CN107181975A - The method of television system and quick display information on the television system - Google Patents
The method of television system and quick display information on the television system Download PDFInfo
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- CN107181975A CN107181975A CN201610134965.9A CN201610134965A CN107181975A CN 107181975 A CN107181975 A CN 107181975A CN 201610134965 A CN201610134965 A CN 201610134965A CN 107181975 A CN107181975 A CN 107181975A
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/41—Structure of client; Structure of client peripherals
- H04N21/426—Internal components of the client ; Characteristics thereof
-
- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
- H04N21/00—Selective content distribution, e.g. interactive television or video on demand [VOD]
- H04N21/40—Client devices specifically adapted for the reception of or interaction with content, e.g. set-top-box [STB]; Operations thereof
- H04N21/43—Processing of content or additional data, e.g. demultiplexing additional data from a digital video stream; Elementary client operations, e.g. monitoring of home network or synchronising decoder's clock; Client middleware
- H04N21/443—OS processes, e.g. booting an STB, implementing a Java virtual machine in an STB or power management in an STB
- H04N21/4432—Powering on the client, e.g. bootstrap loading using setup parameters being stored locally or received from the server
Abstract
The present invention proposes a kind of television system, includes storage element, system storage, signal receiving unit, display unit and processing unit.The storage element stores multiple programmed instruction, a frame archives and an operating system kernel.The signal receiving unit is used for receiving a starting-up signal.The processing unit couples the storage element and the system storage, for performing the plurality of programmed instruction to complete following steps：A normal booting procedure or a quick turn-on program are performed according to the starting-up signal.The step of performing the normal booting procedure includes：The operating system kernel is loaded into the system storage.The step of performing the quick turn-on program includes：The operating system kernel is not loaded into the system storage, and the frame archives are shown by the display unit.
Description
Technical field
The present invention be on television system, especially with respect to can quick display information television system and quickly exist
The method of display information in television system.
Background technology
The major function of traditional tv is TV reception, and the function of browsing other information is not provided.Compare
Traditional tv, intelligent television is except can also provide many additional functions, such as may be used in addition to TV reception
For user by the various information on web page browsing application program (web browser) browse network, because
This substantially increases the practicality of TV.However, intelligent television is provided with operating system, it is necessary during start
Operating system kernel (kernel) is carried by nonvolatile memory by loader (Bootloader) is started
In the system storage for entering television system, then by computing device operating system kernel.In addition, because intelligence
TV completes various functions, image-decoding device, networking module, display etc. also comprising many hardware,
So the start process of intelligent television also includes the driver of these hardware of computing device.The a variety of originals of the above
The available machine time of intelligent television is long compared with traditional tv caused by.But when user only needs fast browsing some
During information (such as weather, stock, top news), but have to wait for TV and complete boot program, so
Web page browsing application program is then turned on afterwards to capture and show required information, causes temporal waste.
Therefore, if can accelerate the flow of intelligent television display information, intelligent television is carried using above will be more convenient
Its high market competitiveness.
The content of the invention
In view of the deficiencies in the prior art a, purpose of the invention is to provide a kind of TV of quick display information
The method of system and quick display information on the television system, to reduce the wait that user obtains information needed
Time.
The present invention proposes a kind of television system, is received comprising a storage element, a system storage, a signal
Unit, a display unit and a processing unit.The storage element stores multiple programmed instruction, a hum pattern
As archives and an operating system kernel.The signal receiving unit is used for receiving a starting-up signal.The processing unit
The storage element and the system storage are coupled, for performing these programmed instruction to complete following steps：
A normal booting procedure or a quick turn-on program are performed according to the starting-up signal.Perform the normal booting procedure
The step of include：The operating system kernel is loaded into the system storage.Perform the step of the quick turn-on program
Suddenly include：The operating system kernel is not loaded into the system storage, and this is shown by the display unit
Frame archives.
The present invention separately proposes a kind of method of the quick display information in a television system, and the television system is included
Store multiple programmed instruction, a storage element of a frame archives and an operating system kernel, a display
Unit, a system storage and the signal receiving unit for receiving a starting-up signal.This method is included：
A normal booting procedure or a quick turn-on program are performed according to the starting-up signal.Perform the normal booting procedure
The step of include：The operating system kernel is loaded into the system storage.Perform the step of the quick turn-on program
Suddenly include：The operating system kernel is not loaded into the system storage, and this is shown by the display unit
Frame archives.
