CN102811385A - User interactive interface realization method for household intelligent television gateway - Google Patents
User interactive interface realization method for household intelligent television gateway Download PDFInfo
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Abstract
The invention relates to a user interactive interface realization method for a household intelligent television gateway. After functions of a direct-broadcast television, network information, service application and the like are reasonably combined, an uniform interface is formed to be used as a platform which can exchange information with users, various icon partitions with multiple functions are displayed in an overlapping way so as to establish a novel high-efficient and simple user interactive interface which is suitable for the household intelligent television gateway under a next-generation broadcasting (NGB) three-network integration environment and to further more flexibly and effectively utilize the spatial arrangement inside the interface, so that the users can really enjoy completely new interface sense experience and service control experience of the household intelligent gateway.
Description
Technical field
The present invention relates to a kind of communication technology, particularly a kind of implementation method of high-efficient simple interactive user interface of the home intelligent TV gateway that is applied to the NGB integration of three networks.
Background technology
At present traditional DTV STB adopts conventional embedded OS (for example Linux, UCOS etc.) to add the framework of software middleware, and its traditional User Interface generally adopts the combination of main menu and multistage submenu to realize the operation of user to the cable television digital TV set-top box.The user uses tree-like hierarchical structure to browse and choose and operate the application the multistage submenu from main menu, realizes loading and starting.For example the user passes through the secondary sub-menu of the one-level submenu entering " channel manage " of " user's setting " in main menu, and then parameters such as the channel of entering " channel search " three grades of submenu input digits STB, symbol rate are accomplished actual channel search and lock functions.
Development along with the broadcasting and TV NGB integration of three networks; Particularly based on the popularization of the home intelligent TV gateway of high-performance hardware platform; The radio and TV operator is on the increase at the miscellaneous service of family's intelligent television gateway deploy; Use the User Interface on the conventional digital tv STB to realize that the navigation of home intelligent TV gateway and the efficient of controlling can descend, and have a strong impact on user's operating experience degree and convenience.Therefore need rebuild high-efficient simple User Interface brand-new, that be suitable for the home intelligent TV gateway under the NGB integration of three networks environment especially, let the user really experience brand-new interface sensory experience and the business that Household intelligent gateway brings and control experience.
Summary of the invention
The present invention be directed to the do not follow up problem of development of the broadcasting and TV NGB integration of three networks of User Interface on the present conventional digital tv STB; A kind of interactive user interface implementation method that is used for the home intelligent TV gateway has been proposed; Be high-efficient simple interactive user interface implementation method under a kind of suitable NGB integration of three networks environment, improve user's operation ease greatly.
Technical scheme of the present invention is: a kind of interactive user interface implementation method that is used for the home intelligent TV gateway specifically comprises the steps:
1) sets up hardware system: comprise CPU+ decoding processing apparatus, internal memory RAM, output equipment, storage Flash equipment, Tuner+Demod equipment, input equipment, Ethernet equipment, cable TV network and NGB bilateral network; Signal that Tuner+Demod equipment, input equipment, Ethernet equipment receive and data are sent into the CPU+ decoding processing apparatus and are handled; Data after the CPU+ decoding processing apparatus is handled are sent into output equipment, and internal memory RAM, storage Flash equipment and CPU+ decoding processing apparatus carry out the real time data exchange;
2) set up user interface framework software systems: top-down graphic element storehouse, multidimensional desktop, framework and run time infrastructure, user interface UI engine and system kernel and the hardware handles of comprising successively of interface architecture; User interface framework software systems are stored in the storage Flash equipment; Called execution by CPU+ decoding processing apparatus 102; User interface UI engine can the using system kernel and hardware handles video/audio signal is outputed in the output equipment; The pictorial element storehouse comprises x direction of principal axis, y direction of principal axis and z direction of principal axis through the multidimensional desktop finally on user interface UI engine, drawing under the cooperation of framework and run time infrastructure; The pictorial element storehouse is that the concrete vision of application program presents object in the system; Be associated with one or more pictorial element storehouses by one or more application programs, the multidimensional desktop is the desktop environment object that the multidimensional depth direction distributes;
