CN107545863A

CN107545863A - Show the method, display frequency regulation and control method and display device of entire image

Info

Publication number: CN107545863A
Application number: CN201710732175.5A
Authority: CN
Inventors: 胡艳萍
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-08-24
Filing date: 2017-08-24
Publication date: 2018-01-05

Abstract

The invention discloses a kind of display device all pixels parallel synchronous to show entire image, and the display frequency of image is the methods and display device of the N (N is natural number) of picture signal frame frequency (or refreshing frequency) again.The each pixel of display device includes at least two storage devices, and addressing input and parallel synchronous output driving all pixels show entire image respectively；With frequency control set for adjusting adjustment control display frequency.Display device is allowed in any time of display image, is all the complete image of a width, also, the method for the signal frame-frequency (or refreshing frequency) of display frequency N (N is natural number) times image of image；And respective pixel structure, corresponding display base plate and display device.

Description

Show the method, display frequency regulation and control method and display device of entire image

Technical field

The present invention relates to display technology field.The present invention is that a kind of image display device parallel synchronous shows entire image Method, and the regulation and control method of the display frequency of display image, and include such a display methods, regulate and control the display dress of method Put.

Background technology

Existing various image display devices, all it is the method shown using the scanning input of signal side, side driving pixel.It is aobvious The every piece image shown is all dynamic image, and what is shown at any time is not the complete image of a width, but piece image A point or a part, then using human vision time set, spatial aggregation effect, " assembly " is completely schemed into a width Picture.

The vision system of people is parallel system, and during long-term natural evolution, has been evolved into while has seen already The system and function of entire image.For image display device when display image, the vision that ought at utmost meet people is special Point, shows entire image at any time.In the past, because the limitation of technology, display device can only be according to the transmission of picture signal Sequentially, by the complete image of a width, series display comes out in a manner of " fragment ", utilizes the time set of human vision and space Aggregating characteristic, i.e., using human eye and brain come " being assembled into " entire image, the concurrent working characteristic of human eye and brain is not met.

In patent of invention " parallel display the synchronous display method " (patent No.：02109233.8) in, a kind of " string is disclosed The method that row input-- parallel output " shows entire image, a kind of display device of this disclosure of the invention, serial input-- simultaneously The method of the width complete image of row output display one.Weak point is：Signal input is serial input, and frequency for showing of image etc. In the signal frame-frequency (or refreshing frequency) of image, i.e. the display frequency of image is equal to refreshing frequency, is equal to signal in other words Frequency.

Existing signal addressing input method has a variety of：Have line by line point-by-point input method, the point-by-point input method of interlacing, by domain input Method, in the ranks serial often row parallel input method etc..For purposes of illustration only, here, a frame image signal can be input to phase on demand The signal input method of the memory cell for the display pixel answered is referred to as addressing input (similarly hereinafter).

The deficiency of existing Display Technique is：Though display device can be allowed to show complete image at any time, improve aobvious Show (or refreshing) frequency limited in prior art, and the leeway improved is limited, cost is big.

The content of the invention：

The present invention discloses a kind of image display device all pixels parallel synchronous and shows entire image (referred to as：View picture shows, Or display entire image, similarly hereinafter) method, and display image display frequency be picture signal frame frequency (or refreshing frequency) N The adjustment control of (N is natural number) again is (referred to as：Regulation and control, similarly hereinafter) method, and realize such a display methods, adjustment control method Corresponding dot structure, corresponding display base plate and display device.

Technical scheme provided by the invention is：

The invention discloses a kind of display device all pixels parallel synchronous to show entire image (referred to as：View picture shows, under Together), and image display frequency be picture signal frame frequency (or refreshing frequency) N (N is natural number) times method.Allow display Device is all the complete image of a width in any time of display image, also, the display frequency N (N is natural number) of image times In the method for the signal frame-frequency (or refreshing frequency) of image；And respective pixel structure, corresponding display base plate and display device；

Display device of the present invention, which comprises at least, to be had：

1st, each pixel includes the storage device (or structure) that can at least store two frame signals；

2nd, the display base plate of multiple pixel compositions, the display screen that display base plate is formed, the display device of display screen composition；

3rd, display device has shown image, is arbitrarily showing the moment, is all the function of the complete image of a width, i.e., Display device has the function that view picture is shown；

4th, image display frequency control set for adjusting (or structure) is included；

5th, display device has：Display frequency is N (N is natural number) times of display image signals frame frequency (or refreshing frequency) Control set for adjusting (or structure) structure and (or) function.

View picture is shown and the display frequency adjustment control course of work：

Wherein, the method for whole display picture：Each pixel of display device, depositing for two frame signals can at least be stored by having Storage device, a storage device (or storage organization, hereinafter referred to as storage device) for each pixel therein, for storing just In the picture signal of addressing input, another (or several) have been stored with the storage dress of previous frame (or a few frames) picture signal Put, for driving pixel to show according to rate signals order, order, control of all pixels of display device in synchronizing signal Under, parallel synchronous shows entire image；Per frame image signal after addressing input, addressing input is finished into depositing for a two field picture Storage device, synchronizing signal control under, be input to driving display storage device (or switching storage device, allow driving store Device is transformed into addressing input state, and has stored the storage device for the frame image signal for just addressing input, conversion To drive storage device), it is synchronous to drive all pixels to show the complete image of a width.Allow display device display image it Before, after each image is assembled into the complete image of a width, the method for resynchronisation display entire image.Said process is circulated, it is real Existing entire image continuously displays.

Wherein, at least two storage device is divided into cascaded structure and parallel-connection structure；Storage device can also be integrated and deposit Storage device.This method, which is used alone, can realize display device, arbitrarily show the moment, realize that view picture is shown.

The display frequency control method of display image：

Display device when entire image is shown, with N (N is natural number) times believed by display frequency control set for adjusting The signal of number frame frequency (or refreshing frequency), the video frequency or driving display frequency of adjustment control all pixels are (or with tune The backlight of system penetrates display screen (or pixel) according to (saturating), or with light regulating valve and image signal modulation), realize the image of display device Display frequency is N (N is natural number) times of the method for video frequency (or refreshing frequency).

Wherein, display frequency control set for adjusting, it is divided into following several：

1st, display frequency regulation device is located between storage device and pixel-driving circuit (or device), adjustment control pixel Signal driving frequency, adjustment control frequency is N (N is natural number) times of picture signal frame frequency (or refreshing frequency)；

2nd, display frequency regulation device is located among pixel-driving circuit (or device), and the signal of adjustment control pixel is shown Frequency, adjustment control frequency are N (N is natural number) times of picture signal frame frequencies (or refreshing frequency)；

3rd, display frequency regulation device is multiple-grid pixel-driving circuit (or device), with another grid adjustment control pixel Signal display frequency, adjustment control frequency is N (N is natural number) times of picture signal frame frequency (or refreshing frequency)；

4th, display frequency regulation device is the regulation of the back of the body (printing opacity and reflective) light, N (N is natural number) times picture signal frame frequency The signal of (or refreshing frequency), mutually modulated with display image；

5th, display frequency regulation device is light regulating valve, the modulating frequency of light regulating valve, is N (N is natural number) times of figure As the frequency of signal frame-frequency (or refreshing frequency), the image light signals of display are modulated by light regulating valve, realize that (N is nature to N Number) times picture signal frame frequency (or refreshing frequency) signal display frequency.

Above-mentioned several display frequency adjustment control methods, it is used alone, can be shown with the image of adjustment control display device Frequency, the picture frequency for showing display device, be signal frame-frequency (or refreshing frequency) N (N is natural number) times.

Several structures and method of above-mentioned display entire image method, several structures with display frequency adjustment control method With method, it is mutually combined, can realizes that the view picture of display image is shown, and display frequency is N (N is natural number) times image The display frequency of the signal of signal frame-frequency (or refreshing frequency).When view picture display methods is used alone, entire image can be shown, The display frequency of its display device is exactly signal frame-frequency (or refreshing frequency)；Existing Display Technique is along with the display frequency of the present invention Rate adjusting method, it is N (N is natural number) times of signal frame-frequency (or refreshing frequency) that can also realize display frequency.

