CN104580986A - Video communication system combining virtual reality glasses - Google Patents
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- CN104580986A CN104580986A CN201510082319.8A CN201510082319A CN104580986A CN 104580986 A CN104580986 A CN 104580986A CN 201510082319 A CN201510082319 A CN 201510082319A CN 104580986 A CN104580986 A CN 104580986A
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Abstract
The invention discloses a video communication system combining virtual reality glasses, and the video communication system can be beneficial to long-distance participants to obtain participating experiences of perceptibility, sense of immediacy and immersion. The video communication system comprises a video communication server which is interconnected to an IP (internal protocol) network, a field participating personification communication terminal and a long-distance participating portable communication terminal, wherein virtual reality glasses are connected or integrated on the long-distance participating portable communication terminal. By virtue of the virtual reality glasses, long-distance participants can obtain participating experiences of perceptibility, sense of immediacy and immersion.
Description
Technical field
The present invention relates to video communication technology and VR virtual reality and augmented reality, particularly a kind of video communication system of combined with virtual Reality glasses.
Background technology
Video communication is as current state-of-the-art mechanics of communication, can by the Internet or wireless broadband network, realize the teleconference of efficient high definition, synergetic office work, link up in efficiency, reduction enterprise traveling expense cost, raising management performance etc. lasting lifting user and there is advantageous advantage, part replaces commercial affairs trip, becomes the new model of telecommuting.In recent years, China's video communication system market scale expands year by year, the range of application of video communication is while expanding rapidly, permeate to all trades and professions further, be seen everywhere to fields such as science and technology, the energy, medical treatment, education from government, public security, army, law court, cover different social sectors.Mass data in research shows, video communication system is to flexible ease for use, popular popular, and household small-sizeization develops, and end user can build video communication system simultaneously meeting atmosphere, meeting are experienced and more paid close attention to.For can not attending the conference in person because of a variety of causes or carrying out aspectant interchange, and can only by the remote participant of video communication system telepresence, in the experience exchanged, in ease for use, in portability etc., for this specific user, also there is a lot of defect in existing video communication system, especially build a kind of there is perceptibility, telepresenc is experienced with exchanging of feeling of immersion.For this reason, the present inventor is in conjunction with video communication technology, VR virtual reality technology (comprising human-computer interaction technology, sensing technology, artificial intelligence field etc.), the network communications technology etc., a kind of video communication system with perceptibility, telepresenc and feeling of immersion is achieved, i.e. the present invention by virtual reality glasses (VR glasses).The present invention is by being applied in current existing video communication system by virtual reality glasses, realize a kind of video communication system with perceptibility, telepresenc and feeling of immersion, make because the personnel that a variety of causes can not normally participate in a conference or meet outside can immersively participate in a conference or meet.
Summary of the invention
The present invention is directed to the defect or deficiency that exist in prior art, a kind of video communication system of combined with virtual Reality glasses is provided, the experience of attending a meeting that long-range personnel participating in the meeting obtains perceptibility, telepresenc, feeling of immersion can be conducive to.
The present invention proposes a completely new concept: virtual reality glasses is applied in video communication system, by by the basic fundamental of virtual reality as body sense tracking, sound localization, vision tracking etc. combine with existing video communication system, for the personnel that can not participate in a conference in person or meet provide a kind of video communication applications new experience with perceptibility, telepresenc and feeling of immersion.
Technical conceive of the present invention is, can participate in a conference to make the people that can not attend the conference in person or meet because of various reasons at any time or meet, and the experience of perceptibility, telepresenc and feeling of immersion can be obtained in the process that meeting or meet exchange, set up an anthropomorphic communication terminal in the position of main meeting-place meeting absentee.This anthropomorphic communication terminal replaces the role of the people that attend a meeting in person or meet completely, the people that should attend a meeting or meet simultaneously carries with a mobile terminals, this meeting or meet is attended by this terminal remote, the virtual reality glasses of this terminal and applying virtual reality technology carries out integrating, makes the people that attend a meeting obtain the meeting of perceptibility, telepresenc and feeling of immersion or experience of meeting.This cover system can provide the functions such as the large small video of true man, direction feeling audio frequency, distance perspective video and body sense Angular Trackong.
