CN104735513B - Image acts integrated control system and method - Google Patents
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- CN104735513B CN104735513B CN201510135914.3A CN201510135914A CN104735513B CN 104735513 B CN104735513 B CN 104735513B CN 201510135914 A CN201510135914 A CN 201510135914A CN 104735513 B CN104735513 B CN 104735513B
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- 230000001360 synchronised effect Effects 0.000 claims abstract description 14
- 238000009790 rate-determining step (RDS) Methods 0.000 claims description 10
- 230000007246 mechanism Effects 0.000 claims description 9
- 230000005540 biological transmission Effects 0.000 claims description 8
- 230000008859 change Effects 0.000 claims description 8
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Abstract
The present invention relates to the integrated apparatus of a kind of image and mechanical device, disclose a kind of image movement integrated control system, including image part and action control part with mutual dynamic action control；The image part carries out asynchronous and synchronous with the action control part for playing preprepared video image, and after the video image starts broadcasting to realize the common action of the image part Yu the action control part；The action control part is mobile for realizing the space of the image part, and corresponding movement is made to realize the common action with the image part according to the video image content that the image part plays, in addition, also disclosing a kind of method using above system.It is an advantage of the current invention that the broadcasting of video and action control are combined, a kind of dynamic image presentation effect is realized by mutual control, there is preferable application value.
Description
Technical field
The present invention relates to the integrated apparatus of a kind of image and mechanical device, in particular to a kind of image acts integrative control
The control method of system and the application system, device and method involved by the application are mainly used in advertisement field, especially
Outdoor advertising is shown for outdoor advertising, but it is also suitable for other field in addition to the advertisement, especially image and mechanical phase
In conjunction with application.
Background technique
Image movement integrated control device refers to that one kind can be constantly changing view by mechanical device in playing video
The position of frequency playing device, to build a kind of device of unique dynamic visual impact.The effect unique having in view of it,
In advertisement, video playing, the occasions such as public place have preferable application.Especially since the present apparatus can change video playing
The position of device, so as to break through the unidirectional of existing print media, plane, fixed limitation obtain one kind and have
It is multidirectional, three-dimensional and can be with movable bandwagon effect.
A kind of similar device by simply moving or rotating player realization, example are had existed in the prior art
Such as, player is placed on the platform of a rotation, to realize the effect that video can be shown to any direction.Or it can
Player to be set on a mobile platform, to simply be moved.But the defect of above-mentioned technology is, for machine
The control of tool part is independently of video playing, is difficult to combine the movement of mechanical part with the content of video playing, and
Mechanical movement is single, and visual effect is bad.
Further, also there is portion of techniques by the Real-time Generating Technology to video pictures, to reach video and machinery
The combination of movement, based on different nodes, sends signal to mechanical device, reaches that is, while generating video pictures in real time
To the purpose of the movement of control mechanical part.The realization of this kind of technology is complex, needs to generate video in real time, not only
Video equipment costly is needed, and the production of video is complicated, early period, higher cost, was not suitable for current with quick consumption
The advertisement applications trend being characterized.
In view of this, it is necessary to improve the existing technology, it is a kind of with lower video production cost to develop, but
It can be realized the video device synchronous with mechanical action.
Summary of the invention
The shortcomings that present invention for that in the prior art, can not realize mechanical and audio video synchronization well, provides a kind of shadow
As the image movement integrative control method of movement integrated control system and the application system, pass through image part and action control
Partial interaction, realizes that video is synchronous with mechanical action or the purpose of asynchronous movement.
To achieve the above object, the present invention can take following technical proposals:
A kind of image movement integrated control system, including the image part controlled with mutual dynamic action and movement
Control section；
The image part is used to play preprepared video image, and after the video image starts broadcasting,
Asynchronous and synchronous is carried out with the action control part to realize the common action of the image part Yu the action control part；
The action control part is mobile for realizing the space of the image part, and is played according to the image part
Video image content make corresponding movement to realize the common action with the image part；
The asynchronous and synchronous refers to the image part and the action control part according to mutual control signal
The synchronization action and part-time asynchronous behavior for at least partly time realized；
The synchronization action passes through the control signal reality between referring to the image part and the operation control part point
Existing common action；
The asynchronous behavior refers to that the image part plays the movement of video image and the action control part drives
The respective self contained function realized between the shift action of image part by the control signal.
It in an embodiment of the present invention, further include a list of thing prepared in advance；The list of thing includes that quantity can
The event of change passes through the transmission of the control signal between image part described in the event control and the operation control part point.
In an embodiment of the present invention, the event includes frame event associated with the frame of the video image.
It in an embodiment of the present invention, further include an initialization section；The initialization section is for initializing the shadow
As part, video image list is loaded, preparatory action control section parameter inputs, and after the video image starts broadcasting,
Commencing signal is sent to operation control part distribution.
