CN202551222U - Multimedia system - Google Patents
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- CN202551222U CN202551222U CN2012201747691U CN201220174769U CN202551222U CN 202551222 U CN202551222 U CN 202551222U CN 2012201747691 U CN2012201747691 U CN 2012201747691U CN 201220174769 U CN201220174769 U CN 201220174769U CN 202551222 U CN202551222 U CN 202551222U
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Abstract
The utility model provides a multimedia system. The multimedia system comprises a monitoring system, a video conference system and a control system, wherein the monitoring system comprises a motoring matrix and a matrix controller connected with the monitoring matrix, the video conference system comprises a processor and a plurality of terminals capable of building a connection with the monitoring matrix, the processor is respectively connected with the terminals; and the control system is respectively connected with the matrix controller and the processor and used for controlling multimedia data transmission between the monitoring matrix and the terminal through the matrix controller and the processor. The multimedia system realizes the multimedia data transmission between the monitoring system and the video conference system.
Description
Technical field
The utility model relates to multimedia technology field, relates to a kind of multimedia system in particular.
Background technology
Multimedia system is the information integration system that integrates multimedia hardware system and multimedia software system.Video conferencing system and supervisory control system are typical multimedia system; Video conferencing system is through two or more not comprovincial individual or colony; Through transmission line and multimedia equipment, sound, image and documentation are passed mutually, to realize instant and interactive communication.
And supervisory control system mainly is made up of surveillance equipment, transmission equipment and display device; Display device mainly comprises monitoring matrix and monitor; The monitoring matrix comprises a plurality of input channels and a plurality of output channel; It can realize the multi-medium data display from the monitor that arbitrary road output channel exports to this output channel is connected with the input of arbitrary road, thereby realizes real-time monitoring.
During the inventor finds under study for action; Because supervisory control system all is widely used in the different enterprises of different industries with video conferencing system, supervisory control system and video conferencing system sometimes need be obtained the multi-medium data of transmission each other, for example in the process of clear up a criminal case; But existing supervisory control system and video conferencing system are independently system; Be applied to different fields, it can not effectively communicate in real time, to carry out transfer of data.
The utility model content
In view of this, the utility model provides a kind of multimedia system, has solved the technical problem that supervisory control system and video conferencing system can't effectively communicate in real time.
For realizing above-mentioned purpose, the utility model provides following technical scheme:
A kind of multimedia system comprises:
Supervisory control system, said supervisory control system comprise monitoring matrix and the matrix controller that is connected with said monitoring matrix;
Video conferencing system, said video conferencing system comprise processor and be connected respectively with said processor, and a plurality of terminals that can connect with said monitoring matrix;
Be connected with said processor with said matrix controller respectively, be used for controlling the control system of carrying out the multi-medium data transmission between said monitoring matrix and the said terminal through said matrix controller and said processor.
Preferably, said monitoring matrix connects specifically with said a plurality of terminals: the input port at first terminal in first output port of said monitoring matrix and the said a plurality of terminals is connected;
Then said control system is sent first control command to said matrix controller; Said matrix controller is carried out said first control command, controls the input port that said monitoring matrix will export said first terminal through first multi-medium data of first output port output to;
Said control system is sent second control command to said processor, and said processor is carried out said second control command, obtains said first multi-medium data that said first terminal provides, and is sent to the other-end that does not comprise said first terminal.
Preferably, said monitoring matrix connects specifically with said a plurality of terminals: the output port at second terminal in said a plurality of terminals is connected second input port of said monitoring matrix;
Send said processor through said output port at then said second terminal, and second multi-medium data that perhaps self generates is sent to second input port of said monitoring matrix;
Said control system is sent the 3rd control command to said matrix controller, and said matrix controller is carried out said the 3rd control command, controls said monitoring matrix and selects an output port, exports said second multi-medium data.
Preferably, specifically connect between said terminal and the said monitoring matrix through wired or wireless mode.
Preferably, said multi-medium data is specially voice data and/or video data.
A kind of multimedia system comprises:
Supervisory control system, said supervisory control system comprise monitoring matrix and the matrix controller that is connected with said monitoring matrix;
Video conferencing system, said video conferencing system comprise processor and be connected respectively with said processor, and a plurality of terminals that can connect with said monitoring matrix;
Wherein, said monitoring matrix controller is connected with said processor, through the information interaction of said matrix controller and said processor, realizes carrying out between said monitoring matrix and the said terminal multi-medium data transmission.