3) first order vision that generates first order graphic element storehouse and second level graphic element storehouse composition is present condition, and the CPU+ decoding processing apparatus does not have when receiving any operation signal, only presents first order graphic element on the interface; When the CPU+ decoding processing apparatus receives first order input signal; Second level graphic element storehouse is superimposed upon on the first order graphic element storehouse, and first order graphic element does not disappear and second level graphic element is apparent on the interface simultaneously on the interface; First order graphic element is at bottom; When first order input signal returned cancellation, second level graphic element disappeared, and the interface is replied and only presented first order graphic element;
4) receive first order input signal when the CPU+ decoding processing apparatus; When manifesting first order graphic element and second level graphic element on the interface; After receiving second input signal of any one concrete graphic element in the graphic element of the selected said second level; The interface gets into second level vision and is present condition; Second level vision is the combination that present condition comprises the third level graphic element storehouse of first order graphic element storehouse, second level graphic element storehouse and its multilevel hierarchy and appears, and first order graphic element is superimposed upon the bottom at interface, does not disappear;
5) when any one concrete graphic element in the third level graphic element on the selected interface of third level input signal; Then get into third level vision and be present condition; Said third level vision is the combination that present condition comprises the fourth stage graphic element storehouse of first order graphic element storehouse, second level graphic element storehouse, third level graphic element storehouse and its multilevel hierarchy and appears; First order graphic element is superimposed upon the bottom at interface simultaneously, does not disappear;
6) when third level input signal returns cancellation; Be present condition from the 3rd vision and turn back to second visual state; When second level input signal returns cancellation; Be present condition from second vision and turn back to first visual state, when first order input signal returns cancellation, only present first order graphic element on the interface.
The said first order, the second level, third level input signal come from the signal that Tuner+Demod equipment, input equipment, Ethernet equipment are input to the CPU+ decoding processing apparatus.
The optional IR remote controller of said input equipment, radio frequency body sense remote controller.
Said CPU+ decoding processing apparatus adopts the decoder that comprises one or more microprocessors and various media formats.
Said first order graphic element storehouse is a television video.
Said second level graphic element storehouse is taken boat hurdle, information issue hurdle as the leading factor.
Said third level graphic element storehouse is DTV, program request, life & amusement, exemplary application, my application, setting and help.
Said fourth stage graphic element storehouse is that favorite channel, I pre-record, my prompting, broadcast receiver, market, browser, video and music, my video recording, control device are manipulated explanation.
Beneficial effect of the present invention is: the present invention is used for the interactive user interface implementation method of home intelligent TV gateway; Make up high-efficient simple User Interface brand-new, that be suitable for the home intelligent TV gateway under the NGB integration of three networks environment; Further to let the use that space in the interface can be more effectively, let the user really experience brand-new interface sensory experience and the business that Household intelligent gateway brings and control experience.
Description of drawings
Fig. 1 is used for the system block diagram of the interactive user interface implementation method of home intelligent TV gateway for the present invention's realization;
Fig. 2 is used for the interface architecture block diagram of the interactive user interface implementation method of home intelligent TV gateway for the present invention's realization;
Fig. 3 is used for the interactive user interface implementation method median surface process chart of home intelligent TV gateway for the present invention;
Fig. 4 looks the screen sectional drawing for the interactive user interface implementation method first order graphic element storehouse that the present invention is used for the home intelligent TV gateway;
The interactive user interface implementation method first order vision that Fig. 5 is used for the home intelligent TV gateway for the present invention is present condition and looks the screen sectional drawing;
The interactive user interface implementation method second level vision that Fig. 6 is used for the home intelligent TV gateway for the present invention is present condition and looks the screen sectional drawing;
The interactive user interface implementation method third level vision that Fig. 7 is used for the home intelligent TV gateway for the present invention is present condition and looks the screen sectional drawing;
The interactive user interface implementation method first order vision that Fig. 8 is used for the home intelligent TV gateway for the present invention is present condition, and vision presents the state-transition block diagram to the second level;
The interactive user interface implementation method second level vision that Fig. 9 is used for the home intelligent TV gateway for the present invention is present condition and presents the state-transition block diagram to third level vision;
Figure 10 looks the screen sectional drawing for the interactive user interface implementation method third level and fourth stage graphic element storehouse that the present invention is used for the home intelligent TV gateway.