Below in conjunction with the accompanying drawings, several specific embodiments are provided to illustrate.

Brief description of the drawings：

1st, Fig. 1 is prior art dot structure；Wherein：M, n is addressing input control line and signal input line；CL is addressing After input, signal is input to the second storage device control line；Q1-1, Q1-2 are transistor；C1-1, C1-2 fill for storage Put；LC is pixel；

2nd, Fig. 2 is prior art display device schematic diagram；Wherein：M, N is addressing input control line and signal input line； After CL is the addressing input of first storage device signal, signal parallel is input to the second storage device control line；

3rd, Fig. 3 is the dot structure schematic diagram that storage device is series connection；Wherein：M, n is addressing input control line and signal Input line；After CL is the addressing input of first storage device signal, signal is input to the second storage device control line；CL arrows Shown switch signaling switch between first storage device and the second storage device；S3-1, S3-2 are respectively first, in dashed box Two storage devices；M is pixel driving device (or circuit)；Q is pixel (active light emitting pixel or passive tune (saturating) light pixel)；

4th, Fig. 4 is the dot structure schematic diagram that storage device is series connection；Wherein：M, n is addressing input control line and signal Input line；After CL is the addressing input of first storage device signal, signal is input to the second storage device control line；CL arrows Shown switch signaling switch between first storage device and the second storage device；S4-1, S4-2 are respectively first, in dashed box Two storage devices；Q4-1 is pixel driving device (or circuit)；Q4-2 is display frequency control set for adjusting；Fm is display frequency Adjustment control end；Q4-3 is pixel (active light emitting pixel or passive tune (saturating) light pixel)；

5th, Fig. 5 is the dot structure schematic diagram that storage device is series connection；Wherein：M, n is addressing input control line and signal Input line；After CL is the addressing input of first storage device signal, signal is input to the second storage device control line；CL arrows Shown switch signaling switch between first storage device and the second storage device；S5-1, S5-2 are respectively first, in dashed box Two storage devices；Q5-1 is pixel driving device (or circuit)；Q5-2 is display frequency control set for adjusting；Fm is display frequency Adjustment control end；Q5-3 is pixel (active light emitting pixel or passive tune (saturating) light pixel)；

6th, Fig. 6 is storage device principle schematic；Q is transistor, and D, S are source electrode and drain electrode, and G is grid；C is storage electricity Container；

7th, Fig. 7 is pixel-driven structure principle schematic；Q1 is driving transistor, and Q2 is that (actively light display pixel picture Element or passive tune (saturating) light pixel)；Data picture signals；VDD is pixel power supply；

8th, Fig. 8 is transistor schematic；Q is transistor, and D, S are source electrode and drain electrode, and G is grid；Transistor can be electricity Sub switch or modulator or driving transistor；

9th, Fig. 9 is that multiple-grid drives pixel driving device principle schematic；Q9-1 is multiple-grid driving transistor, and Q9-2 is display Pixel (active light emitting pixel or passive tune (saturating) light pixel)；G9-1 is picture signal input；G9-2 modulates for display frequency Signal Fm control terminals；VDD is pixel power supply；

10th, Figure 10 is that storage device is dot structure schematic diagram in parallel；Wherein：M, n is addressing input control line and letter Number input line；CL is first storage device and the second storage device conversion and control line；CL signal and pass through the reverse of reverser Signal, first storage device is controlled to be connected or disconnect with the second storage device with addressing input signal end respectively, and output signal To display control unit (or structure) M；Switch shown in arrow for first storage device and the second storage device addressing input and Signal output switch；S10-1, S10-2 are respectively first, second storage device in dashed box；M in square frame is pixel driving device (or circuit)；Q10 is display pixel (active light emitting pixel or passive tune (saturating) light pixel)；

11st, Figure 11 is that storage device is pixel device-structure schematic diagram in parallel；Wherein：M, n is addressing input control line And signal input line；CL is first storage device and the second storage device conversion and control line；CL signal and pass through reverser Reverse signal, first storage device is controlled to be connected or disconnect with the second storage device with addressing input signal end respectively, and output Signal is to display control unit (or structure) Q11-1；Switch shown in arrow is sought for first storage device and the second storage device Location inputs and signal output switch；S11-1, S11-2 are respectively first, second storage device in dashed box；Q11-2 is pixel driver Device (or circuit)；Q11-3 is display pixel (active light emitting pixel or passive tune (saturating) light pixel)；

12nd, Figure 12 is that storage device is dot structure schematic diagram in parallel；Wherein：M, n is addressing input control line and letter Number input line；CL is first storage device and the second storage device conversion and control line；CL signal and pass through the reverse of reverser Signal, first storage device is controlled to be connected or disconnect with the second storage device with addressing input signal end respectively, and output signal To pixel driving device (or structure) Q12-1；Switch shown in arrow is first storage device and the second storage device in dashed box Addressing input and signal output switch；S12-1, S12-2 are respectively first, second storage device in dashed box；Q12-1 drives for pixel Dynamic device (or circuit)；Q12-3 is display pixel (active light emitting pixel or passive tune (saturating) light pixel)；Q12-2 is display frequency Rate control set for adjusting；Fm is display frequency adjustment control end；

13rd, Figure 13 is the multiple-grid driving dot structure schematic diagram that storage device is series connection；Wherein：M, n is addressing input control Line and signal input line processed；After CL is the addressing input of first storage device signal, signal is input to the second storage device control Line processed；Switch signaling switch between first storage device and the second storage device shown in CL arrows；S13-1, S13-2 in dashed box Respectively first, second storage device；Q13-1 is multiple-gate transistor pixel-driving circuit；Fm is display frequency adjustment control end； Q13-2 is pixel (active light emitting pixel or passive tune (saturating) light pixel)；

14th, Figure 14 is that storage device is multiple-grid driving dot structure schematic diagram in parallel；Wherein：M, n is addressing input control Line and signal input line processed；CL is first storage device and the second storage device conversion and control line；CL signal and by reverse The reverse signal of device, first storage device is controlled to be connected or disconnect with the second storage device with addressing input signal end respectively, and Output signals to pixel driving device (or structure) Q14-1；Switch is deposited for first storage device and second shown in arrow in dashed box The addressing input of storage device and signal output switch；S14-1, S14-2 are respectively first, second storage device in dashed box；Q14- 1 is pixel driving device (or circuit)；Q14-1 is multiple-grid active matrix driving transistor；Q14-2 is that (actively light display pixel picture Element or passive tune (saturating) light pixel)；Fm is display frequency adjustment control end；

15th, Figure 15 is the dot structure schematic diagram that integrated memory device is series connection；Wherein：M, n is addressing input control line And signal input line；CL is first storage device signal output to the second storage device control line；S15-1, S15-2 in dashed box Respectively first, second multidigit integrated memory device；Q15-1 is pixel driving device (or circuit)；Q15-2 is display pixel (active light emitting pixel or passive tune (saturating) light pixel)；CP is that the second storage device shifts output control terminal；

16th, Figure 16 is the dot structure schematic diagram that integrated memory device is series connection；Wherein：M, n is addressing input control line And signal input line；CL is first storage device signal output to the second storage device control line；S16-1, S16-2 in dashed box Respectively first, second multidigit integrated memory device；Q16-2 is pixel driving device (or circuit)；Q16-3 is display pixel (active light emitting pixel or passive tune (saturating) light pixel)；CP is that the second storage device shifts output control terminal；Q16-1 is display frequency Rate adjustment control transistor；Fm is display frequency adjustment control end；

17th, Figure 17 is the dot structure schematic diagram that integrated memory device is series connection；Wherein：M, n is addressing input control line And signal input line；CL is first storage device signal output to the second storage device control line；S17-1, S17-2 in dashed box Respectively first, second multidigit integrated memory device；Q17-1 is pixel driving device (or circuit)；Q17-3 is display pixel (active light emitting pixel or passive tune (saturating) light pixel)；CP is that the second storage device shifts output control terminal；Q17-2 is display Frequency adjustment control transistor；Fm is display frequency adjustment control end；

