CN103618941A - Multi-screen interaction-based interactive system and method - Google Patents
Multi-screen interaction-based interactive system and method Download PDFInfo
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- CN103618941A CN103618941A CN201310688104.1A CN201310688104A CN103618941A CN 103618941 A CN103618941 A CN 103618941A CN 201310688104 A CN201310688104 A CN 201310688104A CN 103618941 A CN103618941 A CN 103618941A
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Abstract
The invention relates to the field of digital televisions and in particular relates to a multi-screen interaction-based interactive system and method. The system comprises a display side and a client side, wherein the display side comprises display equipment and a multi-screen interactive product; the client side comprises a multi-screen sharing device APK interface unit; the display side and the client side synchronously display multimedia content through the multi-screen interactive product; and the working modes of the client side and the display side comprise a digital living network alliance mode and a mirroring mode which are switched through hardware or software. Aiming at the complexity of work mode setting and mode switching operation in the prior art, the invention provides an operating interface, so that switching operation is simplified and humanized and fool-style operation is permitted. The operation of the multi-screen interactive product, the display side and the client side are integrated, so experience of different users is met and the experience degree of clients is increased.
Description
Technical field
The present invention relates to digital TV field, relate in particular to a kind of interactive system and method based on multi-screen interactive.
Background technology
In recent years, sized enterprises in chinese DTV industry is flourish, its multi-screen interactive product is again the focus of sized enterprises in chinese DTV industry research over the past two years, industry Nei Ge research institution and corporate entity more and more pay attention to the research of multi-screen interactive technology, multi-screen interactive technology refers to, at different operating system (IOS, ANDROID, WIN7, WINDOWS XP, VISTA etc.), and different intelligent terminal (smart mobile phone, Intelligent flat, computer, TV) between, can compatible leap operate, the mode connecting by wireless network, realize digital multimedia (video, audio frequency, picture) transmission of content, the synchronous displaying contents of different screen, can realize by intelligent terminal the sequence of operations such as control appliance.
There are at present many multi protocol supporting multi-screen interactives, as WIDI, DLNA(Digital Living Network Alliance, DLNA), IGRS protocol, Miracast(mirror image pattern) agreement etc., but itself cannot compatible intercommunication between these agreements, each company must carry out compatible numerous different agreements by the technology of oneself, could really realize the multi-screen interactive of cross-system platform operations, in order to realize, to handle official business more freely and live, convenient environment Internet era of enjoyment, realize multi-screen interactive truly, between each agreement, do and switch, find a kind of suitable interactive operation method just to seem and important.
At present, existing less based on multi-screen interactive series products interactive operation technology, similar techniques scheme has iMediaShare interaction to share technical scheme, iMediaShare aly can play the video in IOS mobile phone by means of large-screen equipment such as television sets, the software of the media such as music, iMediaShare can become ios device a remote storage device, network media resource is provided to specially various large-screen equipment, also support streaming media video to play and be stored in the video in ios device simultaneously, music, the multimedia files such as picture, but iMediaShare interactive operation interface lacks segmentation to multi-screen interactive series products resource, operation specific aim is not strong, operation interface is loaded down with trivial details, do not meet user's use habit, customer experience degree is poor, operation interface lacks interactivity, client (mobile phone, Pad) with display end (TV, multi-screen interactive product) lack adaptive operation interface or method, do not solve the consideration of the different implementations of WIFI transmission path in DLNA agreement.
Summary of the invention
The object of the invention is to propose a kind of interactive system and method based on multi-screen interactive, make that handover operation is more simplified, hommization, allow foolproof operation, more meet the experience of differentiated user.
For reaching this object, the present invention by the following technical solutions:
A kind of interactive system based on multi-screen interactive, comprise: display end and client, described display end comprises display device and multi-screen interactive product, described client includes multi-screen Wireless Router APK boundary element, described display end is by multi-screen interactive product and described client simultaneous display content of multimedia, and the mode of operation of described client and display end comprises DLNA pattern and mirror image pattern.
Wherein, the selection mode between described DLNA pattern and mirror image pattern comprises:
Detect the distance of described client and display end, detect the network bandwidth that client connects;
Judge whether described distance is less than default first threshold, if so, select mirror image pattern;
If not, judge whether the described network bandwidth is greater than default Second Threshold, if so, select DLNA pattern;
If not, select at random a kind of mode of operation.
Wherein, described default first threshold is 3 meters, and described default Second Threshold is 8,000,000.