Technical scheme of the present invention is as follows:
The video communication system of combined with virtual Reality glasses, it is characterized in that, comprise the Video Communication Server, the scene that are interconnected to IP network to attend a meeting anthropomorphic communication terminal and long-range mobile terminals of attending a meeting, described long-range mobile terminals of attending a meeting connects or is integrated with virtual reality glasses, by described virtual reality glasses, remote participant can obtain the experience of attending a meeting of perceptibility, telepresenc and feeling of immersion.
Described scene virtual communication terminal of attending a meeting comprises on-the-spot audio-video signal harvester, and by the on-the-spot audio-video signal collected by directly sending the described long-range mobile terminals or dispatch to described long-range mobile terminals of attending a meeting via described Video Communication Server of attending a meeting after coding to.
Described long-range mobile terminals of attending a meeting comprises remote participant audio signal sample device, and the remote participant audio signal collected to be attended a meeting anthropomorphic communication terminal to described scene by directly sending attend a meeting anthropomorphic communication terminal or dispatch via described Video Communication Server of described scene after coding to.
Described long-range mobile terminals of attending a meeting comprises remote participant body sense signal pickup assembly, and the remote participant body sense signal collected or manual control signal to be attended a meeting anthropomorphic communication terminal to described scene by directly sending attend a meeting anthropomorphic communication terminal or dispatch via described Video Communication Server of described scene after coding to.
Described scene anthropomorphic communication terminal of attending a meeting comprises camera pan-tilt, twin camera or two-way video camera is provided with above described camera pan-tilt, the below of described camera pan-tilt is provided with audio amplifier, the left side of described camera pan-tilt is provided with left microphone, the right side of described camera pan-tilt is provided with right microphone, described twin camera or two-way video camera obtain on-the-spot two-way video-signal to provide distance perspective video for described long-range mobile terminals of attending a meeting, described left microphone and right microphone obtain on-the-spot double-channel audio signal to provide orientation phonosensitive frequently for described long-range mobile terminals of attending a meeting.
Described scene anthropomorphic communication terminal of attending a meeting comprises body sense signal or manual control signal receiving system and single channel or multichannel voice frequency receiving system, described single channel or multichannel voice frequency receiving system are received remote participant audio signal and are play by audio amplifier, described body sense signal or manual control signal receiving system receive remote participant body sense signal or manual control signal and regulate the position of camera pan-tilt according to described remote participant body sense signal or manual control signal, to match with the focus of remote participant.
Described virtual reality glasses is eyeglass focal length is the glasses of a certain fixed value by measuring and calculating, by these glasses, can see that the on-the-spot personnel participating in the meeting being positioned at focal position is true man's size, experience to obtain interchange on the spot in person.
Described long-range mobile terminals of attending a meeting adopts wear-type or portable type integral structure, and described long-range mobile terminals of attending a meeting comprises the intelligent terminal such as smart mobile phone or panel computer.
Described scene anthropomorphic communication terminal of attending a meeting adopts integral structure, and described scene anthropomorphic communication terminal of attending a meeting comprises the intelligent terminal such as smart mobile phone or panel computer.
The video communication system of combined with virtual Reality glasses, it is characterized in that, comprise the Video Communication Server being interconnected to IP network, long-rangely view and emulate mobile terminals and long-rangely present mobile terminals, described long-range presenting on mobile terminals is integrated with twin camera or two-way video camera, two-way video dispensing device and audio frequency R-T unit, the described long-range mobile terminals that presents adopts wear-type or portable type integral structure, described long-range view and emulate on mobile terminals connect or be integrated with virtual reality glasses, described long-range mobile terminals of viewing and emulating adopts wear-type or portable type integral structure, pass through virtual reality glasses, the long-range personnel of viewing and emulating can obtain and long-rangely present On-site Experience just as on the spot in person.
Technique effect of the present invention is as follows: 1. by native system, and the meeting (face) that remote participant acquisition can be made to have perceptibility, telepresenc and feeling of immersion is experienced.2. be easy to use, portability is high, long-rangely can participate in a conference (face) whenever and wherever possible under the prerequisite having network guarantee.
