

The system feature information may include information such as a version of the smart operating system or a system identifier. After the server receives the first rendering capability confirmation information including the system feature information, the server may The system feature information is matched with the status information monitored by the system, and a display task such as an update prompt or an alarm is allocated according to the monitored new state information corresponding to the system feature information, thereby obtaining a full channel rendering identifier of the corresponding smart operating system.

As an embodiment, the process of allocating a display task according to the system feature information, and generating the full channel rendering information according to the display task may include:

Allocating a display task according to the system feature information, and generating a full channel identifier corresponding to the display task;

Generating full channel rendering information based on the display task and the full channel identifier.

As an embodiment, the step of receiving the full channel rendering information pushed by the server may further include:

Receiving the first push information of the server;

Parsing the first push information, and determining whether the parsed first push information carries a full channel identifier;

If yes, it is determined that the first push information is full channel rendering information.

The server monitors the operation of the smart operating system, and the first push information sent to the smart operating system may include a shutdown command, a software startup command, a related detection instruction, or a conventional display information, etc.; the embodiment may render the information for the entire channel. After the first channel information is sent by the smart operating system, the smart channel can identify whether the first push information is full channel rendering information according to the above-mentioned full channel identifier, so as to improve the intelligent operating system for the server. The first push information sent is valid for full channel rendering.

In an embodiment, after detecting the test pattern corresponding to each display channel corresponding to the memory of the graphics card, the method may further include:

Transmitting the first rendering capability confirmation information to the other operating system, where the other operating system receives the first rendering capability confirmation information, and sending the second rendering capability confirmation information to the server according to the first rendering capability confirmation information, and the server receives the The second rendering capability confirmation information is fed back the second push information according to the second rendering capability confirmation information, the other operating system receives the second push information, and sends the second after determining that the second push information is full channel rendering information. Push information;

Receiving second push information fed back by other operating systems after responding to the first rendering capability confirmation information, And sending the display resource corresponding to the second push information to the graphics card memory of the smart terminal device.

The first rendering capability confirmation information is used to indicate that the smart operating system itself has full channel rendering capability; the second rendering capability confirmation information is used to represent that the intelligent operating system that is in communication with the system has full channel rendering capability.

In this embodiment, after detecting the service with full channel rendering capability, the smart operating system may send first rendering capability confirmation information indicating that it has full channel rendering capability to other operating systems, so that other operating systems will need to perform The full-channel rendering information displayed in time is sent to the above intelligent operating system, and the intelligent operating system is used for full-channel rendering, so that the full-channel rendering information of other operating systems is displayed in time on the corresponding display interface.

The other operating systems and the smart operating system may be multiple intelligent operating systems installed on the same smart terminal device. As shown in FIG. 2, at least the smart operating system A, the intelligent operating system B, and the intelligent operation are installed on the smart terminal device 110. System C; if the smart operating system A has a full-channel rendering capability service, the other operating systems may be one or more of the intelligent operating system B, ..., and the intelligent operating system C, and the plurality of intelligent terminals of the intelligent terminal device The operating system can communicate independently with the server 120. The other operating systems and the smart operating system may also be smart operating systems respectively installed on different smart terminal devices. As shown in FIG. 3, the intelligent operating system with full channel rendering capability may be the smart device on the smart terminal device 111. The operating system D, the other operating system may be, for example, the smart operating system E or the smart operating system F on the smart terminal device 112. In this case, the server 120 can communicate independently with each intelligent operating system on different smart terminal devices.

As an embodiment, the above-mentioned full channel rendering information carries a full channel identifier;

After the other operating system receives the second push information, it also includes:

Identifying whether the second push information carries a full channel identifier;

If yes, it is determined that the second push information is all channel rendering information.

The second push information sent by the server to other operating systems may include a shutdown command, a software startup command, a related detection command, or a conventional display information. In this embodiment, the full channel rendering information carries a full channel identifier, so that other operating systems After receiving the second push information sent by the server, the second channel identifier may be used to identify whether the second push information is full channel rendering information. To improve the effectiveness of other operating systems to forward the second push information delivered by the server and subsequent full-channel rendering.