Wherein, between described DLNA pattern and mirror image pattern, pass through hardware or software exchange:
On described multi-screen interactive product, be provided with key switch, for the mode of operation of client described in hardware exchange and display end;
Described client includes mode of operation interface switching unit, and for the mode of operation of client described in software exchange and display end, when the operational mode change of described client, the mode of operation of described display end synchronously changes.
Wherein, system also comprises: Wi-Fi data transmission link, described client is connected by described Wi-Fi data transmission link with display end, when the mode of operation of system is DLNA pattern, the transmission mode of described Wi-Fi data transmission link comprises access points pattern and client mode, changeable between described access points pattern and client mode.
Wherein, the switching mode of described access points pattern and client mode is:
Judge whether Wi-Fi wireless network of network type that described client connects, if select client mode;
If not, in definite described client, be connected to after 3G network, enter access points pattern.
Wherein, in described client, be also provided with classifying content operating structure, described sort operation structure comprises one-level menu and second-level menu, and described one-level menu comprises setting, Online Video and local resource, the concrete chained address that described second-level menu is Online Video.
Wherein, on described multi-screen interactive product, be also provided with decoding chip, for the decoded packet data that described client is transmitted by Wi-Fi data transmission link, become HDMI form.
An interactive approach based on multi-screen interactive, comprising:
Start client, display end and multi-screen interactive product, set up Wi-Fi data transmission link;
Described client is selected mode of operation automatically, and wherein said mode of operation comprises DLNA pattern and mirror image pattern;
After the selected mode of operation of client, can pass through hardware and software exchange mode of operation;
When mode of operation is DLNA pattern, the transmission mode of described Wi-Fi data transmission link can be switched between access points pattern and client mode;
Client and display end carry out multi-screen according to selected mode of operation and selected transmission mode to be shared, simultaneous display content of multimedia.
Wherein, described client selects mode of operation to be specially automatically:
Detect the distance of described client and display end, detect the network bandwidth that client connects;
Judge whether described distance is less than default first threshold, if so, select mirror image pattern;
If not, judge whether the described network bandwidth is greater than default Second Threshold, if so, select DLNA pattern;
If not, select at random a kind of mode of operation.
Wherein, describedly between access points pattern and client mode, switch and be specially:
Judge whether Wi-Fi wireless network of network type that described client connects, if select client mode;
If not, in definite described client, be connected to after 3G network, enter access points pattern.
Wherein, when described transmission mode is client mode, the transmission path of Wi-Fi data transmission link is:
Client is obtained Internet resources by wireless router;
The Internet resources that get are transferred on multi-screen interactive product by Wi-Fi data transmission link;
Described multi-screen interactive product is decoded into HDMI form by the Internet resources that get, and is presented at display end, realizes the interactive operation of multi-screen interactive.
Beneficial effect of the present invention is: a kind of interactive system based on multi-screen interactive, comprise: display end and client, described display end comprises display device and multi-screen interactive product, described client includes multi-screen Wireless Router APK boundary element, described display end is by multi-screen interactive product and described client simultaneous display content of multimedia, the mode of operation of described client and display end comprises DLNA pattern and mirror image pattern, between described DLNA pattern and mirror image pattern, pass through hardware or software exchange, the present invention is directed to the complexity of mode of operation setting and pattern handover operation in prior art, a kind of operation interface is provided, two kinds of mode of operations coexist and mutually supplement in interactive operation boundary element, handover operation is more simplified, hommization, allow foolproof operation, and by multi-screen interactive product, the operation set of display end and client is integrated, more meet the experience of differentiated user, improved customer experience degree.
Further, access points pattern in DLNA pattern and two kinds of different transmission path of client mode are distinguished and defined, the concept of router is incorporated in interactive system, a kind of interactive approach based on multi-screen interactive is provided.
Accompanying drawing explanation
Fig. 1 is the interactive system structure chart based on multi-screen interactive that the embodiment of the present invention one provides.
Fig. 2 is the client mode of operation system of selection flow chart that the embodiment of the present invention one provides.
Fig. 3 is that the interactive system Wi-Fi data transmission link based on multi-screen interactive that the embodiment of the present invention one provides switches schematic diagram.
Fig. 4 is that the interactive system principle based on multi-screen interactive that the embodiment of the present invention one provides realizes block diagram.
Fig. 5 is the display end operation interface schematic diagram that the embodiment of the present invention one provides.
Fig. 6 is the client mode of operation handover operation interface schematic diagram that the embodiment of the present invention one provides.
Fig. 7 is the client sort operation structure one-level menu schematic diagram that the embodiment of the present invention one provides.
Fig. 8 is the client sort operation structure second-level menu schematic diagram that the embodiment of the present invention one provides.
Fig. 9 is the interactive approach flow chart based on multi-screen interactive that the embodiment of the present invention two provides.
