CN109788226A - One kind flexibly routing many-to-one collaborative HD video transmission method and system - Google Patents
One kind flexibly routing many-to-one collaborative HD video transmission method and system Download PDFInfo
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- CN109788226A CN109788226A CN201811601634.7A CN201811601634A CN109788226A CN 109788226 A CN109788226 A CN 109788226A CN 201811601634 A CN201811601634 A CN 201811601634A CN 109788226 A CN109788226 A CN 109788226A
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Abstract
The present invention relates to one kind flexibly to route many-to-one collaborative HD video transmission method and system, comprising: S1, multiple filming apparatus shooting HD video simultaneously export captured current HD video in real time；Whether the data transmission state that S2, multiple filming apparatus detect itself meets transmission conditions, if so, step S3 is executed, if it is not, executing step S4；Captured current HD video is transferred to reception device by S3, the filming apparatus for meeting transmission conditions；S4, the filming apparatus for being unsatisfactory for transmission conditions detect the data transmission state of other filming apparatus, judge other filming apparatus data transmission state whether be can transmission state, if so, current HD video captured by the filming apparatus for being unsatisfactory for transmission conditions is transferred to reception device by other filming apparatus.Implement the stable wireless transmission of the HD video of the invention that may be implemented between filming apparatus, solves the problems, such as that current HD video is wirelessly transferred unstable in complex environment or can not transmit.
Description
Technical field
The present invention relates to the technical fields of HD video data transmission, more specifically to a kind of means of subsistence by many-one
Collaborative HD video transmission method and system.
Background technique
Current TV play, film shooting, need using multiple video cameras respectively from the multiple and different angle of floor,
Range is shot, at the same by direct monitoring seat in the plane to each shot by camera to HD video or image be monitored
And adjustment control.
However, being had the following problems during existing movies-making:
First: since video camera is in different positions, location signal environment is different, therefore, each video camera institute
In the HD video or image transmitting process of shooting, it is subjected to the signal interference of various environmental factors or oneself factor, is caused
HD video or image transmitting are unstable or can not transmit.
Second: the location of video camera is unfavorable for signal transmission and even there is the obstacle that transmit signal can not, this
When, due to the obstacle presence and cause the HD video of shot by camera or image that can not send corresponding equipment to, with
Monitoring seat in the plane where causing director can not monitor video camera in real time, influence movies-making.
Third: for the needs of shooting, there is the case where high-speed mobile in video camera in shooting process, and due to camera
High-speed mobile, it is possible to generate because of data transmission problems caused by high-speed mobile, as data transmit unstable, data without
Method transmission etc..
Summary of the invention
The technical problem to be solved in the present invention is that in view of the above drawbacks of the prior art, a kind of means of subsistence are provided by multipair
One collaborative HD video transmission method and system.
The technical solution adopted by the present invention to solve the technical problems is: providing one kind and flexibly routes many-to-one high definition view
Keep pouring in transmission method, comprising the following steps:
S1, multiple filming apparatus shooting HD video simultaneously export captured current HD video in real time；
Whether the data transmission state that S2, the multiple filming apparatus detect itself meets transmission conditions, if so, executing step
Rapid S3, if it is not, executing step S4；
Captured current HD video is transferred to reception device by S3, the filming apparatus for meeting transmission conditions；
S4, the filming apparatus for being unsatisfactory for transmission conditions detect the data transmission state of other filming apparatus, judge other bats
Take the photograph device data transmission state whether be can transmission state, if so, transmission item will be unsatisfactory for by other described filming apparatus
Current HD video captured by the filming apparatus of part is transferred to reception device；Other described filming apparatus are unsatisfactory for passing with described
The filming apparatus of defeated condition is the filming apparatus of the same network.
Preferably, the step S4 includes:
S41, the filming apparatus for being unsatisfactory for transmission conditions send data transmission state detection to other filming apparatus and refer to
It enables；
S42, other described filming apparatus transmit shape according to the data that the data transmission state detection instruction detects itself
State, and testing result is returned to the filming apparatus for being unsatisfactory for transmission conditions；
S43, the filming apparatus for meeting transmission conditions determine other filming apparatus according to the testing result
Data transmission state whether be can transmission state.
Preferably, the step S4 further include:
If the data transmission states of S44, other filming apparatus be can transmission state, the transmission conditions that are unsatisfactory for
Filming apparatus according to other filming apparatus can the amount of bandwidth of transmission state split the current high definition view captured by itself
Frequently；
The current HD video of fractionation is sent to data transmission shape by S45, the filming apparatus for being unsatisfactory for transmission conditions
State be can transmission state other filming apparatus；
S46, the data transmission state for can transmission state other filming apparatus by received current HD video
It is sent to the reception device.
Preferably, further comprising the steps of:
If the data transmission state of other filming apparatus be can not transmission state, the bat for being unsatisfactory for condition
Taking the photograph device reduces the code rate of itself, so that the data transmission state of itself meets transmission conditions；
Alternatively, if the data transmission state of other filming apparatus be can not transmission state, it is described to be unsatisfactory for item
The filming apparatus of part reduces the resolution ratio or frame per second of itself, so that the data transmission state of itself meets transmission conditions.
Preferably, further comprising the steps of:
S5, the reception device receive the current HD video of the filming apparatus transmission for meeting condition and by described
The current HD video of other filming apparatus transmission；
The current HD video of the filming apparatus transmission for meeting condition is sent to intelligent end by S6, the reception device
End, and the current high definition after being integrated by the current HD video of other filming apparatus transmission, will be integrated is regarded
It takes place frequently and gives intelligent terminal；
The current HD video that reception device described in S7, the intelligent terminal real-time display is sent.
Preferably, the step S7 includes:
The real-time multi-screen of the intelligent terminal or single screen show current HD video captured by the multiple filming apparatus, and
The operational order of user's input realizes that multihead display and single display switch based on the received.
Preferably, further includes:
The reception device receives the working condition letter for the multiple filming apparatus that many-one spot dispatch equipment is sent
Breath, and by the work state informations of received multiple filming apparatus be sent to intelligent terminal；
The work state information of the multiple filming apparatus of intelligent terminal real-time display.
