TW201115535A - Electronic paper display and driving method thereof - Google Patents

Abstract

An electronic paper display and a driving method thereof are disclosed. The driving method comprises following steps. A first pixel is driven according a first reset voltage. The first pixel is driven according a second reset voltage. The first pixel is synchronously driven according a second reset voltage when a second pixel is driven according a first reset voltage.

Description

201115535 TW5605PA r * VI. Description of the Invention: [Technical Field] The present invention relates to an electronic paper display and a driving method thereof, and more particularly to a non-full-size activated electronic paper display and a driving method thereof. [Prior Art] In the technology of electronic paper, the size of a microsphere or a square body represents the size of a display pixel, in which a microsphere or a square body is changed in state by being driven by an external voltage. The electronic paper display pixel is characterized by a bistable, and the display state is also changed by the external driving voltage. However, because the electronic paper has a slow reaction rate, it takes a long time to replace a kneading surface, so it is less suitable for continuous updating of the kneading surface. E-paper generally refers to a device that looks as thin as paper. A reflective display with bistat 1 e characteristics only consumes power when the image is updated. Among the developed electronic paper display materials, soft electrophoretic display materials are most favored. Electrophoresis means physical movement under the action of electric field force, but it has not been able to solve the uniform distribution of electrophoresis and steady state reflection speed for many years. The problem is too slow, and because the electro-optic response curve lacks a critical value, if there is no active component, a high-resolution dot matrix cannot be produced. The electro-phoretic display (EPD) is driven by the pulse width modulation method to adjust the driving time to determine the gray scale of the display. The velocity of the particle swimming is proportional to the electric field strength, and the viscosity coefficient of the medium is inversely proportional to the particle radius. Although the basic principle of the electrophoresis phenomenon is very easy, 201115535

* * I

Understand, but the details of the mechanism and model are still to be studied. If the driving method is improper, it may cause the dye particles to be fixed at a certain position of the medium. Therefore, it is not as easy to use liquid crystal images to display grayscale images. The EPD gray-scale driving method must consider the time, the number of times, the voltage, the timing, etc., especially the mechanism of the conversion driving between the color gradation and the color gradation, the temperature compensation mechanism, etc., in order to achieve better image contrast and color gradation display stability. Many improved EPD drive waveforms have been proposed 'a typical method is to add several black and white flash cycles, the idea is to reset it to all black or all white, and activate the particles, so that the final gray scale is better. It can be stabilized and reduced the phenomenon of gradation degradation after the drive is completed. Please refer to the 1st, 2nd, and 3rd drawings at the same time. The green image of the i-th image is a schematic diagram of the electronic paper display, and the 帛2 diagram shows the equivalent circuit diagram of the traditional electronic paper. The display is a partial drive timing diagram of a conventional electronic paper display. The electronic paper display 1G includes a display system upper layer module 120, a common voltage terminal 130, a micro control chip or a single chip 14A, a driving chip 150, a power control chip ι6〇, a driving chip 丨7〇, and a display system lower layer module 180. . The power control chip 16 is connected to the display system upper module 12A via the common voltage terminal 13〇, and supplies the power required for the micro control wafer or the single crystal 2, the driving wafer 150 and the driving wafer 17. The micro control aa chip or single The wafer control drive wafer and drive wafer I" drive the display system lower layer module 180. Further, the lower module of the display system includes a data line 1.82, a patch line 184, and a pixel 186. The driving chip 150 sequentially outputs the scanning driving signals Rowl to R0W4' and transmits them to the pixels 18/driving wafers 170 via the scanning lines 184 to output the data driving signals 5〇111^61 to 201115535.