In an embodiment, taking the structure of the smart terminal device shown in FIG. 2 as an example, as shown in FIG. 3, the smart operating system A sends the test pattern to the graphics card memory of the corresponding smart terminal device 110, and detects each display channel corresponding to the memory of the graphics card. After receiving the test pattern, the first rendering capability may be separately sent to other operating systems (smart operating system B, ..., and one or more of the smart operating systems C, smart operating systems on other smart terminal devices). Confirming the information; the other operating system receives the first rendering capability confirmation information, and sends a second rendering capability confirmation information corresponding to the full channel rendering capability service to the server; the server receives the second rendering capability confirmation information, according to the second rendering The capability confirmation information is assigned to the display task of the corresponding operating system, and the corresponding full channel rendering identifier can also be set, and the second push information corresponding to other operating systems is generated according to the display task and the full channel rendering identifier; the other operating system receives the second push Information, in identifying the second push information, including full channel rendering After the identifier is dyed, the second push information is determined to be full channel rendering information, and the full channel rendering information sent by the server is sent to the intelligent operating system A, and the intelligent operating system A receives the above full channel rendering information, and renders the whole channel. The display resource corresponding to the information is sent to the graphics card memory of the smart terminal device 110, so that the display resources are respectively rendered in the respective display channels corresponding to the graphics card memory, so as to utilize the display channel currently used by the smart terminal device 110 to timely access all other operating systems. Channel rendering information is displayed.

Identifying a resource identifier corresponding to the full channel rendering information;

Searching for a corresponding display resource based on the resource identifier.

The resource identifier may include an identifier of a resource code or a resource name, etc., which can quickly acquire the corresponding display resource. After obtaining the resource identifier corresponding to the full channel rendering information, the resource identifier may be used to search from the local display resource library or the related resource library in the Internet and obtain correspondingly.

In this embodiment, the resource identifier is used to perform the search of the corresponding display resource, and the accuracy of the obtained display resource can be further ensured.

In an embodiment, the display method of the smart terminal device may be applied to a smart TV. The smart operating system of the smart TV may include an Android (Android) system, and the Android system detects that its display resource can be sent to the smart TV. After the display channels are rendered, the first rendering capability confirmation information is sent to the server; the server receives the first rendering capability confirmation information, and when detecting an abnormality information such as an update or an alarm occurs in the running status of the Android system, the abnormality may be The information distribution display task, and then generates full channel rendering information, and sends the above-mentioned full channel rendering information to the Android system, and the Android system receives the above-mentioned full channel rendering information, acquires its corresponding display resource, and sends the display resource to the smart TV graphics card. The memory is such that the display resources are respectively rendered in the respective display channels of the smart TV, and the rendered display resources are displayed by the display channel currently used by the smart TV; for example, if the smart TV currently uses the HDMI channel, the HDMI channel The rendered display resource can be displayed on the display interface of the smart TV in time.

In an embodiment, the display method of the above smart terminal device may be applied to a multi-system computer, for example, a computer installed with both an Android system and a Windows system. The display channel currently used by the above computer is a display channel corresponding to the Android system. After detecting that its display resource can be sent to each display channel of the computer for rendering, the Windows system can send the first rendering capability confirmation information to the server; the server receives the above The first rendering capability confirmation information, when detecting the running status of the Windows system, new status information (update or prompt information, etc.), the display task can be allocated according to the new state information, and then the full channel rendering information is generated, and the whole channel rendering information is generated. After being sent to the Windows system, the Windows system receives the above-mentioned full-channel rendering information, acquires the corresponding display resource, and sends the display resource to the graphics card memory of the computer, so that the display resource is separately displayed by each display channel of the calculator (the corresponding operating system) The display channel and other display channels are rendered, and the rendered display resources are displayed by the display channel currently used by the computer (the display channel corresponding to the Android system).

Referring to FIG. 5, FIG. 5 is a schematic structural diagram of a display system of an intelligent terminal device according to an embodiment, including:

The receiving module 10 is configured to receive the full-channel rendering information that is sent by the server, where the full-channel rendering information is a preset message that is preset by the server for each display channel of the smart terminal device. interest;

The rendering module 20 is configured to send the display resource corresponding to the full channel rendering information to the graphics card memory of the smart terminal device, and render the display resource in each display channel of the smart terminal device;

The display module 30 is configured to obtain a display channel currently used by the smart terminal device, and display the rendered display resource by using the currently used display channel.

In an embodiment, the receiving module may further include:

a detecting module, configured to send the test graphic to the graphics card memory of the smart terminal device, and detect whether each test channel corresponding to the graphics card memory receives the test graphic;

And a sending module, configured to send the first rendering capability confirmation information to the server, where the server receives the first rendering capability confirmation information, and feeds back the full channel rendering information according to the first rendering capability confirmation information.

The smart terminal device display system has a one-to-one correspondence with the display method of the corresponding smart terminal device, and the technical features and the beneficial effects described in the embodiment of the display method of the smart terminal device are applicable to the embodiment of the smart terminal device display system. In this regard, hereby declare.

