CN110996179B - Shared video shooting method and system - Google Patents
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- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/47—End-user applications
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- H04N21/20—Servers specifically adapted for the distribution of content, e.g. VOD servers; Operations thereof
- H04N21/23—Processing of content or additional data; Elementary server operations; Server middleware
- H04N21/234—Processing of video elementary streams, e.g. splicing of video streams or manipulating encoded video stream scene graphs
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- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/20—Servers specifically adapted for the distribution of content, e.g. VOD servers; Operations thereof
- H04N21/23—Processing of content or additional data; Elementary server operations; Server middleware
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- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
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Abstract
The invention belongs to the technical field of information sharing, in particular to a shared video camera system, which provides a scheme that comprises a supplier terminal, a user terminal, a network interaction terminal and a data processing terminal, and is characterized in that the supplier terminal comprises a video acquisition module, a video cutting and marking module and a supplier information acquisition module; the user terminal comprises a user information acquisition module, a user instruction issuing module, a user video payment evaluation module and a user video acquisition receiving module; the data processing terminal comprises an information integration module, a positioning module, a storage module, a video processing module, a video charging module, an evaluation information integration module, a user request receiving module and a video distribution module. The invention enables the user to preview the shared video in advance, realizes the sharing and charging of videos with different definitions, improves the experience degree of the user, adjusts the supplier information according to the user evaluation and is convenient for the user to select the supplier.
Description
Technical Field
The invention relates to the technical field of information sharing, in particular to a method and a system for sharing video shooting.
Background
The information sharing refers to the communication and sharing of information and information products among information systems of different levels and different departments, namely, the information, which is a resource with more obvious importance in the internet era, is shared with other people together, so that the aims of more reasonably achieving resource allocation, saving social cost and creating more wealth are fulfilled. The method is an important means for improving the utilization rate of information resources and avoiding repeated waste in information acquisition, storage and management. The basis is information standardization and normalization, and is guaranteed by law or statute forms. The efficiency of information sharing depends on the technical development of information systems and the improvement of transmission technology, and must be realized strictly under the conditions of information security and confidentiality. Of course, the degree of information sharing is different in different countries, and it is currently seen that the degree of information sharing is much greater in western countries, which is why they are so developed as an intangible indicator. The lack of information sharing has a great barrier to the cooperation of all departments and industries and the data requirement of scientific research. Therefore, how to solve the global information sharing standard as early as possible will be a very milestone event.
The most information sharing media of video is the best means of the existing information sharing, information interaction can be carried out between sharing parties in real time, most of existing video users are the receiving parties, the charging experience is poor in the actual use, and the use is inconvenient, so that a video sharing shooting method and a video sharing shooting system are needed.
Disclosure of Invention
The invention provides a method and a system for sharing video shooting, which solve the problems in the prior art.
In order to achieve the purpose, the invention adopts the following technical scheme:
a shared video camera system comprises a supplier terminal, a user terminal, a network interaction terminal and a data processing terminal, wherein the supplier terminal comprises a video acquisition module, a video cutting and marking module and a supplier information acquisition module; the user terminal comprises a user information acquisition module, a user instruction issuing module, a user video payment evaluation module and a user video acquisition receiving module; the data processing terminal comprises an information integration module, a positioning module, a storage module, a video processing module, a video charging module, an evaluation information integration module, a user request receiving module and a video distribution module; the network interaction terminal is connected with the evaluation information integration module, the video cutting and marking module, the supplier information acquisition module, the user instruction issuing module, the user video payment evaluation module, the user video acquisition and receiving module, the information integration module, the positioning module, the video processing module, the user request receiving module and the video distribution module, the video acquisition module is connected with the video cutting and marking module, the storage module is connected with the video processing module, the information integration module, the positioning module and the video distribution module, and the video distribution module is connected with the video processing module, the video charging module and the positioning module.
