Multi-terminal interaction task synchronous execution system based on Internet

Abstract

The invention discloses a multi-terminal interaction task synchronous execution system based on the Internet, and relates to the field of multi-terminal remote interaction task synchronous execution, the system comprises a user terminal module, the user terminal module is linked with a control signal module, a data server module, a desktop project data module, an editing instruction module and a data viewing and editing module; a user sends a control signal to a user end through a data sending end, a data server receives the control signal and checks whether the received control signal is matched with the control signal sent by the data sending end, and after the control signal is successfully matched, the data sending end is bound with a data receiving end; the desktop item data of the data receiving end generates the desktop content data through the data server, the desktop content data is sent to the data sending end to form the desktop display data, the data sending end receives the desktop display data, a user editing instruction can be checked and stored according to the attribute of the desktop display data, and convenience is achieved for a user.

Description

Technical Field

[0001] The present invention relates to the field of synchronous execution of multi-terminal remote interactive tasks, and in particular to a multi-terminal interactive task synchronous execution system based on the Internet. Background Art

[0002] People live in the world of the Internet, and life has become very convenient. Not only can users obtain information and services on the Internet platform, but they can also communicate and interact directly with each other or with the platform, thus colliding with more innovations, ideas and needs. However, with the progress of the times, users need more help from the Internet.

[0003] In order to enable users to remotely operate the data receiving end on the mobile terminal to synchronously obtain the desktop project data of the data receiving end, the desktop project data of the data receiving end is sent to the data sending end to generate desktop display data, which provides users with the function of viewing the desktop project data stored in the data receiving end at any time, thereby realizing the interaction between users and platforms, and between platforms. Summary of the invention

[0004] The purpose of the present invention is to provide a multi-terminal interactive task synchronous execution system based on the Internet.

[0005] The object of the present invention can be achieved by the following technical solutions: A multi-terminal interactive task synchronous execution system based on the Internet, comprising a user terminal module, the user terminal module comprising a data sending end and a data receiving end, the user terminal module is linked to a control signal module, a data server module, a desktop project data module, an editing instruction module and a data viewing and editing module;

[0006] The control signal module is used for the data sending end to send a control signal to the data receiving end, marking the control signal sent by the data sending end as the first verification data, and marking the control signal received by the data receiving end as the second verification data;

[0007] The data server module is used to match the second verification data received by the data receiving end with the first verification data sent;

[0008] The desktop project data module is used to send the desktop project data to the data sending end according to the attributes of each desktop project data to generate desktop display data;

[0009] The editing instruction module is used for the data sending end to generate desktop display data and store the desktop display data;

[0010] The data viewing and editing module is used for users to view and edit the stored desktop display data at the data sending end.

[0011] Furthermore, the control signal is the ID of the data receiving end.

[0012] Further, the process of the data server module determining whether the received second verification data matches the first verification data required to be connected to the data receiving end includes:

[0013] The data server receives the second verification data and matches it with the first verification data of the data receiving end. When they match, it sends a "verification successful" prompt to the data sending end, and the connection to the data receiving end is successful. When they do not match, it sends a "verification failed" prompt, and the connection to the data receiving end is unsuccessful.

[0014] Furthermore, the process of the desktop project data module generating corresponding desktop display data according to the attributes of the desktop project data includes:

[0015] Corresponding desktop display data is generated according to the attributes of the desktop item data, and the generated desktop display data is stored.

[0016] Furthermore, the attributes of the desktop project data include sharing attributes and storage attributes, and the sharing attributes include display and hiding. When the attribute of the desktop project data is a sharing attribute, the desktop project data can be sent to the data receiving end; when the sharing attribute of the desktop project data is display, the corresponding desktop display data is generated; when the sharing attribute of the desktop project data is hiding, the corresponding desktop display data cannot be generated. When the desktop display data has a storage attribute, the desktop display data is stored at the data sending end.

[0017] Furthermore, the process of the editing instruction module storing the desktop display data editing instruction with storage attributes includes:

[0018] The editing instruction is an instruction issued to the desktop display data when storing. The instruction is set as the name of the desktop display data, and one or multiple desktop display data can be stored at the same time;

[0019] When storing, a corresponding instruction is issued to store the desktop display data at the data sending end. When multiple instructions are issued at the same time, multiple desktop display data are stored at the same time.

[0020] Furthermore, the process of viewing and editing the stored desktop display data by the data viewing and editing module includes:

[0021] The data editing module is set up with format conversion function and data editing function;

[0022] When the stored desktop display data cannot be opened, the format conversion function is activated to convert it into a format compatible with the data sending end;

[0023] When the stored desktop display data can only be opened but not edited, the data editing function is started to convert it into desktop display data that can be edited at the data sending end.

