CN1992877B - Online multimedia interactive system and transmission method thereof - Google Patents
Online multimedia interactive system and transmission method thereof Download PDFInfo
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- CN1992877B CN1992877B CN2005100230606A CN200510023060A CN1992877B CN 1992877 B CN1992877 B CN 1992877B CN 2005100230606 A CN2005100230606 A CN 2005100230606A CN 200510023060 A CN200510023060 A CN 200510023060A CN 1992877 B CN1992877 B CN 1992877B
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Abstract
The invention relates to an online multimedia interactive system and relative transmission method, used in several remote clients, wherein each client at least comprises one micro inertia sensing module, one microprocessor, one voice/video device, one network system, and one display; the sensing module detects the user operation and generate signal; the microprocessor treats video, voice, and operation signals, transmits and receives online signal, provides the game software control and plays video on the display; the voice/video device plays data real-time; and the network system transmits the video and operation signals of two end clients; therefore, remote users can interact online.
Description
Technical field
The present invention relates to online multimedia interaction systems and transmission method thereof, particularly relate to a kind of utilize the Online Video technology provide long-range audio-visual with the action interaction systems, the user not only can carry out the Online Video talk with long-range user, can further produce the interaction of limb action, can be used as long-range movement entertainment interactive game, also can be used as online fitness system, even the remote rehabilitation medical system.
Background technology
Along with the epoch step advances, modern's life style and eating habit also also change thereupon, the modern is in the picked-up phitosite, but lack enough amounts of exercise, the problem that causes fat is more and more serious, the wholesome reason of modest movement is known by everybody, therefore be flooded with fitness center miscellaneous or aerobic exercise club at present on the market, impart knowledge to students with aerobic, its pattern is to carry out group instruction by several coaches in a specific place mostly, can't arrange to give a lesson on the spot as if limitting because of the time, also can buy mickey mouse and play oneself's exercise at home, yet this mode is not only trained the correctness that can't learn the actual exercise motion of student because shortage is interactive and interesting, and promptly can cause the student to lose interest after a period of time and interrupt training, effect and bad.
In the known patent, see also shown in Figure 1, U.S. Pat 6,144, a kind of electronic type oneself health monitoring system is proposed among 837 (the Method and apparatusfor interactively monitoring a physiological condition and for interactivelyproviding health-related information), described system 10 plays training that CDs 17 are provided or test sessions and user by a multimedia processing apparatus 15 and carries out interaction, via electrode 11,12,13 sensing users' physiological situation also produces signal, again by interface arrangement 14 with user's physiological signal transmission and be presented on the screen 16, can make the user understand through the physiological situation behind the training process; It is more auxiliary when though this self-fitness training system can provide the student to be in self training, but whole interaction effect still is apparent not enough, can't carry out the interaction of long-range two ends, simultaneously because the relevant cocurriculum of this cover system is advance planning, the content rule is constant, therefore practicality is not high, if will buy more then cost in addition again of fresh course, does not conform to economic needs.
In addition, known Taiwan application for a patent for invention number No. 92119274 (system and the method thereof of the teaching of network multimedia real-time interactive), application for a patent for invention number No. 91111827 patents such as (a kind of System and method fors that interactive mode teaching is provided by the internet) in Taiwan all proposes to provide by network and multimedia device the technology of interactive teaching, its pattern is general just like the MSN Messenger that is commonly used at present, though increase for the interactive of long-range two clients, yet still be confined to the transmission of sound or image, limb action that can't the real-time monitoring remote user.
Summary of the invention
Shortcoming in view of known technology, main purpose of the present invention is to propose a kind of online multimedia interaction systems and transmission method thereof, utilize the Online Video technology provide long-range audio-visual with the action interaction systems, the user not only can carry out the Online Video talk with long-range user, can further produce the interaction of limb action, can be used as long-range movement entertainment interactive game, also can be used as online fitness system, even long-range rehabilitation medical system.
For achieving the above object, the present invention proposes a kind of online multimedia interaction systems, is applied to long-range a plurality of clients, and each client includes:
At least one micro-inertia sensing module is used to monitor user's action and produces signal;
One microprocessing systems is used for being responsible for image, sound, the processing of actuating signal and the reception and the transmission of online signal, and Games Software control is provided, and is responsible for image is played on the display unit;
One audio-video device is used for being responsible for the audio-visual service of two ends real-time;
One network system is used to transmit the audio-visual and actuating signal of client in twos;
One display unit is used for show image.