The information needed for user can be presented in a short time for the television system of the present invention.Compared to general
Intelligent electric machine, the present invention performs a quick turn-on program to replace normal booting procedure.In quick turn-on
In program, operating system kernel will not be loaded into the system storage of television system, to avoid consumption
When boot program spend user's excessive time.
Brief description of the drawings
For the above objects, features and advantages of the present invention can be become apparent, below in conjunction with accompanying drawing to this hair
Bright embodiment elaborates, wherein：
Fig. 1 is the functional block diagram of an embodiment of the television system of the present invention；
Fig. 2 is the operational flowchart of the television system of the present invention；
Fig. 3 is the schematic diagram of an embodiment of the frame archives of the present invention；
Fig. 4 is the schematic diagram of another embodiment of the frame archives of the present invention；And
The detailed process for the step of Fig. 5 A~Fig. 5 B is saturating display unit display information image files of the invention
Figure.
Component label instructions in figure：
10 television systems
100 processing units
200 system storages
210 frame buffer zones
300 storage elements
310 operating system kernels
320 programmed instruction
321 power on mode judge modules
322 normal boot-strap modules
323 preload module
324 quick turn-on modules
325 operation modules
328 image-decoding device drivers
330 data
332 frame archives
334 starting-up image archives
336 information source addresses
400 buses
500 display units
600 network signal Transmit-Receive Units
700 signal receiving units
800 image-decoding devices
20 remote controls
30 servers
35 information content databases
S50、S60、S71、S72、S73、S81、S82、S83、S91、S92、S95、S96、S97、
S921, S922, S925, S926, S927 step
Embodiment
Television system and quickly show on the television system that the disclosure content of the present invention includes quick display information
Show the method for information, can quickly show the information needed for user.Be embodied as it is possible under the premise of, this
It is real that technical field technical staff can select equivalent element or step according to the disclosure content of this specification
The existing present invention, that is, the present invention implementation be not limited to after the embodiment chatted.
Fig. 1 is the functional block diagram of an embodiment of the television system of the present invention.Television system 10 includes place
Manage unit 100, system storage 200, storage element 300, system bus 400, display unit 500,
The hardware units such as network signal Transmit-Receive Unit 600, signal receiving unit 700 and image-decoding device 800.
Storage element 300 also stores program in addition to storing the operating system kernel 310 of television system 10
Instruction 320 and data 330.Programmed instruction 320 can be different functional module and journey according to its function distinguishing
Sequence, and perform to realize its function by processing unit 100.Functional module includes but is not limited to power on mode
Judge module 321, normal boot-strap module 322, preloading module 323, quick turn-on module 324 and operation
Module 325.Power on mode judge module 321 is used for judging that normal booting procedure or quick turn-on journey should be carried out
Sequence；Normal boot-strap module 322 is used for performing normal booting procedure；Module 323 is preloaded to be used for capturing information simultaneously
Produce frame archives (informative image file) 332；Quick turn-on module 324 is mainly used to
Perform quick turn-on program；Operation module 325 is used for performing the frame shelves after the completion of quick turn-on program
Case selection operation.These image-decoding device drivers 328 are to correspond respectively to multiple image-decoding devices 800
(328-1 correspondence 800-1 ..., 328-M correspondence 800-M, M is integer), for television system 10
Operating system access the hardware resources of these image-decoding devices 800.Data 330 are then comprising frame shelves
Case 332, starting-up image archives 334 and information source address 336.
Coordinate the starting procedure figure of Fig. 2 television system of the invention below, how illustrate television system 10
Reach the function that the snap information of the present invention is browsed.Television system 10 is fast with a normal booting procedure and one
Fast boot program.Processing unit 100 receives remote control 20 is sent one by signal receiving unit 700
Starting-up signal (step S50), then power on mode judge module 321 judge that starting-up signal is just normally opened for one
Machine signal or a quick turn-on signal (step S60), to determine to perform normal booting procedure or quickly open
Machine program.Normal boot-strap signal is, for example, that the power key on remote control 20 is triggered, and quick turn-on is believed
Number be, for example, triggered by other buttons, such as snap information browses button, numerical key or made by oneself by user
Other buttons.