Figure 10 be the embodiment of the present invention two provide client mode time the interactive approach flow chart of multi-screen interactive.
Figure 11 is the method for building up flow chart of the Wi-Fi data transmission link that provides of the embodiment of the present invention two.
Embodiment
Below in conjunction with Fig. 1-Figure 11 and by embodiment, further illustrate technical scheme of the present invention.
Embodiment mono-
Fig. 1 is the interactive system structure chart based on multi-screen interactive that the embodiment of the present invention one provides.
A kind of interactive system based on multi-screen interactive, comprise: display end and client, described display end comprises display device and multi-screen interactive product, described client includes multi-screen Wireless Router APK boundary element, described display end is by multi-screen interactive product and described client simultaneous display content of multimedia, and the mode of operation of described client and display end comprises DLNA pattern and mirror image pattern.
In the present embodiment, complexity for mode of operation setting in prior art and pattern handover operation, a kind of operation interface is provided, two kinds of mode of operations coexist and mutually supplement in interactive operation interface, make that handover operation is more simplified, hommization, allow foolproof operation, more meet the experience of differentiated user, improved customer experience degree.
In the present embodiment, multi-screen Wireless Router APK interface, is multi-screen Wireless Router Android installation kit operation interface, and by described operation interface, user can carry out multi-screen sharing operation to client, display end.
In the present embodiment, client is mobile phone or Pad, and multi-screen interactive product is mobile phone dongle, and display end is television set.
In the present embodiment, as shown in Figure 2, the selection mode between described DLNA pattern and mirror image pattern comprises:
Detect the distance of described client and display end, detect the network bandwidth that client connects;
Judge whether described distance is less than default first threshold, if so, select mirror image pattern;
If not, judge whether the described network bandwidth is greater than default Second Threshold, if so, select DLNA pattern;
If not, select at random a kind of mode of operation.
In the present embodiment, described default first threshold is 3 meters, and described default Second Threshold is 8,000,000.
DLNA pattern and mirror image pattern can be resource supplyings such as local resource, Online Video, web page browsings in client to display ends, and under DLNA pattern, client can be carried out other operations when pushing resource; Under mirror image pattern, client cannot be carried out other actions in screen resource.
In the present embodiment, the changing method that distance combines from the network bandwidth has solved the slack problem of the different displaying videos of application scenarios under two kinds of different working modes, also makes handover operation more simplify, and moves foolproof operation.
In the present embodiment, between described DLNA pattern and mirror image pattern, pass through hardware or software exchange:
On described multi-screen interactive product, be provided with key switch, for the mode of operation of client described in hardware exchange and display end;
Described client includes mode of operation interface switching unit, and for the mode of operation of client described in software exchange and display end, when the operational mode change of described client, the mode of operation of described display end synchronously changes.
As shown in Figure 6, in the present embodiment, in described client, be provided with mode of operation interface switching, for switching the mode of operation of described client and display end, its concrete steps are: client is opened, entered multi-screen Wireless Router APK boundary element, enter and interface is set can sees described mode of operation interface switching, select Switch, can between mirror image pattern and DLNA pattern, switch.
In the present embodiment, on described multi-screen interactive product, be provided with key switch, described key switch is for switching the mode of operation of described client and display end, two kinds of methods of above-mentioned software and hardware can switching working mode, as shown in Figure 5, when the operational mode change of described client, the mode of operation of described display end synchronously changes, in the operation interface of display end, also comprise that Wi-Fi state of data link shows and method of operation shows, described Wi-Fi state of data link comprise connect be connected whether normal, the operation that is customer in response end is directly presented in the operation interface of display end afterwards, it is the form display operation step with IP address that described method of operation shows.
As shown in Figure 3, in the present embodiment, system also comprises: Wi-Fi data transmission link, described client is connected by described Wi-Fi data transmission link with display end, when the mode of operation of system is DLNA pattern, the transmission mode of described Wi-Fi data transmission link comprises access points pattern and client mode, changeable between described access points pattern and client mode.
In the present embodiment, the switching mode of described access points pattern and client mode is:
Judge whether Wi-Fi wireless network of network type that described client connects, if select client mode;
If not, in definite described client, be connected to after 3G network, enter access points pattern.
In the present embodiment, client mode is defined as the operating state between client, multi-screen interactive product, display end and wireless router, pass through client mode, after client and multi-screen interactive product are set up data link and are connected, client, multi-screen interactive product complete the operation at the multi-screen interactive of display end, and now client realizes the operations such as Online Video, web page browsing by Wi-Fi wireless network; Access points mode-definition is the operating state between client, multi-screen interactive product and display end, by access points pattern, client completes the operation at the multi-screen interactive of display end by multi-screen interactive product, and now client realizes the operations such as Online Video, web page browsing by 3G network.