Preferably, the video acquisition module is used for acquiring video information provided by a supplier terminal, the video cutting and marking module is used for cutting and packaging the video information acquired by the supplier according to time length, and the supplier information acquisition module is used for acquiring information content of the supplier; the user video payment evaluation module is used for payment and evaluation operations of users, and the user video acquisition receiving module is used for receiving shared video information and acquiring video information of the users for sharing.
Preferably, the user request receiving module is configured to collect a user request instruction, and send the received instruction to the video distribution module and the video charging module.
Preferably, the information integration module comprises a supplier information integration unit and a user information integration unit, the supplier information integration unit is used for integrating the collected supplier information to form a supplier information list, and the user information integration unit is used for integrating the collected user information to form a user information list.
Preferably, the positioning module comprises a user positioning unit and a supplier positioning unit, the user positioning unit is used for marking the address of the user on the electronic map, and the supplier positioning unit is used for marking the address of the supplier on the electronic map; the storage module comprises an information storage unit and a video storage unit, the information storage unit is used for storing information integrated by a user and a supplier, and the video storage unit is used for storing video contents of the user and the supplier.
Preferably, the video processing module comprises a video receiving unit and a video conversion unit, and is used for receiving the video content transmitted by the supplier terminal, and the video conversion unit is used for converting the received supplier video; the network interactive terminal is used for data transmission among the supplier terminal, the user terminal and the data processing terminal.
Preferably, the video charging module includes a video charging cut-in unit, a video charging statistical unit and a video charging collection unit, the video charging cut-in unit connects the user with the cut-in supplier according to the request instruction of the user, the video charging statistical unit starts charging statistics on the shared video content, and the video charging collection unit sends a charging instruction to the user.
Preferably, the video distribution module includes a video cut-in unit, a video integration unit, a video insertion unit and a video distribution unit, the video cut-in unit uses a time point position specified on a request instruction as an initial point of a shared video according to the request instruction of a user, the video integration unit cuts a connected video at the initial point, and simultaneously extracts a cut video segment as a preview video, the video insertion unit is used for inserting the preview video into an electronic map positioned by a supplier for the user to preview, and the video distribution unit is used for transmitting the scheduled cut-in video to the user for sharing.
Preferably, the network interactive terminal is connected with the supplier information integration unit, the user positioning unit, the supplier positioning unit, the video receiving unit, the video distribution unit, the video charging receiving unit and the user request receiving module; the information storage unit is connected with the supplier information integration unit, the evaluation information integration module, the user information integration unit and the video integration unit, and the video storage unit is connected with the video conversion unit and the video integration unit; the user request receiving module is connected with the video charging cut-in unit and the video scheduling cut-in unit; the video charging cut-in unit, the video charging statistical unit and the video charging receiving unit are sequentially connected; the video receiving unit, the video conversion unit, the video scheduling cut-in unit, the video integration unit, the video insertion unit and the video sub-unit are sequentially connected.
A method of using a shared video camera system, comprising the steps of:
s1 supplier and user information processing
The supplier information acquisition module acquires supplier information, the user information acquisition module acquires user information, the user information and the supplier information both comprise geographical position information and name information, the acquired information is transmitted to the supplier information integration unit and the user information integration unit by the network interaction terminal, the supplier information integration unit and the user information integration unit respectively integrate the information of the user and the supplier to form an information list, and the finally formed information list is stored in the information storage unit;
s2 producing preview video
A scheduling cut-in unit in the video distribution module calls out the converted video content from a video conversion unit, then a video integration unit combines the supplier information in an information storage unit to cut the converted video to form a preview video, a video insertion unit combines the positioning information of the supplier in a supplier positioning unit to insert the preview video into an electronic map of the supplier for previewing by a user, and finally the preview video is transmitted to a user video acquisition receiving module by the video distribution unit for previewing by the user;
s3 user video sharing
A user sends a request instruction to a data processing terminal through a user instruction issuing module, a network interactive terminal transmits the request instruction to a user request receiving module, the user request receiving module sends the request instruction to a video charging module and a video distribution module, the video distribution module comprises video supplier information content and video definition content according to the content of the user request instruction, the request instruction is transmitted to the video charging module and the video distribution module, the video distribution module sends a conversion instruction to a video conversion unit, the video conversion unit converts the video into the video content with different definitions and transmits the video content to a video scheduling cut-in unit according to the conversion instruction, the converted video is cut off by taking the user instruction as a starting point time, the cut-off video content is taken as user sharing content, and then a video integration unit reproduces and integrates the scheduled video content, the finally packaged video content is sent to a user by a video distribution unit;
s4 user payment evaluation
After the video charging module receives a request instruction of a user, the video cut-in unit takes the time point position appointed on the request instruction as the initial point of the shared video according to the request instruction of the user, then the video charging statistical unit carries out charge statistics according to the definition and the duration of the shared video of the user, finally when the user sends an instruction of stopping receiving the video, the video charging unit finishes charging so as to form a charge list, the video charging collection unit transmits the charge list and the payment mode to the user video payment evaluation module, the user carries out payment and evaluation through the user video payment evaluation module, the evaluated information is transmitted to the evaluation information integration module, and then the evaluation information integration module integrates, adjusts and finally stores the supplier information into the information storage unit.