If power on mode judge module 321 judges starting-up signal for normal boot-strap signal, normal boot-strap module
322 perform a normal booting procedure.In this example, normal booting procedure including but not limited to step S71,
S72 and S73.In step S71, operation is first by normal boot-strap module 322 by system bus 400
Core 310 of uniting then is schemed start in step S72 by the loaded into system memory 200 of storage element 300
As archives 334 are stored in the frame buffer zone (frame buffer) 210 of system storage 200, to pass through display
Unit 500 shows the starting-up image archives 334 in frame buffer zone 210, finally by image in step S73
The loaded into system memory 200 of image-decoding device driver 328 of decoder 800.In general, step
S71 and step S72 are to perform to start loader to complete by processing unit 100, due to single by showing
When member 500 shows the starting-up image archives 334 in frame buffer zone 210, the image solution of image-decoding device 800
The not yet loaded into system memory 200 of code device driver 328, thus starting-up image archives 334 be not required to through
Map file form, such as dot chart archives (Bitmap, BMP) can be shown by crossing any decoding operate.Start
Image file 334 will not generally be changed over time, e.g. the brand mark of the brand business of television system 10
(logo).In the normal booting procedure of television system 10, display unit 500 starts to show starting-up image
After archives 334, just continuously display starting-up image archives 334, until normal booting procedure is completed.It is just normally opened
After the completion of machine program, display unit 500 is changed to user's operation interface of display TV system 10.It please note
Meaning, in the present embodiment, frame buffer zone 210 are a part for system storage 200, and both belong to same
Physical memory (such as DRAM)；In various embodiments, frame buffer zone 210 and system storage
200 can belong to different physical memories.
After the completion of normal booting procedure, television system 10 can enter a resting state by one section of standby time
(step S81).In resting state, it is predetermined that preloading module 323 can judge whether the current time reaches
Time (step S82).The scheduled time can be the less period used of television system 10, such as late into the night
Period.If had not arrived, processing unit 100 makes television system 10 be continuously maintained at resting state；
If reached, preloading module 323 makes television system 10 leave resting state, but still keeps display unit
500 close (that is, television system 10 does not show any picture), and start to capture information to produce hum pattern
As archives 332 (step S83).In more detail, the preloading module 323 of processing unit 100 is according to letter
The breath control network signal of source address 336 Transmit-Receive Unit 600 finds corresponding server 30 by network, and
From its acquisition data of information content database 35.In one embodiment, information source address 336 is clothes
The Internet protocol suite address (IP address, i.e. network address) of business device 30, and preload module 323 and utilize net
Page browsing application program carrys out acquisition data.For example, information source address 336 is sports site ESPN
Network address, and be assigned to a certain particular webpage (webpage) (such as comprising Major Leagues of the U.S. nearest one
The webpage of the ratio number of field ball match), then preloading module 323 can be according to hypertext transfer protocol (HyperText
Transfer Protocol, HTTP) from information content database 35 obtain the webpage initial data,
The initial data is converted into webpage, frame archives 332 are converted the webpage into again.Information
Image file 332 can be BMP forms or other File Formats.
If power on mode judge module 321 judges starting-up signal for quick turn-on signal in step S60,
Quick turn-on module 324 performs quick turn-on program.In this example, quick turn-on program bag contains but not limited
In step S91 and S92.In quick turn-on program, television system 10 is not required to perform operating system, but
The display information image file 332 on display unit 500, so operation is not by processing unit 100
The loaded into system memory 200 (step S91) of core 310 unite next, quick turn-on module 324 will be believed
The frame buffer zone 210 that image file 332 is stored in system storage 200 is ceased, with aobvious by display unit 500
Show frame archives 332 (step S92).Different from starting-up image archives 334, frame archives
332 can change over time.For example, as shown in figure 3, image information archives 322 are stock markets nearest one
The Weighted Index trend graph of the individual day of trade.In various embodiments, frame archives 332 can be single
One frame archives or multiple frame archives.As shown in figure 3, only showing single piece of information (i.e. stock
City's information) archives be single piece of information image file；Multiple frame archives then include multiple kinds of information,
For example shown in Fig. 4, multiple frame archives are combined by 9 sub- images, and each subgraph is shown not
Same information category, such as subgraph 1 are presented Weather information, subgraph 2 and stock information, subgraph are presented
3 are presented sport information ... etc..Multiple frame archives are the preloading modules 323 by processing unit 100
According to the setting of a factory setting or a user, choose multiple single piece of information image files and combine.