Preferably, said monitoring matrix connects specifically with said a plurality of terminals: the input port at first terminal in first output port of said monitoring matrix and the said a plurality of terminals is connected; Then,
Said processor sends first control command to said matrix controller; Said matrix controller is carried out said first control command, controls the input port that said monitoring matrix will export said first terminal from first multi-medium data of first output port output to;
Said processor is sent to the other-end that does not comprise said first terminal with said first multi-medium data that said first terminal provides.
Preferably, said monitoring matrix connects specifically with said a plurality of terminals: the output port at second terminal in said a plurality of terminals is connected second input port of said monitoring matrix;
Said processor is sent at said second terminal, and second multi-medium data that perhaps self generates is sent to second input port of said monitoring matrix;
Said processor sends the 3rd control command to said matrix controller, and said matrix controller is carried out said the 3rd control command, controls said monitoring matrix and selects an output port, exports said second multi-medium data.
Preferably, said monitoring matrix connects specifically with said a plurality of terminals: the input port at first terminal in first output port of said monitoring matrix and the said a plurality of terminals is connected;
Said matrix controller is controlled said monitoring matrix, first multi-medium data of first output port output is exported to the input port at said first terminal;
Said matrix controller sends second control command to said processor, and said processor is carried out said second control command, and said first multi-medium data of said first terminal transmission is sent to the other-end that does not comprise said first terminal.
Preferably, said monitoring matrix connects specifically with said a plurality of terminals: the output port at second terminal in said a plurality of terminals is connected second input port of said monitoring matrix;
Then said matrix controller is controlled said monitoring matrix and is obtained second multi-medium data that said second terminal provides, and said second multi-medium data is that said processor sends, and perhaps second terminal self generates;
Said matrix controller is controlled said monitoring matrix and is selected an output port, exports said second multi-medium data.
Can know via above-mentioned technical scheme; Compared with prior art; The utility model provides a kind of multimedia system; Comprise supervisory control system and video conferencing system, the matrix controller of supervisory control system and the processor of video conferencing system can or directly connect through control system, and the terminal of video conferencing system can connect with the monitoring matrix of supervisory control system; Thereby can be through communicating between matrix controller and processor control terminal and the monitoring matrix; Realize the real-time Transmission of multi-medium data, thereby make the multi-medium data that can obtain the video conferencing system transmission in the supervisory control system, video conferencing system can obtain the multi-medium data of supervisory control system transmission.
Description of drawings
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art; To do to introduce simply to the accompanying drawing of required use in embodiment or the description of the Prior Art below; Obviously, the accompanying drawing in describing below only is the embodiment of the utility model, for those of ordinary skills; Under the prerequisite of not paying creative work, can also obtain other accompanying drawing according to the accompanying drawing that provides.
Fig. 1 is the structural representation of a kind of multimedia system embodiment 1 of the utility model;
Fig. 2 is the structural representation of a kind of multimedia system embodiment 2 of the utility model.
Embodiment
To combine the accompanying drawing among the utility model embodiment below, the technical scheme among the utility model embodiment is carried out clear, intactly description, obviously, described embodiment only is the utility model part embodiment, rather than whole embodiment.Based on the embodiment in the utility model, those of ordinary skills are not making the every other embodiment that is obtained under the creative work prerequisite, all belong to the scope of the utility model protection.
The utility model embodiment discloses a kind of multimedia system; Comprise supervisory control system and video conferencing system; The matrix controller of supervisory control system and the processor of video conferencing system can or directly connect through control system; The terminal of video conferencing system can connect with the monitoring matrix of supervisory control system, thereby can realize the real-time Transmission of multi-medium data through communicating between matrix controller and processor control terminal and the monitoring matrix; Thereby make the multi-medium data that can obtain the video conferencing system transmission in the supervisory control system, video conferencing system can obtain the multi-medium data of supervisory control system transmission.
Referring to Fig. 1, show the structural representation of a kind of multimedia system embodiment 1 of the utility model, said system can comprise supervisory control system 100, video conferencing system 200 and control system 300.