TW5605PA S〇urce4, and through the data line ' - ' Module 180 all like the illusion 86 Sun \ handed to the pixel 186. The lower layer of the display system is then fully activated to the full white surface. After the full-frame activation is full black, all the images are like Jing; the lower layer of the system is requested. However, the traditional electronic paper does not affect the electronic paper display. An electronic paper display that suppresses image sticking is a palm: providing - [Summary of the Invention] An important issue in the industry. The invention relates to a mine. w 鲅 鲅 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用 不用亍/古化的时间, full size According to one aspect of the invention, the method is proposed. The driving method of the electronic paper 鼗 π kinds of electronic paper display first, the driving method at least includes the following steps: first, according to the first reset power (four), the first ___ voltage is driven to drive the first image + s ^ ^ according to the second Repeat. Pixels. Then, the first image is driven according to the data voltage, and the second pixel is reset in synchronization according to the first reset voltage. According to another aspect of the present invention, a seed paper display includes at least a data line, a first reset voltage line, and an electric double voltage line for transmitting a first reset voltage, and the first power magic line is used for Passing the second reset voltage. The first energy storage unit and the first P-Blocker include the first sweat-off unit ’ and the first switch unit sequentially controls the first-storage list: the second is controlled by the green η and the line. The second pixel includes a second energy storage unit and the first switch unit is controlled by the scan green for the first time - 201115535 . , 1 w: > oiofA, when the unit is electrically connected to the data line, the synchronization is connected The first reset voltage line. An energy storage unit electrical connection According to a further aspect of the invention, it is proposed that the sub-paper display comprises at least a first reset voltage electronic paper display. Electrical pixel array and drive circuit. a flute m, ', a second reset voltage line, a reset voltage voltage, and a second reset electrical view for transmitting a first re-array comprising a first pixel, a second pixel, and a reset: Voltage. The pixel two pixels and the third pixel are adjacent to each other between the first pixel, the first pixel and the third pixel. The driving circuit first simulates the second pixel in the second pixel, and drives the second pixel according to the first reset voltage according to the data. In the case of pixels, the synchronous roots are the best for the above-mentioned contents of the present invention, and the details are as follows. The special method is to improve the residual image phenomenon of the conventional electronic paper display, and the following examples (4)卩·~ phenomenon of electronic paper display sub-paper display driving method $ / ρ ρ 4 moving method. The electric-tongue is removed as follows: Step τ: First, the first pixel is driven according to the first reset voltage. No (four) brother - pixel. Then, according to the data power; drive voltage drive according to the first - reset voltage reset the first pixel when 'synchronously double display? At least the data line, the first-reset voltage line, the first value, and the data line. Money, scan lines, pixels - and pixels. The data line is pressed, and the power-wide reset voltage line is used to transmit the first-reset power line for transmitting the second reset power. The first pixel 201115535 TW5605PA . , includes a first energy storage unit and a first switching unit, and the first switching unit is controlled by the scan line to sequentially electrically connect the first energy storage unit to the first reset voltage line, and second Reset the voltage and data lines. The second pixel includes a second energy storage unit and a second switching unit, and the second switching unit is controlled by the scan lines to synchronously connect the second energy storage unit when the first energy storage unit is electrically connected to the data line. The first reset voltage line is electrically connected. Alternatively, the electronic paper display includes at least a first reset voltage line, a second reset voltage line, a pixel array, and a drive circuit. The first reset voltage line is used to pass a first reset voltage, and the second reset voltage line is used to pass a second reset voltage. The pixel array includes a first pixel, a second pixel, and a third pixel. The first pixel, the second pixel, and the third pixel are adjacent to each other and located in the same column, and the second pixel is located between the first pixel and the third pixel. The driving circuit first drives the first pixel according to the first reset voltage and the second reset voltage, and then drives the first pixel according to the data voltage, and synchronously according to the first reset voltage when driving the first pixel according to the data voltage Drive the second pixel. For the first embodiment, please refer to FIG. 4 and FIG. 5 simultaneously. FIG. 4 is a partial equivalent circuit diagram of the electronic paper display according to the first embodiment of the present invention, and FIG. 5 is a diagram showing the same according to the present invention. A partial signal timing diagram of the electronic paper display of the first embodiment. The electronic paper display 20 includes a data line 210, a reset voltage line 240, a reset voltage line 250, a scan line 220, a pixel 230a, a pixel 230b, and a pixel 230c. For convenience of explanation, Fig. 4 illustrates a 4x2 pixel array as an example. The data line 210 is used to transmit the data driving signals Source1 to Source5. For convenience of explanation, FIG. 4 only shows Sourcel and 201115535, i wd6U>pA'. The reset voltage line 240 is used to transmit the reset voltage side, and the reset voltage +VDD is to drive the pixel to display the white voltage of the white ^+VDD reset 或 or to make the electronic ΐϋ _ _ _ _ _ _ _ _ _ The electric castle-VDD system is a steady-state voltage for driving the black crystal paper to display the black pixels. The pixel shown in Fig. 4 is the fifth voltage Vcom1 or the DC common voltage Vc 〇 m2, as shown in Fig. 4: the voltage Vc 〇 of the crystal 230c, itm#M v 230 230a, the pixel 230b and the pixel 230c. Diaphragm, door