After the completion of quick turn-on program, television system 10 enters an order wait state.Shape is waited in order
In state, operation module 325 judges the control life that remote control 20 is transmitted whether is received in a preset time
Make (step S95).If operation module 325 receives control command, quick turn-on in preset time
Module 324 performs operation (step S96) according to the control command；, whereas if operation module 325 exists
Control command is not received in preset time, then the television system is entered resting state or off-mode
(step S97).The different frame archives 332 of correspondence, operation module 325 has in step S96
Different operation aspects.For example, as shown in figure 3, when display unit 500 shows single piece of information image
During archives (assuming that now frame archives 332 include the single piece of information image file of more than 2), behaviour
Make module 325 (for example to correspond on remote controller according to control command and browse (navigation) key, directionkeys
Deng), do and switch between these single piece of information image files, to show different by display unit 500
Information；And when display unit 500 shows multiple frame archives, as shown in figure 4, operation module 325
According to control command (such as the numerical key on corresponding remote controller, directionkeys), according to the subgraph being selected
As chosen from frame archives 332 to should subgraph single piece of information image file, and cross and show single
Member 500 is shown.In more detail, it is assumed that user presses numerical key " 2 ", operation module 325 will be right
The single piece of information image file of subgraph 2 is answered to be stored in the multiple information that frame buffer zone 210 is shown at present to replace
Image file, you can make display unit 500 show the frame archives 332 corresponding to the subgraph.
File Format according to frame archives 332 corresponds to the form of uncompressed processing or compressed place
The form of reason, step S92 can be subdivided into Fig. 5 A step S921 and S922 (frame archives 332
For the form of uncompressed processing), or Fig. 5 B step S925, S926 and S927 (frame shelves
Case 332 is the form of compressed processing).Because the image file of uncompressed processing does not need any processing
Can directly display, if so frame archives 332 be such form (such as BMP forms),
Then quick turn-on module 324 is not in the case of by any image-decoding device driver loaded into system memory
The frame archives 332 of BMP forms are directly stored in frame buffer zone 210 (step by (step S921)
Rapid S922), to pass through the display information image file 332 of display unit 500.On the other hand, if information
Image file 332 is the form handled through overcompression, e.g. Joint Photographic Experts Group (Joint
Photographic Experts Group, JPEG) File Format, then quick turn-on module 324 is only by these
The image-decoding device driver of correspondence JPFG File Formats is loaded into system in image-decoding device driver 328
System memory 200 (step S925), other image-decoding device drivers are not loaded into then, to control
The image-decoding device 800 decoded information image file 332 related to JPEG, to produce corresponding to hum pattern
As archives 332 decoded frame archives (step S926), and by decoded frame shelves
In case deposit frame buffer zone 210 (step S927), to pass through the display information image file of display unit 500
332.Above-mentioned BMP File Formats and JPEG File Formats are only to illustrate, frame of the invention
The File Format of archives 332 is not limited.
Above-mentioned steps S81 and step S97 resting state refers to processing unit 100 by system storage 200
All data keep in into storage element 300 because storage element 300 is nonvolatile memory, institute
Even if to stop power supply to television system 10 afterwards, the data in system storage 200 will not also be lost originally
Lose.When television system 10 is started next time, if processing unit 100 by these data from storage element 300
Move into system storage 200, you can make the operating state before the Quick-return of television system 10 to dormancy,
And remove the flow of normal boot-strap from.On the other hand, off-mode refers to that processing unit 100 performs operating system
Normal shutdown program, the parameter setting that some are needed persistence or data deposit storage element 300, with
And close all application programs and stop all configuration processors (process).Originally in system storage after shutdown
Data in device 200 will not be saved, and operation system must be reloaded during the next start of television system 10
Core of uniting and the driver for performing many hardware, that is, the step of re-executing normal boot-strap.