In the present invention,
through the video acquisition module that sets up, mark module is cut to the video, supplier's information acquisition module, user's instruction issue module, user's video evaluation module of paying, user's video acquisition receiving module, information integration module, orientation module, storage module, video processing module, video billing module, evaluation information integration module, user request receiving module and video distribution module, make this design make the user can advance the preview to the video of sharing, realize different definition video sharing and charging, improve user's experience, according to user's evaluation adjustment supplier's information, convenience of customers selects the supplier.
Drawings
Fig. 1 is a schematic structural diagram of a shared video camera system according to the present invention;
fig. 2 is a flowchart of the supplier and user information processing of step S1 of the shared video camera system according to the present invention;
fig. 3 is a flowchart of a step S2 of sharing a video camera system to produce a preview video according to the present invention;
fig. 4 is a flowchart of a step S3 of sharing a video camera system for user video sharing according to the present invention;
fig. 5 is a flowchart illustrating the user payment evaluation in step S4 of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.
Referring to fig. 1-5, a shared video camera system comprises a supplier terminal, a user terminal, a network interaction terminal and a data processing terminal, wherein the supplier terminal comprises a video acquisition module, a video slitting and marking module and a supplier information acquisition module; the user terminal comprises a user information acquisition module, a user instruction issuing module, a user video payment evaluation module and a user video acquisition receiving module; the data processing terminal comprises an information integration module, a positioning module, a storage module, a video processing module, a video charging module, an evaluation information integration module, a user request receiving module and a video distribution module; the network interaction terminal is connected with the evaluation information integration module, the video cutting and marking module, the supplier information acquisition module, the user instruction issuing module, the user video payment evaluation module, the user video acquisition and receiving module, the information integration module, the positioning module, the video processing module, the user request receiving module and the video distribution module, the video acquisition module is connected with the video cutting and marking module, the storage module is connected with the video processing module, the information integration module, the positioning module and the video distribution module, and the video distribution module is connected with the video processing module, the video charging module and the positioning module.
Furthermore, the video acquisition module is used for acquiring video information provided by a supplier terminal, the video cutting and marking module is used for cutting and packaging the video information acquired by the supplier according to time length, and the supplier information acquisition module is used for acquiring information content of the supplier; the user video payment evaluation module is used for payment and evaluation operations of users, and the user video acquisition receiving module is used for receiving shared video information and acquiring video information of the users for sharing.
Particularly, the user request receiving module is used for collecting user request instructions and sending the received instructions to the video distribution module and the video charging module.
It should be noted that the information integration module includes a supplier information integration unit and a user information integration unit, the supplier information integration unit is used for integrating the collected supplier information to form a supplier information list, and the user information integration unit is used for integrating the collected user information to form a user information list.
In addition, the positioning module comprises a user positioning unit and a supplier positioning unit, the user positioning unit is used for marking the address of the user on the electronic map, and the supplier positioning unit is used for marking the address of the supplier on the electronic map; the storage module comprises an information storage unit and a video storage unit, the information storage unit is used for storing information integrated by a user and a supplier, and the video storage unit is used for storing video contents of the user and the supplier.