18th, Figure 18 is the display screen or substrate principle schematic diagram being made up of display pixel structure；Square frame represents a pixel Structure；N-1, n, n+1 and m-1, m, m+1 are addressing input selection line and signal wire；CL is that first storage device stores to second Device input signal (or switching for first storage device and the second storage device) control line；

19th, Figure 19 is the display screen or substrate principle schematic diagram being made up of display pixel structure；Square frame represents a pixel Structure；N-1, n, n+1 and m-1, m, m+1 are addressing input selection line and signal wire；CL is that first storage device stores to second Device input signal (or switching for first storage device and the second storage device) control line；Fm is display frequency adjustment control End；

20th, Figure 20 is display screen or the substrate principle signal for the display pixel structure composition that storage device is integrated morphology Figure；Square frame represents a dot structure；N-1, n, n+1 and m-1, m, m+1 are addressing input selection line and signal wire；CL is first Storage device is to the second storage device input signal (or switching for first storage device and the second storage device) control line；CP is The storage device of pixel second shifts output control line；

21st, Figure 21 is display screen or the substrate principle signal for the display pixel structure composition that storage device is integrated morphology Figure；Square frame represents a dot structure；N-1, n, n+1 and m-1, m, m+1 are addressing input selection line and signal wire；CL is first Storage device is to the second storage device input signal (or switching for first storage device and the second storage device) control line；CP is The storage device of pixel second shifts output control line；Fm is display frequency adjustment control end；

22nd, Figure 22 is the display frequency adjustment control principle schematic of printing opacity display device；Wherein：LI (Fm) is expressed as carrying on the back The backlight (or backlight array) of light regulation, the backlight of output N (N is natural number) times video frequencies (or refreshing frequency)； LC represents the pel array or substrate that backlight is shown；

23rd, Figure 23 is the display frequency adjustment control principle schematic of printing opacity display device；Wherein：Incident light is modulation Backlight (modulating frequency Fm is the backlight of N (N is natural number) times video frequencies (or refreshing frequency))；LC represents backlight The pel array of display base plate；Emergent light is the image light signals of display；

24th, Figure 24 had both been the display frequency adjustment control principle schematic of reflective display device, also adjusted valve regulation for light Control display frequency control set for adjusting schematic diagram；Wherein, illustrate for the display frequency adjustment control principle of reflective display device Figure：Incident light is continuous backlight, and LC shown in Fm arrows is the pel array or substrate (or light regulating valve) that backlight is shown, is modulated Frequency Fm is N (N is natural number) times video frequency (or refreshing frequency), and emergent light is N (N is natural number) times image The optical signal of signal frequency (or refreshing frequency)；For light regulating valve adjustment control display frequency control set for adjusting：Incident light is Picture signal, reflected light are display frequency optical signal after the modulation of light regulating valve, and Fm is light regulating valve adjustment control frequency；

25th, Figure 25 is the display frequency adjustment control principle schematic of reflective display device；Wherein：Incident light is modulation Backlight (modulating frequency Fm is the backlight of N (N is natural number) times video frequencies (or refreshing frequency))；LC represents backlight The pel array of display base plate；Reflected light is the display image of N (N is natural number) times video frequencies (or refreshing frequency) Optical signal；

26th, Figure 26 is display frequency adjustment control frequency, with the relation schematic diagram between picture frame frequency signal；Wherein：f_Input For the picture signal frame frequency cycle；f_DrivingFor frame frequency drive cycle；Fm is display frequency schematic diagram；f_{It is aobvious}Show for the image of display device Show frequency cycle；

27th, Figure 27 is vertical display device；Wherein：X27-1 is display screen, and X27-2 is frame；

28th, Figure 28 is hand-held class display device；Wherein：X28-1 is display screen, and X28-2 is frame；

29th, Figure 29 is head-mounted display apparatus；Wherein：X29-1 is left display screen, and X29-2 is right display screen；

The specific embodiment of the present invention：

First embodiment：

The display screen and display device of a kind of display device, include：

1st, each pixel comprises at least more than two storage devices (or structure, call storage device in the following text), multiple pixel structures Into display screen；

2nd, at least one display frequency control set for adjusting；

3rd, each pixel has the storage device that can store at least two frame corresponding image signals, the storage more than two Device is cascaded structure；

4th, dot structure schematic diagram is as shown in Fig. 4,5,13, is storage device schematic diagram in dashed box, corresponding display device Principle schematic is as shown in figure 19, and display frequency adjustment control signal relation Fm schematic diagrames are as shown in figure 26；

View picture is shown and the display frequency adjustment control course of work is (by taking two storage devices as an example)：

The first storage device S4-1 (or S5-1, S13-1) of display screen all pixels, addressing input finish two field picture letter After number, under the control of CL synchronizing signals, after being synchronously input to the second storage device S4-2 (or S5-2, S13-2), the second storage dress Output image signal is put, is shown by transistor driving pixel.During driving is shown per two field picture, display frequency regulation Device controls display frequency, the frequency for making display image is the N of picture signal under Fm (Fm signal schematic representation such as Figure 26) controls (N is natural number) times.In the second storage device output image signal, during driving pixel shows every frame entire image, display screen The first storage device of all pixels, then address the next frame image signal of input；Meanwhile believe in the second storage device output image Number, driving pixel is shown per during frame entire image, adjusts the display frequency of display image, the picture frequency for making display is signal The N (N is natural number) of frame frequency (or refreshing frequency) times；All first storage device S4-1 (or S5-1, S13-1) of screen to be shown, Addressing input next frame image signal after, CL synchronizing signals control under, be synchronously input to the second storage device S4-2 (or S5-2, S13-2), the second storage device output image signal is synchronous to drive by driving transistor Q4-1 (or Q5-1, Q13-1) Dynamic display screen all pixels parallel synchronous shows entire image；Display frequency adjusting means Q4-2 (or Q5-2, Q13-1), in Fm (Fm signal schematic representation such as Figure 26) control under, control display frequency, make display frequency be image signal frame-frequency (or refresh frequency Rate) N (N is natural number) times, circulate said process, realize continuously displaying for entire image.Therefore, reach display device to show Entire image, and realize N (N is natural number) times of the purpose that display frequency is signal frame-frequency (or refreshing frequency).

Display device such as Figure 27,28,29 of such a method composition etc..Wherein：X27-1 is display screen, and X27-2 is frame； X28-1 is display screen, and X28-2 is frame；Figure 29 can be head-mounted display apparatus or 3 d display device, X29-1 For left display screen, X29-2 is right display screen.

Second embodiment：

The display screen and display device of a kind of display device, include：

1st, each pixel comprises at least the storage device (or structure, call storage device in the following text) on two, multiple pixel structures Into display screen；

2nd, at least one display frequency control set for adjusting；

3rd, each pixel has the storage device that can store two frame above corresponding image signals, the storage more than two Device is parallel-connection structure；

4th, each storage device has the function of addressing input and output display signal；

5th, dot structure schematic diagram is storage device schematic diagram in dashed box as shown in Figure 11,12,14, corresponding display dress It is as shown in figure 19 to put schematic diagram, display frequency adjustment control signal relation Fm schematic diagrames are as shown in figure 26；