Accompanying drawing explanation
Fig. 1 is one of the operation principle of the video communication system implementing combined with virtual Reality glasses of the present invention schematic diagram.
Fig. 2 is two schematic diagrames of the operation principle of the video communication system implementing combined with virtual Reality glasses of the present invention.
Fig. 3 attends a meeting anthropomorphic communication terminal structural representation in scene that the video communication system implementing combined with virtual Reality glasses of the present invention relates to.
Fig. 4 is the structural representation of the video communication system implementing combined with virtual Reality glasses of the present invention.
Fig. 5 is the structural representation of the video communication system implementing another combined with virtual Reality glasses of the present invention.
Embodiment
Below in conjunction with accompanying drawing (Fig. 1-Fig. 5), the present invention will be described.
As depicted in figs. 1 and 2, the present invention proposes and realize one by virtual reality glasses (VR glasses) there is perceptibility, the video communication system of telepresenc and feeling of immersion, make up the deficiency that in existing video communication system, experience sense is poor when participating in the cintest, remote participant can be obtained there is perceptibility, telepresenc exchanges experience with feeling of immersion, its operation principle is as follows: 1. anthropomorphic communication terminal is responsible for the double-channel audio and the two-way video-signal that gather meeting-place, and encode, dispatch to the mobile terminals of long-range personnel participating in the meeting via system server, or directly send the mobile terminals of remote participant to.2. anthropomorphic communication terminal receives audio signal, the body sense signal (mainly referring to that long-range personnel participating in the meeting pays close attention to the action of different personnels participating in the meeting according to the situation in meeting-place) of long-range personnel participating in the meeting simultaneously, and according to the body sense signal of remote participant or the The Cloud Terrace position of manual control signal control video camera, reach consistent with the focus of remote participant.3. mobile terminals gathers the audio signal of remote participant, body sense signal or manual control signal and encodes, via server scheduling or the anthropomorphic communication terminal of main meeting-place directly sending meeting (face) to.4. mobile terminals receives the audio-video signal of the anthropomorphic communication terminal in main meeting-place simultaneously, carries out decoding display and listens to.5. mobile terminals and virtual reality glasses (VR glasses) do as a whole, have perceptibility, telepresenc exchanges experience with feeling of immersion by virtual reality glasses (VR glasses) acquisition.
As shown in Figure 3, the composition of anthropomorphic communication terminal comprises: video communication terminal, two-way video camera, two-way microphone, single channel or multichannel audio amplifier, camera pan-tilt; The ability possessed is: two-way video transmission, double-channel audio transmission, single channel or multichannel voice frequency reception, body sense signal or manual control signal receive.Correlation circumstance is described as follows: 1. two-way video sends: obtained the video with distance perspective by two-way video camera.2. double-channel audio sends: obtained the audio frequency with direction feeling by two-way microphone.3. single channel or multichannel voice frequency receive: the audio signal receiving remote participant, are play by single channel or multichannel audio amplifier.4. body sense signal or manual control signal receive: the body sense signal receiving remote participant, control camera pan-tilt position by the body sense signal of remote participant or manual control signal, make the content of shooting of video camera consistent with the content that remote participant will be paid close attention to.
As shown in Figure 4, left side is the main meeting-place at anthropomorphic communication terminal place, right side is for long-range personnel participating in the meeting is by the long-range telecommunication meeting-place of attending a meeting of mobile terminals of wear-type or portable type Integrated Virtual Reality glasses, application scenarios is described below: remote participant is because a variety of causes can not attend the conference in person (face), so can dispose an anthropomorphic communication terminal in meeting-place, remote participant carries with the mobile terminals of a wear-type Integrated Virtual Reality glasses (VR glasses) simultaneously, passing through video communication system can make long-range personnel participating in the meeting join in this meeting, long-range personnel participating in the meeting also can obtain and have perceptibility simultaneously, telepresenc (man-size video image) exchanges experience with feeling of immersion.Wherein the composition of the mobile terminals of Integrated Virtual Reality glasses (VR glasses) comprising: mobile terminals, virtual reality glasses (VR glasses), single channel or multichannel microphone, stereo audio export; The ability possessed is: single channel or multichannel voice frequency transmission, body sense signal or manual control signal send, two-way video receives, double-channel audio receives, have perceptibility, telepresenc (the large small video of true man) exchanges experience with feeling of immersion.Correlation circumstance is described as follows: 1. single channel or multichannel voice frequency send: the anthropomorphic communication terminal by single channel or multichannel microphone, the audio signal of remote participant being sent to main meeting-place.2. body sense signal or manual control signal send: mobile terminals conglomerate sense signal transducer, obtain the body sense signal of remote participant and are sent to the anthropomorphic communication terminal of main meeting-place.3. two-way video receives: mobile terminals can receive the two-way video-signal that the anthropomorphic communication terminal in main meeting-place sends, and carries out decoding display.4. double-channel audio receives: mobile terminals can receive the double-channel audio signal that the anthropomorphic communication terminal in main meeting-place sends, and carries out decoding and listen to, and exports to remote participant by stereo.5. there is perceptibility, telepresenc (true man's size) exchange experience with feeling of immersion: by virtual reality glasses (VR glasses), remote participant can obtain there is perceptibility, telepresenc exchanges experience with feeling of immersion.
