CN103516418A - Multi-media interaction communication system, method and receiving device - Google Patents
Multi-media interaction communication system, method and receiving device Download PDFInfo
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Abstract
The invention provides a multimedia interaction communication system which comprises at least one intelligent device and a receiving device. The intelligent device is communicated with the receiving device through a wireless network and pushes application programs and/or multimedia resources to the receiving device. The receiving device runs the application programs according to the control of the at least one intelligent device and plays the multimedia resources through an audio/video output module and/or an audio and video output device of the receiving device. The invention further provides a multimedia interaction communication method and the receiving device. The multimedia interaction communication system, method and the receiving device can achieve the sharing and remote interaction control over the multimedia resources of the receiving device through the intelligent device, and support various intelligent devices, receiving devices, multimedia resources and application programs.
Description
Technical field
The present invention relates to the network communications technology, more particularly, relate to a kind of multimedia interaction communication system, method and receiving equipment.
Background technology
Along with the smart machine based on intelligent operating systems such as IOS and Android is as mobile phone, panel computer, TV etc. day by day universal, user usually needs the multimedia resources such as the video in a smart machine, picture, music, game by a receiving equipment, to render on another screen and present, as the multimedia resource on the smart machine of the small screen is shared on the receiving equipment that has large-screen and is play, to watch for many people, and obtain better audio frequency effect and display effect.Now user need to carry out remote control to receiving equipment by smart machine, realizes multi-screen interactive.
Have at present the Alliance based on DLNA(Digital Living Network), IGRS(Intelligent Grouping and Resource Sharing) etc. agreement realize that multimedia resource between equipment is shared and the interactive technology of controlling, but for the application program of also not supporting DLNA or IGRS agreement, as at present already present a large amount of game and application program just cannot realize multi-screen interactive and remote control.
Summary of the invention
In view of this, the present invention proposes a kind ofly can between plurality of devices, realize that multimedia resource is interactive to be play and multimedia interaction communication system, method and receiving equipment that remote interaction is controlled.
Technical scheme of the present invention provides a kind of multimedia interaction communication system, comprising: at least one smart machine, by wireless network, communicate by letter with receiving equipment respectively, and application program and/or multimedia resource are pushed to receiving equipment; And receiving equipment, the control according at least one smart machine, runs application, by self audio/video output module and/or audio frequency and video output equipment play multimedia resource.
The present invention also proposes a kind of multimedia interaction communication means, based at least one smart machine and receiving equipment, realize that multimedia resource is interactive to be play and/or remote interaction is controlled, comprise: at least one smart machine is communicated by letter with receiving equipment by wireless network respectively, application program and/or multimedia resource are pushed to the step of receiving equipment; Receiving equipment, according to the control of at least one smart machine, runs application by the step of self audio/video output module and/or audio frequency and video output equipment play multimedia resource.
The present invention also proposes a kind of receiving equipment, according to the control of at least one smart machine, multimedia resource is outputed to audio frequency and video output equipment and play and/or carry out user's input, it comprises communication module, main control module, audio/video output module, virtual hardware input module and operating system, master control module controls communication module, audio/video output module and virtual hardware input module; Communication module is connected with at least one smart machine respectively by wireless network, receives event, application program and/or multimedia resource from least one smart machine; The event from smart machine that virtual hardware input module receives according to communication module respectively creates the Virtual input events that meets operating system standard; Operating system is distributed to corresponding destination applications by described Virtual input events; Destination applications is processed described Virtual input events, realizes and the corresponding user's input of smart machine; When receive from smart machine multimedia resource time, destination applications calls audio/video output module by operating system, multimedia resource is sent to audio/video output module and play, and/or multimedia resource is outputed to audio frequency and video output equipment play.