The first storage device S11-1 (or S12-1, S14-1) of display screen all pixels, addressing input finish every two field picture After signal, under synchronizing signal CL controls, after synchronism switching is driving storage state, input breaks with signal addressing input m Open, output end is connected with pixel-driving circuit (or device), output image signal, aobvious by drive circuit or device, driving The corresponding all pixels of display screen show entire image.During driving is shown per two field picture, display frequency adjusting means Q11-1 (or Q12-2, Q14-1 transistor), under control signal Fm (Fm signal schematic representation such as Figure 26) controls, adjustment control display frequency Rate, the frequency for making display image are N (N is natural number) times of picture signal.Meanwhile the first addressable memory device S11-1 (or S12-1, S14-1), when switching to driving dispaly state, the second storage device S11-2 (or S12-2, S14-2), in synchronizing signal Under CL controls, addressing input state is switched to, output end disconnects the chain with pixel-driving circuit (or device) under CL controls Connect, addressing input is connected by switching with signal input part m, is started addressing and is inputted next frame image signal；Meanwhile it is in The first storage device of output driving state, during driving pixel shows every frame entire image, display frequency adjusting means Q11-1 (or Q12-2, Q14-1 transistor), under control signal Fm (Fm signal schematic representation such as Figure 26) controls, control display frequency Rate, the display frequency of adjustment control display image, the picture frequency for making display be signal frame-frequency (or refreshing frequency) N (N be from So number) times, after the addressing of the second storage device of screen all pixels to be shown input next frame image signal, synchronism switching is drive Dynamic output state, first storage device synchronism switching are addressing input state, the second storage device synchronism output picture signal, are driven Dynamic display screen shows entire image, and under the adjustment control of display frequency control device, make display frequency for signal frame-frequency (or Refreshing frequency) N (N is natural number) times, circulate said process, realize continuously displaying for entire image.Therefore, display dress is reached Display entire image is put, and realizes N (N is natural number) times of the purpose that display frequency is signal frame-frequency (or refreshing frequency).

3rd embodiment：

The display screen and display device of a kind of display device, include：

2nd, at least one display frequency control set for adjusting, its control set for adjusting positioned at display signal storage device with Between pixel-driving circuit (or device)；

3rd, each pixel, which has, can store the storage devices of at least two frame above corresponding image signals, more than two Storage device is cascaded structure；

4th, dot structure schematic diagram is as shown in figure 5, be storage device schematic diagram in dashed box, the display device schematic diagram of composition As shown in figure 19, display frequency adjustment control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S5-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, the second storage device S5-2 is synchronously input to, the second storage device output image signal, passes through drive device Q5-1 (transistor) drivings pixel Q5-3 is shown.During driving is shown per two field picture, display frequency adjusting means Q5-2 Under control signal Fm (Fm signal schematic representation such as Figure 26) controls, by Q5-2 modulated image signals, the picture signal after modulation, Pixel is driven to show by driving transistor Q5-1, the frequency for making display image is N (N is natural number) times of picture signal. Second storage device S5-2 output image signals, during driving pixel show often frame entire image, the of display screen all pixels One storage device S5-1, then address the next frame image signal of input；Meanwhile shown in the second storage device S5-2 drivings pixel During per frame entire image, the display frequency of display image is adjusted, the picture frequency for making display is that signal frame-frequency (or refreshes frequency Rate) N (N is natural number) times；The first storage device S5-1 addressing of screen all pixels to be shown has inputted next two field picture letter After number, under synchronizing signal CL controls, the second storage device S5-2 is synchronously input to, the second storage device synchronously drives display screen Entire image is shown, the display frequency control device between display signal storage device and pixel-driving circuit (or device) Q5-1, under control signal Fm (Fm signal schematic representation such as Figure 26) controls, picture signal driving frequency is controlled, reaches display device Entire image is shown, and realizes that display frequency is N (N is natural number) times of the purpose of picture signal frame frequency (or refreshing frequency), Said process is circulated, realizes continuously displaying for entire image.Therefore, reach display device and show entire image, and realize display Frequency is N (N is natural number) times of the purpose of signal frame-frequency (or refreshing frequency).

Fourth embodiment：

The display screen and display device of a kind of display device, include：

3rd, each pixel, which has, can store the storage devices of at least two frame above corresponding image signals, more than two Storage device is parallel-connection structure；

5th, dot structure schematic diagram is as shown in figure 11, is storage device schematic diagram in dashed box, corresponding display device signal Figure is as shown in figure 19, and display frequency adjustment control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S11-1 of display screen all pixels, after addressing input finishes every frame image signal, in synchronous letter Under number CL control, synchronism switching is driving output state, and output image signal driving all respective pixel Q11-3 of display screen show Show entire image.While the first addressable memory device switches to driving output state, the second storage device S11-2 is switched to Input state is addressed, and starts addressing and inputs next frame image signal；Meanwhile drive pixel in first storage device S11-1 It is aobvious between display signal storage device and pixel-driving circuit (or device) during Q11-3 shows every frame entire image Show frequency regulation arrangement Q11-1, under control signal Fm (Fm signal schematic representation such as Figure 26) controls, control picture signal driving frequency Rate, adjust the display frequency of display image；The second storage device addressing of screen all pixels to be shown has inputted next two field picture After signal, synchronism switching is driving condition, and first storage device synchronism switching is to address input state, the second storage device S11- 2 synchronous driving display screens show entire image, and under the control of display frequency control device, it is signal frame-frequency to make display frequency The N (N is natural number) of (or refreshing frequency) times.Said process is circulated, realizes continuously displaying for entire image.Therefore, reach aobvious Showing device shows entire image, and realizes N (N is natural number) times of the mesh that display frequency is signal frame-frequency (or refreshing frequency) 's.

5th embodiment：

The display screen and display device of a kind of display device, include：

2nd, at least one display frequency control device, display frequency control set for adjusting, its control set for adjusting are located at Among pixel-driving circuit (or device)；

4th, dot structure schematic diagram is as shown in figure 4, be storage device schematic diagram in dashed box, corresponding display device schematic diagram As shown in figure 19, display frequency adjustment control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S4-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number control CL, the second storage device S4-2 is synchronously input to, driving pixel is shown.The process of a two field picture is shown in driving In, the display frequency adjusting means Q4-2 among pixel-driving circuit (or device), in control signal Fm, (Fm signals show It is intended to such as Figure 26) under control, the frequency for making display image is N (N is natural number) times of picture signal.In the second storage device During S4-2 drivings pixel Q4-3 shows a frame entire image, the first storage device S4-1 of display screen all pixels, then address Input next frame image signal；Meanwhile show that adjustment is aobvious per during frame entire image in the second storage device S4-2 drivings pixel The display frequency of diagram picture, the picture frequency for making display are N (N is natural number) times of signal frame-frequency (or refreshing frequency)；Wait to show After all first storage device S4-1 addressing of display screen have inputted next frame image signal, the second storage device S4- is synchronously input to 2, synchronously driving display screen shows entire image to the second storage device, the display frequency among pixel-driving circuit (or device) Rate adjusting means Q4-2, under synchronizing signal Fm controls, Synchronization Control picture signal display frequency.Said process is circulated, is realized Entire image continuously displays.Therefore, reach display device show entire image, and realize display frequency for signal frame-frequency (or Refreshing frequency) N (N is natural number) times purpose.

Sixth embodiment：

The display screen and display device of a kind of display device, include：

2nd, at least one display frequency control set for adjusting, its control set for adjusting be located at pixel-driving circuit (or dress Put) among；

5th, dot structure schematic diagram is as shown in figure 12, is storage device schematic diagram in dashed box, corresponding display device signal Figure is as shown in figure 19, and display frequency adjustment control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S12-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, synchronism switching is driving output state, and drives display screen all pixels Q12-3 to show entire image. While one addressable memory device S12-1 switches to driving display storage device, the second storage device S12-2 switches to addressing defeated Enter state, and start addressing and input next frame image signal；Meanwhile show a frame in first storage device S12-1 drivings pixel During entire image, the display frequency adjustment control between display signal storage device and pixel-driving circuit (or device) Device Q12-2, under control signal Fm (Fm signal schematic representation such as Figure 26) controls, control picture signal driving display, adjust aobvious The display frequency of diagram picture；After second storage device S12-2 addressing has inputted next frame image signal, synchronism switching is driving shape State, first storage device S12-1 synchronism switchings are addressing input state, and synchronously driving shows screen display to the second storage device S12-2 Show entire image, display frequency control set for adjusting Q12-2, under control signal Fm (Fm signal schematic representation such as Figure 26) controls, Make N (N is natural number) times that display frequency is signal frame-frequency (or refreshing frequency).Said process is circulated, realizes entire image Continuously display.Therefore, reach display device and show entire image, and realize display frequency for signal frame-frequency (or refreshing frequency) N (N is natural number) times of purpose.