Detailed communication process is as follows: 1. anthropomorphic communication terminal is responsible for the double-channel audio and the two-way video-signal that gather meeting-place, and encode, give the mobile terminals of long-range personnel participating in the meeting via video communication system server scheduling, or directly send the mobile terminals of remote participant to.2. anthropomorphic communication terminal receives audio signal, the body sense signal (mainly referring to that long-range personnel participating in the meeting pays close attention to the action of different personnels participating in the meeting according to the situation in meeting-place) of long-range personnel participating in the meeting simultaneously, and according to the body sense signal of remote participant or the The Cloud Terrace position of manual control signal control video camera, reach consistent with the focus of remote participant.3. mobile terminals gathers the audio signal of remote participant, body sense signal encoding, via server scheduling or the anthropomorphic communication terminal of main meeting-place directly sending meeting (face) to.4. mobile terminals receives the audio-video signal of the anthropomorphic communication terminal in main meeting-place simultaneously, carries out decoding display and listens to.5. mobile terminals and virtual reality glasses (VR glasses) integrated as a whole, by virtual reality glasses (VR glasses) obtain there is perceptibility, telepresenc exchanges experience with feeling of immersion.
As shown in Figure 5, left side is for the person of viewing and emulating is by the long-range schematic diagram presenting on-the-spot actual experience of mobile terminals real experiences of wear-type Integrated Virtual Reality glasses (VR glasses), right side is the long-range schematic diagram presenting terminal filed work of wear-type, application scenarios is described below: one of main application scenarios of this application is in exhibition/fair that some are large-scale, due to a variety of causes, want to attend the show/people of fair actually can not go to scene, so by this cover system can when not on-site the real scene at actual experience exhibition/fair scene.Detailed process is in schematic diagram 5, right side presents on-the-spot personnel to be sent to by the real-time scene at scene and long-rangely viewed and emulated personnel by the long-range terminal that presents of wear-type long-range, the long-range personnel of viewing and emulating in meeting room by the mobile terminals of Integrated Virtual Reality glasses (VR) glasses can real-time experience to the long-range real scene that present scene.
In Fig. 5, the long-range terminal composition that presents of wear-type comprises: mobile terminals, two-way video camera, single channel or multichannel microphone; The ability possessed is: two-way video transmission, single channel or multichannel voice frequency transmission, single channel or multichannel voice frequency receive; Correlation circumstance is described as follows: 1. two-way video sends: by integrated two-way video camera, the realtime graphic at scene is carried out gather, encode, dispatch to the long-range mobile terminals viewing and emulating personnel via system server, or directly send the long-range mobile terminals viewing and emulating personnel to.2. single channel or multichannel voice frequency send: by integrated single channel or multichannel microphone, the audio signal at scene is carried out gather, encode, dispatch to the long-range mobile terminals viewing and emulating personnel via system server, or directly send the long-range mobile terminals viewing and emulating personnel to; 3. single channel or multichannel voice frequency receive: the audio signal receiving the long-range person of viewing and emulating, and carry out broadcasting by earphone and listen to.