The present invention also provides one kind flexibly route many-to-one high-resolution video transfer system, comprising: multiple filming apparatus, with
The reception device of the multiple filming apparatus communication connection and intelligent terminal with the reception device communication connection；
The multiple filming apparatus, for shooting HD video and exporting captured current HD video, and institute in real time
It states multiple filming apparatus and first detects itself data transmission state before sending captured current HD video and whether meet biography
Defeated condition, if satisfied, captured current HD video is directly then transferred to the reception device, if not satisfied, being then discontented with
The filming apparatus of sufficient transmission conditions detects the data transmission state of other filming apparatus, and judges that the data of other filming apparatus pass
Defeated state whether be can transmission state, if so, the filming apparatus institute of transmission conditions will be unsatisfactory for by other described filming apparatus
The current HD video of shooting is transferred to the reception device；Other described filming apparatus and the bat for being unsatisfactory for transmission conditions
Take the photograph the filming apparatus that device is the same network；
The reception device, the current HD video for sending the filming apparatus for meeting transmission conditions are sent to described
Intelligent terminal, and current HD video that other filming apparatus are sent integrated and will it is integrated after be currently sending to
The intelligent terminal；
The intelligent terminal, for current HD video captured by the multiple filming apparatus of real-time display.
Preferably, further includes:
With the many-one spot dispatch equipment of the reception device communication connection；The many-one spot dispatch equipment is used for
According to the work state information of the operational order output control signal of user's input and the multiple filming apparatus to the reception
Device, and the work state information of the multiple filming apparatus of real-time display；
It is described more to the multiple filming apparatus and transmission to be also used to transmit the control signal for the reception device
The work state information of a filming apparatus is to the intelligent terminal；
The intelligent terminal is also used to the work state information of the multiple filming apparatus of real-time display.
Preferably, further includes:
With the instructor in broadcasting's platform or Cloud Server of the reception device communication connection；
Instructor in broadcasting's platform or Cloud Server are used to real-time reception and store current captured by the multiple filming apparatus
HD video, and current HD video captured by the multiple filming apparatus is sent to HD video live streaming platform.
Implement the many-to-one collaborative HD video transmission method of flexibly routing of the invention, has the advantages that the present invention
The many-to-one collaborative HD video transmission method of flexibly routing, multiple filming apparatus send out by the current HD video captured by itself
Whether the data transmission state that itself is first detected before seeing off meets transmission conditions, when being unsatisfactory for transmission conditions, Ke Yitong
It crosses and the data transmission state of other filming apparatus is detected, and be that can transmit in the data transmission state of other filming apparatus
When state, the current HD video of itself is transferred to reception device by other filming apparatus, is realized between filming apparatus
Flexible data transmitting, efficiently solve existing video camera carry out HD video data transmission procedure in because by environmental factor
Or the interference of oneself factor, cause the transmission of HD video data unstable or the problem of can not transmit, at the same also solve by
It is led in caused HD video data that can not transmit by barrier obstruction the problem of, and due to high-speed mobile in shooting process
The data transmission problems of cause substantially increase stability, timeliness, reliability and the robustness of the transmission of HD video data.
Detailed description of the invention
Present invention will be further explained below with reference to the attached drawings and examples, in attached drawing:
Fig. 1 is the process signal that one kind provided in an embodiment of the present invention flexibly routes many-to-one collaborative HD video transmission method
Figure；
Fig. 2 is the structural representation that one kind provided in an embodiment of the present invention flexibly routes many-to-one high-resolution video transfer system
Figure；
Fig. 3 is the structural schematic diagram of many-one spot dispatch equipment provided in an embodiment of the present invention；
Fig. 4 is the functional block diagram of many-one spot dispatch equipment provided in an embodiment of the present invention；
Fig. 5 is the HD video transmission schematic diagram of many-to-one collaborative HD video transmission method provided in an embodiment of the present invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
With reference to Fig. 1, many-to-one collaborative HD video transmission method is flexibly routed for this one kind provided in an embodiment of the present invention
Flow diagram, this, which flexibly routes many-to-one collaborative HD video transmission method, can be applied to movies-making field, of course, it is possible to
Understand ground, this, which flexibly routes many-to-one collaborative HD video transmission method, to need to carry out multi-path high-definition video applied to other
The occasion of data transmission.
As shown in Figure 1, this flexibly route many-to-one collaborative HD video transmission method the following steps are included:
S1, multiple filming apparatus 30 shoot HD video and export captured current HD video in real time.
It is to be appreciated that at the scene multiple and different are arranged according to the demand at movies-making scene in multiple filming apparatus 30
Angle, different location, and/or different zones, with the current HD video of the why multiple angles of captured in real-time, so as to avoid to each
The problem of a angle is shot respectively, effectively increases shooting efficiency.
Optionally, in the embodiment of the present invention, current HD video captured by each filming apparatus 30 carries the bat
Take the photograph the identification information of device 30, wherein identification information includes the seat in the plane information of filming apparatus 30 and the network letter of filming apparatus 30
Breath.Seat in the plane information is used to identify the seat in the plane number and position of the filming apparatus 30, and the network information is for identifying 30 institute of filming apparatus
The network at place, wherein the network information includes but is not limited to ID number, IP address etc..
Whether the data transmission state that S2, multiple filming apparatus 30 detect itself meets transmission conditions, if so, executing step
S3, if it is not, executing step S4.
It is to be appreciated that each filming apparatus 30 is before sending the current HD video captured by itself,
First the data transmission state of itself is detected, whether the data transmission state to judge itself meets transmission conditions, thus
Guarantee can stablize, reliably send current HD video.
Optionally, step S2 may comprise steps of:
S21, multiple filming apparatus 30 determine the size of current HD video according to captured current HD video.
S22, multiple filming apparatus 30 obtain the maximum transmission bandwidth of occupied transmission channel；
S23, multiple filming apparatus 30 are according to the size of current HD video and the maximum transmitted of occupied transmission channel
Bandwidth, determines whether the data transmission state of multiple filming apparatus 30 itself meets transmission conditions.
Specifically, each filming apparatus 30 determines current HD video all in accordance with the current HD video captured by itself
Size, and then judge the current HD video captured by it whether in the maximum transmission bandwidth of occupied transmission channel,
I.e. the transmission bandwidth of the channel, which can meet, is transferred to reception device 20 for the current HD video of the filming apparatus 30, if in its institute
In the maximum transmission bandwidth of the transmission channel of occupancy, then meet transmission conditions.
Further, the data transmission state of filming apparatus 30 meets transmission conditions further include:
Environment locating for filming apparatus 30 does not influence the transmission of its data, and current high definition view captured by the filming apparatus 30
Frequently in the size of current HD video in the maximum transmission bandwidth of occupied transmission channel, at this point, the number of filming apparatus 30
Meet transmission conditions according to transmission state.
Further, the data transmission state of filming apparatus 30 is unsatisfactory for transmission conditions and includes:
The first, environment locating for filming apparatus 30 transmits its data and generates interference, causes it that cannot steadily transmit institute
The current HD video of shooting, at this point, the data transmission state of filming apparatus 30 is unsatisfactory for transmission conditions.
