TWI236032B - Alternating current plasma display panel - Google Patents

Abstract

An alternating current plasma display panel comprises a plurality of pixels defined by a barrier rib, a plurality of column electrodes, and a plurality of row electrodes. The barrier rib divides each pixel into a first sub-pixel, a second sub-pixel, and a third sub-pixel, which are disposed in a delta arrangement. The column electrodes are parallel to each other and are disposed vertically under the pixels. The row electrodes are parallel to each other and are disposed horizontally above the pixels. In each pixel, the third sub-pixel connects the first sub-pixel and the second sub-pixel at one side, and the first sub-pixels and the second sub-pixels are contiguous and arranged vertically or horizontally. The alternating current plasma display panel is easily manufactured and has high luminous efficiency. The alternating current plasma display panel can also has improvement in the error discharge of pixels.

Description

1236032 V. Description of the invention (1) The technical field to which the invention belongs The present invention relates to an AC plasma display panel (AC PDP), and in particular to a single daytime element in which the sub-pixels are arranged in a triangle (de 11 a arrangement) AC plasma display panel 〇 The prior art flat display is a communication interface between people and Bexun. At present, flat display mainly includes the following: plasma display, Organic Electro-Luminescent Display (0ELD), liquid crystal Display (Liquid Crystal Display, LCD) and Light Emitting Diode (LED). Among them, the plasma display has great application potential due to its large size, self-luminous, no viewing angle dependence, light and thin, and full-color, and is expected to become the mainstream of the next generation of flat-panel displays. Plasma displays are a type of display element that utilizes the characteristics of visible light (Visible 1 i g h t) after illuminating ultraviolet light (Ultraviolet light) on a scale material (p h 〇 s p h 〇 r). The light-emitting structure is mainly composed of a pair of electrodes, a discharge gas, and a phosphorescent material layer. When the voltage between the anode and the cathode exceeds a threshold value, the discharge gas will generate an I discharge phenomenon and emit ultraviolet light. After being exposed to ultraviolet light, the phosphorescent material layer will enter an excited state (Excited state). In the process of the phosphorescent material and self-excited state returning to the ground state, the phosphorescent material layer will generate visible light of different colors according to the characteristics of different materials. This is the light emitting principle of the plasma display. — Figure 1 shows the layering of a conventional AC plasma display panel.

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Illustration. Referring to FIG. 1, the AC plasma display panel 100 is composed of a lower substrate 110 and an upper substrate 150. A dielectric layer 115, a barrier rib 120, and a plurality of row electrodes 130 are disposed on the upper surface of the lower substrate 11 (). The row electrode 13 () is disposed on the upper surface of the lower substrate η0. The dielectric layer 115 is disposed on the upper surface of the lower substrate 110 and covers the row electrodes 130. The barrier wall 120 is disposed on the dielectric layer 115, and is used to determine a plurality of first celestial regions arranged in two angles, such as a plurality of second celestial regions, a plurality of second celestial regions, 140b, and a plurality of third pixel regions. . A first phosphor element layer 142a is arranged in the first day element region 140a, a first: phosphor element layer 142b is provided in the second element region 140b, and a third phosphor element layer 142b is provided in the third element region 140a. The third phosphorescent material layer 142c emits different visible light, respectively. Each of the light-emitting material layers is disposed on a side wall of the barrier wall 20 and the dielectric layer 15 exposed in each pixel region. Each row electrode 130 passes through a daylight region provided with the same phosphor material layer in the X-axis direction. A plurality of row electrodes 160 and a protective layer i70 (Protective layer) are further arranged on the lower surface of the upper substrate 150. Among them, each of the column electrodes 160 is composed of a bus electrode;! 62 and a / sustain electrode 164. The bus electrode 162 is disposed above the barrier wall 120 in the γ-axis direction. The holding electrodes 64 extend from both sides of the bus electrode 162 in a wing shape. The protective layer 170 is disposed on the lower surface of the upper substrate 150 and covers the column electrodes 丨 600 to protect the holding electrodes 丨 64 of the column electrodes 160 from being punctured.