The mobile terminals composition of Integrated Virtual Reality glasses (VR glasses) comprising: mobile terminals, single channel or multichannel microphone, virtual reality glasses (VR glasses); The ability possessed is: single channel or multichannel voice frequency send, two-way video receives, single channel or multichannel voice frequency receive, and on the spot in person long-rangely presents On-site Experience.Correlation circumstance is described as follows: 1. single channel or multichannel voice frequency send: by integrated single channel or multichannel microphone, the audio signal of the long-range personnel of viewing and emulating is sent to the long-range of the long-range Field Force of presenting in front and presents terminal.2. two-way video receives: reception front is long-range presents the long-range two-way video-signal presenting terminal and send of on-the-spot wear-type, and carries out decoding display.3. single channel or multichannel voice frequency receive: receive long-range on-the-spot wear-type or the portable long of presenting in front and present the single channel or multipath audio signal that terminal sends, and carry out decoding and listen to.4. on the spot in person long-rangely present On-site Experience: by virtual reality glasses (VR glasses), the long-range personnel of viewing and emulating can obtain and long-rangely present On-site Experience just as on the spot in person.
Detailed communication process is as follows: 1. wear-type or portable long present terminal and be responsible for the single channel of collection site or multichannel voice frequency and two-way video-signal, and encode, give the long-range mobile terminals viewing and emulating personnel via video communication system server scheduling, or directly send the long-range mobile terminals viewing and emulating personnel to.2. wear-type or portable long present terminal and receive long-range audio signal of viewing and emulating personnel simultaneously, and carry out broadcasting by earphone and listen to, and reach and the long-range speech exchange presenting Field Force.3. the mobile terminals in meeting-place, the long-range personnel of viewing and emulating place is responsible for gathering long-range audio signal of viewing and emulating personnel, and encodes, via server scheduling or directly send the wear-type of the long-range Field Force of presenting to or portable long presents communication terminal.4. the mobile terminals in meeting-place, the long-range personnel of viewing and emulating place receives the long-range two-way video-signal, single channel or the multipath audio signal that present Field Force simultaneously, and carries out decoding display and listen to, and reaches and the exchanging of Field Force.5. long-range view and emulate meeting-place, personnel place mobile terminals and virtual reality glasses (VR glasses) integrated as a whole, obtained by virtual reality glasses (VR glasses) and long-rangely present On-site Experience just as on the spot in person.
Realize a kind of video communication system that there is perceptibility, telepresenc and immerse by virtual reality glasses (VR glasses), it is characterized in that comprising: 1. realize a kind of video communication system basic composition with perceptibility, telepresenc and feeling of immersion by virtual reality glasses (VR glasses) and comprise: mobile terminals, the video communication system server of anthropomorphic communication terminal, Integrated Virtual Reality glasses (VR glasses); 2. dispose an anthropomorphic communication terminal in the meeting-place at meeting (face) absentee place, this terminal replaces the role of the people that attend a meeting, and participates in a conference as virtual participant; 3. remote participant carries with the portable video communication terminal of an Integrated Virtual Reality glasses (VR glasses), attended a meeting by this terminal remote, remote participant by virtual reality glasses (VR glasses) can obtain there is perceptibility, telepresenc exchanges experience with feeling of immersion.
Its anthropomorphic communication terminal has following Characteristic and function: feature is as follows: 1) two-way video camera obtains the meeting-place video with distance perspective; 2) two-way microphone obtains the meeting-place audio frequency with direction feeling; 3) camera pan-tilt coordinates the body sense signal of remote participant or manual control signal to control the position of video camera; Function is as follows: 1) be responsible for the double-channel audio and the two-way video-signal that gather meeting-place, and encode, dispatch to the mobile terminals of long-range personnel participating in the meeting, or directly send the mobile terminals of remote participant to via system server; 2) audio signal, the body sense signal (mainly referring to that long-range personnel participating in the meeting pays close attention to the action of different participants according to the situation in meeting-place) that receive long-range personnel participating in the meeting is responsible for, and the body sense signal of foundation remote participant or manual control signal regulate the The Cloud Terrace position of anthropomorphic communication terminal video camera, reach consistent with the focus of remote participant.