The second, there are obstacle between filming apparatus 30 and its data connection object, cause it that can not transmit captured work as
Preceding HD video, at this point, the data transmission state of filming apparatus 30 is unsatisfactory for transmission conditions.
Third, filming apparatus 30 high-speed mobile in shooting process, and then it is captured to cause it that cannot steadily transmit
Current HD video, at this point, the data transmission state of filming apparatus 30 is unsatisfactory for transmission conditions.
Captured current HD video is transferred to reception device 20 by S3, the filming apparatus 30 for meeting transmission conditions.
It is to be appreciated that the filming apparatus 30 for meeting transmission conditions can be one or more, when to be multiple, meet and pass
Multiple filming apparatus 30 of defeated condition can be simultaneously to current HD video captured by transmission respectively, and meets multiple shootings dresses
Set 30 and only take up wireless channel all the way when sending respectively captured current HD video, wherein each filming apparatus 30 according to
Time slot where respectively sends respectively captured current HD video.
S4, the filming apparatus 30 for being unsatisfactory for transmission conditions detect the data transmission state of other filming apparatus 30, judge it
The data transmission state of his filming apparatus 30 whether be can transmission state, if so, will be unsatisfactory for passing by other filming apparatus 30
Current HD video captured by the filming apparatus 30 of defeated condition is transferred to reception device 20；Other filming apparatus 30 be unsatisfactory for
The filming apparatus 30 of transmission conditions is the filming apparatus 30 of the same network.
It is to be appreciated that the filming apparatus 30 for being unsatisfactory for transmission conditions can be one or more.
In the embodiment of the present invention, other filming apparatus 30 are and the same net of filming apparatus 30 that is unsatisfactory for transmission conditions
The filming apparatus 30 of network, wherein other filming apparatus 30 meet transmission conditions, i.e., other filming apparatus 30 can stablize,
Reliably send captured current HD video.Optionally, other filming apparatus 30 can be one or more.
Optionally, in the embodiment of the present invention, step S4 the following steps are included:
S41, the filming apparatus 30 for being unsatisfactory for transmission conditions send data transmission state detection to other filming apparatus 30 and refer to
It enables.
S42, other filming apparatus 30 detect the data transmission state of itself according to data transmission state detection instruction, and to
The filming apparatus 30 for being unsatisfactory for transmission conditions returns to testing result.
S43, the filming apparatus 30 for meeting transmission conditions determine the data transmission of other filming apparatus 30 according to testing result
State whether be can transmission state.
Further, step S4 can with the following steps are included:
If the data transmission state of S44, other filming apparatus 30 be can transmission state, be unsatisfactory for transmission conditions shooting dress
Set 30 according to other filming apparatus 30 can the amount of bandwidth of transmission state split current HD video captured by itself.
The current HD video of fractionation is sent to data transmission state by S45, the filming apparatus 30 for being unsatisfactory for transmission conditions
For can transmission state other filming apparatus 30.
S46, data transmission state for can other filming apparatus 30 of transmission state received current HD video is sent out
Give reception device 20.
In the embodiment of the present invention, data transmission state be can other filming apparatus 30 of transmission state refer to these shootings
For device 30 on the basis of can steadily transmit the current HD video captured by itself, there are also excess bandwidths, that is, set any
Filming apparatus 30 can transmit HD video data and be up to 30Mbps (Gigabits per second), and the current HD video captured by it is
20Mbps, then its extra bandwidth is 10Mbps, i.e., it can distribute 10Mbps to being unable to normal transmission HD video data
Filming apparatus 30.
In conjunction with Fig. 2, it is assumed that have 4 filming apparatus 30, respectively #1 filming apparatus 301, # filming apparatus in floor
30, #3 filming apparatus 303 and #4 filming apparatus 304, wherein each filming apparatus 30 include a video camera and with
The associated transmitter of video camera, video camera are used to shoot HD video and export captured current HD video in real time to transmitting
Machine is sent to reception device 20 by transmitter.
As illustrated in fig. 2, it is assumed that #1 filming apparatus 301 and the transmission link of reception device 20 are disturbed and #1 shooting are caused to fill
Set 301 without normal direction reception device 20 reliablely and stablely current HD video of the real-time Transmission captured by it (for the convenience of description, fixed
Justice is the current HD video of #1, and the size of the current HD video of the #1 is 20Mbps), and #2 filming apparatus 302, #3 filming apparatus
303 and #4 filming apparatus 304 can be reliable and stable real-time Transmission respectively captured current HD video (is retouched for convenience
It states, is defined as the current HD video of #2, the current HD video of #3, the current HD video of #4).
It is to be appreciated that when #1 filming apparatus 301 detects itself without 20 real-time Transmission of normal direction reception device captured by it
The current HD video of #1 after, #1 filming apparatus 301 i.e. respectively to #2 filming apparatus 302, #3 filming apparatus 303 and #4 shoot
Device 304 sends data transmission state detection instruction, and #2 filming apparatus 302, #3 filming apparatus 303 and #4 filming apparatus 304 divide
Not after the data transmission state detection instruction for receiving the transmission of #1 filming apparatus 301, respective data transmission state is detected, and
Testing result, which is returned, to #1 filming apparatus 301 (sets testing result are as follows: #2 filming apparatus 302 can transmit 4Mbps, #3 filming apparatus
303, which can transmit 6Mbps, #4 filming apparatus 304, can transmit 10Mbps), at this point, detection knot of the #1 filming apparatus 301 according to return
Fruit can determine that the data transmission state of #2 filming apparatus 302, #3 filming apparatus 303 and #4 filming apparatus 304 is that can transmit
State, and then split the current HD video of #1 captured by itself according to testing result, i.e., the current high definition of the #1 of 20Mbps is regarded
Frequency division is not split are as follows: the sub- HD video of the sub- HD video of 4Mbps, the sub- HD video of 6Mbps and 10Mbps；The 4Mbps
Sub- HD video, the sub- HD video of 6Mbps and the sub- HD video of 10Mbps be split by #1 filming apparatus 301
Current HD video.Then, by the sub- HD video of split 4Mbps, the sub- HD video of 6Mbps and the son of 10Mbps
HD video distributes #2 filming apparatus 302, #3 filming apparatus 303 and #4 filming apparatus 304 respectively, respectively by #2 filming apparatus
302, #3 filming apparatus 303 and #4 filming apparatus 304 by the sub- HD video of 4Mbps, 6Mbps sub- HD video and
The sub- HD video of 10Mbps is sent to reception device 20.Wherein, HD video data transmission schematic diagram is as shown in Figure 5.Fig. 5
In, the current HD video of #1 that barrier is only #1 filming apparatus 301 without 20 real-time Transmission of normal direction reception device captured by it
One of situation does not represent all situations, i.e. #1 filming apparatus 301 cannot be to its institute of the normal real-time Transmission of reception device 20
The case where #1 of shooting current HD video, can also there is other modes, be not limited to the example of Fig. 5.