1236032 generally starts with the alternating current of the angular row, and furthermore, it can be said that the first phase, the UV light in the phase is also different, and its impact changes the warranty. However, there is a layer of calenderable material as a condition to see the light. In contrast, the size of the blue and ultraviolet surface products is different from the other solutions, the second red, and the lower one should come out. The problem or the problem of the day element is still 'although it's more of a quality image'. • Sapphire material Green and with the emissive material of E, after the decay, it is known that different generations do not occur, such as from the pixel V. Description of the invention (3) General and scale material quality. However, the degree of attenuation suffered by them is the lowest and the most serious, and further influences such as the same driving frequency are in the driving problem. Therefore, the conventional pixel design of the structural design has three-light efficiency. However, the shape of the round is different, and the invention can be used at the same working time. For example, to display electrodes on a high temperature display, it must be able to attract the common display panel. The brightness and subsequent brightness of the three basic light materials of the third and third blue light materials are adjusted at the three most severe color temperature adjustments. The daytime element is applied with different driving frequency gray levels of the holding electrode in each pixel. The purpose of “easy and having better hair” is to produce jagged edges. The purpose is to provide an AC plasma display panel, which is suitable for improving the display. The purpose of this month is to connect — ▲, can be adjusted according to product needs _ ^ a kind of parent plasma display panel, another comparison to achieve color temperature adjustment two functions: the area occupied by each day element in the element is based on the above The purpose, Taipan, this AC power is dry / The first type of AC plasma display surface is not provided, for example, it is different by a plurality of barrier walls

1236032 V. Description of the invention (4) The meaning of the day element, a plurality of row electrodes and a plurality of column electrodes, in which the blocking wall separates each pixel into one of the first day element, a second Subdials and a third diastere. The row electrode systems are parallel to each other and are arranged vertically below the day pixels, while the column electrode systems are parallel to each other and are arranged horizontally above the pixels. In addition, the first day element and the second day element are connected to one side of the third day element, and the first and second pixels are adjacent and arranged along the longitudinal direction. In addition, the size of the third celestial element in the vertical direction is larger than the size of the first pelion and the second celestial dimension in the vertical direction. In the above-mentioned AC plasma display panel, there may be two arrangements such as three and two row electrodes in each day element, which are respectively described as follows: (1) The row electrode that drives the day element includes, for example, a first row electrode, A second row of electrodes and a third row of electrodes. Among them, the first row of electrodes and the second row of electrodes are correspondingly disposed below the barrier wall, and the third row of electrodes are disposed below the third daylight, and the first row of electrodes, the second row of electrodes, and the third row of electrodes At least one of them has, for example, at least one protrusion, and the protrusion is located below at least one of the first pixel, the second pixel, and the third pixel. (2) The row electrodes driving the day element include, for example, a first row electrode and a second row electrode. Among them, the first row of electrodes is arranged below the first diurnal element and the second dipole, and the second row of electrodes is arranged below the third dither element, and at least one of the first row of electrodes and the second row of electrodes is arranged. One has, for example, at least one protruding portion, and the protruding portion is located below at least one of the first day element, the second day element, and the third day element.

11604twf.ptd Page 9 1236032 V. Description of the invention (5) In the above-mentioned AC plasma display panel, the electrodes driving the day element include, for example, a first column electrode, a second column electrode, and a third column electrode. Among them, the first row of electrodes and the third row of electrodes are correspondingly arranged above the barrier wall, and a part of the second row of electrodes are correspondingly arranged above the group barrier, and the rest of the second row of electrodes are arranged at the third daylight element. Up. In addition, at least one of the first row of electrodes, the second row of electrodes, and the third row of electrodes has at least one holding electrode, and the holding electrode is located in at least one of the first pixel, the second pixel, and the third pixel. Above one. In the above-mentioned AC plasma display panel, the size of the third daylight element in the vertical direction may be equal to the sum of the size of the first daylight element and the second daylight element in the vertical direction. Based on the above purpose, the present invention further proposes a second AC plasma display panel. The AC plasma display panel is composed of, for example, a plurality of daylight elements defined by a barrier wall, a plurality of row electrodes, and a plurality of column electrodes. The obstruction wall separates each day element into a first day element, a second day element, and a third day element. The row electrode systems are parallel to each other and arranged vertically below the day element, and the column electrode systems are parallel to each other and arranged laterally above the day element. In addition, the first and second diorthophytes are connected to one side of the f th third dioren, and the first and second diorthoides are adjacent to each other and arranged in a lateral direction. In addition, the size of the third daylight element in the lateral direction is larger than the size of the first pixel and the second daylight element in the horizontal direction. In the second AC plasma display panel described above, there are also two arrangements of three and two row electrodes in each day element, as explained below:

11604twf.ptd Page 10 1236032 V. Description of the Invention (6) (1) The row electrodes driving pixels include, for example, a first row electrode, a second row electrode, and a third row electrode. Among them, the first row of electrodes and the third row of electrodes are correspondingly arranged below the barrier wall, and a part of the second row of electrodes are correspondingly arranged below the group barrier, and the rest of the second row of electrodes are arranged for the third day of the day. Below. At least one of the first row electrode, the second row electrode, and the third row electrode has, for example, at least one protruding portion, and the protruding portion is located at least in the first day element, the second day element, and the third day element. Below one of them. (2) The row electrodes for driving pixels include, for example, a first row electrode and a second row electrode. Among them, the first row of electrodes is arranged below the first diurnal element and the third dipole, and the second row of electrodes is arranged below the second pixel and the third dipole element. For example, at least one of the two rows of electrodes has at least one protruding portion, and the protruding portion is located below at least one of the first day element, the second day element, and the third day element. In the above-mentioned second type of AC plasma display panel, for example, there may be a plurality of 1s and insulation materials, and the insulation materials are located in the third daylight element and between the first row electrodes, the second row electrodes, and the third row electrodes. . In the second AC plasma display panel described above, the row electrode for driving the day element further includes, for example, a first row electrode, a second row electrode, and a third row electrode. The first row of electrodes, the second row of electrodes, and the third row of electrodes are correspondingly arranged above the barrier wall, and at least one of the first row of electrodes, the second row of electrodes, and the third row of electrodes has at least one holding electrode, for example. And the holding electrode is located above at least one of the first dioxin, the second dioxin and the third dioxin.

11604twf.ptd Page 11 1236032 V. Description of the invention (7) In the first type of parent plasma display panel mentioned above, the third book :::::::: is equal to the first-day dioxin and the second time Draw "Yokohama" In the above two types of AC plasma display panels, the first diurnal element, the second diurnal element, and the third diurnal element can emit red light and second light, for example. In addition, the first daytime t, the second The second day and the third book Xin :: For example, including one of a rectangle and a hexagon. In addition, the first (first) parent plasma display panel can have multiple horizontal (vertical) stretch resistance The wall is located in the third time, and the wall is located in the third gold to separate the third day into two parts. Based on the above, the AC plasma display panel of the present invention proposes a new structure, ... The size of the second daylight element is greater than or equal to the sum of the first daylight element and the second daylight element. Since different second daylight elements have different sizes, a can be calculated according to different needs, such as High color temperature or high urgency, etc., for different colors (red, red, blue, etc.) It has a suitable size: sub-days. In addition, the pixels of the AC plasma display panel of the present invention are still arranged in a triangular manner, so the AC plasma display panel of the present invention still has the advantages of easy manufacturing and better luminous efficiency, and because, The size of the sub-day prime of the AC plasma frequency display panel of the present invention can be rounded, and t can improve the jaggedness of the edge of the displayed image. J ^ In order to make the above and other objects, features, and advantages of the present invention more In the following, a number of preferred embodiments are given below, and in conjunction with the accompanying drawings, detailed descriptions are as follows:

1236032 V. Description of the invention (8) * To ΐ 口 mouth 2 current plasma display panel, based on the difference in pixel structure, placement method 戍 乂:, two types, and can be configured by the arrangement of row electrodes and column electrodes or Variations in size, etc., will be shown in the embodiment t, and will only show a single * "different § and β 下文 various changes below. Let us explain the pixel structure of the first type of pixel structure of the present invention. Each of the 2A to 2I diagrams respectively shows a schematic plan view of the variations of the present invention. First, referring to FIG. 2A, the pixel 2 00 is, for example, separated by a barrier wall 20 0a into one of the triangle arrays. Subdiurnal 202, a second diurnal 204, and an fth diurnal 206. Among them, the shapes of the first diurnal 202, the second diurnal 204, and the third subdivision 206 are as follows: The system is rectangular, and there is a discharge fluoride (not shown) and a light-filling material layer (not shown) in the first daylight element 2 ^ 02, the second daylight element 204, and the third daylight element 206, respectively. (Not shown), for example, to emit visible light such as red, green, and blue light. The first daylight element 202 and the second daylight element 204 are connected for the third time. One side of prime 206, and the first pixel 202 and the second day pixel 204 are adjacent and arranged vertically. In addition, the third day, the dimension 13 of the prime 206 is equal to the first pixel The sum of the dimension L1 of the primary dioxin 200 in the vertical direction and the dimension L2 of the secondary dioxin 204 in the vertical direction make the rectangular dioxin 200 a rectangle. Σ Refer to Figure 2A again, Below the element 200, for example, there is a first row electrode A1, a second row electrode A2, and a third row electrode A3 arranged parallel to each other and vertically, and above the day element 200, for example, there is a first row arranged parallel to each other and horizontally. Electrode B1 '—the second row of electrodes B2 and a third row of electrodes B3. Among them, the “first row of electrodes B1 and the third row of electrodes B3 are correspondingly arranged on the barrier wall”