Wherein, said supervisory control system 100 comprises monitoring matrix 101 and the matrix controller 102 that is connected with said monitoring matrix 101.
Monitoring matrix in the said supervisory control system can have a plurality of, and can be connected with matrix controller respectively.The monitoring matrix is the electronic installation with a plurality of input channels and a plurality of output channels, and the input channel correspondence is provided with input port, and the output channel correspondence is provided with output port.Said matrix controller is signal switching and the output that is used to control the monitoring matrix in the said supervisory control system, is used for when the monitoring matrix has the signal of multichannel input, and corresponding selection multichannel output channel is exported said signal.When the monitoring matrix has when a plurality of, the signal that matrix controller can be controlled different matrixes controls respectively switches and output.
Certain said supervisory control system also must also comprise surveillance equipment, transmission equipment and the monitor that can be connected with the monitoring matrix output port etc., and is identical with prior art, repeats no more at this.
Said video conferencing system 200 comprises processor 201 and a plurality of terminals 202, and said terminal 202 can connect with said processor 201, and can connect with said monitoring matrix 101.
Wherein, Said processor 201 is used in video conferencing system the information flow from each meeting field point, through after the separated in synchronization, extracts information and signalings such as audio frequency, video, data; At last that each meeting field point is required various information reconfigure; Be sent in each relevant terminal, can specifically refer to MCU (Multipoint Control Unit, multipoint control unit) at processor described in the practical application.
Be that said terminal is provided with the corresponding port, can be connected with the corresponding appropriate ports of monitoring matrix with processor, thereby set up data channel.Said terminal number is at least 2; In video conferencing system; After different terminals and processor connected, one of them terminal was as the main meeting-place, and other-end is promptly as sub-venue; Multi-medium data is sent to processor in the terminal, main meeting-place, and processor is transferred to said multi-medium data respectively in the terminal of different sub-venues and shows.Certainly each terminal all can be used as the main meeting-place of other-end, and each terminal can receive the multi-medium data that the other-end that does not comprise self passes through the processor transmission.Said multi-medium data is that gather at terminal oneself, for example the video image of its environment of living in through its camera collection or audio-frequency information etc.
Said control system 300 is connected with said processor 201 with said matrix controller 102 respectively, is used for through carrying out the multi-medium data transmission between said matrix controller 101 and said processor 202 said monitoring matrixes 101 of control and the said terminal 202.
After monitoring matrix and terminal connect, control system promptly can through matrix controller with processor control monitor matrix the multi-medium data of its output be transferred to the terminal, be sent to other-end as the multi-medium data of terminal collection.Control system also can be sent to the monitoring matrix with the multi-medium data of its output through matrix controller and processor control terminal, as one tunnel input data of monitoring matrix, can it exported to and monitors the monitor that matrix is connected.
Concrete, monitoring matrix and said a plurality of terminals a kind of situation that connects can be: the input port at first terminal in first output port of said monitoring matrix and the said a plurality of terminals is connected.
First terminal can be meant the arbitrary terminal in a plurality of terminals, perhaps in the video conferencing system as the main meeting-place, promptly be used to send a terminal of multi-medium data.
First output port of monitoring matrix can be any in a plurality of output ports of monitoring matrix.The input port at said first output port and said first terminal is the port that matches each other, and can set up the data channel between monitoring matrix and the terminal after the connection.Said first output port with being connected of input port at first terminal can adopt wired mode, for example data wire, cable etc. are set up wired connection.
After the input port at first terminal in first output port of said monitoring matrix and the said a plurality of terminal connects; Said control system can specifically be used for sending first control command to said matrix controller; Said matrix controller is carried out said first control command, controls the input port that said monitoring matrix will export said first terminal through first multi-medium data of first output port output to.
Said control system is sent second control command to said processor, and said processor is carried out said second control command, obtains said first multi-medium data that first terminal provides, and is sent to the other-end that does not comprise said first terminal.Also be after processor receives second control command of control system, can obtain first multi-medium data that it provides, and said first multi-medium data is sent in the other-end with said first terminal as the main meeting-place.Certainly said first multi-medium data can be initiatively to obtain after processor receives second control command, also can be that initiatively send at first terminal.
Wherein, said first multi-medium data is meant the monitoring data that obtains through surveillance equipment in the supervisory control system, like video data, voice data etc.