Optionally, the filming apparatus 30 for being unsatisfactory for transmission conditions of the embodiment of the present invention is preferentially by the current height captured by it
Clear video is that the maximum filming apparatus 30 of bandwidth can send in other filming apparatus 30 of transmission state by data transmission state
To reception device 20.It is equally illustrated by taking Fig. 2 as an example: assuming that testing result are as follows: #2 filming apparatus 302 can transmit
4Mbps, #3 filming apparatus 303, which can transmit 6Mbps, #4 filming apparatus 304, can transmit 20Mbps, at this point, #1 filming apparatus 301
The current HD video of #1 captured by itself is preferentially distributed into #4 filming apparatus 304, is sent to and is connect by #4 filming apparatus 304
Receiving apparatus 20.
It will of course be understood that ground, in some other embodiment, when multiple filming apparatus and reception device are completed network and connected
After connecing, the data transmission state and working condition of each filming apparatus can be directly known between multiple filming apparatus, similarly,
Reception device can also directly obtain the data transmission state and working condition of each filming apparatus.Therefore, under this kind of mode,
In one specific example, when #1 filming apparatus 301 detects itself # without 20 real-time Transmission of normal direction reception device captured by it
After 1 current HD video, #1 filming apparatus 301 can directly according to known other filming apparatus (#2 filming apparatus 302,
#3 filming apparatus 303 and #4 filming apparatus 304) data transmission state: being respectively as follows: #2 filming apparatus 302 can transmit
4Mbps, #3 filming apparatus 303, which can transmit 6Mbps, #4 filming apparatus 304, can transmit 10Mbps, split the #1 captured by itself and work as
Preceding HD video splits the current HD video of the #1 of 20Mbps respectively are as follows: sub- HD video, the son of 6Mbps of 4Mbps is high
The sub- HD video of clear video and 10Mbps；Sub- HD video, the sub- HD video of 6Mbps and the son of 10Mbps of the 4Mbps
HD video is current HD video split by #1 filming apparatus 301.Then, the sub- high definition of split 4Mbps is regarded
Frequently, the sub- HD video of 6Mbps and the sub- HD video of 10Mbps distribute #2 filming apparatus 302, #3 filming apparatus 303 respectively
With #4 filming apparatus 304, respectively by #2 filming apparatus 302, #3 filming apparatus 303 and #4 filming apparatus 304 by the son of 4Mbps
The sub- HD video of HD video, the sub- HD video of 6Mbps and 10Mbps is sent to reception device 20.
Further, the many-to-one collaborative HD video transmission method of flexibly routing of the embodiment of the present invention, further includes following step
It is rapid:
If the data transmission state of other filming apparatus 30 be can not transmission state, be unsatisfactory for the filming apparatus of condition
30 reduce the code rate of itself, so that the data transmission state of itself meets transmission conditions.
Alternatively, if the data transmission state of other filming apparatus 30 be can not transmission state, be unsatisfactory for the bat of condition
Taking the photograph device 30 reduces itself resolution ratio or frame per second, so that the data transmission state of itself meets transmission conditions.Here, other
The data transmission state of filming apparatus 30 be can not transmission state refer to that these filming apparatus 30 can only transmit captured by itself
Current HD video, not extra bandwidth gives the filming apparatus 30 that cannot transmit HD video to reception device 20.
It is to be appreciated that when the data transmission state of other filming apparatus 30 be can not transmission state when, i.e., equally with
It is illustrated for Fig. 2: testing result are as follows: #2 filming apparatus 302, #3 filming apparatus 303 and #4 filming apparatus 304 do not have
When extra bandwidth transmits HD video to #1 filming apparatus 301, #1 filming apparatus 301 can reduce the code rate of itself automatically,
So that the current HD video of #1 captured by real-time Transmission that itself can be reliable and stable.Alternatively, #1 filming apparatus 301 can be certainly
The dynamic resolution ratio or frame per second for reducing itself, so that the current high definition view of #1 captured by real-time Transmission that itself can be reliable and stable
Frequently.
What needs to be explained here is that when code rate, resolution ratio or the frame per second for #1 filming apparatus 301 do not require, #
1 filming apparatus 301 preferably reduces the code rate of itself, when the limiting value for being reduced to code rate is still unable to satisfy transmission conditions, then drops
Low resolution finally reduces frame per second.It will of course be understood that ground, when the resolution requirement to the HD video transmitted is higher,
Can choose first reduces frame per second；When the requirement of real-time transmitted to HD video is higher, can choose first reduces resolution ratio.One
As, reducing resolution ratio and frame per second can be executed by the fraction reduced step by step, for example, when resolution ratio is 1080P, it can be by 1080P
It is reduced to 720P；Alternatively, 720i etc. can be reduced to by 1080i when resolution ratio is 1080i；If frame per second be 60Hz, can first by
60Hz is reduced to 50Hz, is reduced to 30Hz when 50Hz is unsatisfactory for, then by 50Hz, and so on.
In the embodiment of the present invention, when any one or more in filming apparatus 30 are unable to the current HD video of normal transmission
To reception device 20, but by other can the current HD video of normal transmission to reception device 20 when, bat be unable to normal transmission
It the filming apparatus 30 of current HD video and can be distributed with the data between the filming apparatus 30 of the current HD video of normal transmission
Process is extremely short, is microsecond rank, therefore, the HD video data between filming apparatus 30 of the invention and reception device 20
Transmission is still real-time Transmission.Similarly, when any one or more current high definitions of normal transmission that are unable in filming apparatus 30 regard
Frequency gives reception device 20, but modes such as code rate, resolution ratio or frame per second by reducing itself, when with adapted transmission, these
Time required for treatment process be also it is extremely short, be similarly microsecond rank, therefore, be equally accomplished that filming apparatus 30 and connect
HD video data between receiving apparatus 20 are transmitted as real-time Transmission.
Further, the many-to-one collaborative HD video transmission method of flexibly routing of the embodiment of the present invention further includes following step
It is rapid:
The current HD video and shot by other that the filming apparatus 30 that S5, reception device 20 receive the condition that meets transmits
The current HD video that device 30 transmits.