The mobile terminals of its Integrated Virtual Reality glasses (VR glasses) has following Characteristic and function: feature is as follows: 1) two-way video receives, and makes remote participant obtain real meeting-place scene; 2) double-channel audio receives, and makes remote participant have the meeting-place audio frequency of direction feeling; 3) single channel or multichannel voice frequency send, and realize the real-time interaction with meeting-place personnel; 4) body sense signal or manual control signal collection send, and make virtual terminal of attending a meeting obtain the real-time volume sense information of remote participant, and instant adjustment The Cloud Terrace position; 5) Integrated Virtual Reality glasses, makes remote participant acquisition have the true meeting-place experience of perceptibility, telepresenc; Function is as follows: 1) be responsible for gathering the audio signal of long-range personnel participating in the meeting, and encode, via server scheduling or the anthropomorphic communication terminal of main meeting-place directly sending meeting (face) to; 2) be responsible for sending the body sense signal of long-range personnel participating in the meeting or manual control signal to anthropomorphic communication terminal; 3) be responsible for the double-channel audio and the two-way video-signal that receive the anthropomorphic communication terminal in main meeting-place, carry out decoding display and listen to; 4) obtain the real communicative with perceptibility, telepresenc and feeling of immersion by virtual reality glasses to experience.
Described anthropomorphic communication terminal is the integrated terminal of integrated communicaton terminal, two-way video camera, camera pan-tilt, two-way microphone, single channel or multichannel audio amplifier.Described communication terminal is the intelligent terminal such as smart mobile phone, panel computer.The operating system of described smart mobile phone support is Windows system, linux system, android system and iOS system.The operating system of the intelligent terminal supports such as described panel computer is Windows system, linux system, android system and iOS system.Described two-way video camera supports MIPI-CSI interface, USB interface, HDMI, HD-SDI interface, YPbPr interface, AV interface; Support ordinary sharpness, all resolution of single-definition and high definition.Described microphone is supported bluetooth, is supported USB interface, 3.5mmTRS interface; .Described audio amplifier is supported bluetooth, is supported USB interface, 3.5mmTRS interface, RCA interface.Described mobile terminals is Integrated Virtual Reality glasses, communication terminal, single channel or multichannel microphone, the wear-type of earphone or portable type integrated terminal.Described communication terminal is the intelligent terminal such as smart mobile phone, panel computer.The operating system of described smart mobile phone support is Windows system, linux system, android system and iOS system.The operating system of the intelligent terminal supports such as described panel computer is Windows system, linux system, android system and iOS system.Described microphone is supported bluetooth, is supported USB interface, 3.5mmTRS interface.Described earphone is common 3.5mm interface headphones, USB earphone, bluetooth earphone.Described virtual reality glasses is eyeglass focal length is the glasses of a certain fixed value by measuring and calculating, by these glasses, can see that the meeting-place personnel of the communication terminal displays being positioned at focal position are for true man's size, experience to obtain interchange on the spot in person.
As Figure 1-Figure 4, the video communication system of combined with virtual Reality glasses, it is characterized in that, comprise the Video Communication Server, the scene that are interconnected to IP network to attend a meeting anthropomorphic communication terminal and long-range mobile terminals of attending a meeting, described long-range mobile terminals of attending a meeting connects or is integrated with virtual reality glasses, by described virtual reality glasses, remote participant can obtain the experience of attending a meeting of perceptibility, telepresenc and feeling of immersion.Described scene anthropomorphic communication terminal of attending a meeting comprises on-the-spot audio-video signal harvester, and by the on-the-spot audio-video signal collected by directly sending the described long-range mobile terminals or dispatch to described long-range mobile terminals of attending a meeting via described Video Communication Server of attending a meeting after coding to.Described long-range mobile terminals of attending a meeting comprises remote participant audio signal sample device, and the remote participant audio signal collected to be attended a meeting anthropomorphic communication terminal to described scene by directly sending attend a meeting anthropomorphic communication terminal or dispatch via described Video Communication Server of described scene after coding to.Described long-range mobile terminals of attending a meeting comprises remote participant body sense signal pickup assembly, and to be attended a meeting anthropomorphic communication terminal to described scene by directly sending attend a meeting anthropomorphic communication terminal or dispatch via described Video Communication Server of described scene after coding to by the remote participant body sense signal collected.Described