The pixel 230a includes an energy storage unit 2 and an open switch unit 234a controlled by the scan line to electrically connect the reset voltage, the line 240, the reset voltage lines 25 and ^. The pixel 2· includes an energy storage unit and a switch unit gamma, and the switch unit 234b is controlled by the scan line 220 to electrically connect the power unit to the reset voltage of the energy storage unit, such as the electrical connection data line 210_′. Line 240. The pixel 23Gc includes an energy storage unit 232c and a switch unit 234c, and the switch unit 234c is controlled by the scan line 22 to enable the energy storage unit to synchronously reset the energy storage unit 23 when the energy storage unit is electrically connected to the data line 210. The voltage line 240. Further, the switch unit 234a includes a switch QlaiQ9a. The switch Qla, the switch Q2a and the switch Q3a are controlled by the scan line 22, electrically connecting the data line 210 to the energy storage unit 232a, the switch Q4a, the switch milk & The switch Q6a is controlled by the scan line 220 to electrically connect the reset voltage line to the energy storage unit 232a. The switch Q7a, the switch Q8a, and the switch Q9a are electrically connected to the reset voltage line 240 by the scan line 220. To the energy storage list - work 232a. Switch Qla, switch Q2a, switch Q3a, switch him, switch milk & 201115535

The TW5605PA and the switch Q7a are, for example, N-type transistors or positive voltage controlled switches, and the switches Q6a, Q8a, and Q9a are P-type transistors or negative voltage controlled switches. The switch unit 234b includes switches Qlb to Q9b. The switch Qlb, the switch Q2b and the switch Q3b are controlled by the scan line 220 to electrically connect the data line 210 to the energy storage unit 232b. The switch Q4b, the switch Q5b, and the switch Q6b are controlled by the scan line 220 to reset the voltage line 250. Connected to the energy storage unit 232b. The switch Q7b, the switch Q8b, and the switch Q9b are controlled by the scan line 220 to electrically connect the reset voltage line 240 to the energy storage unit 232b. Switch Qlb, switch Q2b, switch Q3b, switch Q5b, and switch Q8b are N-type transistors or positive voltage controlled switches. Switch Q4b, switch, switch Q7b, and switch Q9b are P-type transistors or negative voltage controlled switches. The switching unit 234c includes switches Qlc to Q9c. The switch Qlc, the switch Q2c and the switch Q3c are controlled by the scan line 220 to electrically connect the data line 210 to the energy storage unit 232c. The switch Q4c, the switch Q5c, and the switch Q6C are controlled by the scan line 220 to reset the voltage line 250. Connected to the energy storage unit 232c. The switch Q7c, the switch Q8c, and the switch Q9c are controlled by the scan line 22, and electrically connect the reset voltage line 240 to the energy storage unit 232c. The switch Qlc, the switch Q2c, the switch Q3c, the switch Q4C, the switch Q6c and the switch Q9c are N-type transistors or positive voltage controlled switches, and the switches Q5c, Q7c and Q8c are P-type transistors or negative voltage controlled switches. . Unlike the conventional electronic paper display, which is activated in a full-width manner, the unit of activation of the electronic paper 201115535*, 1 display 20 is performed in a column manner. The switch, switch Q8a and switch Q9a are turned on at time T1, so that the reset voltage line 24Q is electrically connected to the energy storage unit 232a. The first column of energy storage units 232a are charged with a reset voltage + VDD and a common voltage Vcom.