The current HD video that the filming apparatus 30 for the condition that meets transmits is sent to intelligent terminal by S6, reception device 20
40, and the current high definition that the current HD video transmitted by other filming apparatus 30 will carry out after integrating, after integrating is regarded
It takes place frequently and gives intelligent terminal 40.
It is to be appreciated that when the 20 received filming apparatus 30 of institute of reception device is to be transmitted across by other filming apparatus 30
When the current HD video after splitting come, reception device 20 first integrates the current HD video after fractionation, and
After the completion of integrated, integrated current HD video is sent to intelligent terminal 40.
Similarly, it is illustrated by taking Fig. 2 as an example.The current HD video of #1 captured by #1 filming apparatus 301 (20Mbps),
Reception device 20 is sent to by #2 filming apparatus 302, #3 filming apparatus 303 and #4 filming apparatus 304 respectively, wherein #1 is clapped
It takes the photograph in the sub- HD video of the sub- HD video of 4Mbps split by device 301, the sub- HD video of 6Mbps and 10Mbps and divides
Fractionation serial number is not carried, and reception device 20 is receiving #2 filming apparatus 302, #3 filming apparatus 303 and #4 filming apparatus 304
After the sub- HD video of the sub- HD video of the 4Mbps sent respectively, the sub- HD video of 6Mbps and 10Mbps, according to 4Mbps
Sub- HD video, fractionation serial number is integrated entrained by the sub- HD video of 6Mbps and the sub- HD video of 10Mbps, obtain
Current HD video after must integrating, the current HD video after this is integrated are identical as the current HD video of #1.
The current HD video that S7,40 real-time display reception device 20 of intelligent terminal are sent.
Optionally, step S7 includes: that the real-time multi-screen of intelligent terminal 40 or single screen are shown captured by multiple filming apparatus 30
Current HD video, and the operational order of user's input realizes that multihead display and single display switch based on the received.
It is to be appreciated that the user (user i.e. above-mentioned) of intelligent terminal 40 can be real-time at the scene in shooting process
Check current HD video captured by film studio's all angles.Moreover, the user of intelligent terminal 40 can also voluntarily input behaviour
It instructs, to realize the switching of multi-screen and single screen, and then reaches the HD video for checking film studio's all angles or a certain shooting
HD video captured by device 30.
Optionally, in the embodiment of the present invention, intelligent terminal 40 can be touch control display terminal, can be defeated by touch control operation
Enter corresponding operation instruction.For example, can be tablet computer etc..
Further, many-to-one collaborative HD video transmission method is flexibly routed further include:
Reception device 20 receives the work state information for multiple filming apparatus 30 that many-one spot dispatch equipment 10 is sent,
And by the work state informations of received multiple filming apparatus 30 be sent to intelligent terminal 40.
The work state information of the multiple filming apparatus 30 of 40 real-time display of intelligent terminal.
With reference to Fig. 2, the knot of many-to-one high-resolution video transfer system is flexibly routed for one kind provided in an embodiment of the present invention
Structure schematic diagram, this flexibly routes many-to-one high-resolution video transfer system and flexibly routes many-to-one high definition for realizing above-mentioned
Video transmission method, can be applied to movies-making field or other need the occasion of multi-path high-definition transmission of video.
As shown in Fig. 2, this flexibly route many-to-one high-resolution video transfer system include: multiple filming apparatus 30, with it is more
The reception device 20 of a 30 communication connection of filming apparatus and intelligent terminal 40 with 20 communication connection of reception device.
Multiple filming apparatus 30, for shooting HD video and exporting captured current HD video in real time, and it is multiple
Whether the data transmission state that filming apparatus 30 first detects itself before sending captured current HD video meets transmission item
Part, if satisfied, captured current HD video is directly then transferred to reception device 20, if not satisfied, being then unsatisfactory for transmitting
The filming apparatus 30 of condition detects the data transmission state of other filming apparatus 30, and judges the data of other filming apparatus 30
Transmission state whether be can transmission state, if so, the filming apparatus 30 of transmission conditions will be unsatisfactory for by other filming apparatus 30
Captured current HD video is transferred to reception device 20；Other filming apparatus 30 and the filming apparatus for being unsatisfactory for transmission conditions
30 be the filming apparatus 30 of the same network.
As shown in Fig. 2, each filming apparatus 30 includes a video camera and a transmitter, video camera is for each
A filming apparatus 30 include a video camera and with the associated transmitter of video camera, video camera is for shooting HD video simultaneously
The captured current HD video of output is sent to reception device 20 by transmitter to transmitter in real time.Each transmitter
Transmitted current HD video carries the seat in the plane information and the network information of video camera associated with it, wherein seat in the plane letter
The seat in the plane number and position for identifying associated video camera are ceased, the network information is used to identify net locating for associated video camera
Network, in order to editor, the editing etc. of subsequent HD video, convenient for the monitoring to each outer filming apparatus 30.Here seat in the plane information
It is the identification information of filming apparatus 30 above-mentioned with the network information.Specifically, #1 filming apparatus 301 includes #1 as shown in Figure 2
Video camera and #1 transmitter, #2 filming apparatus 302 include #2 video camera and #2 transmitter, and #3 filming apparatus 303 is imaged including #3
Machine and #3 transmitter, #4 filming apparatus 304 include #4 video camera and #4 transmitter.
Optionally, in the embodiment of the present invention, current HD video captured by each filming apparatus 30 carries the bat
Take the photograph the identification information of device 30, wherein identification information includes the seat in the plane information of filming apparatus 30 and the network letter of filming apparatus 30
Breath.Seat in the plane information is used to identify the seat in the plane number and position of the filming apparatus 30, and the network information is for identifying 30 institute of filming apparatus
The network at place, wherein the network information includes but is not limited to ID number, IP address etc..
Reception device 20, the current HD video for sending the filming apparatus 30 for meeting transmission conditions are sent to intelligence
Terminal 40, and by the current HD video that other filming apparatus 30 are sent integrated and will it is integrated after be currently sending to
Intelligent terminal 40.In the embodiment of the present invention, reception device 20 can be one or more.
Specifically, if reception device 20 received current HD video be meet transmission conditions filming apparatus 30 send
Current HD video, then the received current HD video of institute directly can be sent to intelligent end to real-time synchronization by reception device 20
End 40；If the 20 received current HD video of institute of reception device is to be transmitted by other filming apparatus 30 and is by splitting
When rear current HD video, reception device 20 needs first integrate the current HD video after fractionation, and completes integrated
Integrated current HD video is just sent to intelligent terminal 40 afterwards.It is to be appreciated that being unsatisfactory for the filming apparatus of transmission conditions
30 distribute in the sub- HD video of the fractionation of other filming apparatus 30 and carry fractionation serial number, and therefore, reception device 20 can
To be integrated according to fractionation serial number entrained by sub- HD video.