7th embodiment：

The display screen and display device of a kind of display device, include：

2nd, at least one display frequency control set for adjusting, its control set for adjusting be located at pixel-driving circuit (or dress Put) among, and its control set for adjusting is multiple-grid active transistor；

4th, dot structure schematic diagram is as shown in figure 13, is storage device schematic diagram in dashed box, corresponding display device signal Figure is as shown in figure 19, and display frequency adjustment control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S13-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, the second storage device S13-2 is synchronously input to, the second storage device S13-2 of display screen all pixels is synchronous Pixel is driven to show entire image.Shown in driving per during two field picture, display frequency adjusting means Q13-1, by the Two grids, under the control of Fm (Fm signal schematic representation such as Figure 26) signal, control driving display frequency, make the display of display image frequently Rate is N (N is natural number) times of picture signal frame frequency.Shown in the second storage device S13-2 drivings pixel per frame entire image Period, the first storage device S13-1 of display screen all pixels, then address the next frame image signal of input；Meanwhile in display screen The second storage device S13-2 drivings pixel of all pixels shows that Fm passes through multiple-gate transistor Q13-1 per during frame entire image The display frequency of display image is adjusted, the picture frequency for making display is the N (N is natural number) of signal frame-frequency (or refreshing frequency) Times；After the first storage device S13-1 addressing of display screen all pixels has inputted next frame image signal, second is synchronously input to Storage device S13-2, synchronously driving display screen shows entire image, position to the second storage device Q13-1 of display screen all pixels Multiple-gate transistor Q13-1 among pixel-driving circuit (or device) is adjusted by Fm, synchronous under the control of Fm synchronizing signals Control picture signal driving display.Said process is circulated, realizes continuously displaying for entire image.Therefore, reach display device to show Show entire image, and realize N (N is natural number) times of the purpose that display frequency is signal frame-frequency (or refreshing frequency).

8th embodiment：

The display screen and display device of a kind of display device, include：

2nd, at least one display frequency control set for adjusting, its control set for adjusting are pixel-driving circuit (or device) Among multiple-grid active transistor；

5th, dot structure schematic diagram is as shown in figure 14, is storage device schematic diagram in dashed box, corresponding display device signal Figure is as shown in figure 19, and display frequency adjustment control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S14-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, synchronism switching is driving output state, and drives display screen all pixels to show entire image.In the first addressing While storage device S14-1 switches to driving output state, CL passes through reverser, control the second storage device S14-2 switchings To address input state, and start addressing and input next frame image signal；Meanwhile drive pixel in first storage device S14-1 It is more between display signal storage device and pixel-driving circuit (or device) during Q14-2 shows every frame entire image Grid active transistor Q14-1, with the display frequency that display image is adjusted by Fm (Fm signal schematic representations such as Figure 26)；Screen to be shown After all second storage device S14-2 addressing have inputted next frame image signal, synchronism switching is driving output state, and first deposits Storage device S14-1 synchronism switchings are addressing input state, and synchronously driving display screen shows view picture figure to the second storage device S14-2 Picture, and under active multiple-gate transistor Q14-1 controls, making the N that display frequency is signal frame-frequency (or refreshing frequency), (N is nature Number) times.Said process is circulated, realizes continuously displaying for entire image.Therefore, reach display device and show entire image, and it is real Existing display frequency is N (N is natural number) times of the purpose of signal frame-frequency (or refreshing frequency).

9th embodiment：

The display screen and display device of a kind of backlight display device, include：

2nd, at least one display frequency control set for adjusting, its control set for adjusting be located at backlight (backlight described here, Including printing opacity and reflected light, similarly hereinafter) in device；

4th, dot structure schematic diagram is as shown in figure 3, be storage device schematic diagram in dashed box, corresponding display device schematic diagram As shown in figure 18, display frequency adjusting means is adjusted for backlight, backlight regulation schematic diagram such as Figure 22,23,25, display frequency regulation Control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S3-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, the second storage device is synchronously input to, the second storage device S3-2 drivings pixel is shown.A frame is shown in driving During image, by being modulated (Fm signal schematic representations such as Figure 26) to backlight, the backlight after modulation is with pixel (in Fig. 3 Q) display picture signal mutually modulate, the picture frequency for making display is the N (N is natural number) of signal frame-frequency (or refreshing frequency) Times.During the second storage device S3-2 drivings pixel shows a frame entire image, the first storage dress of display screen all pixels S3-1 is put, then addresses the next frame image signal of input；Shown in the second storage device S3-2 drivings pixel per frame entire image Meanwhile the display frequency of adjustment control display image, the picture frequency for making display are that (N is by the N of signal frame-frequency (or refreshing frequency) Natural number) times；It is synchronous defeated after the first storage device S3-1 addressing of screen all pixels to be shown has inputted next frame image signal Entering to the second storage device S3-2, the second storage device S3-2 synchronously drives display screen to show entire image, by entering to backlight Row modulation, the entire image that the backlight (backlight after Fm modulation in such as Figure 22,23,25) after modulation is shown with pixel are mutually adjusted System, the picture frequency for making display are N (N is natural number) times of signal frame-frequency (or refreshing frequency).Said process is circulated, is realized whole Width image continuously displays.Therefore, reach display device show entire image, and realize display frequency for signal frame-frequency (or brush New frequency) N (N is natural number) times purpose.

Tenth embodiment：

2nd, at least one display frequency control set for adjusting, display frequency control set for adjusting are that backlight is (described here Backlight, including printing opacity and reflected light, similarly hereinafter) regulation,；

5th, dot structure schematic diagram is as shown in Figure 10, is storage device schematic diagram in dashed box, corresponding display device signal Figure is as shown in figure 18, and display frequency control set for adjusting is adjusted for backlight, backlight regulation schematic diagram such as Figure 22,23,25, display frequency Rate adjustment control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S10-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, synchronism switching is driving output state, and drives display screen all pixels to show entire image；Shown in driving Per during two field picture, the frequency of display frequency control set for adjusting adjustment control backlight, regulation backlight (such as Figure 22,23, The backlight after Fm (Fm signal schematic representation such as Figure 26) modulation in 25), (square frame M represents pixel in Figure 10 with backlight display pixel Drive device, Q represent backlight display pixel) mutually to modulate, the frequency for making display image is that (N is nature by the N of video frequency Number) times.While the first addressable memory device S10-1 switches to driving output state, CL is deposited by reverser, control second Storage device S10-2 switches to addressing input state, and starts addressing and input next frame image signal；Meanwhile in the first storage dress Put S10-1 drivings pixel and show that, by being modulated to backlight, the backlight after modulation is shown with pixel per during frame entire image Picture signal mutually modulate, the picture frequency for making display is the N (N is natural number) times of signal frame-frequency (or refreshing frequency)；Wait to show After all second storage device S10-2 addressing of display screen have inputted next frame image signal, CL controls synchronism switching by reverser To drive output state, first storage device S10-1 synchronism switchings are addressing input state, and the second storage device S10-2 is synchronous Display screen is driven to show entire image, by being modulated to backlight, with the backlight (Fm signal schematic representations such as Figure 26) after modulation The image shown with pixel is mutually modulated, and the picture frequency for making display is the N (N is natural number) of signal frame-frequency (or refreshing frequency) Times.Said process is circulated, realizes continuously displaying for entire image.Therefore, reach display device and show entire image, and realize aobvious Show N (N is natural number) times of the purpose that frequency is signal frame-frequency (or refreshing frequency).