The switch Q4a, the switch Q5a, the switch Q6a, the switch Q4b, the switch g5b, and the switch Q6b are turned on at time T2, so that the reset voltage line 250 is electrically connected to the energy storage unit 232a and the energy storage unit 232b. The energy storage unit 232a of the first column and the energy storage unit 232b of the second column are charged with the reset voltage _VDD and the common voltage Vcom. The switch Qla, the switch Q2a, the switch Q3a, the switch Q7b, the switch Q8b, the switch Q9b, the switch Q7c, the switch Q8c and the switch Q9c are turned on at time T3, so that the data voltage DATA1 is transmitted to the energy storage unit 232a and the reset voltage line is electrically connected to The energy storage unit 232b and the energy storage unit 232c. In other words, the storage unit 232a according to the data voltage Data1 and the common voltage vc〇in into the second charging 'the second column of the energy storage unit state and the third column of the energy storage unit is widely called according to the reset voltage, (10) common Electric sv_ for charging drive = electronic paper display 2 〇 will be in units of columns, according to > plain coffee, right pixel 232a 2 and sequentially in the left side of the 2 coffee, the left image to the 9q9 side of the pixel 232b, On the right side, 'Achieve particle activation and the second sister c, the right pixel 232c is charged 3 times, the activation and the material voltage are more paid. First, according to the reset voltage + VDD drive the change of the 'electronic paper display reset voltage, drive The first-j all pixels 2 3 G a, and then the root strobe 2 has a pixel 23 〇 a. Then the electronic paper Cai according to the Bellow voltage _ minute _ moving the first column of all pixels 201115535

When the TW5605PA 230a is 'synchronized according to the reset voltage + Vrm ''. D resets all pixels of the second column. Second embodiment, please refer to FIG. 6 and FIG. 7 simultaneously. The electronic paper display of the second embodiment of the invention is not in accordance with the figure. Example power, '7th signal timing diagram. The electronic paper display 3, the package, the voltage line of the display, the reset voltage line 250, the scanning and driving circuit 360. 4 lines (10), pixel verification to (10) p data line 2K) for transmitting the data drive signal fine voltage, line 240 for transmitting the reset voltage +, resetting the paper steady state voltage. Reset the voltage line 25{) pad or an electronic set voltage -VDDmt to pass the reset voltage., the heavy paper steady-state voltage. The sixth alternating voltage, the color voltage or the electric common voltage Vc〇m is, for example, 7, the AC common voltage V·1 of the common DC common voltage Vcom2 of the pixel 33〇a to the pixel 330p or the driving circuit 36 The m 乜仞 m m» _ off unit 364 includes a gate close n early 70 362 and a switch unit 364, the open displacement unit 362. Switch 〇] | ± Q12. The switches Q1 to Ql2 are controlled by the electrical connection of 240 to T1 conduction so that the reset voltage line _ drives the pixel 3·. The circuit 360 is turned on according to the reset voltage reset voltage line mQ2 at time τ2, so that the reset voltage -VDD is coupled to the pixel 33A. The drive circuit 360 is turned "on" according to T3 so that the data is 33 〇 a. Following the switches Q3 and Q4, the data is transferred to the pixel 33 (^ and the reset power 201115535 ' _ 1 W ^ bU ^ PA · is electrically connected to the pixel 33 〇 b. The drive circuit 360 is based on the data. In the case, synchronously according to the moving pixel 330b. 1 电 10 υυ υυ drive switch Q5 is turned on at time Τ 4 'so that the reset voltage line 25 〇 素 3 birds. The drive circuit _ according to the reset voltage _ VDD drive 330b. Follow The switches Q6 and Q7 are passed to the pixel 3継 at the time of 1=:: and the power is reset. The driving circuit drives the image according to the data voltage to synchronously drive the pixel 33〇c according to the reset voltage +_. =, the driving circuit is sequentially in time T5, time τ6 and time driving = voltage, reset voltage -_ and data power_pixel 330c, and the driving circuit 36 is sequentially and at time T9 according to the reset voltage + _, Repeat time Μ _ drive pixel 3 series. Reset power [_ and data voltage The above-mentioned flow electronic display 3G will drive the pixel of the first column in the order of π, the pixel 豕 ^ is early 'by 330d. Then the electron Paper display position 33〇c, pixel second column of pixel coffee e, pixel coffee sequentially drive:: electronic paper _3. will be in pixels =3: Order: Prime _. The pixel 330i, the pixel 33〇ΐ, the latter main sequence drives the third column of paper, the screaming, the pixel 330k, the pixel 3301. The iron after the thunder, the negative not beneficial 30 will be in pixels The unit then charges 330m, pixel coffee n, and pixel 33() to sequentially drive the pixels 30 of the fourth column to sequentially update the pixels 330a to 33〇pH pixel_°, the electronic paper display material voltage. 3 times, achieve particle activation and Third embodiment 201115535