11604twf.ptd

Page 13 1236032 V. Description of the invention (9) Above 2000a, and a part of the second column electrode B2 is correspondingly arranged above the group insulation wall 200a, and the rest of the second column electrode B 2 passes the third Sub pixels 20 6 above. In addition, the first row electrode A1 and the second row electrode A2 are correspondingly disposed below the barrier wall 200 a, and the third row electrode A 3 passes below the third element 206. Once again, please refer to FIG. 2A. On both sides of the first row of electrodes B1, the second row of electrodes B2, and the second row of electrodes B3, for example, there are holding electrodes 208, and the holding electrodes 208 extend to the first day. Pixel 202, second pixel 204, and third day pixel 206. In addition, the first row electrode a 1 has, for example, a first protrusion extending below the first pixel 202. The electrode A2 in the second row has, for example, a first protruding portion P2 extending below the second day element 204, and the electrode A3 in the third row has, for example, a third protruding portion P3 extending below the third day element 206. According to the above embodiment, if the shapes of the first protruding portion P1, the second protruding portion P2, and the second protruding portion P3 are slightly changed, another shape point can be shown as shown in FIG. 2b. Daylight structure. It is expected that if the positions of the second and second protrusions P2 are interchanged, a daylight structure as shown in Figure 2C can be formed. _ Then 'Please refer to Figure 2D' which is in accordance with the above-mentioned resources. The difference between the examples is mainly that only two row electrodes are arranged in the day element 200. Among them, the first row electrode aJ passes under the first pixel 202 and the second day element 204. The second row electrode A2 passes under the third day element 20 6. As described above, when the configuration of the holding electrode on the column electrode is changed, the daytime can be formed as shown in FIG. 2E and FIG. 2F. Plain structure. Among them, Figure 2E shows the first row of electrodes B1 and the second row of electrodes μ = junction ^

1236032 V. Description of the invention (10) The daylight structure with the holding electrode 2 08, and Figure 2F shows that the junction of the second column electrode and the second row electrode A2 does not have the pixel structure of the holding electrode 208. In addition, a part of the second row of electrodes B2 in the third day element 206 can also be changed in shape, for example, it has a turn and forms a day element structure as shown in FIG. 2G. Please refer to Figure 2H, where the first row of electrodes B1 and the third row of electrodes B3 are moved inward into the sub-pixels respectively. This design can improve the luminous efficiency of the sub-dials and reduce the false discharge of adjacent sub-diels ( Error Discharge). In addition, please refer to FIG. 2I. The pixel 200 is, for example, separated by a barrier wall 200a into a first day pixel 202, a second day pixel 204, and two third pixel 206a. And 206b. Among them, since there are two third day pixels 206a and 206b in the same pixel, the third pixel 206a and 206b can be set to the same or different colors at the same time. In this way, it can also have increased luminous efficiency. And easy to adjust the advantages of color temperature. However, in addition to the above-mentioned various daylight structures, according to the characteristics of the AC plasma display panel of the present invention, it is also possible to, for example, change the self-positioning method or shape of the protruding portions on the holding electrode and the row electrode, etc. Demand, design more different daylight structure. Figures 3A to 3K are schematic plan views showing various changes of the second-type diurnal structure of the present invention. First, please refer to FIG. 3A. For example, the diurnal element 300 is separated by a barrier wall 300a into a first diurnal element 302, a second diurnal element 304, and a third diurnal element 306. Among them, the first day element 302, the second day element 304, and the first