11st embodiment：

The display screen and display device of a kind of display device, include：

2nd, wherein memory is multidigit integrated memory, and first memory is addressing input digital storage, and second stores Device is to be incorporated to-go here and there out shift memory；

3rd, at least one display frequency control set for adjusting, its control set for adjusting be located at pixel driving device (or electricity Road) among such as Figure 17；

4th, each pixel, which has, can store the storage devices of at least two frame above corresponding image signals, more than two Storage device is cascaded structure；

5th, dot structure principle schematic is as shown in figure 17, is storage device schematic diagram in dashed box, corresponding display device Schematic diagram is as shown in figure 21, and display frequency adjustment control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S17-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, the second storage device S17-2 is synchronously input to, the second storage device S17-2 of display screen all pixels is in CP Under shift signal control, the synchronous output image signal driving pixel that shifts is shown.Second storage device shows a frame figure in driving As during, display frequency adjusting means Q17-2 (Fm signal schematic representations such as Figure 26) control driving display frequencies, scheme display The frequency of picture is N (N is natural number) times of picture signal.Moved in the second storage device S17-2 of display screen all pixels in CP Under the signal control of position, Serial output data signal driving pixel shows a frame entire image；The first of display screen all pixels is deposited Storage device S17-1, under the control of CL signals, the second storage device is output in parallel to, then addresses the next two field picture letter of input again Number；Meanwhile during the second storage device S17-2 Serial outputs data signal driving pixel shows a frame entire image, Fm (Fm Signal schematic representation such as Figure 26) by active transistor Q17-2, the display frequency of adjustment control display image, make the image of display Frequency is N (N is natural number) times of signal frame-frequency (or refreshing frequency)；The first storage device S17- of screen all pixels to be shown After 1 addressing input next frame image signal, in the case where CL signals control, be synchronously input to display device all pixels second deposits Storage device S17-2, the second storage device S17-2 of display screen all pixels are under the control of CP shift signals, synchronous driving display Screen shows entire image, active transistor Q17-2 among pixel-driving circuit (or device) by Fm adjustment controls, Under synchronizing signal control, Synchronization Control picture signal driving display frequency, reach display device and show entire image, and show frequency Rate is N (N is natural number) times of signal frame-frequency (or refreshing frequency).Said process is circulated, realizes continuously displaying for entire image. Therefore, reach display device and show entire image, and realize that (N is oneself by N that display frequency be signal frame-frequency (or refreshing frequency) So number) times purpose.

12nd embodiment：

The display screen and display device of a kind of display device, include：

3rd, at least one display frequency control set for adjusting, its control set for adjusting be located at pixel driving device (or electricity Road) between, such as Figure 16；

5th, dot structure principle schematic is as shown in figure 16, is storage device schematic diagram in dashed box, corresponding display device Schematic diagram is as shown in figure 21, and display frequency adjustment control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S16-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, the second storage device S 16-2 are synchronously input to, the second storage device S 16-2 of display screen all pixels exist Under the control of CP shift signals, the synchronous output image signal driving pixel that shifts is shown.Second storage device shows a frame in driving During image, display frequency adjusting means Q16-1 control driving display frequencies, the frequency for making display image is picture signal N (N is natural number) times.Display screen all pixels the second storage device S16-2 CP shift signals control under, serially Output digit signals driving pixel shows a frame entire image；The first storage device S16-1 of display screen all pixels, believe in CL Under number control, the second storage device is output in parallel to, then addresses the next frame image signal of input again；Meanwhile in the second storage During device S16-2 Serial outputs data signal driving pixel shows a frame entire image, Fm (Fm signal schematic representations such as Figure 26) By active transistor Q16-1, the display frequency of adjustment control display image, the picture frequency for making display be signal frame-frequency (or Refreshing frequency) N (N is natural number) times；The first storage device S16-1 addressing of screen all pixels to be shown has inputted next After frame image signal, under the control of CL signals, the second storage device S16-2 of display device all pixels is synchronously input to, is shown Second storage device S16-2 of display screen all pixels is synchronous to drive display screen to show entire image under the control of CP shift signals, Active transistor Q16-1 among pixel-driving circuit (or device) is adjusted by Fm (Fm signal schematic representations such as Figure 26) to be controlled System, under synchronizing signal control, Synchronization Control picture signal driving display frequency, reach display device and show entire image, and Display frequency is N (N is natural number) times of signal frame-frequency (or refreshing frequency).Said process is circulated, realizes the company of entire image Continuous display.Therefore, reach display device and show entire image, and realize the N that display frequency is signal frame-frequency (or refreshing frequency) The purpose of (N is natural number) again.

13rd embodiment：

The display screen and display device of a kind of display device, include：

3rd, at least one display frequency control set for adjusting, its control set for adjusting be located at pixel driving device (or electricity Road) among, the multiple-grid active transistor pixel-driving circuit as shown in Fig. 9；

5th, in dot structure principle schematic such as Fig. 9 pixel-driving circuit, at least two storage devices such as Figure 15 dashed boxes It is shown, it is storage device schematic diagram in dashed box, corresponding display device schematic diagram is as shown in figure 21, display frequency adjustment control letter Number Fm schematic diagrames are as shown in figure 26；

The first storage device S15-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, the second storage device S 15-2, the second storage device S15-2 of display screen all pixels are synchronously input to, Under the control of CP shift signals, the synchronous output image signal that shifts is shown to pixel-driving circuit, driving pixel.Second storage device During driving shows a two field picture, display frequency adjusting means G9-2 (Fm signal schematic representations such as Figure 26) control drivings are aobvious Show frequency, the frequency for making display image is N (N is natural number) times of picture signal frame frequency (or refresh signal).In display screen institute There is the second storage device S15-2 of pixel, under the control of CP shift signals, Serial output data signal driving pixel shows a frame Entire image；The first storage device S15-1 of display screen all pixels, under the control of CL signals, it is output in parallel to the second storage Device S15-2, the next frame image signal of input is then addressed again；Meanwhile believe in the second storage device S15-2 Serial outputs numeral Number to G9-1 as shown in Figure 9, drive during all pixels Q9-2 parallel synchronous of display device shows a frame entire image, Fm (Fm signal schematic representations such as Figure 26) by multiple-grid active transistor Q9-1 G9-2, the display frequency of adjustment control display image, The picture frequency for making display is N (N is natural number) times of signal frame-frequency (or refreshing frequency)；The first of screen all pixels to be shown Storage device S15-1, after addressing has inputted next frame image signal, under the control of CL signals, synchronously it is input to display device institute There are the second storage device S15-2 of pixel, the second storage device S15-2 of display screen all pixels, controlled in CP shift signals Under, synchronous to drive display screen to show entire image, (Fm signal schematic representations are such as by Fm by multiple-grid active transistor Q9-1 G9-2 Figure 26) adjustment control, under synchronizing signal control, Synchronization Control picture signal driving display frequency, reach display device and show Entire image, and display frequency is N (N is natural number) times of signal frame-frequency (or refreshing frequency).Said process is circulated, is realized whole Width image continuously displays.Therefore, reach display device show entire image, and realize display frequency for signal frame-frequency (or brush New frequency) N (N is natural number) times purpose.

14th embodiment：

The display screen and display device of a kind of display device, include：

2nd, each pixel, which has, can store the storage devices of at least two frame above corresponding image signals, more than two Storage device is cascaded structure；

3rd, wherein memory is multidigit integrated memory, and first memory is addressing input digital storage, and second stores Device is to be incorporated to-go here and there out shift memory；

4th, at least one display frequency control set for adjusting, its display frequency adjustment control are the backlight (back ofs the body described here Light, including printing opacity and reflected light, similarly hereinafter) regulation；

5th, display frequency adjustment control frequency is the N (N is natural number) times of video frequency (or refreshing frequency)；

6th, dot structure schematic diagram is as shown in figure 15, is storage device schematic diagram in dashed box, corresponding display device signal Figure is as shown in figure 20, and display frequency adjusts schematic diagram as shown in Figure 22,23,25, and control signal Fm schematic diagrames are as shown in figure 26；

The first storage device S15-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, the second storage device S15-2 is synchronously input to, the second storage device S15-2 of display screen all pixels is in CP It is synchronous to shift output image signal under shift signal control, drive display device all pixels simultaneous display entire image. During two storage device S15-2 show a frame entire image, first storage device S15-1 addressing inputs next frame image signal. During display device shows entire image, by being modulated to backlight, (Fm in such as Figure 22,23,25 is adjusted the backlight after modulation Backlight after system) entire image that is shown with pixel mutually modulates, and the picture frequency for making display is signal frame-frequency (or refreshing frequency) N (N is natural number) times.Said process is circulated, realizes continuously displaying for entire image.Therefore, reach display device show it is whole Width image, and realize N (N is natural number) times of the purpose that display frequency is signal frame-frequency (or refreshing frequency).