In an embodiment of the present invention, the action control part includes at least the driving connecting with the image part split-phase
Mechanism；By sending control signal to the driving mechanism, driving mechanism responds the control signal received for the image part,
And change or maintain current kinetic, to realize that action control part is mobile to the space of the image part.
In an embodiment of the present invention, the asynchronous behavior further includes in interval time longer two adjacent control letters
Between number, the action control part is according to the mobile image part of preset movement.
A kind of image movement integrative control method using above system, comprising the following specific steps starting broadcasting step,
Starting operation rate-determining steps, initial synchronization steps and synchronizing step, wherein
The starting plays step and includes initialization image part and start to play video image；
The starting operation rate-determining steps include initialization action control section, enable the action control part reset simultaneously quasi-
It is standby to receive control signal；
The initial synchronization steps include loading at least part of control signal；
The synchronizing step includes enabling image part and action control part synchronization action by sending control signal.
In an embodiment of the present invention, the initial synchronization steps add in advance before being located at the starting operation rate-determining steps
Carry control signal.
It in an embodiment of the present invention, further include waiting step；The waiting step is included in a video image and plays
After wait action control part to complete current action after start the broadcasting of next video image.
The invention has the following significant technical effects:
It can preferably realize that the broadcasting of video is synchronous with mechanical movement, it especially can be by the content of video and machinery
Movement combines, and can be prerecorded to obtain to video, significantly reduces the cost and video production of system realization
Difficulty, in addition, passing through replacement video and corresponding data-signal file, it can enable whole system to the video of different content
It responds, greatly improves the applicability and compatibility of whole system.The cost of production and broadcasting is reduced, therefore is had
Preferable application value.
Detailed description of the invention
Fig. 1 is the general configuration schematic diagram that image acts integrated control system.
Fig. 2 is the general flow diagram that image acts integrative control method.
Specific embodiment
Below with reference to embodiment, the present invention is described in further detail.
Embodiment 1
A kind of image movement integrated control system, as shown in Figure 1, being used for some animations or image in video image
Segment is combined with mechanical movement, to realize a kind of special-effect of dynamic operation, the effect be presented by image it is dynamic
The combination of the mechanical movement of picture and reality can be the associated movement of the two, for example, entire device for image is with video shadow
As in virtual portrait bounce and make a response, perhaps swing or swing up and down；In addition it is also possible to be image and
Mechanical movement combines, so that corresponding mechanical device can be moved when image makes certain variation.Specifically,
The system includes having the image part 100 and action control part 200 of mutual dynamic action control.
Further, the image part 100 is used to play preprepared video image, and in the video image
After starting broadcasting, asynchronous and synchronous is carried out with the action control part 200 to realize that the image part 100 and the movement are controlled
The common action of part 200 processed；Here multiple video images can be prepared in advance, or one section of complete video image is separated
For lesser segment, start after playing video image, it can start the image part 100 and action control part 200
Asynchronous and synchronous process.Image part 100 is also possible to the playing device of a part, is used for playing video, image part 100 and dynamic
Make control section 200 to be connected, and is driven and moved by action control part.
The action control part 200 is mobile for realizing the space of the image part 100, and according to the image part
The 100 video image contents played are divided to make corresponding movement to realize the common action with the image part 100；Movement control
Part 200 processed includes mainly two parts, and a part is for driving image part 100 to carry out mobile movement device, another portion
Dividing is then control device, is acted for controlling movement device above-mentioned.The movement that movement device may be implemented includes movement
And rotation, the structure of the specific implementation of movement device be it is existing, can be real using structures such as existing prismatic pair and revolute pairs
Now to the movement of image part 100.But the dynamically or statically image by showing image part 100 and action control part
200 combine, and obtain a kind of special dynamic visual impact.The control device of action control part 200 may include a letter
Number reception device is received from image part 100 during playing video image to the control of the transmission of action control part 200
Signal processed.Unlike the prior art, in embodiment, the control signal come from video image, by will control signal and
Video image combines the purpose realized and action control part 200 is enabled to make corresponding actions according to the content of video image.
The asynchronous and synchronous refers to the image part 100 with the action control part 200 according to mutual control
The synchronization action and part-time asynchronous behavior for at least partly time that signal processed is realized；In other words, image part 100 with
Not in institute's having time be between action control part 200 it is synchronous, the asynchronous shared time scale between synchronization can
To be controlled and be adjusted by control signal, when control signal is sent to action control part 200 by image part 100, then
The two, which is realized, to be synchronized, after a period of time until before next secondary control signal sends, then image part 100 and action control part
200 enter asynchronous behavior state.