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V. Description of the invention (11) The shape of the third pixel 306 is, for example, rectangular, and the first day element 302, the second day element 304, and the third day element 306 each have a discharge gas (not shown) (Shown) and a layer of optical material (not shown) to emit visible light such as red light, green light, and blue light, respectively. The first pixel 300 and the second pixel 304 are connected to one side of the third day pixel 306, and the first day pixel 300 and the & second day pixel 3 0 4 are adjacent and horizontal. arrangement. In addition, the size of the third book element 306 in the c direction is dedicated to the sum of the side length η of the primary pixel 302 in the horizontal direction and the side length W2 of the second day element 304 in the horizontal direction, and makes the day The prime 300 becomes a rectangle. The same type of day element structure, and then refer to the figure 3A, and the same as the aforementioned first day element 300 has a first row electrode A1, a second row electrode A2 and a third row electrode 3 parallel to each other and longitudinally arranged. Moreover, above the daytime 300, there is also a first row of electrodes B1, a second row of electrodes B2, and a third row of electrodes B3 arranged parallel to each other and transversely arranged. Among them, the first row of electrodes M, the third row of electrodes M, and the third row of electrodes B3 are correspondingly disposed above the barrier wall 300a. ^ The outer row of electrodes A1 and the second row of electrodes A3 are correspondingly arranged under the barrier wall a, while the second row of electrodes ... partly correspond to the barrier wall 300a: and the rest pass through the third Sub-days, below 306. Please refer to FIG. 3A again, the first row of mines; ri, front ^ ^ two M + _ phantom pole 61, two rows of electrodes B2 and the two sides have a holding electrode 308, for example, and the day above the holding electrode 308 306 is daylight Pixel 3.2, the second pixel 3 ° 4 and the third pixel pi extend to the first row electrode A1, for example, have a first protruding portion when the second row electrode is below the second pixel 302. A2 has, for example,-a protruding species 2 extending below the third diurnal 306, and the third row of electrodes

116〇4tvvf.ptd Page 16 1236032 V. Description of the Invention (12) A3 has, for example, a third protruding portion P3 extending below the second daylight 304. Following the above, please refer to FIG. 3B, which shows that in the above embodiment, the first pseudo electrode A1 and the second row electrode A3 are moved to another day element structure in the sub-prime. In addition, FIG. 3C shows a case where the first row electrode A1 and the third row electrode A3 are moved to -inside the human body 'and the row electrode has no protrusions. Take the diurnal structure shown in Figure 3B as an example, where between the first row of electrodes A1, the second row of electrodes A2, and the third row of electrodes A3, such as Figures 3D, 3E, and 3 F As shown, for example, at least one stopper 3 1 0 can be added. The barrier 3 1 0 is not limited to a specific shape, and may be formed together with the barrier wall 3 0 0 a during the manufacturing process. By eliminating the 3100, it is possible to effectively isolate the first row of electrodes a1, the second row of electrodes a2, and the third row of electrodes A3 in the second daytime element 306, avoiding lighting the first row. At the same time as the first day element 302 or the second day element 304, the third pixel 306 was accidentally discharged. Next, please refer to FIG. 3G, FIG. 3H, and FIG. 31, which show the case where only two row electrodes are arranged in each daylight structure. Among them, the electrode A1 in the first row passes below the first sub-pixel 302 and the third sub-pixel 306, and the electrode A2 in the second row passes under the second pixel 304 and the third sub-pixel 306. When the size and configuration of the holding% pole are changed, for example, the pixel structures shown in Figs. 3G, 3H, and 3I can be obtained. Please refer to Figure 3J. According to the characteristics of the first type pixel structure described above, the first row of electrodes B1 and the third row of electrodes B3 also move inwardly into the diurnal element to improve the subdiurnal element. Light emission efficiency, and reduce the adjacent a true ", discharge situation. In addition, please refer to Figure 3K, the day element 3 0 0 is, for example, dandan, absolute