Better, described micro-inertia sensing module mainly is made up of micro-inertia sensor, radio transmitters and peripheral circuit.
Better, described micro-inertia sensing module is made up of one or more accelerometers or gyroscope.
Better, described micro-inertia sensing module is arranged on the human body any part.
Better, described micro-inertia sensing module is arranged in the external packing object.
Better, described external packing object can be the shape that bat, Racket for table tennis or golf clubs etc. hit apparatus.
Better, described audio-video device can comprise video/audio receiving devices such as video camera, microphone, loudspeaker.
Better, the audio signal of described microprocessing systems reception can be via described audio-video device output.
For achieving the above object, the present invention more proposes a kind of transmission method of online multimedia interaction systems, is applied to long-range a plurality of clients, and it comprises the following step: step a, by micro-inertia sensing module monitors user action and generation signal;
Step b is responsible for the processing of image, sound, actuating signal and the reception and the transmission of online signal by microprocessing systems, and is responsible for image is played on the display unit;
Step c is responsible for the audio-visual service of two ends real-time by audio-video device;
Steps d is used to transmit the audio-visual and actuating signal of client in twos by network system;
Step e is presented at the audio-visual and actuating signal that network system transmitted on the display unit.
Described micro-inertia sensing module is mainly by micro-inertia sensor, radio transmitters, and peripheral circuit is formed.
Described micro-inertia sensing module is made up of at least one accelerometer.
Described micro-inertia sensing module is made up of at least one gyroscope.
Described micro-inertia sensing module is arranged on the human body any part.
Described micro-inertia sensing module is arranged in the external packing object.
Described external packing object can be the shape that bat, Racket for table tennis or golf clubs etc. hit apparatus.
Described audio-video device can comprise video/audio receiving devices such as video camera, microphone, loudspeaker.
The audio signal that described microprocessing systems receives can be via described audio-video device output.
Described microprocessing systems cording has the function of online multimedia interactive game software control.
Below, will be described in further detail structure of the present invention, purpose and effect in conjunction with the accompanying drawings.
Description of drawings
Fig. 1 is the structural representation of the electronic type oneself health monitoring system of prior art; And
Fig. 2 is system configuration schematic diagram according to the preferred embodiment of the present invention.
Wherein, Reference numeral:
10: electronic type oneself health monitoring system 11,12,13: electrode
14: interface arrangement 15: multimedia processing apparatus
16: screen 17: CD
20,30: client 21,31: micro-inertia sensing module
22,32: audio-video device 23,33: microprocessing systems
24,34: display unit 241,341: secondary display box
40: network system A, B: user
Embodiment
Describe employed for achieving the above object technological means of the present invention and effect below with reference to accompanying drawings, the cited execution mode of the following drawings only is used to illustrate the present invention, but technological means of the present invention is not limited to cited accompanying drawing.
See also shown in Figure 2, a kind of online multimedia interaction systems provided by the invention, be applied to two long- range clients 20,30, described two clients 20, be provided with network system 40 between 30 and be responsible for the information flow of long-range two ends, utilize network terminal server to carry out the audio-visual of two ends and actuating signal transmission, each client is provided with at least one micro-inertia sensing module 21,31, described micro-inertia sensing module 21,31 can be arranged on user A, B is any part on one's body, as hand, waist, buttocks, shank, even head or neck, the position that every human body can produce action all can be provided with, be used to monitor user A, the limb action of B also produces signal, the signal that is produced is again by being arranged on micro-inertia sensing module 21, radio transmitters (not shown) in 31 sends out, described micro-inertia sensing module 21, be used for sensing user A in 31, the micro-inertia sensor of B limb action can be made up of one or more accelerometers or gyroscope, and cooperate the related peripheral circuit to carry out acceleration and Signal Processing and calculating, this is a known technology, repeats no more here; Secondly, aforementioned micro-inertia sensing module 21,31 sensing user A, the signal that is produced behind the B limb action, be sent to microprocessing systems 23,33 understand and judge, described microprocessing systems 23,33 can be responsible for the interaction software control of (comprising Games Software) simultaneously, in addition, described microprocessing systems 23,33 also are responsible for the network delivery work of audio-visual and actuating signal, and video and picture are presented at display unit 24, on 34, as shown in the figure, described display unit 24,34 have secondary display box 241,341 can be used for showing second picture, the talking head picture of client for example far away or freeze-frame picture or the like, it can be by microprocessing systems 23,33 handle, and in micro-inertia sensing module 21,31 sensing user A, in the time of the B limb action, can pass through audio- video device 22,32 are responsible for two clients 20, the audio-visual service of 30 real-times, described audio- video device 22,32 can be video camera, microphone, video/audio receiving devices such as loudspeaker.