In the present embodiment, consider the practical application of the Wi-Fi of family wireless network and 3G network, our scheme has all been added two kinds of networks when search is set, at two network coexisted in the situation that, preferably the Wi-Fi of family wireless router is connected to network, has reduced the cost of interconnection network.
In the present embodiment, the operation set of multi-screen interactive product, display end and client is integrated, has embodied the good experience that bring at interactive operation interface.
In the present embodiment, when the transmission mode of Wi-Fi data transmission link is access points pattern, its transmission path is followed successively by client, multi-screen interactive product, display end; When the transmission mode of Wi-Fi data transmission link is client mode, its transmission path is followed successively by client, multi-screen interactive product, Wi-Fi router, multi-screen interactive product, display end.
As shown in Figure 7, Figure 8, in the present embodiment, in described client, be also provided with classifying content operating structure, described sort operation structure comprises one-level menu and second-level menu, described one-level menu comprises setting, Online Video and local resource, described second-level menu is the concrete chained address of Online Video, has embodied the taxonomic structure of content, and the user that is more convenient for experiences.
In the present embodiment, local resource comprises picture, music and video; Described second-level menu comprises Tengxun's video, Sohu's video, a sudden peal of thunder is looked at and PPTV.
As shown in Figure 4, in the present embodiment, on described multi-screen interactive product, be also provided with decoding chip, for the decoded packet data that described client is transmitted by Wi-Fi data transmission link, become HDMI form.
In the present embodiment, multi-screen Wireless Router APK interface is specially S+ multi-screen Wireless Router APK interface, open the power supply of display end and multi-screen interactive product, start client, start the S+ multi-screen Wireless Router APK interface on it, selecting mirror image pattern or DLNA pattern is mode of operation, corresponding display end also synchronously switches to identical mode of operation, after default setting, client pushes content of multimedia to multi-screen interactive product, multi-screen interactive product is decoded into HDMI form by the Internet resources that get, and be presented at display end, realize the interactive operation of multi-screen interactive.In this process, if when mode of operation is DLNA pattern, Wi-Fi data transmission link can switch between access points pattern and client mode.
Embodiment bis-
As shown in Figure 9, be the interactive approach flow chart based on multi-screen interactive that the embodiment of the present invention two provides.
An interactive approach based on multi-screen interactive, comprising:
Start client, display end and multi-screen interactive product, set up Wi-Fi data transmission link;
Described client is selected mode of operation automatically, and wherein said mode of operation comprises DLNA pattern and mirror image pattern;
After the selected mode of operation of client, can pass through hardware and software exchange mode of operation;
When mode of operation is DLNA pattern, the transmission mode of described Wi-Fi data transmission link can be switched between access points pattern and client mode;
Client and display end carry out multi-screen according to selected mode of operation and selected transmission mode to be shared, simultaneous display content of multimedia.
In the present embodiment, described client selects mode of operation to be specially automatically:
Detect the distance of described client and display end, detect the network bandwidth that client connects;
Judge whether described distance is less than default first threshold, if so, select mirror image pattern;
If not, judge whether the described network bandwidth is greater than default Second Threshold, if so, select DLNA pattern;
If not, select at random a kind of mode of operation.
In the present embodiment, describedly between access points pattern and client mode, switch and be specially:
Judge whether Wi-Fi wireless network of network type that described client connects, if select client mode;
If not, in definite described client, be connected to after 3G network, enter access points pattern.
As shown in figure 10, in the present embodiment, when described transmission mode is client mode, the transmission path of Wi-Fi data transmission link is:
Client is obtained Internet resources by wireless router;
The Internet resources that get are transferred on multi-screen interactive product by Wi-Fi data transmission link;
Described multi-screen interactive product is decoded into HDMI form by the Internet resources that get, and is presented at display end, realizes the interactive operation of multi-screen interactive.
As shown in figure 11, in the present embodiment, the method for building up of described Wi-Fi data transmission link is:
Client sends connection request to multi-screen interactive product;
Multi-screen interactive product responds described connection request;
Set up Wi-Fi data transmission link.
As another kind of embodiment, when the transmission mode of described Wi-Fi data transmission link is access points pattern, its interactive approach is:
Client interconnection network;
The Internet resources that client is connected are transferred on multi-screen interactive product by the Wi-Fi data transmission link of setting up;
After being resolved, described Internet resources are shown to display end.