Embodiment
Realization as shown in Figure 1 is used for the system block diagram of the interactive user interface implementation method of home intelligent TV gateway.System 100 comprises CPU+ decoding processing apparatus 102, internal memory RAM101, output equipment 103, storage Flash equipment 104, Tuner+Demod equipment 105, input equipment 106, Ethernet equipment 107, cable TV network 108 and NGB bilateral network 109.
CPU+ decoding processing apparatus 102 can adopt and comprise one or more microprocessors and various media formats decoder, realizes looking the decoding of audio frequency and the processing of datagraphic.Internal memory RAM101 is a dynamic random access memory device, and storage Flash equipment 104 is flash memories (nand and nor) storage mediums.Internal memory RAM101, storage Flash equipment 104 carry out the real time data exchange with CPU+ decoding processing apparatus 102.
CPU+ decoding processing apparatus 102 is carried out the instruction of the intelligent operating system that is stored in storage Flash equipment 104, and intelligent operating system can adopt Android or other operating systems.When having carried out the operating system instruction, CPU+ decoding processing apparatus 102 outer device accesses are activated.100 couples of users' of system input operation is handled, and digital TV video frequency is reached on graphic user interface, show in the lump simultaneously.
Interface architecture block diagram as shown in Figure 2.User interface framework 200 is in the system 100, is stored in the software systems of storage Flash equipment 104, and is performed by CPU+ decoding processing apparatus 102.User interface framework 200 is top-down to comprise graphic element storehouse (application program) 201, multidimensional desktop 202, framework and run time infrastructure 203, user interface UI engine 204 successively, and system kernel and hardware handles 205.When carrying out, UI engine 204 can the using system kernel and system core processing units such as hardware handles 205 such as 2D, 3D GPU and Gstreamer video/audio signal is outputed in the output equipment 103.Pictorial element storehouse (application program) 201 comprises x direction of principal axis, y direction of principal axis and z direction of principal axis through multidimensional desktop 202 drawing on finally by UI engine 204 under the cooperation of framework and run time infrastructure 203, for example, and short transverse, Width and depth direction.Pictorial element storehouse (application program) the 201st is associated with one or more pictorial element storehouses by one or more application programs.
Pictorial element storehouse (application program) the 201st, the concrete vision of application program presents object in the operating system.Can be icon, also can be other objects such as dialog box, window or other objects in the Android system.
From multidimensional desktop 202, shift out, displaying interface first order vision is present condition 303 background live tv video superimpose master navigation bars, information issue hurdle.Receive the second level of user remote controller and import 305 remote controller upper and lower, left and right keys this moment, and then displaying interface second level vision is present condition 306 background live tv video superimpose master navigation bars, information issue hurdle and comprises DTV, program request, life & amusement, exemplary application, my application, setting and help.
Fig. 4 looks 400 screen sectional drawings for interface first order graphic element storehouse.Represent background live tv video 401.
Fig. 5 looks 500 screen sectional drawings for interface first order vision is present condition.First order vision is present situation and is combined by first order graphic element storehouse background live tv video 401 and second level graphic element storehouse master navigation bar, information issue hurdle 502.The respective icon that these storehouse elements are concrete application programs is represented.These storehouse elements also can use the element icon of other functions to replace, as long as this icon can let the user know the function of the storehouse element of representative.
Fig. 6 looks 600 screen sectional drawings for the second level, interface vision is present condition.Second level vision is present situation and comprises what DTV, program request, life & amusement, exemplary application, my application, setting and help 603 combined by first order graphic element storehouse background live tv video 401, second level graphic element storehouse master navigation bar, information issue hurdle 502 and third level graphic element storehouse.The respective icon that these storehouse elements are concrete application programs is represented.On behalf of the icon of storehouse element, these can use tiling to add identical recently showing in length and breadth.