Thus, the transmission method that can conclude when using online multimedia interaction systems provided by the present invention comprises the following step:
Step a is monitored user A, B limb action and is produced signal by micro-inertia sensing module 21,31;
Step b is responsible for image, sound, the processing of action and online reception and transmission by microprocessing systems 23,33, and the control of Games Software is provided, and in addition, also is responsible for image is played on the display unit 24,34;
Step c is responsible for the audio-visual service of two clients, 20,30 real-times by audio- video device 22,32;
Steps d, the information flow by network system 40 responsible long-range two clients 20,30 utilizes network terminal server that the audio-visual and actuating signal of two clients 20,30 is transmitted.
Step e, the audio-visual and actuating signal that network system 40 is transmitted is shown on the display unit 24,34.
In addition, remove merely with micro-inertia sensing module 21,31 are arranged on user A, B is on one's body outside any part, also can be with micro-inertia sensing module 21,31 are arranged on one has bat, Racket for table tennis or golf clubs etc. hit in the external packing object of apparatus shape, cooperate relevant software and display frame, get final product the emulation shot, for example, the user A of client 20 hand-held one has the micro-inertia sensing module 21 of golf rod-shape, its display unit 24 cooperates the picture that shows golf course, when user A swings, the described micro-inertia sensing module 21 that is arranged in the golf clubs senses user's limb action, transmit signals to microprocessing systems 23 as calculated, described audio-video device 22 also receives the audio-visual picture that user A swings synchronously and is sent to microprocessing systems 23, behind the signal by microprocessing systems 23 all receptions of processing, through network system 40 all signals are sent to another client 30 again, be presented at display unit 34 behind the signal by microprocessing systems 33 processing receptions, in like manner, utilize identical device, the action of the user B of client 30, on the audio-visual display unit 24 that also can be presented at client 20, the user A that supposes client 20 is the student, the user B of client 30 is the coach, the then action that can swing from user A, power, tracks etc. also cooperate the image that swings, and carry out guided teaching; In like manner, the user A that supposes client 20 is a sufferer, and the user B of client 30 is the doctor, then can carry out rehabilitation guide at action and the image of user A; In addition, also can directly provide game on line by the webserver of network system 40, client 20,30 can be selected game item and synchronization interactive carries out at demand own, can set up the client terminal quantity of participation according to online software content, be not limited to two clients 20,30 shown in the figure.
In sum, the present invention proposes a kind of online multimedia movement entertainment interaction systems, the interaction of long-range audio-visual and action is provided in conjunction with online video technique and little inertia interaction technique, the user not only can utilize video system and long-range user to carry out online audio-visual talk, more can further carry out the game interactive of limb action, not only help to improve the be in efficient of self training of user, can also increase the user and experience the remote scene sense of being with each other though far apart.
The above is a preferred implementation of the present invention, yet it is not to be used to limit the present invention.All claims and equivalent thereof are done according to the present invention various distortion and improvement all belong to protection scope of the present invention.
Claims (18)
1. an online multimedia interaction systems is applied to long-range a plurality of clients, it is characterized in that, each described client includes:
At least one micro-inertia sensing module, be arranged on one's body user or the monitored thing, be used to monitor described user or described monitored thing action and produce actuating signal, described micro-inertia sensing module comprises micro-inertia sensor, peripheral circuit and radio transmitters, and this radio transmitters is used to send described actuating signal;
One microprocessing systems is used to receive described actuating signal, and responsible image, sound, the processing of actuating signal and the reception and the transmission of online signal, and is responsible for image is played on the display unit;
One audio-video device is used for being responsible for the audio-visual service of two ends real-time;
One network system is used to transmit the audio-visual and actuating signal of client in twos;
One display unit is used for show image, and described display unit also has secondary display box, and described secondary display box is used to show second picture of client far away.
2. online multimedia interaction systems according to claim 1 is characterized in that, described micro-inertia sensing module is made up of at least one accelerometer.
3. online multimedia interaction systems according to claim 1 is characterized in that, described micro-inertia sensing module is made up of at least one gyroscope.