The foregoing is only the specific embodiment of the present invention, these are described is in order to explain principle of the present invention, and can not take any interpretation of structure as limiting the scope of the invention.Explanation based on herein, those skilled in the art does not need to pay performing creative labour can associate other specific implementation method of the present invention, within these structures all will fall into protection scope of the present invention.
Claims (12)
1. the interactive system based on multi-screen interactive, it is characterized in that, comprise: display end and client, described display end comprises display device and multi-screen interactive product, described client includes multi-screen Wireless Router APK boundary element, described display end is by multi-screen interactive product and described client simultaneous display content of multimedia, and the mode of operation of described client and display end comprises DLNA pattern and mirror image pattern.
2. a kind of interactive system based on multi-screen interactive according to claim 1, is characterized in that, the selection mode between described DLNA pattern and mirror image pattern comprises:
Detect the distance of described client and display end, detect the network bandwidth that client connects;
Judge whether described distance is less than default first threshold, if so, select mirror image pattern;
If not, judge whether the described network bandwidth is greater than default Second Threshold, if so, select DLNA pattern;
If not, select at random a kind of mode of operation.
3. a kind of interactive system based on multi-screen interactive according to claim 2, is characterized in that, described default first threshold is 3 meters, and described default Second Threshold is 8,000,000.
4. a kind of interactive system based on multi-screen interactive according to claim 2, is characterized in that, passes through hardware or software exchange between described DLNA pattern and mirror image pattern:
On described multi-screen interactive product, be provided with key switch, for the mode of operation of client described in hardware exchange and display end;
Described client includes mode of operation interface switching unit, and for the mode of operation of client described in software exchange and display end, when the operational mode change of described client, the mode of operation of described display end synchronously changes.
5. a kind of interactive system based on multi-screen interactive according to claim 1, it is characterized in that, also comprise: Wi-Fi data transmission link, described client is connected by described Wi-Fi data transmission link with display end, when the mode of operation of system is DLNA pattern, the transmission mode of described Wi-Fi data transmission link comprises access points pattern and client mode, changeable between described access points pattern and client mode.
6. a kind of interactive system based on multi-screen interactive according to claim 5, is characterized in that, the switching mode of described access points pattern and client mode is:
Judge whether Wi-Fi wireless network of network type that described client connects, if select client mode;
If not, in definite described client, be connected to after 3G network, enter access points pattern.
7. a kind of interactive system based on multi-screen interactive according to claim 1, it is characterized in that, in described client, be also provided with classifying content operating structure, described sort operation structure comprises one-level menu and second-level menu, described one-level menu comprises setting, Online Video and local resource, the concrete chained address that described second-level menu is Online Video.
8. a kind of interactive system based on multi-screen interactive according to claim 1, it is characterized in that, on described multi-screen interactive product, be also provided with decoding chip, for the decoded packet data that described client is transmitted by Wi-Fi data transmission link, become HDMI form.
9. the interactive approach based on multi-screen interactive, is characterized in that, comprising:
Start client, display end and multi-screen interactive product, set up Wi-Fi data transmission link;
Described client is selected mode of operation automatically, and wherein said mode of operation comprises DLNA pattern and mirror image pattern;
After the selected mode of operation of client, can pass through hardware and software exchange mode of operation;
When mode of operation is DLNA pattern, the transmission mode of described Wi-Fi data transmission link can be switched between access points pattern and client mode;
Client and display end carry out multi-screen according to selected mode of operation and selected transmission mode to be shared, simultaneous display content of multimedia.
10. a kind of interactive approach based on multi-screen interactive according to claim 9, is characterized in that, described client selects mode of operation to be specially automatically:
Detect the distance of described client and display end, detect the network bandwidth that client connects;
Judge whether described distance is less than default first threshold, if so, select mirror image pattern;
If not, judge whether the described network bandwidth is greater than default Second Threshold, if so, select DLNA pattern;
If not, select at random a kind of mode of operation.
11. a kind of interactive approaches based on multi-screen interactive according to claim 9, is characterized in that, describedly between access points pattern and client mode, switch and are specially:
Judge whether Wi-Fi wireless network of network type that described client connects, if select client mode;
If not, in definite described client, be connected to after 3G network, enter access points pattern.
12. a kind of interactive approaches based on multi-screen interactive according to claim 11, is characterized in that, when described transmission mode is client mode, the transmission path of Wi-Fi data transmission link is:
Client is obtained Internet resources by wireless router;
The Internet resources that get are transferred on multi-screen interactive product by Wi-Fi data transmission link;
Described multi-screen interactive product is decoded into HDMI form by the Internet resources that get, and is presented at display end, realizes the interactive operation of multi-screen interactive.
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