TW5605PA ' τ - month simultaneously refers to FIG. 8 and FIG. 9 , and FIG. 8 is a partial equivalent circuit diagram of the electronic paper display according to the third embodiment of the present invention, and FIG. 9 is a diagram showing the same according to the present invention. A partial signal timing diagram of the electronic paper display of the third embodiment. The third embodiment is different from the second embodiment in that the displacement unit 462 and the switching unit 464 of the driving circuit 460 are different from the displacement unit 362 and the switching unit 364 of the driving circuit 360. The common voltage Vc 〇 m of the pixel 330a to the pixel 33 〇p shown in Fig. 8 is, for example, the DC common voltage Vcom2 which is not shown in Fig. 9.

Switch Q1 conducts during time , such that reset voltage line 24 is electrically coupled to pixel 33A. The drive circuit 460 drives the pixel 33〇a in accordance with the reset voltage +VDD. The switches Q2 and Q4 are then turned on at time T2, such that the reset ink line 250 is electrically coupled to the pixel 3 and the reset voltage line 24 is electrically coupled to the pixel 330b. The driving circuit 460 drives the image 330a according to the reset voltage _ 丽 and drives the pixel illusion according to the reset voltage + VDD. Following the opening of Q5 and Q7 at time T3, the data voltage datai is transmitted to ^330a and the reset voltage line 25〇 and the reset voltage line 24〇 are respectively electrically

= Prime 3 applies pixel 330c. When the driving circuit 380 drives the pixels 33() & according to the data electric A1, the pixels 33b are synchronously driven according to the reset voltage, and the pixels 33〇c are driven according to the reset voltage + VDD. · The switches Q6, Q8 and Q1 are turned on at time T4, so that the transfer of the resource 2 to the pixel is difficult and the reset voltage line 24 〇 and the reset voltage: 250 are electrically connected to the pixel 兕 "and the pixel 〇 c. ^ According to _voltage_drive_fiber, 33〇c strong+VDD drives pixel 33〇d and drives pixel 12 according to reset voltage—VDD 2011 15535

• i wocnnnV drives the image of the first column according to the upper cover process of the electronic paper display. The pixels are early, according to 33〇d. Then, the electronic paper display unit 330b, the pixel 330c, and the second column of the material 33Ge/needle are in units of pixels, and the printer paper ejection display 30 sequentially displays the pixel image f 330h. = pixel coffee i, pixel 330j, pixel _, sequence = dynamic third column The paper display 30 will be like Xin Xin ##广', such as 丨. Then, the pixel of the 'pixel 33〇η, image-specific】 3 〇 库 梅 I I pixel pixel 330ρ. The electronic paper sequentially updates the pixels 330a to 330Ρ^# ι + α '. P charging person, achieving particle activation and capital. The fourth embodiment is also referred to the first drawing and the 11th, 10th, green, and the fourth embodiment of the electronic paper display. The drawing is a part of the electric/device according to the fourth embodiment of the present invention, and the display is in the following: the brewing: the fourth embodiment is different from the third embodiment; the driving circuit 5 6 0 position Chiang set ^ _ α 9 ; 5 off °. Same as the drive motor Urm Pingyuan 564 does not figure ~ ϋ ί shift unit and switch unit 464. The ith (曰 乂 '仙 common voltage Vcoml. Connect to ^ 1T1 turn on ' makes the reset voltage line 240 electric (four) ', 30a. The drive circuit 46 〇 according to the reset voltage + VDD drive _ two == 4 at time T2 Turning on, so that the reset power is based on * Ϊ Ϊ pixels applied to the pixel 3 lion. Drive circuit (10), Q5 St pressure, D drive pixel theory and pixel discussion. Follow the open I and they turn on at time T3, so that the data voltage DATAl is passed; 13 201115535