The synchronization action refers between the image part 100 and the action control part 200 through the control
The common action that signal is realized；By adjusting the transmission frequency with change control signal, when may be implemented to shared by synchronization action
Between length and the ratio between asynchronous behavior adjusting.
The asynchronous behavior refer to the image part 100 play video image movement and the action control part
The respective self contained function realized between the shift action of 200 driving image parts 100 by the control signal.It is described asynchronous dynamic
Make between two neighboring synchronization action.
It further include a list of thing 300 prepared in advance；The list of thing 300 includes the event of variable amounts, is passed through
The transmission of control signal between image part 100 described in the event control and the action control part 200.One feasible
Scheme be individually to save the list of thing in the form of a file.When needing, the list of thing file is read, in shadow
When playing video image as part 100, control signal is successively sent according to list of thing.Further, individually control signal can
To be made of single or multiple pulses, convenient for further being controlled action control part 200 and improving data transmission
Safety and reliability.
The event includes frame event associated with the frame of the video image.By the frame of video image and certain control
Signal processed is associated, forms frame event, and the triggering of frame event is controlled by image part 100, sets trigger condition, optional to trigger
Condition includes the frame or specific frame of certain intervals, after reaching trigger condition, reads next event, and to action control
Part 200 sends control signal.
It further, further include an initialization section 400 described in control system；The initialization section 400 is for initial
Change the image part 100, load video image list, 200 parameter of preparatory action control section inputs, and in the video shadow
As sending commencing signal to the action control part 200 after starting broadcasting.
The action control part 200 includes at least the driving mechanism 201 being connected with the image part 100；It is described
By sending control signal to the driving mechanism 201, driving mechanism 201 responds the control signal received for image part 100,
And change or maintain current kinetic, to realize that action control part 200 is mobile to the space of the image part 100.
The asynchronous behavior further includes the action control between interval time longer two adjacent control signals
Part 200 is according to the mobile image part 100 of preset movement.
Embodiment 2
It further, on the basis of embodiment 1, further include a kind of image movement integrative control method, as shown in Fig. 2,
Specific control mode may be implemented, comprising the following specific steps starting play step 501, starting operation rate-determining steps 502,
Initial synchronization steps 503 and synchronizing step 504, it is noted that there is no fixed front and backs for the step in the present embodiment
Sequentially, it can be executed according to sequence below, or can execute and make adjusting appropriate, wherein
The starting plays the player that step 501 includes starting image part 100, initializes image part 100, load
Playlist, and start to play video image；Before playing video image, sends and play message, informing will play next
Video image, then obtains video image and starts to enable and be ready for playing according to playlist.
The starting operation rate-determining steps 502 include initialization action control section 200, enable the action control part
200 reset and simultaneously prepare to receive control signal, wherein at least should include resetting to action control part 200, and to dynamic
Make control section 200 and send the setting period, send initiation command as a kind of optional scheme, can further send out in advance
Send one group of control signal, it is preferable that should include the enough control signals of quantity, 40 should be sent by being further preferably at least
Group control signal.After the completion, it can starting image part 100 plays video image and starts synchronizing step 504.
The initial synchronization steps 503 include loading at least part of control signal, which can be
It is completed before starting operation rate-determining steps 502, after the completion, begins preparing starting operation control section 200.
The synchronizing step 504 includes enabling image part 100 synchronous with action control part 200 by sending control signal
It acts, in the step, predominantly image part 100 successively sends control signal to action control part 200 according to frame event.?
Current video image play after, wait 200 tenth skill of action control part, although at this time synchronizing step 504 still after
It is continuous, but the movement of action control part 200 generates asynchronous behavior.
The initial synchronization steps 503 are located at before the starting operation rate-determining steps 502 load control signal in advance.
It further include waiting step 505；The waiting step 505 is included in waiting after a video image plays and acts
Start the broadcasting of next video image after the completion of control section 200 current action.
Further, it is played in step 501 in starting, when currently playing item wouldn't enable, is then not loaded with control signal,
Directly transmit the message for playing the next item down.
In addition, if load control Signal Fail, then abandon currently playing item, directly transmit the message for playing the next item down.
In short, the foregoing is merely presently preferred embodiments of the present invention, it is all according to equalization made by scope of the present invention patent
Variation and modification, shall all be covered by the patent of the invention.
Claims (9)
1. a kind of image acts integrated control system, which is characterized in that including the image part with mutual dynamic action control
Divide (100) and action control part (200)；
The image part (100) is used to play preprepared video image, and after the video image starts broadcasting,
Asynchronous and synchronous is carried out with the action control part (200) to realize the image part (100) and the action control part
(200) common action；
The action control part (200) is mobile for realizing the space of the image part (100), and according to the image part
The video image content for dividing (100) to play makes corresponding movement to realize the common action with the image part (100)；
The asynchronous and synchronous refers to the image part (100) and the action control part (200) according to mutual control
The synchronization action and part-time asynchronous behavior for at least partly time that signal processed is realized；
The synchronization action refers between the image part (100) and the action control part (200) through the control
The common action that signal is realized；
The asynchronous behavior refer to the image part (100) play video image movement and the action control part
(200) the respective self contained function realized between the shift action of image part (100) by the control signal is driven；
The asynchronous shared time scale between synchronization is controlled and is adjusted by control signal, is believed by adjusting with change control
Number transmission frequency, realize adjusting to time span shared by synchronization action and the ratio between asynchronous behavior.