scene anthropomorphic communication terminal of attending a meeting comprises camera pan-tilt, twin camera or two-way video camera is provided with above described camera pan-tilt, audio amplifier is provided with above described camera pan-tilt, the left side of described camera pan-tilt is provided with left microphone, the right side of described camera pan-tilt is provided with right microphone, described twin camera or two-way video camera obtain on-the-spot two-way video-signal to provide distance perspective video for described long-range mobile terminals of attending a meeting, described left microphone and right microphone obtain on-the-spot double-channel audio signal to provide orientation phonosensitive frequently for described long-range mobile terminals of attending a meeting.Described scene anthropomorphic communication terminal of attending a meeting comprises body sense signal or manual control signal receiving system and single channel or multichannel voice frequency receiving system, described single channel or multichannel voice frequency receiving system are received remote participant audio signal and are play by audio amplifier, described body sense signal or manual control signal receiving system receive remote participant body sense signal and regulate the position of camera pan-tilt according to described remote participant body sense signal or manual control signal, to match with the focus of remote participant.Described virtual reality glasses is eyeglass focal length is the glasses of a certain fixed value by measuring and calculating, by these glasses, can see that the on-the-spot personnel participating in the meeting being positioned at focal position is true man's size, experience to obtain interchange on the spot in person.Described long-range mobile terminals of attending a meeting adopts wear-type or portable type integral structure, and described long-range mobile terminals of attending a meeting comprises the intelligent terminal such as smart mobile phone or panel computer.Described scene anthropomorphic communication terminal of attending a meeting adopts integral structure, and described scene anthropomorphic communication terminal of attending a meeting comprises the intelligent terminal such as smart mobile phone or panel computer.
As shown in Figure 5, the video communication system of combined with virtual Reality glasses, it is characterized in that, comprise the Video Communication Server being interconnected to IP network, long-rangely view and emulate mobile terminals and long-rangely present mobile terminals, described long-range presenting on mobile terminals is integrated with twin camera or two-way video camera, two-way video dispensing device and audio frequency R-T unit, the described long-range mobile terminals that presents adopts wear-type or portable type integral structure, described long-range view and emulate on mobile terminals connect or be integrated with virtual reality glasses, described long-range mobile terminals of viewing and emulating adopts wear-type or portable type integral structure, pass through virtual reality glasses, the long-range personnel of viewing and emulating can obtain and long-rangely present On-site Experience just as on the spot in person.
It should be pointed out that the above embodiment can make the present invention of those skilled in the art's comprehend, but do not limit the present invention in any way.Therefore, although this specification reference accompanying drawing is to present invention has been detailed description, it will be appreciated by those skilled in the art that and still can modify to the present invention or equivalent replacement.And all do not depart from technical scheme and the improvement thereof of the spirit and scope of the present invention, it all should be encompassed in the middle of the protection range of patent of the present invention.
Claims (10)
1. the video communication system of combined with virtual Reality glasses, it is characterized in that, comprise the Video Communication Server, the scene that are interconnected to IP network to attend a meeting anthropomorphic communication terminal and long-range mobile terminals of attending a meeting, described long-range mobile terminals of attending a meeting connects or is integrated with virtual reality glasses, by described virtual reality glasses, remote participant can obtain the experience of attending a meeting of perceptibility, telepresenc and feeling of immersion.
2. the video communication system of combined with virtual Reality glasses according to claim 1, it is characterized in that, described scene anthropomorphic communication terminal of attending a meeting comprises on-the-spot audio-video signal harvester, and by the on-the-spot audio-video signal collected by directly sending the described long-range mobile terminals or dispatch to described long-range mobile terminals of attending a meeting via described Video Communication Server of attending a meeting after coding to.
3. the video communication system of combined with virtual Reality glasses according to claim 1, it is characterized in that, described long-range mobile terminals of attending a meeting comprises remote participant audio signal sample device, and the remote participant audio signal collected to be attended a meeting anthropomorphic communication terminal to described scene by directly sending attend a meeting anthropomorphic communication terminal or dispatch via described Video Communication Server of described scene after coding to.