11604twf.ptd Page 17 1236032 Description of the invention (13) 300a is divided into a first day element 302, a second time] secondary pixels 306a and 306b. As shown in FIG. 21, this embodiment also has the advantage of increasing luminous efficiency and making it easy. To summarize the above-mentioned embodiments, the pixel structure of the first type of the present invention can be at least different in the following ways: (1) changing the size and shape of the holding electrode and (2) changing the protrusions Size, shape and configuration (3) Change the arrangement of column electrodes. (4) Change the number and configuration of row electrodes (5) Increase the configuration of the barrier. Therefore, according to the foregoing first and second types of f embodiments and the five design methods described above, more types of diurnal structures are obtained within f, but an explanation is provided. However, it is worth mentioning that the first pixel 302, the second pixel 304 and the second pixel of the present invention are for illustrative purposes, and are not intended to limit the present invention. Make appropriate adjustments for the sub-pictures and the length / width ratio of each sub-pixel. 3 Without departing from the spirit of the present invention, a single day (P r 0fi 1 e) δ can be even rectangular, such as Nearly ^ and so on. In addition, in the foregoing various embodiments, the subdiurnal [prime 304 and two second diurnal structures are compared with the optimal type and the second type of adjusting the color temperature to design various configurations. Placing mode. The structure of the pixel structure can be displayed in a reasonable one. The three-dimensional pixel 30 6 will not be shown in the diagram one by one. This is the area ratio of this technology. In addition, the polygons with rectangular shapes and rectangular shapes are all rectangular, but

116〇4twf.ptcj Page 18

1236032 V. Description of the invention (14) The secondary pixel of the day element structure of the present invention may be a hexagon. Please refer to the 4th ZJ drawing: a plan view of a daylight element structure with hexagonal subpixels invented. The celestial element 400 is, for example, separated by a barrier wall 400a into a first celestial element 402, a second pelent element 404, and a third celestial element. Gang and the third day: the heart shape is, for example, a hexagon, and is arranged in a triangle. However, in addition to the above, the relative positions and configuration relationships of all components in this embodiment are the same as the diurnal structure shown in FIG. 3A, so the description will not be repeated. In summary, the AC plasma display panel of the present invention proposes a new denier structure. ,,, although in all the above-mentioned embodiments, the third check of the size in the vertical (or horizontal) direction is equal to the sum of the first-time daytime and the: time: prime vertical (or horizontal) size ', but actually On the premise that the vertical (or horizontal) size of the second time element must be greater than the vertical (or horizontal) size of the first time painting element, the second time second size can be changed according to design requirements . In this way :: The same subdiurnal element has different sizes, so the blue element selected with the appropriate size is different colors (red, green, and in addition, in the AC plasma display panel of the present invention) The column electrode and the rod electrode can be arranged on the barrier wall according to the needs, and can be reduced or shaped. With the above design, it can be reduced or shaped. In addition, it is obvious with the conventional AC plasma display; ? The plasma element of the plasma display panel still maintains the triangular mode. The father's AC plasma display panel has easy production and;

H604twf .ptd Page 19 1236032 V. Description of the invention (15) point, and because the sub-pixel size of the AC plasma display panel of the present invention can be adjusted, the problem of jagged edges on the display image can be further improved. Although the present invention has been disclosed as above with a preferred embodiment, it is not intended to limit the present invention. Any person skilled in the art can make some changes and retouch without departing from the spirit and scope of the present invention. The scope of protection of the invention shall be determined by the scope of the attached patent application.

11604twf.ptd Page 20 1236032 Brief Description of Drawings Figure 1 shows a layered schematic diagram of a conventional AC plasma display panel. Figures 2A to 21 are schematic plan views showing various changes in the pixel structure of the first type of the present invention. Figures 3A to 3K are schematic plan views showing various changes in the pixel structure of the second type of the present invention. FIG. 4 is a plan view of a dioxin structure with a hexagonal hypodioxin according to the present invention. [Schematic description] I 0 0: AC display panel II 0: Lower substrate 11 5: Dielectric layer 1 2 0: Barrier wall 1 3 0: Row electrode 140a: First daylight region 140b: Second daylight element Region 140c: the third daylight region 142a, the first phosphorescent material layer 142b: the second phosphorescent material layer 142c: and the third phosphorescent material layer 1 50: the upper substrate 1 6 0: the column electrode 1 6 2 · the bus electrode 1 6 4 : Holding electrode