Under this kind situation, connect through first output port of monitoring matrix and the input port at first terminal, can realize not comprising in the video conferencing system that the other-end at first terminal can receive first multi-medium data of supervisory control system transmission.Said control system can also be sent switching command to said processor, and processor can continue the multi-medium data of self gathering of first terminal transmission is sent to other-end.
The monitoring matrix with the another kind of situation that said a plurality of terminals connect can be: the output port at second terminal in said a plurality of terminals is connected second input port of said monitoring matrix.
Said second terminal can be meant the arbitrary terminal in said a plurality of terminal.Said second input port can be arbitrary input port of said monitoring matrix.
The output port at said second terminal and said second input port are the port that is complementary, and can set up the data channel of said second terminal and said monitoring matrix after the connection.
Therefore said second terminal can be sent said processor through its output port, and second multi-medium data that perhaps self generates is sent to second input port of said monitoring matrix.
Said control system can be sent the 3rd control command to said matrix controller, and said matrix controller is carried out said the 3rd control command, controls said monitoring matrix and selects an output port, exports said second multi-medium data.Concrete can output to monitor that this monitoring matrix output port is connected in, so can realize the multi-medium data that video conferencing system is transmitted is transferred to supervisory control system and shows.
Wherein, said second multi-medium data can be that its acquisition module is passed through at second terminal, and like photographing module, the environmental data of collection also can be the environmental data of other-end self collection of processor transmission.
Under this kind situation, connect through second input port of monitoring matrix and the output port at second terminal, can realize second multi-medium data of video conferencing system transmission is transferred to supervisory control system, in supervisory control system, to show.
Certainly, in the present embodiment, also can adopt wireless mode to connect between said monitoring matrix and the said terminal.
In the present embodiment, said multi-medium data can be meant voice data, video data or audio, video data or other multi-medium datas that can transmit.
In this enforcement; Control system connects the processor of video conferencing system and the matrix controller in the supervisory control system; And connect through terminal in the video conferencing system and the monitoring matrix in the supervisory control system; Realized can communicating between video conferencing system and the supervisory control system, and can real-time transmission data.
Referring to Fig. 2, show the structural representation of a kind of multimedia system embodiment 2 of the utility model, said system can comprise supervisory control system 100 and video conferencing system 200.
Said supervisory control system 100 comprises monitoring matrix 101 and the matrix controller 102 that is connected with said monitoring matrix 101.
Monitoring matrix in the said supervisory control system can have a plurality of; And be connected with matrix controller respectively; Said monitoring matrix is the electronic installation with a plurality of input channels and a plurality of output channels, and the input channel correspondence is provided with input port, and the output channel correspondence is provided with output port.Said matrix controller is signal switching and the output that is used to control the monitoring matrix in the said supervisory control system, and when the monitoring matrix had the signal of multichannel input, corresponding selection multichannel output channel was exported said signal.Certain said supervisory control system also must also comprise surveillance equipment, transmission equipment and the monitor that can be connected with the monitoring matrix output port etc., and is identical with prior art, repeats no more at this.
Said video conferencing system 200 comprises processor 201 and a plurality of terminals 202, and said terminal 202 can connect with said processor 201, and can connect with said monitoring matrix 101.
Wherein, said processor 201 can be specially multipoint control unit MCU.
Be to be provided with the corresponding port on the said terminal, can be connected with the corresponding appropriate ports of monitoring matrix with processor, thereby set up data channel.Said terminal number is at least 2.
Wherein, said monitoring matrix controller 102 is connected with said processor 201, can realize carrying out between said monitoring matrix and the said terminal multi-medium data transmission through the information interaction of said matrix controller 102 and said processor 201.
Concrete, monitoring matrix and said a plurality of terminals a kind of situation that connects can be: the input port at first terminal in first output port of said monitoring matrix and the said a plurality of terminals is connected.
First terminal can be meant the arbitrary terminal in a plurality of terminals, perhaps in the video conferencing system as the main meeting-place, promptly be used to send a terminal of multi-medium data.First output port of monitoring matrix can be any in a plurality of output ports of monitoring matrix.The input port at said first output port and said first terminal is the port that matches each other, and can set up the data channel between monitoring matrix and the terminal after the connection.