Fig. 7 looks 700 screen sectional drawings for interface third level vision is present condition.In some implementations, second level vision is present situation and comprises that by first order graphic element storehouse background live tv video 401, second level graphic element storehouse master navigation bar, information issue hurdle 502, third level graphic element storehouse the corresponding fourth stage graphic element storehouse favorite channel of DTV, program request, life & amusement, exemplary application, my application, setting and help 603 and each three grades of graphic element storehouse, I pre-record, my prompting, broadcast receiver, market, browser, video and music, my video recording, control device manipulate that explanation 704 combines.On behalf of the icon of storehouse element, these can use tiling to add identical recently showing in length and breadth.
Fig. 8 is that interface first order vision is present condition vision presents state-transition block diagram 800 to the second level.User interface is formed first order vision by first order graphic element storehouse and second level graphic element storehouse and is the selection of present condition 801 in response to the user, and user interface can generate the second level vision that is combined by first order graphic element storehouse, second level graphic element storehouse and third level graphic element storehouse and be present condition 802.In some implementations; When a graphic element in the graphic element storehouse of the second level is selected; Graphic element of third level graphic element storehouse for example " flies into " or " ejection " cross fade animation display mode through on the interface, become clear-cut or select to make graphic element of third level graphic element storehouse to remove from show through the animation mode through the user of animation.In some implementations, for example when a graphic element in the graphic element storehouse of the second level was selected, graphic element of third level graphic element storehouse can be not overlapping.
Fig. 9 is that the second level, interface vision is present condition and presents state-transition block diagram 900 to third level vision.User interface is formed second level vision by first order graphic element storehouse example, second level graphic element storehouse and third level graphic element storehouse and is present condition 802 in response to user's selection, and user interface can generate the third level vision that is combined by first order graphic element storehouse example, second level graphic element storehouse, third level graphic element storehouse and its corresponding fourth stage graphic element and be present condition 902.When a graphic element in the third level graphic element storehouse is selected; As 903 selected among Fig. 9; Graphic element of fourth stage graphic element storehouse is through on the interface, become clear-cut or select to make graphic element of fourth stage graphic element storehouse to shift out from show through the animation mode through the user of animation; With " flying into " or " ejection " cross fade animation display mode, like 904 among Fig. 9.For example when a graphic element in the third level graphic element storehouse was selected, graphic element of fourth stage graphic element storehouse can be not overlapping, this moment second vision to be present condition be to exist.
In some implementations, remote controller navigation key and return key can receive predetermined input and be provided at the ability of navigating between graphic element storehouses at different levels on the interface.
Figure 10 is that vision is present condition and third level vision and is that the third level and fourth stage graphic element storehouse look screen sectional drawing 1000 in the present condition in the second level at the interface.
Described characteristic can realize or contains realization with their group with the hardware of home intelligent TV gateway equipment, intelligent television operating system and functional software.Characteristic can realize with the software program product that visibly is included in the information carrier (the for example readable storage facilities of the flash of home intelligent TV gateway equipment), carries out and generates the audio frequency of looking of output response for processor and realize described function.
Many implementations are provided.Yet can make various replenishing and modification.For example the graphic element of one or more implementations and function can be combined, revise or replenish and form more implementations.