Although the present invention is disclosed as above with preferred embodiment, so it is not limited to the present invention, Ren Heben
Art personnel, without departing from the spirit and scope of the present invention, when a little modification can be made and perfect,
Therefore protection scope of the present invention is when by being defined that claims are defined.
Claims (20)
1. a kind of television system, comprising：
One storage element, stores multiple programmed instruction, a frame archives (informative image file)
And an operating system kernel (kernel)；
One system storage；
One signal receiving unit, for receiving a starting-up signal；
One display unit；And
One processing unit, couples the storage element and the system storage, refers to for performing the plurality of program
Make completing following steps：
A normal booting procedure or a quick turn-on program are performed according to the starting-up signal；
The step of performing the normal booting procedure includes：
The operating system kernel is loaded into the system storage；
The step of performing the quick turn-on program includes：
The operating system kernel system storage is not loaded into；And
The frame archives are shown by the display unit.
2. television system as claimed in claim 1, further includes one or more group image decoders, the wherein storage
Memory cell separately stores one or more group image decoder drivers, and the frame archives are dot chart shelves
Case (Bitmap, BMP), the system storage includes a frame buffer zone (frame buffer), for storing this
The display frame of display unit, wherein
The step of performing the normal booting procedure further includes：
One or more group image decoder drivers are loaded into the system storage；
The step of performing the quick turn-on program further includes：
Any image-decoding device driver in one or more group image decoder drivers is carried
Enter the system storage；And
The dot chart archives are loaded into the frame buffer zone of the system storage, the display unit is used as
Show frame.
3. television system as claimed in claim 1, further includes one or more group image decoders, the wherein storage
Memory cell separately stores one or more group image decoder drivers, and one or more group image decoders include one
Joint Photographic Experts Group (Joint Photographic Experts Group, JPEG) decoder, this one or
Multigroup image-decoding device driver includes Joint Photographic Experts Group's decoder driver, the hum pattern
Picture archives are Joint Photographic Experts Group's archives, and the system storage includes a frame buffer zone (frame
Buffer), for storing the display frame of the display unit, wherein
The step of performing the normal booting procedure further includes：
One or more group image decoder drivers are loaded into the system storage；
The step of performing the quick turn-on program further includes：
Joint Photographic Experts Group's decoder driver is loaded into the system storage, without by its
He is loaded into the system storage by image-decoding device driver；
Joint Photographic Experts Group's decoder is controlled to perform one to Joint Photographic Experts Group's archives
Decoding program, to produce a decoded information image file；And
The decoded information image file is loaded into the frame buffer zone of the system storage, it is aobvious as this
Show the display frame of unit.
4. television system as claimed in claim 1, it is characterised in that the storage element separately stores one and opened
Machine image file, the step of performing the normal booting procedure further includes：
The starting-up image archives are shown by the display unit.
5. television system as claimed in claim 4, it is characterised in that the starting-up image archives are different from should
Frame archives.
6. television system as claimed in claim 1, it is characterised in that performing this just according to the starting-up signal
The step of normal boot program or the quick turn-on program, includes：
Judge that the starting-up signal corresponds to one first input block or one second input block；
If the starting-up signal corresponds to first input block, the normal booting procedure is performed；And
If the starting-up signal corresponds to second input block, the quick turn-on program is performed.
7. television system as claimed in claim 1, is further included：
One network signal Transmit-Receive Unit, couples the processing unit；
Wherein, when the television system is in a resting state, the display unit does not show any frame, at this
Reason unit more performs the plurality of programmed instruction to complete following steps：
By the network signal Transmit-Receive Unit, a data are received from a server；And
The frame archives are produced according to the data.
8. television system as claimed in claim 7, it is characterised in that produce the hum pattern according to the data
Further included as the step of archives：
A web page browsing application program (web browser) is performed, corresponds to the clothes to be produced according to the data
A webpage (webpage) for business device；And
Convert the webpage into the frame archives.
9. television system as claimed in claim 1, it is characterised in that the frame archives include one the
The information category of one subgraph and one second subgraph, first subgraph and second subgraph is different.
10. television system as claimed in claim 1, it is characterised in that complete the step of the quick turn-on program
After rapid, the processing unit more performs the plurality of programmed instruction to complete following steps：
Into an order wait state；
Judge the order wait state whether more than a preset time；And
If the order wait state exceedes after the preset time, the television system is set to enter a resting state or one
Off-mode.