The technical features of the above-described embodiments may be arbitrarily combined. For the sake of brevity of description, all possible combinations of the technical features in the above embodiments are not described. However, as long as there is no contradiction between the combinations of these technical features, All should be considered as the scope of this manual.

The above-described embodiments are merely illustrative of several embodiments of the present invention, and the description thereof is more specific and detailed, but is not to be construed as limiting the scope of the invention. It should be noted that a number of variations and modifications may be made by those skilled in the art without departing from the spirit and scope of the invention. Therefore, the scope of the invention should be determined by the appended claims.

Claims

A display method of a smart terminal device, comprising the steps of:

Receiving, by the server, the full channel rendering information, where the full channel rendering information is preset by the server for respectively rendering on each display channel of the smart terminal device;

Transmitting the display resource corresponding to the full channel rendering information to the graphics card memory of the smart terminal device, and rendering the display resource in each display channel of the smart terminal device;

The display channel currently used by the smart terminal device is obtained, and the rendered display resource is displayed through the currently used display channel.
The display method of the smart terminal device according to claim 1, wherein the step of receiving the full channel rendering information pushed by the server further comprises:

Sending the test pattern to the graphics card memory of the smart terminal device, and detecting whether the test graphics are received by the respective display channels corresponding to the graphics card memory;

If yes, sending the first rendering capability confirmation information to the server; wherein the server receives the first rendering capability confirmation information, and feeds back the full channel rendering information according to the first rendering capability confirmation information.
The display method of the smart terminal device according to claim 2, wherein the first rendering capability confirmation information comprises system feature information;

The process of feeding back all-channel rendering information according to the first rendering capability confirmation information includes:

Reading system characteristic information from the first rendering capability confirmation information;

Allocating display tasks according to the system feature information, generating full channel rendering information according to the display tasks, and transmitting the full channel rendering information.
The display method of the smart terminal device according to claim 3, wherein the process of allocating display tasks according to the system feature information and generating full channel rendering information according to the display task comprises:

Allocating a display task according to the system feature information, and generating a full channel identifier corresponding to the display task;

Generating full channel rendering information based on the display task and the full channel identifier.
The display method of the smart terminal device according to claim 4, wherein the method Before the step of receiving the full channel rendering information pushed by the server, the following steps include:

Receiving the first push information of the server;

Parsing the first push information, and determining whether the parsed first push information carries a full channel identifier;

If yes, it is determined that the first push information is full channel rendering information.
The display method of the smart terminal device according to claim 2, wherein after detecting the test pattern corresponding to each display channel corresponding to the memory of the graphics card, the method further includes:

Transmitting the first rendering capability confirmation information to the other operating system, where the other operating system receives the first rendering capability confirmation information, and sending the second rendering capability confirmation information to the server according to the first rendering capability confirmation information, and the server receives the The second rendering capability confirmation information is fed back the second push information according to the second rendering capability confirmation information, the other operating system receives the second push information, and sends the second after determining that the second push information is full channel rendering information. Push information;

And receiving the second push information that is sent back by the other operating system after responding to the first rendering capability confirmation information, and sending the display resource corresponding to the second push information to the graphics card memory of the smart terminal device.
The display method of the smart terminal device according to claim 6, wherein the full channel rendering information carries a full channel identifier;

After the other operating system receives the second push information, it also includes:

Identifying whether the second push information carries a full channel identifier;

If yes, it is determined that the second push information is all channel rendering information.
The method for displaying the smart terminal device according to any one of claims 1 to 7, wherein the step of receiving the full channel rendering information pushed by the server further comprises:

Identifying a resource identifier corresponding to the full channel rendering information;

Searching for a corresponding display resource based on the resource identifier.
A display system for a smart terminal device, comprising:

The receiving module is configured to receive the full channel rendering information that is sent by the server, where the full channel rendering information is information preset by the server for being respectively rendered on each display channel of the smart terminal device;

a rendering module, configured to send the display resource corresponding to the full channel rendering information to the smart terminal The graphics card memory of the device, and rendering the display resource on each display channel of the smart terminal device;

The display module is configured to obtain a display channel currently used by the smart terminal device, and display the rendered display resource by using the currently used display channel.
The display system of the smart terminal device according to claim 9, further comprising:

a detecting module, configured to send the test graphic to the graphics card memory of the smart terminal device, and detect whether each test channel corresponding to the graphics card memory receives the test graphic;

And a sending module, configured to send the first rendering capability confirmation information to the server, where the server receives the first rendering capability confirmation information, and feeds back the full channel rendering information according to the first rendering capability confirmation information.