The present invention can realize by smart machine the multimedia resource of receiving equipment is shared with remote interaction and controlled, and supports multiple smart machine, receiving equipment, multimedia resource and application program.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the multimedia interaction communication system architecture schematic diagram of one embodiment of the invention;
Fig. 2 is the smart machine structural representation of one embodiment of the invention;
Fig. 3 is one embodiment of the invention receiving equipment structural representation;
Fig. 4 is one embodiment of the invention receiving equipment detailed structure schematic diagram;
Fig. 5 is the schematic flow sheet of one embodiment of the invention multimedia interaction communication means;
Fig. 6 is the part schematic flow sheet of one embodiment of the invention multimedia interaction communication means;
Fig. 7 is the part schematic flow sheet of one embodiment of the invention multimedia interaction communication means;
Fig. 8 is the part schematic flow sheet of one embodiment of the invention multimedia interaction communication means.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
With reference to the multimedia interaction communication system architecture schematic diagram shown in Fig. 1, this system comprises the first smart machine 101, the second smart machine 102 ... N smart machine 10n, by wireless network, communicate by letter with receiving equipment 2 respectively, application program and/or multimedia resource are pushed to receiving equipment 2; Receiving equipment 2, according to the control of at least one smart machine, runs application, by self audio/video output module (Fig. 1 does not show) and/or audio frequency and video output equipment 3 play multimedia resources.
Above-mentioned receiving equipment 2 can or successively be connected with a plurality of smart machines simultaneously, and respectively according to the control work of each smart machine.
The present embodiment, without the operating system of existing smart machine and application program are carried out to any modification, can be realized by smart machine the multimedia resource of receiving equipment is shared with remote interaction and controlled.
With reference to the smart machine structural representation shown in Fig. 2, smart machine comprises intelligent end application program 11, and intelligent end application program 11 comprises destination applications 21; Intelligent end application program 11 is pushed to receiving equipment 2 by destination applications 21, controls its installation and moves destination applications 21.
The corresponding relation of above-mentioned destination applications 21 and intelligent end application program 11 can be one-to-many, if when receiving equipment 2 is connected with the second smart machine 102 with the first smart machine 101 respectively, its destination applications 21 can corresponding the first smart machine 101 ends intelligent end application program, intelligent end application program that also can corresponding the second smart machine 102 ends.
The present invention also proposes, and destination applications 21 is assigned unique application identities, and intelligent end application program starts corresponding destination applications 21 by this application identities.Different smart machines can start respectively same destination applications 21, and the different application of same smart machine also can start respectively different destination applications 21.
With reference to the receiving equipment structural representation shown in Fig. 3, receiving equipment 2 comprises communication module 22, main control module 23, audio/video output module 24, virtual hardware input module 25 and operating system 26, also comprises the destination applications 21 from least one smart machine.Wherein communication module 22 is connected with at least one smart machine 1 respectively and swap data by wireless network; Virtual hardware input module 25 is realized virtual user input capability; Main control module 23 is controlled communication module 22, audio/video output module 24 and virtual hardware input module 25; When receiving the multimedia resource of smart machine propelling movement, destination applications 21 calls audio/video output module 24, multimedia resource is sent to audio/video output module 24 and play, and/or multimedia resource is outputed to audio frequency and video output equipment 3 play; And when receiving user's incoming event, destination applications 21 receives and process the message from virtual hardware input module 25, realize and the corresponding user's input of smart machine end.
With reference to the receiving equipment detailed structure schematic diagram shown in Fig. 4, the present invention proposes above-mentioned audio/video output module 24 and includes but not limited to the audio and video output interface modules such as audio frequency output module, video output module and/or HDMI.Virtual hardware input module 25 includes but not limited to virtual key module 251, virtual mouse module 252, virtual induction module 253, virtual touch-control module 254, Softcam module 255, virtual microphone module 256 etc.
The smart machine of the present embodiment receives user's input operation, according to user's input operation, produces the control event to the corresponding application programs of receiving equipment end.Communication module 22 receives after the event that smart machine sends, and event is sent to respectively to corresponding virtual hardware input module 25, and virtual hardware input module 25 creates Virtual input events according to the event receiving.Operating system 26 is distributed to corresponding destination applications 21 by these Virtual input events, by destination applications 21 response events, carries out corresponding instruction, realizes the Long-distance Control of intelligent terminal.Destination applications 21 also can be presented on the control effect (as key-press input, mouse move, the image of gravity sensing effect, touch-control effect, collection and sound etc.) of having processed Virtual input events on audio frequency and video output equipment.