Intelligent terminal 40, for current HD video captured by the multiple filming apparatus 30 of real-time display.
Optionally, intelligent terminal 40 multi-screen or single screen can show current high definition captured by multiple filming apparatus 30 in real time
Video, and the operational order of user's input realizes that multihead display and single display switch based on the received.It is to be appreciated that
During live shooting, the user (user i.e. above-mentioned) of intelligent terminal 40 can be captured by real time inspection film studio all angles
Current HD video.Moreover, the user of intelligent terminal 40 can also voluntarily input operation instruction, to realize multi-screen and single screen
Switching, and then reach HD video captured by the HD video for checking film studio's all angles or a certain filming apparatus 30.
Optionally, in the embodiment of the present invention, intelligent terminal 40 can be touch control display terminal, can be defeated by touch control operation
Enter corresponding operation instruction.For example, can be tablet computer etc..
Further, the many-to-one high-resolution video transfer system of flexibly routing of the embodiment of the present invention further include:
With the many-one spot dispatch equipment 10 of 20 communication connection of reception device.
Many-one spot dispatch equipment 10, operational order output control signal and multiple shootings for being inputted according to user
The work state information of device 30 is to reception device 20, and the work state information of the multiple filming apparatus 30 of real-time display.
Reception device 20 is also used to transmission of control signals to multiple filming apparatus 30 and the multiple filming apparatus 30 of transmission
Work state information to intelligent terminal 40.
Intelligent terminal 40 is also used to the work state information of the multiple filming apparatus 30 of real-time display.
It is a kind of structural schematic diagram of many-one spot dispatch equipment 10 provided in an embodiment of the present invention with reference to Fig. 3.The tune
Degree equipment 10 can be applied to movies-making field, it will of course be understood that ground, which, which can also be applied to other, is needed
Carry out the occasion of spot dispatch.
Many-one spot dispatch equipment 10 and multiple filming apparatus 30 communicate to connect, which can
To be connect by reception device with multiple filming apparatus 30.Wherein, multiple filming apparatus 30 can be set film studio not
Same position, different angle, for the multiple angles of film studio, multiple positions, different height HD video.
As shown in Figure 3 and Figure 4, many-one spot dispatch equipment 10 includes: the first input unit 11, secondary input device
12, it the controller 14 being connect respectively with the first input unit 11 and secondary input device 12 and is connect with controller 14 aobvious
Show device 13.
Specifically, the first input unit 11, for receiving the first operational order.Wherein, the first operational order is by user's
Pressing operation generates.
Optionally, the first input unit 11 includes acknowledgement key and multiple function keys, wherein acknowledgement key is defeated for acknowledgement key
Enter information.Function key may include auditory function key, at least one of say function key, Tally function key.Concrete operations are as follows: when
Many-one spot dispatch equipment 10 presses auditory function key, then when pressing acknowledgement key, completes the selection of auditory function；It is listened when needing to cancel
When function, auditory function key can be first pressed, then press acknowledgement key, the cancellation of auditory function can be completed.Alternatively, when function is said in user's pressing
Can key, then when pressing acknowledgement key, complete the selection for saying function；When needing cancellation to say function, function key can be first pressed, then press
Acknowledgement key is pressed, the cancellation of function can be completed.Alternatively, when user presses Tally function key, then when pressing acknowledgement key, complete
The selection of Tally function；When needing to cancel Tally function, Tally function key can be first pressed, then press acknowledgement key
Complete the selection of Tally function.
Specifically, secondary input device 12, for receiving the second operational order.Wherein, the second operational order is by user's
Pressing operation generates.
Optionally, secondary input device 12 includes at least one seat in the plane key, each seat in the plane key and a filming apparatus 30 close
Connection.Since each seat in the plane key is associated with a filming apparatus 30, can directly by selection to seat in the plane key control or
Operation realizes that the selection to filming apparatus 30 is controlled or operated.
Controller 14, for exporting the work of multiple filming apparatus 30 according to the first operational order and/or the second operational order
Make status information and control signal.It is to be appreciated that controller 14 is raw according to the first operational order and/or the second operational order
At control signal execute corresponding operation for controlling corresponding filming apparatus 30.
Display 13, connect with controller 14, for the multiple filming apparatus 30 of real-time display work state information it is aobvious
Show device 13.Optionally, display 13 including but not limited to LCD display 13, LED display 13, OLED is shown.
As shown in figure 3, further, the many-one spot dispatch equipment 10 further include: connect, be used for controller 14
Send the communication module 15 of control signal.
Optionally, which includes wire communication module and/or wireless communication module.
Wire communication module 15 includes at least one of R232, R422, R485 interface, USB interface.Specifically, when more
When communicating by receiver with filming apparatus 30 to a spot dispatch equipment 10, pass through set R232, R422, R485
The connection of controlling equipment 10 Yu reception device may be implemented in any one for interface, USB interface, and then passes through reception device for signal
It is sent to filming apparatus 30, executes relevant operation to control filming apparatus 30.
Wireless communication module 15 includes bluetooth communication, 3G communication module, 4G communication module, 5G communication module, LTE
At least one of communication module, WiMax communication module, WIFI communication module.
To avoid the flexibility that connection line is many and diverse and mobile between equipment, which communicates mould
Block.
It, can be real by the setting in many-one spot dispatch equipment 10 and the associated seat in the plane key of filming apparatus 30, function key
Two-way call between the user of existing many-one spot dispatch equipment 10 and the user of single or multiple filming apparatus 30
Operation, one-way traffic operation, while can also realize that real-time synchronization shows the work state information of multiple filming apparatus 30, so as to
Many-one spot dispatch equipment can intuitively understand the working condition of filming apparatus 30 for 10 user, and be adjusted,
To coordinate the work of 30 side of filming apparatus, the accuracy of shooting efficiency and coordination is improved.
In addition, many-one spot dispatch equipment 10 is easy to operate, small in size, easy to carry, it is at low cost, and the scope of application
Extensively, it can be adapted for the field of any required spot dispatch.
Further, many-one spot dispatch equipment 10 can be the mobile terminals 40 such as mobile phone, plate, alternatively, at other
In some embodiments, many-one spot dispatch equipment 10 also be can be arranged directly on receiver.