15th embodiment：

The display screen and display device of a kind of display device, include：

1st, each pixel comprises at least the storage device on two, the display screen that multiple pixels are formed；

3rd, dot structure schematic diagram is as shown in figure 3, be storage device schematic diagram in dashed box, corresponding display device schematic diagram As shown in figure 18；

View picture shows that the course of work is (by taking two storage devices as an example)：

The first storage device S3-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, the second storage device, the second storage device S3-2 driving pixels of display device all pixels are synchronously input to Show entire image.During the second storage device S3-2 drivings pixel shows a frame entire image, display screen all pixels First storage device S3-1, then address the next frame image signal of input.Said process is circulated, realizes the continuous aobvious of entire image Show.Therefore, the purpose that display device shows entire image is reached.

16th embodiment：

The display screen and display device of a kind of display device, include：

2nd, each pixel, which has, can store the storage devices of at least two frame above corresponding image signals, more than two Storage device is parallel-connection structure；

3rd, each storage device has the function of addressing input and output display signal；

4th, dot structure schematic diagram is as shown in Figure 10, is storage device schematic diagram in dashed box, corresponding display device signal Figure is as shown in figure 18；

The first storage device S10-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, synchronism switching is driving output state, and drives display screen all pixels to show entire image；In the first addressing While storage device S10-1 switches to driving output state, CL passes through reverser, control the second storage device S10-2 switchings To address input state, and start addressing and input next frame image signal；All second storage device S10-2 addressing of screen to be shown After having inputted next frame image signal, CL controls synchronism switching as driving output state, first storage device by reverser S10-1 synchronism switchings are addressing input state, and synchronously driving display screen shows entire image to the second storage device S10-2.Circulation Said process, realize continuously displaying for entire image.Therefore, the purpose that display device shows entire image is reached.

17th embodiment：

The display screen and display device of a kind of display device, include：

4th, dot structure schematic diagram is as shown in figure 15, is storage device schematic diagram in dashed box, corresponding display device signal Figure is as shown in figure 20；

The first storage device S15-1 of display screen all pixels, after addressing input finishes a frame image signal, in synchronous letter Under number CL control, the second storage device S15-2 is synchronously input to, the second storage device S15-2 of display screen all pixels is in CP It is synchronous to shift output image signal under shift signal control, drive display device all pixels simultaneous display entire image. During two storage device S15-2 show a frame entire image, first storage device S15-1 addressing inputs next frame image signal. Said process is circulated, realizes continuously displaying for entire image.Therefore, the purpose that display device shows entire image is reached.

18th embodiment：

A kind of display device, it is mainly characterized by：

1st, at least one display frequency control set for adjusting, its control set for adjusting be located at backlight (backlight described here, Including printing opacity and reflected light, similarly hereinafter) in device；

2nd, backlight is modulation light, and the modulating frequency of backlight is the N of picture signal frame frequency (or refreshing frequency) (N is natural number) Times；

3rd, frequency control set for adjusting be backlight regulation, backlight adjustment control principle schematic as shown in Figure 22,23,25, Display frequency adjustment control signal Fm schematic diagrames are as shown in figure 26；

The display frequency adjustment control course of work is：

The all pixels of display device, during display image signals are driven, by being modulated to backlight, modulation The picture signal that backlight (backlight after Fm modulation in such as Figure 22,23,25) afterwards is shown with pixel is mutually modulated, and makes display Picture frequency is the N (N is natural number) times of signal frame-frequency (or refreshing frequency), realizes that display frequency (or refreshes for signal frame-frequency Frequency) N (N is natural number) times purpose.

19th embodiment：

A kind of display device, it is mainly characterized by：

1st, at least one display frequency control set for adjusting, its control set for adjusting be located at pixel-driving circuit (or dress Put) in；

2nd, its modulating frequency is the N (N is natural number) times of picture signal frame frequency (or refreshing frequency)；

3rd, frequency control set for adjusting principle schematic is as shown in the drive circuit outside Fig. 4 dashed boxes, display frequency regulation control Signal Fm schematic diagrames processed are as shown in figure 26；

The display frequency adjustment control course of work is：

The all pixels of display device, during display image signals are driven, (Fm signals show Fm as shown in figure 26 It is intended to such as Figure 26) by Q4-2, modulation is synchronized to all pixels drive circuit of display device, makes the picture frequency of display It is N (N is natural number) times of signal frame-frequency (or refreshing frequency), realizes the N that display frequency is signal frame-frequency (or refreshing frequency) The purpose of (N is natural number) again.

20th embodiment：

A kind of display device, it is mainly characterized by：

1st, at least one display frequency control set for adjusting, its control set for adjusting be located at pixel-driving circuit (or dress Put) before, pixel is shown after signal；

3rd, frequency control set for adjusting principle schematic is as shown in the drive circuit outside Fig. 5 dashed boxes, display frequency regulation control Signal Fm schematic diagrames processed are as shown in figure 26；

The display frequency adjustment control course of work is：

The all pixels of display device, during display image signals are driven, Fm as shown in figure 26 by Q5-2, Modulation is synchronized to all pixels drive circuit of display device, its modulating frequency schematic diagram, as shown in figure 26, makes display Picture frequency is the N (N is natural number) times of signal frame-frequency (or refreshing frequency), realizes that display frequency (or refreshes for signal frame-frequency Frequency) N (N is natural number) times purpose.

21st embodiment：

A kind of display device, it is mainly characterized by：

1st, at least one display frequency control set for adjusting, its control set for adjusting are the pixel driver of multiple-gate transistor In circuit (device)；

3rd, frequency control set for adjusting principle schematic is as shown in Fig. 9 drive circuit, display frequency adjustment control signal Fm schematic diagrames are as shown in Figure 26；

The display frequency adjustment control course of work is：

The all pixels of display device, during display image signals are driven, Fm as shown in figure 26 by G9-2, Modulation is synchronized to all pixels drive circuit of display device, its modulating frequency schematic diagram, as shown in figure 26, makes display Picture frequency is the N (N is natural number) times of signal frame-frequency (or refreshing frequency), realizes that display frequency (or refreshes for signal frame-frequency Frequency) N (N is natural number) times purpose.

22nd embodiment：

A kind of display device of smooth regulating valve modulation control display frequency, it is mainly characterized by：

1st, at least one display frequency control set for adjusting, its control set for adjusting are light regulating valve；

2nd, the modulating frequency of light regulating valve is the N (N is natural number) times of picture signal frame frequency (or refreshing frequency)；

3rd, the modulation principle schematic diagram of light regulating valve is as shown in figure 24, and display frequency adjustment control signal Fm schematic diagrames are as schemed Shown in 26；

The display frequency adjustment control course of work is：

Display device, it is incident (anti-by being modulated to light regulating valve during all pixels display image signals are driven Light or printing opacity) image light be modulated, (example is reflective regulation control to backlight principle schematic such as Figure 24 after modulation here System) shown in, the modulating frequency of light regulating valve is Fm as shown in figure 26, the image with (reflective or printing opacity) display device of incidence Optical signal is mutually modulated, and the picture frequency for making display is N (N is natural number) times of signal frame-frequency (or refreshing frequency), realizes display The display frequency of device is N (N is natural number) times of the purpose of signal frame-frequency (or refreshing frequency).