2. image according to claim 1 acts integrated control system, which is characterized in that further include a thing prepared in advance
Part list (300)；The list of thing (300) includes the event of variable amounts, passes through image part described in the event control
(100) transmission of the control signal between the action control part (200).
3. image according to claim 2 acts integrated control system, which is characterized in that the event includes and the view
The associated frame event of the frame of frequency image.
4. image according to claim 1 acts integrated control system, which is characterized in that further include an initialization section
(400)；The initialization section (400) loads video image list, prepares dynamic for initializing the image part (100)
Make the input of control section (200) parameter, and after the video image starts broadcasting, is sent out to the action control part (200)
Send commencing signal.
5. image according to claim 1 acts integrated control system, which is characterized in that the action control part
(200) driving mechanism (201) being connected with the image part (100) is included at least；The image part (100) pass through to
The driving mechanism (201) sends control signal, and driving mechanism (201) responds the control signal received, and changes or tie up
Current kinetic is held, to realize that action control part (200) is mobile to the space of the image part (100).
6. image according to claim 1 acts integrated control system, which is characterized in that the asynchronous behavior further include
Between interval time longer two adjacent control signals, the action control part (200) is moved according to preset movement
The image part (100).
7. a kind of image using system described in the claims 1-6 acts integrative control method, which is characterized in that including with
Lower specific steps: starting plays step (501), starting operation rate-determining steps (502), initial synchronization steps (503) and synchronizes
Step (504), wherein
The starting plays step (501) and includes initialization image part (100) and start to play video image；
The starting operation rate-determining steps (502) include initialization action control section (200), enable the action control part
(200) it resets and prepares to receive control signal；
The initial synchronization steps (503) include loading at least part of control signal；
The synchronizing step (504) includes enabling image part (100) and action control part (200) same by sending control signal
Step movement；
The asynchronous shared time scale between synchronization is controlled and is adjusted by control signal, is believed by adjusting with change control
Number transmission frequency, realize adjusting to time span shared by synchronization action and the ratio between asynchronous behavior.
8. image according to claim 7 acts integrative control method, which is characterized in that the initial synchronization steps
(503) it is located at before the starting operation rate-determining steps (502) load control signal in advance.
9. image according to claim 7 acts integrative control method, which is characterized in that further include waiting step (505)；
The waiting step (505), which is included in after a video image plays, waits action control part (200) to complete current move
Start the broadcasting of next video image after work.
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| US5596420A (en) * | 1994-12-14 | 1997-01-21 | Cirrus Logic, Inc. | Auto latency correction method and apparatus for MPEG playback system |
| CN1988595A (en) * | 2005-12-23 | 2007-06-27 | 上海乐金广电电子有限公司 | Action effect providing system and its method using video signal |
| CN101001311A (en) * | 2006-01-09 | 2007-07-18 | 上海乐金广电电子有限公司 | System providing and editing action effect using video signal and its method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104225923B (en) * | 2014-08-25 | 2016-08-17 | 武汉宇宙寓言影视发展有限公司 | A kind of 4D innervation wobbler |
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Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US5596420A (en) * | 1994-12-14 | 1997-01-21 | Cirrus Logic, Inc. | Auto latency correction method and apparatus for MPEG playback system |
| CN1988595A (en) * | 2005-12-23 | 2007-06-27 | 上海乐金广电电子有限公司 | Action effect providing system and its method using video signal |
| CN101001311A (en) * | 2006-01-09 | 2007-07-18 | 上海乐金广电电子有限公司 | System providing and editing action effect using video signal and its method |
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Denomination of invention: Integrated control system and method of image and motion Effective date of registration: 20221006 Granted publication date: 20190115 Pledgee: Hangzhou joint rural commercial bank Limited by Share Ltd. three pier sub branch Pledgor: HANGZHOU PJ-LINK CULTURAL AND CREATIVE CO.,LTD. Registration number: Y2022330002438 |
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Date of cancellation: 20231101 Granted publication date: 20190115 Pledgee: Hangzhou joint rural commercial bank Limited by Share Ltd. three pier sub branch Pledgor: HANGZHOU PJ-LINK CULTURAL AND CREATIVE CO.,LTD. Registration number: Y2022330002438 |