In addition, the video processing module comprises a video receiving unit and a video conversion unit, and is used for receiving the video content transmitted by the supplier terminal, the video conversion unit is used for converting the received supplier video, and the definition during conversion is converted according to five receiving ends of 8K, 4K, 2K, FHD and SD; the network interactive terminal is used for data transmission among the supplier terminal, the user terminal and the data processing terminal.
Preferably, the video charging module includes a video charging cut-in unit, a video charging statistical unit and a video charging collection unit, the video charging cut-in unit connects the user with the cut-in supplier according to the request instruction of the user, the video charging statistical unit starts charging statistics on the shared video content, and the video charging collection unit sends a charging instruction to the user.
Furthermore, the video distribution module comprises a video cut-in unit, a video integration unit, a video insertion unit and a video distribution unit, wherein the video cut-in unit uses a time point position specified on a request instruction as an initial point of a shared video according to the request instruction of a user, the video integration unit cuts a connected video by the initial point and simultaneously extracts a cut video segment as a preview video, the video insertion unit is used for inserting the preview video into an electronic map positioned by a supplier for the user to preview, and the video distribution unit is used for transmitting the scheduled cut-in video to the user for sharing.
Next, the network interactive terminal is connected with a supplier information integration unit, a user positioning unit, a supplier positioning unit, a video receiving unit, a video distribution unit, a video charging receiving unit and a user request receiving module; the information storage unit is connected with the supplier information integration unit, the evaluation information integration module, the user information integration unit and the video integration unit, and the video storage unit is connected with the video conversion unit and the video integration unit; the user request receiving module is connected with the video charging cut-in unit and the video scheduling cut-in unit; the video charging cut-in unit, the video charging statistical unit and the video charging receiving unit are sequentially connected; the video receiving unit, the video conversion unit, the video scheduling cut-in unit, the video integration unit, the video insertion unit and the video sub-unit are sequentially connected.
A method of using a shared video camera system, comprising the steps of:
s1 supplier and user information processing
The supplier information acquisition module acquires supplier information, the user information acquisition module acquires user information, the user information and the supplier information both comprise geographical position information and name information, the acquired information is transmitted to the supplier information integration unit and the user information integration unit by the network interaction terminal, the supplier information integration unit and the user information integration unit respectively integrate the information of the user and the supplier to form an information list, and the finally formed information list is stored in the information storage unit;
s2 producing preview video
A scheduling cut-in unit in the video distribution module calls out converted video content from a video conversion unit, then a video integration unit combines with supplier information in an information storage unit to cut the converted video to form a preview video, a video insertion unit combines with positioning information of a supplier in a supplier positioning unit to insert the preview video into an electronic map of the supplier for a user to preview, and finally the preview video is transmitted to a user video acquisition receiving module by using the video distribution unit for the user to preview, and the user can preview the position information of the supplier and the video of the supplier on the electronic map;
s3 user video sharing
A user sends a request instruction to a data processing terminal through a user instruction issuing module, a network interactive terminal transmits the request instruction to a user request receiving module, the user request receiving module sends the request instruction to a video charging module and a video distribution module, the video distribution module comprises video supplier information content and video definition content according to the content of the user request instruction, the request instruction is transmitted to the video charging module and the video distribution module, the video distribution module sends a conversion instruction to a video conversion unit, the video conversion unit converts the video into the video content with different definitions and transmits the video content to a video scheduling cut-in unit according to the conversion instruction, the converted video is cut off by taking the user instruction as a starting point time, the cut-off video content is taken as user sharing content, and then a video integration unit reproduces and integrates the scheduled video content, the finally packaged video content is sent to a user by a video distribution unit, and video sharing with different definitions is realized according to a user request, so that the user experience and use are facilitated;
s4 user payment evaluation
After the video charging module receives a request instruction of a user, the video cut-in unit takes the time point position appointed on the request instruction as the initial point of the shared video according to the request instruction of the user, then the video charging statistical unit carries out charge statistics according to the definition and the duration of the shared video of the user, finally when the user sends an instruction of stopping receiving the video, the video charging unit finishes charging to form a charge list, the video charging collection unit transmits the charge list and the payment mode to the user video payment evaluation module, the user carries out payment and evaluation through the user video payment evaluation module, the evaluated information is transmitted to the evaluation information integration module, then the evaluation information integration module carries out integration adjustment on the supplier information and finally stores the supplier information into the information storage unit, and charges according to the user requirement and the use duration selectivity, the user experience is improved, meanwhile, the supplier information is adjusted according to the evaluation of the user, the user can conveniently select the supplier, and the convenience of the system is improved;
the design enables the user to preview the shared video in advance, achieves sharing and charging of videos with different definitions, improves user experience, adjusts supplier information according to user evaluation, and facilitates selection of the supplier by the user.