The TW5605PA pixel 330a and the reset power line 24 are electrically ampere 330c. When driving Thunder "η 1 α - Wang Jia I 330b and pixels, synchronously charge (4) plus drive pixels to let f = set (four) layer drive pixels followed by pixel green. Connect 阙 Q6, Q8 and q 〗 Time _2 is passed to the pixel 3 hall guide = 吏仔 negative charge electric pixel coffee d and pixel 330c. When the touch circuit line 2i 〇 ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ The electric dust 'D driving pixel according to the above-mentioned process electronic paper display sequentially drives the first column of θ θ in units of pixels, according to the pixel 330a 'pixel 330b, the image sound qqn hatred 330d. Then the electronic paper display 3 〇 pixel 330c, The pixel 33〇e of the second column of the pixel, like Xin 33〇f ^ is the early position, sequentially drives the pixel coffee and the pixel 33 of the electronic paper display. The bit: sequentially drives the third column of the paper display 30 to be in pixels. For unit =: pixel _. then electric =, pixel 33 〇 n, pixel guilty (four) = moving the fourth column of pixels 30 sequentially pixel 330a to 33 〇 p pixel gamma electronic paper display material voltage update. - human, to achieve particle activation and capital method ^ invented in the above embodiments disclosed in the electronic (four)-m square to make The present invention is not intended to limit the present invention, and the present invention is not limited to the present invention. As above, the knowledge of the present invention has a general change and refinement without departing from the technical field of the present invention. Therefore, the present invention can be used as a variety of <supplied scopes as an application for 201115535 1 _ i woou ^rA' is defined by the scope of the profit. [Simple description of the diagram] = The diagram of the diagram is a schematic diagram of the electronic paper display. The diagram green is not part of the equivalent circuit display of the traditional electronic paper display. The figure is a partial driving timing diagram of a conventional electronic paper display. The electronic paper display according to the first embodiment of the present invention is the fourth part of the electronic paper display according to the second embodiment of the present invention. Draining = (4) is not part of the signal timing diagram of the electronic paper display device according to the second embodiment of the present invention. 8 (4) is a part of the electronic benefit in accordance with the third embodiment of the present invention. effect Figure 9 is a partial timing diagram of an electronic paper display device according to a third embodiment of the present invention. A 10th drawing is not an electronic paper display device according to the fourth embodiment of the present invention. Part of the equivalent circuit diagram. Figure 11 is a partial timing diagram of the electronic paper display device according to the fourth example of the present invention. [Main component symbol description] 20 30, 40, 50: electronic paper Display 201115535 TW5605PA * 120: display system upper module 130: common voltage terminal 140: micro control wafer or single chip 150, 170. drive wafer 16 0. power control chip 180: display system lower module 186, 330a~330p : pixels 182, 210: data lines 184, 220: scan lines · 230a to 230c: pixels 232a to 232c: energy storage structures 234a to 234c: switching unit

Qla~Q9a, Qlb~Q9b, Qlc~Q9c, Q1~Q12: switch 360, 460, 560: drive circuit 362, 462, 562: displacement unit 364, 464, 564: switch unit

16

Claims (1)