Receiving equipment 2 can be opened one or more destination applications 21 simultaneously, receives respectively and process the one or more events from smart machine 1.The first destination applications 211 as shown, the second destination applications 212, the 3rd destination applications 213 ... N destination applications 21n.By virtual hardware input module 25, for the event information from intelligent terminal, create respectively corresponding Virtual input events, a plurality of destination applications 21 for these processing from the event of long-distance intelligent equipment 1 just as the event from local device.
The present invention also proposes, and communication module 22 is also responsible for the message from smart machine 1 to be transmitted to destination applications 21; The message of destination applications 21 is transmitted to smart machine 1.
Wireless network in the present invention includes but not limited to one or more in WIFI, GSM, GPRS and/or bluetooth.
At least one smart machine 1 in the present invention is the smart machine with wireless network linkage function and data processing function, can adopt but be not limited to the multiple technologies such as mobile phone, PDA, panel computer, MP4, TV, player.
In one embodiment, the receiving equipment 2 in the present invention is the equipment with wireless network linkage function, can set up wireless connections (as UDP) with smart machine.Audio/video output module 24 has the audio and video output interface such as HDMI to be connected with audio frequency and video output equipment 3, and/or himself has the devices such as loudspeaker, screen to realize audio frequency, image and/or video playback capability.Audio frequency and video output equipment 3 support is play multiple multimedia resource, and the exportable multiple multi-media signals such as audio-frequency information, image, image, vibrations, inductive effects that include but not limited to are applicable but be not limited to the multiple technologies such as projecting apparatus, television set, home theater.
With reference to the schematic flow sheet of the multimedia interaction communication means shown in Fig. 5, the method comprises:
Step S1, at least one smart machine 1 are communicated by letter with receiving equipment 2 by wireless network respectively, and application program and/or multimedia resource are pushed to receiving equipment 2;
Step S2, receiving equipment 2, according to the control of at least one smart machine 1, runs application by self audio/video output module 24 and/or audio frequency and video output equipment 3 play multimedia resources.
Based on above-described embodiment, part schematic flow sheet with reference to the multimedia interaction communication means shown in Fig. 6, the present invention proposes, and step S1, at least one smart machine 1 are communicated by letter with receiving equipment 2 by wireless network respectively, application program and/or multimedia resource is pushed to receiving equipment 2 and comprises:
Step S11, smart machine 1 are communicated by letter with receiving equipment 2 by wireless network;
Whether step S12, smart machine 1 detect receiving equipment 2 and have installed and self corresponding destination applications 21;
Step S13, for what do not install with self corresponding destination applications 21, the intelligent end application program 11 of smart machine 1 is pushed to receiving equipment 2 by corresponding destination applications 21; Receiving equipment 2 is installed destination applications 21;
Step S14, for what install with self corresponding destination applications 21, smart machine 1 pushes multimedia resources and/or sends incoming event to receiving equipment 2.
The present embodiment support includes but not limited to the multiple smart machine operating system of Android system, IOS system, Windows Mobile system, correspondingly, support to include but not limited to respectively the smart machine end application program of the multiple formats such as APK, IPA, EXE, simultaneously, receiving equipment end can adopt Android system, and the form of destination applications is APK form.By intelligent end application program 11, automatically push or select and enable corresponding destination applications, overcome the defect that prior art needs user's manual installation destination applications.
Based on above-described embodiment, with reference to the part schematic flow sheet of the multimedia interaction communication means shown in Fig. 7, the present invention proposes, step S2, receiving equipment 2, according to the control of at least one smart machine 1, runs application and/or comprises by audio frequency and video output equipment play multimedia resource:
The communication module 22 of step S21, receiving equipment 2 is connected with at least one smart machine 1 respectively and swap data by wireless network;
Step S22, virtual hardware input module 25 are realized virtual user input capability;
Step S23, main control module 23 are controlled communication module 22, audio/video output module 24 and virtual hardware input module 25;
Step S24, destination applications 21 call audio/video output module 24, multimedia resource is sent to audio/video output module 24 and play, and/or multimedia resource is outputed to audio frequency and video output equipment 3 play; With
Step S25, destination applications 21 receive and process the message from virtual hardware input module 25, realize corresponding user input capability.