11604twf.ptd Page 21 1236032 Simple illustration of the drawing 1 7 0: Protective layer 200: Pixels 2 0 0 a: Barrier wall 2 0 2: First day element 2 0 4: Second day element 2 0 6: Third day dioxin 206a: third day dioxin 2 06b: third day dioxin 2 0 8: holding electrode 300: day dioxin 3 0 0a: barrier wall 3 0 2: first day dioxin 304: first Secondary day element 3 0 6: third day element 30 6a: third day element 306b: third day element 3 0 8 · holding electrode 3 1 0: stopper 400: pixel 4 0 0 a: stop Wall 4 0 2: first day pixel 404: second day pixel 406: third day pixel A1: first row electrode

11604twf.ptd Page 22 1236032 Schematic description A2 22nd row electrode A3 3rd row electrode B1 1st-column electrode B2 2nd row 2nd electrode B3 3rd column electrode L1 1st-second day element Dimension L2 The dimension of the second celestial element in the longitudinal direction L3 The first: the dimension of the L-dimension element in the longitudinal direction W1 The dimension of the second sub-pixel in the transverse direction W2 Dimension of the i-th daylight element in the horizontal direction

11604twf.ptd Page 23

Claims (1)

1236032 6. Scope of patent application 1. An AC plasma display panel, including a plurality of daylight elements defined by a barrier wall, a plurality of row electrodes, and a plurality of column electrodes, wherein the barrier wall separates each of the daylight elements It is one of the first day element, a second day element, and a third pixel in a triangular arrangement. The rows of electrode systems are parallel to each other and are vertically disposed below the day elements. The columns of electrode systems are parallel to each other. And arranged horizontally above the celestial elements, the AC plasma display panel is characterized in that: in each of the celestial elements, the first pixel and the second celestial element and one of the third celestial element The side pixels are connected, and the first pixel and the second pixel are arranged adjacent to each other along the longitudinal direction. In addition, the third pixel is larger in length in the vertical direction than the first pixel and the second pixel. The dimension of the subdivision in the longitudinal direction. 2. The AC plasma display panel described in item 1 of the scope of patent application, wherein each of the first diurnal elements, each of the second diurnal elements, and each of the third tertiary elements respectively emit different The visible light includes red light, green light, and blue light. 3. The AC plasma display panel described in item 1 of the scope of patent application, wherein the shapes of each of the first pixels, each of the second pixels, and each of the third pixels include One of a rectangular shape and a hexagonal shape: 4. The AC plasma display panel described in item 1 of the scope of patent application, wherein the rows of electrodes driving the pixels include a first row of electrodes, a second row of electrodes, and a The third row of electrodes, the first row of electrodes, and the second row of electrodes are correspondingly disposed below the barrier wall, and the third row of electrodes are disposed below the third daylight. 5. The AC poly display panel as described in item 4 of the scope of patent application, 11604twf.ptd Page 24 1236032 6. Scope of patent application At least one of the first row electrodes, the second row electrodes, and the third row electrodes has at least one protrusion, and the protrusion is located at Below the at least one of the first diurnal hormone, the second diurnal hormone, and the third diurnal hormone. 6. The AC plasma display panel according to item 1 of the scope of patent application, wherein the rows of electrodes driving the pixels include a first row of electrodes and a second row of electrodes, and the first rows of electrodes are arranged at The first day pixels and the second pixels are below, and the second row electrodes are disposed below the third day pixels. 7. The AC plasma display panel according to item 6 of the scope of patent application, wherein at least one of the first row of electrodes and the second row of electrodes has at least one protrusion, and the protrusion is located at the protrusions. Below the at least one of the first diurnal hormone, the second diurnal hormone, and the third diurnal hormone. 8. The AC plasma display panel according to item 1 of the scope of patent application, wherein the rows of electrodes driving the daylight elements include a first row of electrodes, a second row of electrodes, and a third row of electrodes. One row of electrodes and the third row of electrodes are correspondingly arranged above the barrier wall, and one part of the second row of electrodes is correspondingly arranged above the f group of barriers, and the rest are located above the third daylight. 9. The AC plasma display panel according to item 8 of the scope of patent application, wherein at least one of the first row of electrodes, the second row of electrodes, and the third row of electrodes has at least one holding electrode, and the The holding electrode is located above at least one of the first celestial pixels, the second pelvic pixels, and the third pelvic pixels. 11604twf.ptd Page 25 1236032 6. Scope of patent application 10. The AC plasma display panel described in item 1 of the scope of patent application further includes a plurality of laterally extending barrier walls, and the laterally extending barrier walls are located at the third Within the subdials, the third diasteres are divided into two parts. 