Then under this kind situation; Said matrix controller and said processor carry out information interaction; Realizing carrying out between said monitoring matrix and the said terminal multi-medium data transmission can specifically be; Said processor sends first control command to said matrix controller, and said matrix controller is carried out said first control command, can control the input port that said monitoring matrix will export said first terminal from first multi-medium data of said first output port output to.Said processor can be sent to described first multi-medium data that said first terminal provides in the other-end that does not comprise said first terminal.
Wherein, said first multi-medium data can be that first terminal initiatively is sent to said processor, also can be to send it to processor again after receiving the request of obtaining of processor.
Under this kind situation, said matrix controller and said processor carry out information interaction and can also be, said matrix controller is controlled the input port that said monitoring matrix exports first multi-medium data of its first output port output at said first terminal;
Afterwards, matrix controller can send second control command to said processor, and said processor is carried out said second control command, and said first multi-medium data that said first terminal is provided is sent to the other-end that does not comprise said first terminal.
Wherein, Said first multi-medium data can be that first terminal initiatively is sent to said processor; Also can be to send it to processor again after receiving the request of obtaining of processor, the said request of obtaining be to send after processor receives second control command of matrix controller.
Monitoring matrix and the said a plurality of terminals another kind of situation that connects can be: the output port at second terminal in said a plurality of terminals is connected second input port of said monitoring matrix.
Said second terminal can be meant the arbitrary terminal in said a plurality of terminal.Said second input port can be arbitrary input port of said monitoring matrix.The output port at said second terminal and said second input port are the port that is complementary, and can set up the data channel of said second terminal and said monitoring matrix after the connection.
In this case; Said matrix controller and said processor carry out information interaction; Realizing carrying out between said monitoring matrix and the said terminal multi-medium data transmission can specifically be specifically to be; Said processor is sent at said second terminal, and second multi-medium data that perhaps self generates is sent to second input port of said monitoring matrix;
Said processor sends the 3rd control command to said matrix controller, and said matrix controller is carried out said the 3rd control command, controls said monitoring matrix and selects an output port, exports said second multi-medium data.Be that said processor oriental matrix controller control monitoring matrix is selected an output port, export said second multi-medium data.
In this case; Said matrix controller and said processor carry out information interaction; Said matrix controller is controlled said monitoring matrix and is obtained second multi-medium data that said second terminal provides; Said second multi-medium data is that said processor sends, and perhaps second terminal self generates.Afterwards, said matrix controller can be controlled said monitoring matrix and select an output port, exports said second multi-medium data.
Certainly matrix controller and processor carry out information interaction, and with the mode to controlling each other, the utility model is not limited to above-mentioned several kinds of situation,
In the present embodiment; The terminal of the video conferencing system in the multimedia system can connect with the monitoring matrix in the supervisory control system, and processor and matrix controller can connect, after connecting; Promptly can realize the communication between video conferencing system and the supervisory control system; Through the information interaction of processor and matrix controller, the real-time Transmission that can realize multi-medium data is with mutual, thereby satisfied user's different demands.
Each embodiment adopts the mode of going forward one by one to describe in this specification, and what each embodiment stressed all is and the difference of other embodiment that identical similar part is mutually referring to getting final product between each embodiment.
To the above-mentioned explanation of the disclosed embodiments, make this area professional and technical personnel can realize or use the utility model.Multiple modification to these embodiment will be conspicuous concerning those skilled in the art, and defined General Principle can realize under the situation of spirit that does not break away from the utility model or scope in other embodiments among this paper.Therefore, the utility model will can not be restricted to these embodiment shown in this paper, but will meet and principle disclosed herein and features of novelty the wideest corresponding to scope.
Claims (10)
1. a multimedia system is characterized in that, comprising:
Supervisory control system, said supervisory control system comprise monitoring matrix and the matrix controller that is connected with said monitoring matrix;
Video conferencing system, said video conferencing system comprise processor and be connected respectively with said processor, and a plurality of terminals that can connect with said monitoring matrix;
Be connected with said processor with said matrix controller respectively, be used for controlling the control system of carrying out the multi-medium data transmission between said monitoring matrix and the said terminal through said matrix controller and said processor.