Based on above-described embodiment, the present invention proposes, and at least one smart machine 1 also sends message and/or event to receiving equipment 2 respectively, by message and/or 2 work of event control receiving equipment.
Based on above-described embodiment, with reference to the part schematic flow sheet of the multimedia interaction communication means shown in Fig. 8, the present invention proposes, step S2, and receiving equipment 2, according to the control of at least one smart machine 1, also comprises after running application:
Step S21 ', communication module 22 receive the event from least one smart machine 1 by wireless network, and event is sent to corresponding virtual hardware input module 25;
Step S22 ', virtual hardware input module 25 create according to the event from smart machine the Virtual input events that meets operating system 26 standards respectively;
Step S23 ', operating system 26 are distributed to corresponding destination applications 21 by described Virtual input events;
Step S24 ', destination applications 21 are processed Virtual input events, realize and the corresponding user input capability of smart machine end.
Above-mentioned event includes but not limited to sense events (Sensor Event), key-press event (Key Event), mouse event (Mouse Event), touch-control event (Touch Event) etc.
The present embodiment is realized smart machine to the control of receiving equipment and interactive broadcasting, concerning destination applications, to the processing of the event from smart machine just as from receiving equipment itself.User just can control by operative intelligence equipment that receiving equipment is play quickly and easily and other are controlled, and realizes flexible interaction broadcasting and remote control.
The present embodiment has overcome the defect that prior art needs user's manual installation destination applications, by intelligent end application program 11, automatically pushes or select to enable corresponding destination applications.By wireless network, between intelligent terminal and receiving equipment, set up as after UDP connection, user only need select to want the interactive multimedia resource of playing at intelligent terminal, can be pushed on another audio frequency and video output equipment that is connected (as HDMI) with receiving equipment and be play via receiving equipment, or play-overed by receiving equipment, realize better audio visual effect.In addition user more can carry out certain operations (as the Play Control to multimedia resource in terminal, keyboard or mouse or touch-control input, gravity sensing action, obtain image or voice data etc.), these operation event informations are sent to receiving equipment by UDP network, the virtual hardware input module of receiving equipment creates corresponding Virtual input events and virtual events is distributed to corresponding application program according to the event information receiving, application program is processed these virtual events as local event, and the effect after processing is shown to user by the audio frequency and video output equipment connecting, or directly to user, shown by receiving equipment.Technical scheme of the present invention can complete interactive broadcasting and remote control by simple instruction, simple and efficient to handle, can adapt to multiple smart machine and receiving equipment, and by using, connect as the wireless network of UDP, time delay is little, and real-time is good, make interactive operation smooth, user experiences.
Hardware configuration of the present invention and operation principle are with reference to previous embodiment, therefore do not repeat.
These are only preferred embodiment of the present invention, not in order to limit the present invention, all any modifications of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. a multimedia interaction communication system, is characterized in that, comprising:
At least one smart machine, communicates by letter with receiving equipment by wireless network respectively, and application program and/or multimedia resource are pushed to described receiving equipment; And
Receiving equipment, according to the control of described at least one smart machine, moves described application program, by self audio/video output module and/or audio frequency and video output equipment play multimedia resource.
2. multimedia interaction communication system according to claim 1, is characterized in that:
Described at least one smart machine comprises intelligent end application program, and described intelligent end application program comprises destination applications; And
Described intelligent end application program is pushed to described receiving equipment by destination applications, controls its installation and moves described destination applications.
3. multimedia interaction communication system according to claim 1 and 2, is characterized in that:
Described receiving equipment comprises communication module, main control module, audio/video output module, virtual hardware input module and operating system, also comprises the destination applications from least one smart machine;
Described communication module is connected with described at least one smart machine respectively and swap data by wireless network;
Described virtual hardware input module is realized virtual user input capability;
Communication module, audio/video output module and virtual hardware input module described in described master control module controls;
Described destination applications calls audio/video output module, multimedia resource is sent to audio/video output module and play, and/or multimedia resource is outputed to audio frequency and video output equipment play;
Described destination applications receives and processes the message from virtual hardware input module, realizes corresponding user input capability.