201115535 _ ' 1 w^oum^A* VII. Patent application scope: 1. A driving method for an electronic paper display, comprising: driving a first pixel I according to a first reset voltage to drive the second reset voltage according to a second reset voltage The first pixel and the driving of the first pixel according to the data voltage "synchronously resetting the second pixel according to the first reset voltage. 2. The driving method according to the scope of claim [0002], wherein In the step of driving the first pixel of the data voltage, the third pixel is driven in a more synchronous manner according to the first reset voltage. The driving method according to claim 2, wherein the ^ 4 ^ 4 The common voltage of the first pixel and the third pixel is the AC common voltage (AC VC0m). 4. The application method described in the third paragraph of the patent application, wherein (4) the electricity __ Synchronously driving the third pixel according to the second reset voltage. 5. The driving method according to claim 4, wherein the common voltage of the second pixel and the third pixel in the bean is DC co-question Voltage (DC VC0m). 2. The method of driving according to the first aspect of the invention, wherein the electric power is a black voltage or a white voltage or the electronic paper is stabilized by two percent as claimed in the first claim. Driving method, wherein the state voltage is set to electricity (4) is black electricity * or white electricity (four) - making the electronic paper stable 8 · An electronic paper display, including: 201115535 TW5605PA, f a data line for transmitting a data waste; a reset voltage line for transmitting a first reset voltage; a second reset voltage line for transmitting a second reset voltage; a plurality of scan lines; a first pixel comprising: a first store And the first switching unit is controlled by the scan lines to electrically connect the first energy storage unit to the first reset voltage line, the second reset voltage line and the poor material And a second pixel, comprising: a second energy storage unit; and a second switching unit controlled by the scan lines to synchronously connect the first energy storage unit to the data line Electrically connecting the second energy storage unit to the first reset 9. The electronic paper display of claim 8, wherein the first switch unit comprises: a first switch; a second switch; a third switch, the first switch, the second The switch, the third open relationship is controlled by the scan lines electrically connecting the data line to the first energy storage unit; a fourth switch; a fifth switch; a sixth switch, the fourth switch, the The fifth switch, the sixth open relationship is controlled by the scan lines electrically connecting the second reset voltage line to the 201115535 '*1 WOOU^l^A» first energy storage unit; a seventh switch; An eighth switch; a ninth switch, the seventh open relationship is controlled by the scan lines to the first first energy storage unit. The eighth switch, the ninth switch reset voltage line is electrically connected to the first switch, wherein the first switch, the first -n M Ά ... is not β, The fifth switch and the seventh open relationship are _: four switches, = the ninth switch body or a negative voltage controlled switch. The second switch unit in the electronic paper according to item 8 of the patent application scope includes: a first switch of Bayi; a second switch; ... - a third switch 'the first off, the second The switch, the third open relationship is controlled by the scan lines electrically connecting the data line to the second energy storage unit; b a fourth switch; a fifth switch; a sixth switch, the fourth switch, The fifth switch, the sixth open relationship is controlled by the scan lines electrically connecting the second reset voltage line to the second energy storage unit; a seventh switch; an eighth switch; 201115535 TW5605PA / a ninth switch, the seventh switch, the eighth switch, and the ninth open relationship are redundantly controlled by the scan lines to electrically connect the first reset voltage line to the second energy storage unit. 12. The electronic paper display of claim 5, wherein the Sx switch, the fifth switch, the third switch, the fifth switch, the eighth switch, and the ninth open relationship are N Type transistor or positive voltage controlled switch 'The fourth switch, the sixth switch and the seventh open relationship are p-type transistors or negative voltage controlled switches. Including an electronic paper display as described in claim 8 of the patent application, and a third pixel, comprising: a third energy storage unit; and a second switching unit controlled by the first unit (four) money The data material, (4) m energy unit is electrically connected to the first-reset voltage line. Will also (four) three reserves 14. The third switch unit of claim 13 wherein: the third display unit comprises: , a display, a first switch, a second switch, a third switch, the first switch, the first Controlled by the first sweep line, the second scan line and the first, the three switch is electrically connected to the third energy storage unit, and the second switch is a fourth switch a fifth switch; 