As shown in figure 3, in Fig. 3 the first input unit 11 include auditory function key, say function key, Tally function key and really
Recognize key；Secondary input device 12 includes the seat in the plane #1 key, the seat in the plane #2 key, the seat in the plane #3 key, the seat in the plane #4 key；Many-one spot dispatch is set
Standby 10 user is for directing.It should be noted that Fig. 1, which illustrates only 4 seats in the plane, carries out example, set in actual product
During meter, the quantity that can according to need associated filming apparatus 30 carries out adapting to increase and decrease.
As shown in figure 3, auditory function key can be used for listening the seat in the plane of other seats in the plane director's word；Say function key for specifying
The seat in the plane that can be spoken；Tally function key is for the specified seat in the plane for needing Tally to indicate；Acknowledgement key for confirm listen, say,
Tally function is enabled；The filming apparatus 30 of the seat in the plane #1~#4 key expression #1~#4.
It is illustrated below by way of concrete operating principle of multiple embodiments to the many-one spot dispatch equipment 10:
Embodiment one:
It establishes the two-way call of #1 filming apparatus 301 and #2 filming apparatus 302 and director: pressing the seat in the plane #1 key and # respectively
2 seat in the plane keys, then press auditory function key and say function key, acknowledgement key is finally pressed, at this point, #1 filming apparatus 301 and #2 bat can be established
Take the photograph the two-way call of device 302 and director, while simultaneous display #1 filming apparatus 301 and #2 filming apparatus 302 on display 13
In the state of hearing.
Embodiment two:
Cancel the two-way call of #1 filming apparatus 301 and #2 filming apparatus 302 and director: first pressing the seat in the plane #1 key respectively
It with the seat in the plane #2 key, then presses and auditory function key and says function key, acknowledgement key is finally pressed, at this point, completing to cancel #1 filming apparatus 301
With #2 filming apparatus 302 and director two-way call, while 13 simultaneous display #1 filming apparatus 301 of display and #2 shooting dress
It sets 302 and hears that state is cancelled.
Embodiment three:
Establishing #1 filming apparatus 301, #2 filming apparatus 302 and #4 filming apparatus 304 only listens director to talk: pressing #1 respectively
Seat in the plane key, the seat in the plane the #2 seat in the plane Jian He#4 key, then auditory function key is pressed, acknowledgement key is pressed recently, can establish #1 filming apparatus 301, #2
Filming apparatus 302 and #4 filming apparatus 304 only listen director to talk, while 13 simultaneous display #1 filming apparatus 301 of display, #2 are clapped
It takes the photograph device 302 and #4 filming apparatus 304 is in and listens state.
Example IV:
It establishes the Tally state of #3 filming apparatus 303, #4 filming apparatus 304: pressing the seat in the plane #3 key, the seat in the plane #4 key respectively,
Tally function key is pressed again, and at this moment #3 filming apparatus 303 and 304 green light of #4 filming apparatus light；Acknowledgement key is pressed again, at this point, #3
Filming apparatus 303 and 304 red light of #4 filming apparatus light, and green light extinguishes；At this point, #3 filming apparatus 303, #4 shooting can be established
The Tally state of device 304, meanwhile, simultaneous display #3 filming apparatus 303, #4 filming apparatus 304 are on display 13
Tally state.
Embodiment five:
Cancel the Tally state of #3 filming apparatus 303, #4 filming apparatus 304: pressing the seat in the plane #3 key, the seat in the plane #4 key respectively,
Tally function key is pressed again, then presses acknowledgement key, and at this moment #3 filming apparatus 303 and 304 red light of #4 filming apparatus extinguish；Completion takes
Disappear the Tally state of #3 filming apparatus 303, #4 filming apparatus 304, while 13 simultaneous display #3 filming apparatus 303 of display, #
The Tally state of 4 filming apparatus 304 is cancelled.
Embodiment six:
It is established with all filming apparatus 30 or cancels corresponding function: not pressing any one seat in the plane key at the beginning, only press it
In a function key or multiple function keys, then press acknowledgement key, that is, complete with all seats in the plane establish or cancel corresponding function, meanwhile,
All seats in the plane of 13 simultaneous display of display corresponding state established or the corresponding state cancelled.
By using the many-one spot dispatch equipment 10, the filming apparatus 30 that different angle is in scene may be implemented
Working condition real time monitoring, and only need the simple operations to the first input unit 11 and secondary input device 12
The scheduling controlling to filming apparatus 30 is quickly completed, the accuracy of shooting efficiency and scheduling is greatly promoted, in addition, the scheduling is set
Standby 10 is small in size, easy to carry, at low cost, applied widely, is applicable to any required occasion for carrying out spot dispatch.
The many-to-one high-resolution video transfer system of flexibly routing of the invention, by using many-one spot dispatch above-mentioned
The scheduling controlling to multiple filming apparatus 30 may be implemented in equipment 10, and dispatching efficiency is high, and accuracy is high, greatly promotes shooting effect
Rate, at the same can also by intelligent terminal realize to any one or more shooting pictures in multiple filming apparatus 30 into
The real-time switching of row simultaneous display or the shooting picture of multiple filming apparatus 30, enhances the intuitive of viewing, convenient for shooting
Adjustment and control, improve timeliness, flexibility.
Further, the many-to-one high-resolution video transfer system of flexibly routing of the embodiment of the present invention further include:
With the instructor in broadcasting's platform 50 or Cloud Server 60 of reception device communication connection；
Instructor in broadcasting's platform 50 or Cloud Server 60 are used to real-time reception and store current height captured by multiple filming apparatus 30
Clear video, and current HD video captured by multiple filming apparatus 30 is sent to HD video live streaming platform.By by high definition
Video data sends supreme clear net cast platform, and the real-time Transmission and viewing to live shooting may be implemented.
Further, instructor in broadcasting's platform 50 can also store the received HD video data of institute, so as to subsequent to scene
Shooting HD video check and editing etc..Similarly, Cloud Server 60 also may be implemented to the received HD video data of institute
Storage, so as to subsequent to the checking of HD video, editing or processing of other HD video data etc. is taken on site.
In the embodiment of the present invention, all filming apparatus 30 transmit respectively captured current high definition view to reception device 20
Frequency only takes up wireless signal all the way, respectively according to current HD video captured by preset slot transmission.
In order to avoid connection line is many and diverse, in the many-to-one high-resolution video transfer system of flexibly routing that the present invention is implemented,
Between multiple filming apparatus 30 and reception device, between reception device and many-one spot dispatch equipment, reception device and cloud clothes
Bluetooth communication, 3G communication module, 4G communication module, 5G can be passed through between business device, between reception device and instructor in broadcasting's platform
At least one of communication module, LTE communication module, WiMax communication module, WIFI communication module or other wireless telecommunications
Module realizes connection.