In the description of the present invention, it is to be understood that the terms "center", "longitudinal", "lateral", "length", "width", "thickness", "upper", "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outer", "clockwise", "counterclockwise", and the like, indicate orientations and positional relationships based on those shown in the drawings, and are used only for convenience of description and simplicity of description, and do not indicate or imply that the equipment or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and thus, should not be considered as limiting the present invention.
Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of that feature. In the description of the present invention, "a plurality" means two or more unless specifically defined otherwise.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.
Claims (10)
1. A shared video camera system using method is characterized by comprising the following steps;
s1 supplier and user information processing
The supplier information acquisition module acquires supplier information, the user information acquisition module acquires user information, the user information and the supplier information both comprise geographical position information and name information, the acquired information is transmitted to the supplier information integration unit and the user information integration unit by the network interaction terminal, the supplier information integration unit and the user information integration unit respectively integrate the information of the user and the supplier to form an information list, and the finally formed information list is stored in the information storage unit;
s2 producing preview video
A scheduling cut-in unit in the video distribution module calls out the converted video content from a video conversion unit, then a video integration unit combines the supplier information in an information storage unit to cut the converted video to form a preview video, a video insertion unit combines the positioning information of the supplier in a supplier positioning unit to insert the preview video into an electronic map of the supplier for previewing by a user, and finally the preview video is transmitted to a user video acquisition receiving module by the video distribution unit for previewing by the user;
s3 user video sharing
A user sends a request instruction to a data processing terminal through a user instruction issuing module, a network interactive terminal transmits the request instruction to a user request receiving module, the user request receiving module sends the request instruction to a video charging module and a video distribution module, the video distribution module comprises video supplier information content and video definition content according to the content of the user request instruction, the request instruction is transmitted to the video charging module and the video distribution module, the video distribution module sends a conversion instruction to a video conversion unit, the video conversion unit converts the video into the video content with different definitions and transmits the video content to a video scheduling cut-in unit according to the conversion instruction, the converted video is cut off by taking the user instruction as a starting point time, the cut-off video content is taken as user sharing content, and then a video integration unit reproduces and integrates the scheduled video content, the finally packaged video content is sent to a user by a video distribution unit;
s4 user payment evaluation
After the video charging module receives a request instruction of a user, the video cut-in unit takes the time point position appointed on the request instruction as the initial point of the shared video according to the request instruction of the user, then the video charging statistical unit carries out charge statistics according to the definition and the duration of the shared video of the user, finally when the user sends an instruction of stopping receiving the video, the video charging unit finishes charging so as to form a charge list, the video charging collection unit transmits the charge list and the payment mode to the user video payment evaluation module, the user carries out payment and evaluation through the user video payment evaluation module, the evaluated information is transmitted to the evaluation information integration module, and then the evaluation information integration module integrates, adjusts and finally stores the supplier information into the information storage unit.