20 201115535 * 'i wooudkA · a sixth switch, the fourth switch, the fifth switch, the sixth open relationship is controlled by the scan lines to electrically connect the second reset voltage line Connected to the third energy storage unit; a seventh switch; an eighth switch; a nine-switch "the seventh switch, the eighth switch, the ninth open relationship is controlled by the scan lines to the first weight The voltage line is electrically connected to the third energy storage unit. The electronic switch of claim 14, wherein the first switch, the second switch, the third switch, the fourth The switch, the sixth switch, and the ninth open relationship are N-type transistors or positive voltage controlled The switch, the fifth switch, the seventh switch and the eighth open relationship are p-type transistors or negative voltage controlled switches. 16. An electronic paper display comprising: a reset voltage line for transmitting a first Resetting a voltage-second reset voltage line for transmitting a second reset voltage to a first pixel; a second pixel; and saying that the juice is very close to the first to the second and the first reset The first pixel is driven by the data-based voltage ((4), and when the first pixel is driven according to the data voltage (_), the second pixel is synchronously driven according to the first-reset voltage The electronic paper display of the item (4), wherein the driving circuit comprises: 21 201115535 TW5605PA a displacement unit; · a switch unit controlled by the displacement unit to drive the number according to the data, flute __ "when the battery is charged, the second reset voltage is driven according to the first reset voltage The electronic paper according to claim 17, wherein the switch unit comprises: ° a first switch is controlled by the displacement unit to electrically drive the first pixel according to the data; and the first switch The system is controlled by the displacement unit to drive the first unit according to the data lightning to “synchronize” the second pixel according to the first reset voltage. μ Le 19. The electronic paper display of item 17 further includes a second: r/mother two pixels, wherein the driving circuit drives the third pixel according to the data voltage jata), and synchronously according to the third pixel. The electronic paper display of claim 19, wherein the driving circuit comprises: a displacement unit; - a switching unit comprising: a material voltage drive * according to the displacement unit The data voltage is controlled by the touch element to record the second pixel; synchronously driving a third switch according to the first reset voltage, controlled by the displacement unit according to the capital 22 201115535 • 1 In the case of the first pixel, the electronic paper display of claim 16 is synchronously driven according to the second reset voltage, wherein the driving circuit is driven according to the data voltage. In the case of a pixel, the electronic paper display according to claim 21 of the third aspect of the invention is driven in accordance with the first reset voltage, wherein the driving circuit comprises: a displacement unit; a switch The unit includes: a lightning rod-switch, controlled by the displacement unit to drive the first pixel according to the resource; and a second switch controlled by the displacement unit to drive according to the data voltage The first image is Xin Nian, Zhe Yi, and the second pixel is synchronously driven according to the first reset voltage; the second switch is controlled by the displacement unit to drive the first -pixel Synchronizing the second pixel according to the first reset voltage. 23. The electronic paper display according to claim 16, wherein the first reset voltage is black voltage or white paper stable. State voltage 24. 24. The electronic paper display described in claim 16 of the patent application, the second reset voltage of the eighth is the black voltage or white voltage sub-paper steady-state voltage. 25·-Electronic paper display driving method , including: 23 201115535 TW5605PA a column of all pixels; one column and the next column all driven according to a first reset voltage driving the same according to a second reset voltage; and the cow cellar: the data column battery age - When all the pixels are listed, the same column and all the following pixels are reset according to the reset voltage of the 4th brother. 26. The driving method according to claim 25, wherein in the step of driving the same column of the pixels according to the data column voltage, the step is 'reset more synchronously according to the second reset voltage- Column and all pixels. The driving method of claim 26, wherein the common voltage of all pixels in the column, the all pixels in the second column, and all the pixels in the third column is an alternating current common voltage (AC Vcom) or a direct current common voltage. (DC VC0m). 28. The driving method of claim 25, wherein the first reset voltage is a black voltage or a white voltage or an electronic paper steady state voltage. The driving method of claim 26, wherein the second reset voltage is a black voltage or a white voltage or an electronic paper steady state voltage. twenty four