Above embodiments only technical concepts and features to illustrate the invention, its object is to allow person skilled in the art
Scholar can understand the contents of the present invention and implement accordingly, can not limit the scope of the invention.It is all to be wanted with right of the present invention
The equivalent changes and modifications that range is done are sought, should belong to the covering scope of the claims in the present invention.
It should be understood that for those of ordinary skills, it can be modified or changed according to the above description,
And all these modifications and variations should all belong to the protection domain of appended claims of the present invention.
Claims (10)
1. one kind flexibly routes many-to-one collaborative HD video transmission method, it is applied to movies-making system, which is characterized in that including
Following steps:
S1, multiple filming apparatus shooting HD video simultaneously export captured current HD video in real time；
Whether the data transmission state that S2, the multiple filming apparatus detect itself meets transmission conditions, if so, executing step
S3, if it is not, executing step S4；
Captured current HD video is transferred to reception device by S3, the filming apparatus for meeting transmission conditions；
S4, the filming apparatus for being unsatisfactory for transmission conditions detect the data transmission state of other filming apparatus, judge other shooting dresses
The data transmission state set whether be can transmission state, if so, transmission conditions will be unsatisfactory for by other described filming apparatus
Current HD video captured by filming apparatus is transferred to reception device；Other described filming apparatus are unsatisfactory for transmission item with described
The filming apparatus of part is the filming apparatus of the same network.
2. according to claim 1 flexibly route many-to-one collaborative HD video transmission method, which is characterized in that the step
S4 includes:
S41, the filming apparatus for being unsatisfactory for transmission conditions send data transmission state detection instruction to other filming apparatus；
S42, other described filming apparatus detect the data transmission state of itself according to the data transmission state detection instruction, and
Testing result is returned to the filming apparatus for being unsatisfactory for transmission conditions；
S43, the filming apparatus for meeting transmission conditions determine the data of other filming apparatus according to the testing result
Transmission state whether be can transmission state.
3. according to claim 2 flexibly route many-to-one collaborative HD video transmission method, which is characterized in that the step
S4 further include:
If the data transmission state of S44, other filming apparatus be can transmission state, the shooting for being unsatisfactory for transmission conditions
Device according to other filming apparatus can the amount of bandwidth of transmission state split the current HD video captured by itself；
The current HD video of fractionation is sent to data transmission state and is by S45, the filming apparatus for being unsatisfactory for transmission conditions
Can transmission state other filming apparatus；
S46, the data transmission state for can other filming apparatus of transmission state received current HD video is sent
To the reception device.
4. according to claim 1 flexibly route many-to-one collaborative HD video transmission method, which is characterized in that further include with
Lower step:
If the data transmission state of other filming apparatus be can not transmission state, the shooting dress for being unsatisfactory for condition
The code rate for reducing itself is set, so that the data transmission state of itself meets transmission conditions；
Alternatively, if the data transmission state of other filming apparatus be can not transmission state, it is described to be unsatisfactory for condition
Filming apparatus reduces the resolution ratio or frame per second of itself, so that the data transmission state of itself meets transmission conditions.
5. according to claim 1 flexibly route many-to-one collaborative HD video transmission method, which is characterized in that further include with
Lower step:
S5, the reception device receive the filming apparatus transmission for meeting condition current HD video and by it is described other
The current HD video of filming apparatus transmission；
The current HD video of the filming apparatus transmission for meeting condition is sent to intelligent terminal by S6, the reception device,
And the current HD video after being integrated by the current HD video of other filming apparatus transmission, will be integrated is sent out
Give intelligent terminal；
The current HD video that reception device described in S7, the intelligent terminal real-time display is sent.
6. according to claim 5 flexibly route many-to-one collaborative HD video transmission method, which is characterized in that the step
S7 includes:
The real-time multi-screen of the intelligent terminal or single screen show current HD video captured by the multiple filming apparatus, and according to
The operational order of received user's input realizes that multihead display and single display switch.
7. according to claim 1 flexibly route many-to-one collaborative HD video transmission method, which is characterized in that further include:
The reception device receives the work state information for the multiple filming apparatus that many-one spot dispatch equipment is sent, and
By the work state informations of received multiple filming apparatus be sent to intelligent terminal；
The work state information of the multiple filming apparatus of intelligent terminal real-time display.
8. one kind flexibly routes many-to-one high-resolution video transfer system characterized by comprising multiple filming apparatus and institute
State the reception device of multiple filming apparatus communication connections and the intelligent terminal with the reception device communication connection；
The multiple filming apparatus, for shooting HD video and exporting captured current HD video in real time, and it is described more
Whether the data transmission state that a filming apparatus first detects itself before sending captured current HD video meets transmission item
Part, if satisfied, captured current HD video is directly then transferred to the reception device, if not satisfied, being then unsatisfactory for passing
The filming apparatus of defeated condition detects the data transmission state of other filming apparatus, and judges the data transmission shape of other filming apparatus
State whether be can transmission state, if so, will be unsatisfactory for captured by the filming apparatus of transmission conditions by other described filming apparatus
Current HD video be transferred to the reception device；Other described filming apparatus and the shooting for being unsatisfactory for transmission conditions fill
It is set to the filming apparatus of the same network；
The reception device, the current HD video for sending the filming apparatus for meeting transmission conditions are sent to the intelligence
Terminal, and current HD video that other filming apparatus are sent integrated and will it is integrated after be currently sending to it is described
Intelligent terminal；
The intelligent terminal, for current HD video captured by the multiple filming apparatus of real-time display.
9. according to claim 8 flexibly route many-to-one high-resolution video transfer system, which is characterized in that further include:
With the many-one spot dispatch equipment of the reception device communication connection；The many-one spot dispatch equipment is used for basis
The operational order output control signal of user's input and the work state information of the multiple filming apparatus to the reception device,
And the work state information of the multiple filming apparatus of real-time display；
The reception device is also used to transmit the control signal to the multiple filming apparatus and the multiple bat of transmission
The work state information of device is taken the photograph to the intelligent terminal；
The intelligent terminal is also used to the work state information of the multiple filming apparatus of real-time display.
10. according to claim 8 flexibly route many-to-one high-resolution video transfer system, which is characterized in that further include:
With the instructor in broadcasting's platform or Cloud Server of the reception device communication connection；
Instructor in broadcasting's platform or Cloud Server are used to real-time reception and store current high definition captured by the multiple filming apparatus
Video, and current HD video captured by the multiple filming apparatus is sent to HD video live streaming platform.
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