2. The shared video camera system using the method of claim 1, comprising a supplier terminal, a user terminal, a network interaction terminal and a data processing terminal, wherein the supplier terminal comprises a video acquisition module, a video cutting and marking module and a supplier information acquisition module; the user terminal comprises a user information acquisition module, a user instruction issuing module, a user video payment evaluation module and a user video acquisition receiving module; the data processing terminal comprises an information integration module, a positioning module, a storage module, a video processing module, a video charging module, an evaluation information integration module, a user request receiving module and a video distribution module; the network interaction terminal is connected with the evaluation information integration module, the video cutting and marking module, the supplier information acquisition module, the user instruction issuing module, the user video payment evaluation module, the user video acquisition and receiving module, the information integration module, the positioning module, the video processing module, the user request receiving module and the video distribution module, the video acquisition module is connected with the video cutting and marking module, the storage module is connected with the video processing module, the information integration module, the positioning module and the video distribution module, and the video distribution module is connected with the video processing module, the video charging module and the positioning module.
3. The shared video camera system of claim 2, wherein the video acquisition module is configured to acquire video information provided by a supplier terminal, the video slitting and marking module is configured to slit and package the video information acquired by the supplier terminal according to duration, and the supplier information acquisition module is configured to acquire information content of the supplier terminal; the user video payment evaluation module is used for payment and evaluation operations of users, and the user video acquisition receiving module is used for receiving shared video information and acquiring video information of the users for sharing.
4. The shared video camera system of claim 2, wherein the user request receiving module is configured to collect a user request command and send the received command to the video distribution module and the video billing module.
5. The shared video camera system of claim 2, wherein the information integration module comprises a supplier information integration unit and a user information integration unit, the supplier information integration unit is configured to integrate the collected supplier information to form a supplier information list, and the user information integration unit is configured to integrate the collected user information to form a user information list.
6. The shared video camera system of claim 2, wherein the positioning module comprises a user positioning unit for marking an address of a user on the electronic map and a supplier positioning unit for marking an address of a supplier on the electronic map; the storage module comprises an information storage unit and a video storage unit, the information storage unit is used for storing information integrated by a user and a supplier, and the video storage unit is used for storing video contents of the user and the supplier.
7. The shared video camera system of claim 2, wherein the video processing module comprises a video receiving unit and a video converting unit, and is configured to receive video content transmitted by a provider terminal, and the video converting unit is configured to convert the received provider video; the network interactive terminal is used for data transmission among the supplier terminal, the user terminal and the data processing terminal.
8. The shared video camera system of claim 2, wherein the video charging module comprises a video charging cut-in unit, a video charging statistical unit, and a video charging collection unit, the video charging cut-in unit connects the user with the cut-in supplier according to the request instruction of the user, the video charging statistical unit starts charging statistics for the shared video content, and the video charging collection unit sends a charging instruction to the user.
9. The shared video camera system of claim 2, wherein the video distribution module includes a video cut-in unit, a video integration unit, a video insertion unit, and a video distribution unit, the video cut-in unit uses a time point position specified on a request instruction as an initial point of a shared video according to a request instruction of a user, the video integration unit cuts a connected video at the initial point and extracts a cut video segment as a preview video, the video insertion unit is configured to insert the preview video into an electronic map after a supplier is positioned for the user to preview, and the video distribution unit is configured to transmit the scheduled cut-in video to the user for sharing.
10. The shared video camera system according to any one of claims 2 to 9, wherein the network interactive terminal is connected to a supplier information integration unit, a user positioning unit, a supplier positioning unit, a video receiving unit, a video distribution unit, a video charging receiving unit, and a user tilt receiving module; the information storage unit is connected with the supplier information integration unit, the evaluation information integration module, the user information integration unit and the video integration unit, and the video storage unit is connected with the video conversion unit and the video integration unit; the user request receiving module is connected with the video charging cut-in unit and the video scheduling cut-in unit; the video charging cut-in unit, the video charging statistical unit and the video charging receiving unit are sequentially connected; the video receiving unit, the video conversion unit, the video scheduling cut-in unit, the video integration unit, the video insertion unit and the video sub-unit are sequentially connected.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201911263020.7A CN110996179B (en) | 2019-12-11 | 2019-12-11 | Shared video shooting method and system |
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