4. multimedia interaction communication system according to claim 3, is characterized in that:
Described communication module receives the event from least one smart machine by wireless network, and event is sent to corresponding virtual hardware input module;
Described virtual hardware input module creates according to the event from smart machine the Virtual input events that meets operating system standard respectively;
Described operating system is distributed to corresponding destination applications by described Virtual input events;
Described destination applications is processed Virtual input events, realizes and the corresponding user input capability of smart machine.
5. multimedia interaction communication system according to claim 4, is characterized in that:
Described destination applications is corresponding at least one smart machine respectively;
Whether described smart machine detects receiving equipment and has installed and self corresponding destination applications:
For what do not install with self corresponding destination applications, the intelligent end application program of described smart machine is pushed to receiving equipment by corresponding destination applications; Described receiving equipment is installed described destination applications;
For what install with self corresponding destination applications, described smart machine pushes multimedia resource and/or sends incoming event.
6. a multimedia interaction communication means, realizes based at least one smart machine and receiving equipment that multimedia resource is interactive to be play and/or remote interaction is controlled, and comprising:
At least one smart machine is communicated by letter with receiving equipment by wireless network respectively, application program and/or multimedia resource is pushed to the step of described receiving equipment;
Described receiving equipment, according to the control of described at least one smart machine, moves described application program, by the step of self audio/video output module and/or audio frequency and video output equipment play multimedia resource.
7. multimedia interaction communication means according to claim 6, is characterized in that:
Described at least one smart machine comprises intelligent end application program, and described intelligent end application program comprises destination applications;
Whether described smart machine detects receiving equipment and has installed and self corresponding destination applications;
For what do not install with self corresponding destination applications, the intelligent end application program of described smart machine is pushed to receiving equipment by corresponding destination applications, and described receiving equipment is installed described destination applications;
For what install with self corresponding destination applications, described smart machine pushes multimedia resource and/or sends incoming event to described receiving equipment.
8. according to the multimedia interaction communication means described in claim 6 or 7, it is characterized in that, described receiving equipment comprises communication module, main control module, audio/video output module, virtual hardware input module and operating system, also comprise the destination applications from least one smart machine, described receiving equipment is according to the control of described at least one smart machine, moves described destination applications and/or the step by audio frequency and video output equipment play multimedia resource comprises:
Described communication module is connected respectively the also step of swap data by wireless network with described at least one smart machine;
Described virtual hardware input module is realized the step of virtual user input capability;
The step of communication module, audio/video output module and virtual hardware input module described in described master control module controls;
Described destination applications calls audio/video output module, multimedia resource is sent to audio/video output module and play, and/or multimedia resource is outputed to the step that audio frequency and video output equipment is play;
Destination applications receives and processes the message from virtual hardware input module, realizes the step of relative users input function.
9. multimedia interaction communication means according to claim 8, is characterized in that:
Described communication module receives the event from least one smart machine by wireless network, event is sent to the step of corresponding virtual hardware input module;
Described virtual hardware input module creates respectively the step of the Virtual input events that meets operating system standard according to the event from smart machine;
Described operating system is distributed to described Virtual input events the step of corresponding destination applications;
Described destination applications is processed Virtual input events, realizes the step with the corresponding user input capability of smart machine.
10. a receiving equipment, outputs to audio frequency and video output equipment according to the control of at least one smart machine by multimedia resource and plays and/or carry out user's input, it is characterized in that:
Comprise communication module, main control module, audio/video output module, virtual hardware input module and operating system, communication module, audio/video output module and virtual hardware input module described in described master control module controls;
Described communication module is connected with described at least one smart machine respectively by wireless network, receives event, application program and/or multimedia resource from least one smart machine;
The described event from smart machine that described virtual hardware input module receives according to communication module respectively creates the Virtual input events that meets operating system standard;
Described operating system is distributed to corresponding application program by described Virtual input events;
Described application program is processed described Virtual input events, realizes and the corresponding user's input of smart machine;
When receive from smart machine multimedia resource time, described application program is called audio/video output module by operating system, multimedia resource is sent to audio/video output module and play, and/or multimedia resource is outputed to audio frequency and video output equipment play.
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