4. the video communication system of combined with virtual Reality glasses according to claim 1, it is characterized in that, described long-range mobile terminals of attending a meeting comprises remote participant body sense signal pickup assembly, and to be attended a meeting anthropomorphic communication terminal to described scene by directly sending attend a meeting anthropomorphic communication terminal or dispatch via described Video Communication Server of described scene after coding to by the remote participant body sense signal collected.
5. the video communication system of combined with virtual Reality glasses according to claim 1, it is characterized in that, described scene anthropomorphic communication terminal of attending a meeting comprises camera pan-tilt, twin camera or two-way video camera is provided with above described camera pan-tilt, the below of described camera pan-tilt is provided with audio amplifier, the left side of described camera pan-tilt is provided with left microphone, the right side of described camera pan-tilt is provided with right microphone, described twin camera or two-way video camera obtain on-the-spot two-way video-signal to provide distance perspective video for described long-range mobile terminals of attending a meeting, described left microphone and right microphone obtain on-the-spot double-channel audio signal to provide orientation phonosensitive frequently for described long-range mobile terminals of attending a meeting.
6. the video communication system of combined with virtual Reality glasses according to claim 1, it is characterized in that, described scene anthropomorphic communication terminal of attending a meeting comprises body sense signal or manual control signal receiving system and single channel or multichannel voice frequency receiving system, described single channel or multichannel voice frequency receiving system are received remote participant audio signal and are play by audio amplifier, described body sense signal or manual control signal receiving system receive remote participant body sense signal or manual control signal and regulate the position of camera pan-tilt according to described remote participant body sense signal or manual control signal, to match with the focus of remote participant.
7. the video communication system of combined with virtual Reality glasses according to claim 1, it is characterized in that, described virtual reality glasses is eyeglass focal length is the glasses of a certain fixed value by measuring and calculating, by these glasses, can see that the on-the-spot personnel participating in the meeting being positioned at focal position is true man's size, experience to obtain interchange on the spot in person.
8. the video communication system of combined with virtual Reality glasses according to claim 1, it is characterized in that, described long-range mobile terminals of attending a meeting can adopt wear-type integral structure, and described long-range mobile terminals of attending a meeting comprises the intelligent terminal such as smart mobile phone or panel computer.
9. the video communication system of combined with virtual Reality glasses according to claim 1, it is characterized in that, described scene anthropomorphic communication terminal of attending a meeting adopts integral structure, and described scene anthropomorphic communication terminal of attending a meeting integratedly can comprise the intelligent terminal such as smart mobile phone or panel computer.
10. the video communication system of combined with virtual Reality glasses, it is characterized in that, comprise the Video Communication Server being interconnected to IP network, long-rangely view and emulate mobile terminals and long-rangely present mobile terminals, described long-range presenting on mobile terminals is integrated with twin camera or two-way video camera, two-way video dispensing device and audio frequency R-T unit, the described long-range mobile terminals that presents adopts wear-type or portable type integral structure, described long-range view and emulate on mobile terminals connect or be integrated with virtual reality glasses, described long-range mobile terminals of viewing and emulating can adopt wear-type or portable type integral structure, pass through virtual reality glasses, the long-range personnel of viewing and emulating can obtain and long-rangely present On-site Experience just as on the spot in person.
Priority Applications (1)
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| CN105578199A (en) * | 2016-02-22 | 2016-05-11 | 北京佰才邦技术有限公司 | Virtual reality panorama multimedia processing system and method and client device |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101459857A (en) * | 2007-12-10 | 2009-06-17 | 深圳华为通信技术有限公司 | Communication terminal and information system |
| CN102348068A (en) * | 2011-08-03 | 2012-02-08 | 东北大学 | Head gesture control-based following remote visual system |
-
2015
- 2015-02-15 CN CN201510082319.8A patent/CN104580986A/en active Pending
Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101459857A (en) * | 2007-12-10 | 2009-06-17 | 深圳华为通信技术有限公司 | Communication terminal and information system |
| CN102348068A (en) * | 2011-08-03 | 2012-02-08 | 东北大学 | Head gesture control-based following remote visual system |
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| CN108200010A (en) * | 2017-12-11 | 2018-06-22 | 机械工业第六设计研究院有限公司 | The data interactive method of virtual scene and real scene, device, terminal and system |
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