2. system according to claim 1 is characterized in that, said monitoring matrix connects specifically with said a plurality of terminals: the input port at first terminal in first output port of said monitoring matrix and the said a plurality of terminals is connected;
Then said control system is sent first control command to said matrix controller; Said matrix controller is carried out said first control command, controls the input port that said monitoring matrix will export said first terminal through first multi-medium data of first output port output to;
Said control system is sent second control command to said processor, and said processor is carried out said second control command, obtains said first multi-medium data that said first terminal provides, and is sent to the other-end that does not comprise said first terminal.
3. system according to claim 1 is characterized in that, said monitoring matrix connects specifically with said a plurality of terminals: the output port at second terminal in said a plurality of terminals is connected second input port of said monitoring matrix;
Send said processor through said output port at then said second terminal, and second multi-medium data that perhaps self generates is sent to second input port of said monitoring matrix;
Said control system is sent the 3rd control command to said matrix controller, and said matrix controller is carried out said the 3rd control command, controls said monitoring matrix and selects an output port, exports said second multi-medium data.
4. system according to claim 1 is characterized in that, specifically connects through wired or wireless mode between said terminal and the said monitoring matrix.
5. system according to claim 1 is characterized in that said multi-medium data is specially voice data and/or video data.
6. a multimedia system is characterized in that, comprising:
Supervisory control system, said supervisory control system comprise monitoring matrix and the matrix controller that is connected with said monitoring matrix;
Video conferencing system, said video conferencing system comprise processor and be connected respectively with said processor, and a plurality of terminals that can connect with said monitoring matrix;
Wherein, said monitoring matrix controller is connected with said processor, through the information interaction of said matrix controller and said processor, realizes carrying out between said monitoring matrix and the said terminal multi-medium data transmission.
7. system according to claim 6 is characterized in that, said monitoring matrix connects specifically with said a plurality of terminals: the input port at first terminal in first output port of said monitoring matrix and the said a plurality of terminals is connected; Then,
Said processor sends first control command to said matrix controller; Said matrix controller is carried out said first control command, controls the input port that said monitoring matrix will export said first terminal from first multi-medium data of first output port output to;
Said processor is sent to the other-end that does not comprise said first terminal with said first multi-medium data that said first terminal provides.
8. system according to claim 6 is characterized in that, said monitoring matrix connects specifically with said a plurality of terminals: the output port at second terminal in said a plurality of terminals is connected second input port of said monitoring matrix;
Said processor is sent at said second terminal, and second multi-medium data that perhaps self generates is sent to second input port of said monitoring matrix;
Said processor sends the 3rd control command to said matrix controller, and said matrix controller is carried out said the 3rd control command, controls said monitoring matrix and selects an output port, exports said second multi-medium data.
9. system according to claim 6 is characterized in that, said monitoring matrix connects specifically with said a plurality of terminals: the input port at first terminal in first output port of said monitoring matrix and the said a plurality of terminals is connected;
Said matrix controller is controlled said monitoring matrix, first multi-medium data of first output port output is exported to the input port at said first terminal;
Said matrix controller sends second control command to said processor, and said processor is carried out said second control command, and said first multi-medium data of said first terminal transmission is sent to the other-end that does not comprise said first terminal.
10. system according to claim 6 is characterized in that, said monitoring matrix connects specifically with said a plurality of terminals: the output port at second terminal in said a plurality of terminals is connected second input port of said monitoring matrix;
Then said matrix controller is controlled said monitoring matrix and is obtained second multi-medium data that said second terminal provides, and said second multi-medium data is that said processor sends, and perhaps second terminal self generates;
Said matrix controller is controlled said monitoring matrix and is selected an output port, exports said second multi-medium data.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN2012201747691U CN202551222U (en) | 2012-04-23 | 2012-04-23 | Multimedia system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2012201747691U CN202551222U (en) | 2012-04-23 | 2012-04-23 | Multimedia system |
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| CN202551222U true CN202551222U (en) | 2012-11-21 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105979196A (en) * | 2016-06-07 | 2016-09-28 | 华为技术有限公司 | Method and device for controlling camera shooting device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105979196A (en) * | 2016-06-07 | 2016-09-28 | 华为技术有限公司 | Method and device for controlling camera shooting device |
| CN105979196B (en) * | 2016-06-07 | 2018-10-30 | 华为技术有限公司 | The method and device that picture pick-up device is controlled |
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Granted publication date: 20121121 Termination date: 20210423 |