Claims (8)
1. an interactive user interface implementation method that is used for the home intelligent TV gateway is characterized in that, specifically comprises the steps:
1) sets up hardware system: comprise CPU+ decoding processing apparatus, internal memory RAM, output equipment, storage Flash equipment, Tuner+Demod equipment, input equipment, Ethernet equipment, cable TV network and NGB bilateral network; Signal that Tuner+Demod equipment, input equipment, Ethernet equipment receive and data are sent into the CPU+ decoding processing apparatus and are handled; Data after the CPU+ decoding processing apparatus is handled are sent into output equipment, and internal memory RAM, storage Flash equipment and CPU+ decoding processing apparatus carry out the real time data exchange;
2) set up user interface framework software systems: top-down graphic element storehouse, multidimensional desktop, framework and run time infrastructure, user interface UI engine and system kernel and the hardware handles of comprising successively of interface architecture; User interface framework software systems are stored in the storage Flash equipment; Called execution by CPU+ decoding processing apparatus 102; User interface UI engine can the using system kernel and hardware handles video/audio signal is outputed in the output equipment; The pictorial element storehouse comprises x direction of principal axis, y direction of principal axis and z direction of principal axis through the multidimensional desktop finally on user interface UI engine, drawing under the cooperation of framework and run time infrastructure; The pictorial element storehouse is that the concrete vision of application program presents object in the system; Be associated with one or more pictorial element storehouses by one or more application programs, the multidimensional desktop is the desktop environment object that the multidimensional depth direction distributes;
3) first order vision that generates first order graphic element storehouse and second level graphic element storehouse composition is present condition, and the CPU+ decoding processing apparatus does not have when receiving any operation signal, only presents first order graphic element on the interface; When the CPU+ decoding processing apparatus receives first order input signal; Second level graphic element storehouse is superimposed upon on the first order graphic element storehouse, and first order graphic element does not disappear and second level graphic element is apparent on the interface simultaneously on the interface; First order graphic element is at bottom; When first order input signal returned cancellation, second level graphic element disappeared, and the interface is replied and only presented first order graphic element;
4) receive first order input signal when the CPU+ decoding processing apparatus; When manifesting first order graphic element and second level graphic element on the interface; After receiving second input signal of any one concrete graphic element in the graphic element of the selected said second level; The interface gets into second level vision and is present condition; Second level vision is the combination that present condition comprises the third level graphic element storehouse of first order graphic element storehouse, second level graphic element storehouse and its multilevel hierarchy and appears, and first order graphic element is superimposed upon the bottom at interface, does not disappear;
5) when any one concrete graphic element in the third level graphic element on the selected interface of third level input signal; Then get into third level vision and be present condition; Said third level vision is the combination that present condition comprises the fourth stage graphic element storehouse of first order graphic element storehouse, second level graphic element storehouse, third level graphic element storehouse and its multilevel hierarchy and appears; First order graphic element is superimposed upon the bottom at interface simultaneously, does not disappear;
6) when third level input signal returns cancellation; Be present condition from the 3rd vision and turn back to second visual state; When second level input signal returns cancellation; Be present condition from second vision and turn back to first visual state, when first order input signal returns cancellation, only present first order graphic element on the interface.
2. according to the said interactive user interface implementation method that is used for the home intelligent TV gateway of claim 1; It is characterized in that the said first order, the second level, third level input signal come from the signal that Tuner+Demod equipment, input equipment, Ethernet equipment are input to the CPU+ decoding processing apparatus.
3. according to the said interactive user interface implementation method that is used for the home intelligent TV gateway of claim 1, it is characterized in that the optional IR remote controller of said input equipment, radio frequency body sense remote controller.
4. according to the said interactive user interface implementation method that is used for the home intelligent TV gateway of claim 1, it is characterized in that said CPU+ decoding processing apparatus adopts the decoder that comprises one or more microprocessors and various media formats.
5. according to the said interactive user interface implementation method that is used for the home intelligent TV gateway of claim 1, it is characterized in that said first order graphic element storehouse is a television video.
6. according to the said interactive user interface implementation method that is used for the home intelligent TV gateway of claim 1, it is characterized in that said second level graphic element storehouse is taken boat hurdle, information issue hurdle as the leading factor.
7. according to the said interactive user interface implementation method that is used for the home intelligent TV gateway of claim 1, it is characterized in that said third level graphic element storehouse is DTV, program request, life & amusement, exemplary application, my application, setting and help.
8. according to the said interactive user interface implementation method that is used for the home intelligent TV gateway of claim 1; It is characterized in that said fourth stage graphic element storehouse is that favorite channel, I pre-record, my prompting, broadcast receiver, market, browser, video and music, my video recording, control device are manipulated explanation.
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| CN110392272A (en) * | 2018-09-30 | 2019-10-29 | 武汉丰天鼎业信息网络有限公司 | Home gateway realizes live telecast, the method in broadband and program request simultaneous transmission |
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