1 1. The AC plasma display panel according to item 1 of the scope of patent application, wherein the vertical dimension of the third daylight element is equal to each of the first daylight elements and each of the second daylight elements. Sum of dimensions in the longitudinal direction. 1 2. An AC plasma display panel, including a plurality of pixels defined by a barrier wall, a plurality of row electrodes, and a plurality of column electrodes, wherein the barrier wall separates each of the day elements into a triangular arrangement One of the first dioxin, one second dioxin, and one third dioxin, the rows of electrode systems are parallel to each other and are arranged vertically below the dioxins, and the rows of electrode systems are parallel to each other and are arranged laterally Above the diatoms, the AC plasma display panel is characterized in that: in each of the diatoms, the first pixel and the second diatom are connected to one side of the third diatom And the first daylight element and the second daylight element are arranged adjacently and in a horizontal direction. In addition, the third daylight element is larger in the horizontal direction than the first daylight element and the second daylight element. Dimensions in the horizontal direction. 1 3. The AC plasma display panel as described in item 12 of the scope of patent application, wherein each of the first diurnal elements, each of the second diurnal elements, and each of the third diurnal elements are respectively It emits different visible light including red light, green light and blue light. 1 4. The AC plasma display panel as described in item 12 of the scope of patent application, wherein each of the first diurnal elements, each of the second diurnal elements, and each 11604twf.ptd Page 26 1236032 6. Scope of Patent Application The shapes of the third daylight elements include one of a rectangle and a hexagon. 1 5. The AC plasma display panel according to item 12 of the scope of patent application, wherein the rows of electrodes driving the daylight elements include a first row of electrodes, a second row of electrodes, and a third row of electrodes, the The first row of electrodes and the third row of electrodes are correspondingly disposed below the barrier wall, and a portion of the second row of electrodes are correspondingly disposed below the barrier wall, and the remaining portions are located at each of the plurality of electrodes. Below the third day. 16. The AC plasma display panel according to item 15 of the scope of patent application, wherein at least one of the first row electrodes, the second row electrodes, and the third row electrodes has at least one protrusion. And the protruding portion is located below at least one of the first diurnal element, the second diurnal element, and the third diurnal element. 1 7. The AC plasma display panel as described in item 12 of the scope of patent application, wherein the rows of electrodes driving the celestial elements include a first row of electrodes and a second row of electrodes, and the first rows of electrodes are It is disposed below the first diurnal hormones and the third diurnal hormones, and the second row electrodes are disposed under the second diurnal hormones and the third diurnal hormones. 1 8. The AC plasma display panel according to item 17 of the scope of application for patent f, wherein at least one of the first row electrodes and the second row electrodes has at least one protruding portion, and the protruding portion It is located under at least one of the first diurnal hormones, the second diurnal hormones, and the third diurnal hormones. 19. The AC plasma display panel according to item 12 of the scope of the patent application, wherein the rows of electrodes driving the celestial elements include a first row of electrodes, a second row of electrodes, and a third row of electrodes. Some first row of electrodes, 11604twf.ptd Page 27 1236032 6. Scope of patent application --- The two rows of electrodes and the third row of electrodes are correspondingly arranged above the barrier wall. 20. The AC plasma display panel according to item 19 in the scope of the patent application, wherein at least one of the first row electrodes, the second row electrodes, and the two row electrodes has at least one holding electrode, and the Paulin is located above at least one of the first diurnal hormone, the second diurnal hormone, and the two dielectrolyte. Second day 2 1 · The AC plasma display panel described in item 12 of Shen Qing's patent scope further includes a plurality of longitudinally extending blocking walls, which are located in the third diurnal elements in order to change the The third day prime separated the two parts. 2 2 · The AC plasma display panel as described in item 12 of the scope of patent application, further including a plurality of barriers, the P and the barriers are located in the second ^ day elements, and are located in the first rows Between the electrodes, the second row of electrodes, and the third row of electrodes. ^ 2 3 · The AC plasma display panel as described in item 12 of the scope of patent application, wherein the horizontal dimension of the second daylight element is dedicated to each of the first pixels and each of the second pixels. The sum of the dimensions of the secondary pixels in the horizontal direction. 11604twf.ptd Page 28