11. a kind of method of the quick display information in a television system, the television system includes the multiple journeys of storage
Sequence instruction, the one of a frame archives (informative image file) and an operating system kernel (kernel)
Storage element, a display unit, a system storage and the signal reception for receiving a starting-up signal
Unit, this method is included：
A normal booting procedure or a quick turn-on program are performed according to the starting-up signal；
The step of performing the normal booting procedure includes：
The operating system kernel is loaded into the system storage；
The step of performing the quick turn-on program includes：
The operating system kernel system storage is not loaded into；And
The frame archives are shown by the display unit.
12. method as claimed in claim 11, it is characterised in that the television system further includes one or more groups
Image-decoding device, the storage element separately stores one or more group image decoder drivers, the frame
Archives are a dot chart archives (Bitmap, BMP), and the system storage includes a frame buffer zone (frame
Buffer), for storing the display frame of the display unit, wherein
The step of performing the normal booting procedure further includes：
One or more group image decoder drivers are loaded into the system storage；
The step of performing the quick turn-on program further includes：
Any image-decoding device driver in one or more group image decoder drivers is carried
Enter the system storage；And
The dot chart archives are loaded into the frame buffer zone of the system storage, the display unit is used as
Show frame.
13. method as claimed in claim 11, it is characterised in that the television system further includes one or more groups
Image-decoding device, the storage element separately stores one or more group image decoder drivers, this one or more groups
Image-decoding device includes a Joint Photographic Experts Group (Joint Photographic Experts Group, JPEG)
Decoder, one or more group image decoder drivers drive comprising Joint Photographic Experts Group's decoder
Program, the frame archives are Joint Photographic Experts Group's archives, and the system storage is slow comprising a frame
Area (frame buffer) is rushed, for storing the display frame of the display unit, wherein
The step of performing the normal booting procedure further includes：
One or more group image decoder drivers are loaded into the system storage；
The step of performing the quick turn-on program further includes：
Joint Photographic Experts Group's decoder driver is loaded into the system storage, without by its
He is loaded into the system storage by image-decoding device driver；
Joint Photographic Experts Group's decoder is controlled to perform one to Joint Photographic Experts Group's archives
Decoding program, to produce a decoded information image file；And
The decoded information image file is loaded into the frame buffer zone of the system storage, it is aobvious as this
Show the display frame of unit.
14. method as claimed in claim 11, it is characterised in that the storage element separately stores a start
Image file, the step of performing the normal booting procedure further includes：
The starting-up image archives are shown by the display unit.
15. method as claimed in claim 14, it is characterised in that the starting-up image archives are different from the letter
Cease image file.
16. method as claimed in claim 11, it is characterised in that perform this according to the starting-up signal normal
The step of boot program or the quick turn-on program, includes：
Judge that the starting-up signal corresponds to one first input block or one second input block；
If the starting-up signal corresponds to first input block, the normal booting procedure is performed；And
If the starting-up signal corresponds to second input block, the quick turn-on program is performed.
17. method as claimed in claim 11, it is characterised in that the television system further includes network letter
Number Transmit-Receive Unit, when the television system is in a resting state, the display unit does not show any frame, should
Method is further included：
By the network signal Transmit-Receive Unit, a data are received from a server；And
The frame archives are produced according to the data.
18. method as claimed in claim 17, it is characterised in that produce the frame according to the data
The step of archives, further includes：
A web page browsing application program (web browser) is performed, corresponds to the clothes to be produced according to the data
A webpage (webpage) for business device；And
Convert the webpage into the frame archives.
19. method as claimed in claim 11, it is characterised in that the frame archives include one first
The information category of subgraph and one second subgraph, first subgraph and second subgraph is different.
20. method as claimed in claim 11, the step of the quick turn-on program after further include：
The television system is made to enter an order wait state；
Judge the order wait state whether more than a preset time；And
If the order wait state exceedes after the preset time, the television system is set to enter a resting state or one
Off-mode.
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| CN201610134965.9A CN107181975A (en) | 2016-03-10 | 2016-03-10 | The method of television system and quick display information on the television system |
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| CN201610134965.9A CN107181975A (en) | 2016-03-10 | 2016-03-10 | The method of television system and quick display information on the television system |
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