[0024] Compared with the prior art, the beneficial effects of the present invention are: the Internet's multi-terminal interactive task synchronous execution system simultaneously completes the execution tasks in the process of interactive data, remotely operates the data receiving end, sends the data receiving end's desktop project data to the data sending end, generates desktop display data, and can bind the data receiving end anytime and anywhere to view the desktop project data stored by the user. Compared with the current technology, it can help users find desktop project data such as files, pictures and videos forgotten on the data receiving end, and better solves the problem that users cannot obtain the data receiving end's desktop project data separately when they are remote. BRIEF DESCRIPTION OF THE DRAWINGS

[0025] Figure 1 It is a schematic diagram of the present invention. DETAILED DESCRIPTION

[0026] like Figure 1 As shown, a multi-terminal interactive task synchronous execution system based on the Internet includes a user terminal module, the user terminal module includes a data sending end and a data receiving end, and the user terminal module is linked to a control signal module, a data server module, a desktop project data module, an editing instruction module, and a data viewing and editing module;

[0027] The control signal module is used for the data sending end to send a control signal to the data receiving end, and connect the data receiving end. The specific process includes:

[0028] The control signal is set to be the ID of the data receiving end, the unique ID of the data receiving end is the MAC address, the control signal sent by the data sending end is the first verification data, and the control signal received by the data receiving end is the second verification data;

[0029] The user inputs the first verification data at the data sending end, and the first verification data is sent to the data receiving end through the data server. The data receiving end receives the second verification data and sends it to the data server.

[0030] The data server module is used to determine whether the received second verification data matches the first verification data that needs to be connected to the data receiving end, and the specific process includes:

[0031] The data server receives the second verification data and matches it with the first verification data. When there is no match, the data server sends a message indicating that the data sending end fails to match the data receiving end, and generates a prompt message of "verification failed". The user needs to re-enter the data. It should be further explained that the number of times the user can enter the data is limited to 3 times. If the verification fails 3 times, the user cannot enter the data again, and the interface is automatically exited. The connection to the data receiving end fails, which ensures that abnormal users cannot infringe the data of the data receiving end. When there is a match, the data sending end sends a message indicating that the data receiving end successfully matches the data receiving end, and generates a prompt message of "verification successful". The connection to the data receiving end is successful.

[0032] After the data sending end successfully connects to the data receiving end, the desktop project data of the data receiving end is sent to the data sending end.

[0033] The desktop project data module is used to send the desktop project data to the data sending end according to the attributes of each desktop project data, and generate corresponding desktop display data at the data sending end. The specific process includes:

[0034] When the data server receives the desktop item data, it generates dynamic desktop content data, generates desktop content data corresponding to the desktop item data and the desktop display data, and sends the desktop content data, the desktop item data and the corresponding relationship between the desktop content data and the desktop item data to the user mobile terminal;

[0035] Desktop project data includes sharing attributes and storage attributes. Sharing attributes include display and hiding. When the desktop project data attribute is sharing, the desktop project data can be sent to the data receiving end; when the sharing attribute of the desktop project data is display, the corresponding desktop display data is generated; when the desktop display data has storage attributes, the desktop display data can be stored at the user data sending end;

[0036] When the desktop display data attribute is stored, the user can remotely store the desktop project data and store the data on the data sending end;

[0037] It is further explained that each desktop project data corresponds to a desktop content data, and the desktop content data is dynamically generated by the data server according to the desktop project data. The desktop project data is application project data, film and television project data, file project data, picture project data or function project data. The desktop content data is also correspondingly: application project data, film and television project data, file project data, picture project data or function project data. All desktop project data have sharing attributes and can be sent to the data sending end;

[0038] Set the film and television project data, file project data, and picture project data to have display attributes and storage, and the function project data and application project data to have hidden attributes and no storage attributes, then the desktop display data is the film and television project data, file project data, and picture project data;

[0039] The data receiving end receives the desktop display data and stores the desktop display data. When storing the desktop display data, an editing instruction is required.

[0040] The editing instruction module is used for the instructions issued by the user to store the desktop display data, and the specific process includes:

[0041] The editing instruction is set to be the name of the desktop display data, and the name is unique. When the editing instruction with the same name as the desktop display data is sent, the corresponding desktop display data can be stored.

[0042] When the user needs to store film and television desktop display data, and the film and television desktop display data is named, the user needs to enter the "a" command in the storage pop-up window to store it; when multiple desktop display data need to be stored at the same time, multiple commands need to be entered at the same time, such as if the picture and file desktop display data need to be stored, and the picture and file desktop display data are named b and c, then the user needs to enter the "b, c" commands in the storage pop-up window at the same time when storing it; if the picture, file and video desktop display data need to be stored, and the picture, file and video desktop display data are named b, c, d, then the user needs to enter the "b, c, d" commands in the storage pop-up window at the same time when storing it;

[0043] Similarly, the user can simultaneously input the corresponding editing instructions on the data sending end to store pictures, files and videos to the data sending end at the same time; the simultaneous storage process can not only save time, but also connect to the data receiving end anytime and anywhere to store the required desktop project data;

[0044] The desktop project data generates desktop display data at the data sending end and stores it. The user can view and edit the desktop display data at the data sending end.