4. online multimedia interaction systems according to claim 1 is characterized in that, described micro-inertia sensing module can be arranged on the human body any part.
5. online multimedia interaction systems according to claim 1 is characterized in that, described micro-inertia sensing module can be arranged in the external packing object.
6. online multimedia interaction systems according to claim 5 is characterized in that, described external packing object can be the shape that bat, Racket for table tennis or golf clubs etc. hit apparatus.
7. online multimedia interaction systems according to claim 1 is characterized in that described audio-video device can comprise video/audio receiving devices such as video camera, microphone, loudspeaker.
8. online multimedia interaction systems according to claim 1 is characterized in that, the audio signal that described microprocessing systems receives can be via described audio-video device output.
9. online multimedia interaction systems according to claim 1 is characterized in that, described microprocessing systems has online multimedia interactive game software control function.
10. the transmission method of an online multimedia interaction systems is applied to long-range a plurality of clients, it is characterized in that, comprises the following step:
Step a, by being arranged at user or the monitored thing described user of micro-inertia sensing module monitors or described monitored thing action and generation actuating signal on one's body, described micro-inertia sensing module comprises micro-inertia sensor, radio transmitters and peripheral circuit, and described actuating signal sends by described radio transmitters;
Step b is received described actuating signal and is responsible for image, sound, the processing of actuating signal and the reception and the transmission of online signal by microprocessing systems, and is responsible for image is played on the display unit;
Step c is responsible for the audio-visual service of two ends real-time by audio-video device;
Steps d is responsible for transmitting the audio-visual and actuating signal of client in twos by network system;
Step e is presented at the audio-visual and actuating signal that network system transmitted on the display unit, and described display unit also has secondary display box, and described secondary display box is used to show second picture of client far away.
11. the transmission method of online multimedia interaction systems according to claim 10 is characterized in that, described micro-inertia sensing module is made up of at least one accelerometer.
12. the transmission method of online multimedia interaction systems according to claim 10 is characterized in that, described micro-inertia sensing module is made up of at least one gyroscope.
13. the transmission method of online multimedia interaction systems according to claim 10 is characterized in that, described micro-inertia sensing module is arranged on the human body any part.
14. the transmission method of online multimedia interaction systems according to claim 10 is characterized in that, described micro-inertia sensing module is arranged in the external packing object.
15. the transmission method of online multimedia interaction systems according to claim 14 is characterized in that, described external packing object can be the shape that bat, Racket for table tennis or golf clubs etc. hit apparatus.
16. the transmission method of online multimedia interaction systems according to claim 10 is characterized in that, described audio-video device can comprise video/audio receiving devices such as video camera, microphone, loudspeaker.
17. the transmission method of online multimedia interaction systems according to claim 10 is characterized in that, the audio signal that described microprocessing systems receives can be via described audio-video device output.
18. the transmission method of online multimedia interaction systems according to claim 10 is characterized in that, described microprocessing systems cording has the function of online multimedia interactive game software control.
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| CN2005100230606A CN1992877B (en) | 2005-12-28 | 2005-12-28 | Online multimedia interactive system and transmission method thereof |
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| CN2005100230606A CN1992877B (en) | 2005-12-28 | 2005-12-28 | Online multimedia interactive system and transmission method thereof |
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| CN1992877A CN1992877A (en) | 2007-07-04 |
| CN1992877B true CN1992877B (en) | 2011-03-30 |
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| CN101697277B (en) * | 2009-10-23 | 2013-01-30 | 罗富强 | Method, device and system for realizing multifunction of intelligent wireless microphone |
| CN103294431B (en) * | 2012-03-02 | 2016-03-30 | 瑞昱半导体股份有限公司 | Multimedia interaction system for filtering interaction instructions and related device and method |
| CN106302723A (en) * | 2016-08-16 | 2017-01-04 | 深圳市巴古科技有限公司 | Intelligent cloud control method |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1525351A (en) * | 2003-02-28 | 2004-09-01 | 上海浦昱电子科技有限公司 | An interactive computer system |
| CN1601448A (en) * | 2004-09-30 | 2005-03-30 | 清华大学 | Interdynamic information perception method and smart game platform embedded in cell phone |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1525351A (en) * | 2003-02-28 | 2004-09-01 | 上海浦昱电子科技有限公司 | An interactive computer system |
| CN1601448A (en) * | 2004-09-30 | 2005-03-30 | 清华大学 | Interdynamic information perception method and smart game platform embedded in cell phone |
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