The foregoing is only a specific embodiment of the invention, but protection scope of the present invention is not limited thereto, any Those familiar with the art the invention discloses technical scope in, change or replacement can be readily occurred in, should all be contained Cover within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.

Claims

1. a kind of display methods and display device for showing entire image, it is mainly characterized by：With any display moment, display The all pixels parallel synchronous of device shows the function of entire image, and the display frequency with image is picture signal frame frequency The N (N is natural number) of (or refreshing frequency) times of function.

2. a kind of display methods for showing entire image, it is mainly characterized by：

Each pixel of display device, which comprises at least, two storage devices, and each storage device is cascaded structure.Display device All pixels first storage device, respectively after one frame image signal of addressing input, under synchronizing signal control, it is aobvious to be input to driving Show storage device, driving storage device parallel synchronous driving display device shows a frame entire image, circulates said process, realizes Entire image continuously displays.

3. a kind of display methods for showing entire image, it is mainly characterized by：

Each pixel of display device, which comprises at least, two storage devices, and each storage device is parallel-connection structure.Each storage dress Putting all has addressing input and driving output function.The all pixels first storage device of display device, respectively addressing have inputted After finishing a frame image signal, driving output state is switched under control of the synchronization signal, and parallel synchronous driving pixel shows whole Width image；While switching, another storage device of all pixels, addressing input shape is switched under control of the synchronization signal State, start addressing and input next frame image signal.Said process is circulated, realizes continuously displaying for entire image.

4. a kind of display methods for showing entire image, it is mainly characterized by：

Each pixel of display device, which comprises at least, two storage devices, and each storage device is digital integration storage device.It is aobvious After all pixels first storage device addressing input of showing device finishes a frame image signal, synchronism output to the second storage dress Put, under synchronizing signal control, synchronization serial output picture signal, driving display pixel shows the second storage device of all pixels Show entire image.Said process is circulated, realizes continuously displaying for entire image.

5. a kind of display frequency adjustment control method, it is mainly characterized by：

Before the pixel-driving circuit (or device) of display device, all pixels parallel synchronous adjustment control driving image is shown The frequency of signal, its adjustment control frequency N (N is natural number) times signal frame-frequency (or refreshing frequency), realizes display device figure The display frequency of picture is N (N is natural number) times signal frame-frequency (or refreshing frequency).

6. one kind shows display frequency adjustment control method, it is mainly characterized by：

Among the pixel-driving circuit (or device) of display device, the frequency of all pixels parallel synchronous adjustment control driving display Rate, its adjustment control frequency N (N is natural number) times signal frame-frequency (or refreshing frequency), realizes the display of display device images Frequency is N (N is natural number) times signal frame-frequency (or refreshing frequency).

7. one kind shows display frequency adjustment control method, it is mainly characterized by：

Among the pixel-driving circuit (or device) of display device, control is adjusted with another grid of multiple-grid driving transistor System, during showing per two field picture, the frequency of all pixels parallel synchronous adjustment control driving display, its adjustment control frequency N (N is natural number) times signal frame-frequency (or refreshing frequency), the display frequency for realizing display device images are N (N is natural number) Times signal frame-frequency (or refreshing frequency).

8. one kind shows display frequency adjustment control method, it is mainly characterized by：

The backlight (printing opacity is reflective) modulated with N (N is natural number) times signal frame-frequencies (or refreshing frequency), with display device Display image is mutually modulated, the display frequency of adjustment control display device, and the display frequency for realizing display device images is that (N is certainly to N So number) times signal frame-frequency (or refreshing frequency).

9. one kind shows display frequency adjustment control method, it is mainly characterized by：

The image light signals of display device, by light regulating valve, mutually modulated with the image of display device, adjustment control display frequency Rate, the regulating frequency of its light regulating valve is N (N is natural number) times signal frame-frequency (or refreshing frequency), realizes display device figure The display frequency of picture is N (N is natural number) times signal frame-frequency (or refreshing frequency).

10. including the display device of claim 1 display methods, its principal character includes：

(1), at least one includes the display screen that multiple pixels are formed；

(2), each dot structure of display screen, which includes, can at least store storage device of the two field pictures to induction signal；

(3), all pixels of display device have the function that entire image can be shown with parallel synchronous；

(4), display device comprises at least an image display frequency control set for adjusting (or structure)；

(5) it is that (N is nature by the N of the picture signal frame frequency (or refreshing frequency) shown that, display device, which has the display frequency of image, Number) times function.

11. including the display device of claim 10 display methods, its principal character includes：

Each dot structure includes：Storage device of the two field pictures to induction signal can be at least stored, its storage device is series connection Structure.

12. including the display device of claim 10 display methods, its principal character includes：

Each dot structure, which includes, can at least store storage device of the two field pictures to induction signal, and its storage device is and is coupled Structure.

13. including the display device of claim 11 display methods, its principal character includes：

The image display frequency control set for adjusting of display device, positioned at display signal storage device and pixel-driving circuit (or Device) between.

14. including the display device of claim 12 display methods, its principal character includes：

15. including the display device of claim 11 display methods, its principal character includes：

The image display frequency control set for adjusting of display device, in pixel-driving circuit (or device).

16. including the display device of claim 12 display methods, its principal character includes：

17. including the display device of claim 11 display methods, its principal character includes：

The image display frequency control set for adjusting of display device, in the pixel-driving circuit (or device) of multiple-gate transistor.

18. including the display device of claim 12 display methods, its principal character includes：

19. including the display device of claim 11 display methods, its principal character includes：

(1), display frequency adjustment control, it is backlight modulation；

(2), backlight is modulation light.

20. including the display device of claim 12 display methods, its principal character includes：

(1), display frequency adjustment control, it is backlight modulation；

(2), backlight is modulation light.

21. including the display device of claim 10 display methods, its principal character includes：

Each dot structure includes：Storage device of the two field pictures to induction signal can be at least stored, its storage device is integrated Storage device.

22. including the display device of claim 21 display methods, its principal character includes：

The image display frequency control set for adjusting of display device, among pixel-driving circuit (or device).

23. including the display device of claim 21 display methods, its principal character includes：

24. including the display device of claim 21 display methods, its principal character includes：

25. including the display device of claim 21 display methods, its principal character includes：

The image display frequency control set for adjusting of display device, adjusted for backlight.

26. a kind of display device, its principal character includes：

(1), each dot structure includes：Storage device of the two field pictures to induction signal can be at least stored, its storage device is Cascaded structure；

(2), all pixels have the function that parallel synchronous shows entire image.

27. a kind of display device, its principal character includes：

(1), each dot structure includes：Storage device of the two field pictures to induction signal can be at least stored, its storage device is Parallel-connection structure；

(2), all pixels have the function that parallel synchronous shows entire image.

28. a kind of display device, its principal character includes：

(1), each dot structure includes：Storage device of the two field pictures to induction signal can be at least stored, its storage device is Integrated memory device；

(2), all pixels have the function that parallel synchronous shows entire image.

29. a kind of display device, its principal character includes：

(1), display frequency adjustment control, it is backlight modulation；

(2), backlight is modulation light；

(3), the modulating frequency of backlight is the N (N is natural number) times of signal frame-frequency (or refreshing frequency).

30. a kind of display device, its principal character includes：

(1), the image display frequency control set for adjusting of display device, in pixel-driving circuit (or device)；

(2), the image display frequency of display device is the N (N is natural number) times of video frequency (or refreshing frequency).

31. a kind of display device, its principal character includes：

(1), the image display frequency control set for adjusting of display device, after signal input, pixel-driving circuit (or dress Put) before；

32. a kind of display device, its principal character includes：

(1), the image display frequency control set for adjusting of display device, it is the pixel-driving circuit (or device) of multiple-gate transistor In；

33. a kind of display device, it is mainly characterized by：

(1), display frequency adjustment control control device is light regulating valve；

(2), the modulating frequency of light regulating valve is the N (N is natural number) times of video frequency (or refreshing frequency).