[0045] The data viewing and editing module views and edits the stored desktop display data, and the specific process includes:

[0046] The data editing module is set up with format conversion function and file editing function;

[0047] Since the stored desktop display data and desktop project data are incompatible, the format may be changed, which makes it impossible for users to open, view and edit them. It is necessary to convert the format so that users can view and edit the stored desktop display data.

[0048] When the stored desktop display data cannot be opened due to format changes, the format conversion function is activated to convert it into a format compatible with the data sending end, so that the user can directly view the desktop display data;

[0049] When the stored desktop display data can only be opened but not edited, the editing conversion function is started to convert it into desktop display data that can be viewed at the data sending end, so that the user can directly edit the desktop display data.

[0050] Users remotely store the required desktop project data and view and edit the data, which brings convenience to users.

[0051] Working principle: The multi-terminal interactive task synchronous execution system based on the Internet uses multiple ports of the Internet to execute interactive tasks simultaneously. By logging into the data sending end, it uses control commands to connect to the required data receiving end. After the connection, the desktop project data of the data receiving end is sent to the data sending end through the data server to generate desktop display data. The desktop display data is stored in the data sending end and can be viewed and edited, which caters to the user's wishes, improves the user experience, and better facilitates the user.

[0052] The Internet's multi-terminal interactive task synchronous execution system completes execution tasks simultaneously during the process of interactive data, remotely operates the data receiving end, sends the data receiving end's desktop project data to the data sending end, generates desktop display data, and can bind the data receiving end anytime and anywhere to view the desktop project data stored by the user. Compared with current technology, it can help users remotely find desktop project data such as files, pictures, and videos forgotten on the data receiving end, which better solves the problem that users cannot obtain the data receiving end's desktop project data separately when they are remote.

[0053] The above embodiments are only used to illustrate the technical method of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, a person skilled in the art should understand that the technical method of the present invention can be modified or replaced by equivalents without departing from the spirit and scope of the technical method of the present invention.

Claims

1. A multi-terminal interactive task synchronous execution system based on the Internet, comprising a user terminal module, characterized in that: The user terminal module includes a data sending end and a data receiving end, and the user terminal module is linked to a control signal module, a data server module, a desktop project data module, an editing instruction module and a data viewing and editing module; The control signal module is used for the data sending end to send a control signal to the data receiving end, marking the control signal sent by the data sending end as the first verification data, and marking the control signal received by the data receiving end as the second verification data; The data server module is used to match the second verification data received by the data receiving end with the first verification data sent; The desktop project data module is used to send the desktop project data to the data sending end according to the attributes of each desktop project data to generate desktop display data; The editing instruction module is used for the data sending end to generate desktop display data and store the desktop display data; The data viewing and editing module is used for users to view and edit the stored desktop display data at the data sending end.

2. According to claim 1, a multi-terminal interactive task synchronous execution system based on the Internet is characterized in that: The control signal is the ID of the data receiving end.

3. The Internet-based multi-terminal interactive task synchronous execution system according to claim 2, characterized in that: The process of the data server module determining whether the received second verification data matches the first verification data required to be connected to the data receiving end includes: The data server receives the second verification data and matches it with the first verification data of the data receiving end. When they match, it sends a "verification successful" prompt to the data sending end, and the connection to the data receiving end is successful. When they do not match, it sends a "verification failed" prompt, and the connection to the data receiving end is unsuccessful.

4. The Internet-based multi-terminal interactive task synchronous execution system according to claim 3 is characterized in that: The process of generating corresponding desktop display data according to the attributes of the desktop project data by the desktop project data module includes: Corresponding desktop display data is generated according to the attributes of the desktop item data, and the generated desktop display data is stored.

5. The Internet-based multi-terminal interactive task synchronous execution system according to claim 4, characterized in that: The attributes of the desktop project data include sharing attributes and storage attributes. The sharing attributes include display and hiding. When the attribute of the desktop project data is a sharing attribute, the desktop project data can be sent to the data receiving end; when the sharing attribute of the desktop project data is display, the corresponding desktop display data is generated; when the sharing attribute of the desktop project data is hidden, the corresponding desktop display data cannot be generated. When the desktop display data has a storage attribute, the desktop display data is stored at the data sending end.

6. The Internet-based multi-terminal interactive task synchronous execution system according to claim 5, characterized in that: The process of storing the desktop display data editing instruction with storage attribute by the editing instruction module includes: The editing instruction is an instruction issued to the desktop display data when storing. The instruction is set as the name of the desktop display data, and one or multiple desktop display data can be stored at the same time; When storing, a corresponding instruction is issued to store the desktop display data at the data sending end. When multiple instructions are issued at the same time, multiple desktop display data are stored at the same time.

7. The Internet-based multi-terminal interactive task synchronous execution system according to claim 6, characterized in that: The process of viewing and editing the stored desktop display data by the data viewing and editing module includes: The data editing module is set up with format conversion function and data editing function; When the stored desktop display data cannot be opened, the format conversion function is activated to convert it into a format compatible with the data sending end; When the stored desktop display data can only be opened but not edited, the data editing function is started to convert it into desktop display data that can be edited at the data sending end.

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