WO2022116712A1 - 三基色全彩 led 显示屏的共享像素排列结构及共享方法 - Google Patents

三基色全彩 led 显示屏的共享像素排列结构及共享方法 Download PDF

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Publication number
WO2022116712A1
WO2022116712A1 PCT/CN2021/124270 CN2021124270W WO2022116712A1 WO 2022116712 A1 WO2022116712 A1 WO 2022116712A1 CN 2021124270 W CN2021124270 W CN 2021124270W WO 2022116712 A1 WO2022116712 A1 WO 2022116712A1
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Prior art keywords
display screen
row
led
arrangement structure
leds
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PCT/CN2021/124270
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English (en)
French (fr)
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夏林嘉
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夏林嘉
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Publication of WO2022116712A1 publication Critical patent/WO2022116712A1/zh

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    • G—PHYSICS
    • G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09F—DISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
    • G09F9/00—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements
    • G09F9/30—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements in which the desired character or characters are formed by combining individual elements
    • G09F9/33—Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements in which the desired character or characters are formed by combining individual elements being semiconductor devices, e.g. diodes

Definitions

  • the invention belongs to the technical field of full-color LED display screens, and in particular relates to a shared pixel arrangement structure and a sharing method of a three-primary full-color LED display screen.
  • a three-primary full-color LED display screen in the prior art includes a number of pixels arranged vertically and horizontally, and each pixel consists of a red LED R, a green LED G and a blue LED B are composed of (ie RGB pixel), RGB pixel is a three-primary color pixel, corresponding to display only one picture element.
  • each LED belongs to a pixel of three primary colors, and can only play a role in displaying one picture element, and the utilization rate of each LED is low, resulting in low resolution of the LED display.
  • the purpose of the present invention is to overcome the above-mentioned shortcomings of the prior art, and to provide a shared pixel arrangement structure of a three-primary full-color LED display screen.
  • the present invention is realized in this way, a shared pixel arrangement structure of a three-primary full-color LED display screen, each row of the display screen is provided with a number of red LEDs, green LEDs and blue LEDs arranged at equal intervals, and the display Each column of the screen is provided with a number of red LEDs, green LEDs and blue LEDs arranged at equal intervals;
  • a red LED is arranged at the first position of the first row of the display screen, a green LED is arranged at the second position of the first row of the display screen, and a blue LED is arranged at the third position of the first row of the display screen;
  • a red LED is arranged at the fourth position of the first row of the display screen, a green LED is arranged at the fifth position of the first row of the display screen, and a blue LED is arranged at the sixth position of the first row of the display screen;
  • the first line of the display screen is repeatedly set in this way;
  • a blue LED is arranged at the first position of the second row of the display screen, a red LED is arranged at the second position of the second row of the display screen, and a green LED is arranged at the third position of the second row of the display screen;
  • a blue LED is arranged at the fourth position of the second row of the display screen, a red LED is arranged at the fifth position of the second row of the display screen, and a green LED is arranged at the sixth position of the second row of the display screen;
  • the second line of the display screen is repeatedly set in this way;
  • a green LED is arranged at the first position of the third row of the display screen, a blue LED is arranged at the second position of the third row of the display screen, and a red LED is arranged at the third position of the third row of the display screen;
  • a green LED is arranged at the fourth position of the third row of the display screen, a blue LED is arranged at the fifth position of the third row of the display screen, and a red LED is arranged at the sixth position of the third row of the display screen;
  • the third line of the display screen is repeatedly set in this way;
  • the arrangement structure of the fourth, seventh, tenth...every three lines of the display screen is the same as the arrangement structure of the first line of the display screen;
  • the arrangement structure of the fifth, eighth, eleventh...every three lines of the display screen is the same as the arrangement structure of the second line of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth...every three lines of the display screen is the same as the arrangement structure of the third line of the display screen.
  • the present invention also provides another shared pixel arrangement structure of a three-primary full-color LED display screen.
  • Each row of the display screen is provided with a number of red LEDs, green LEDs and blue LEDs arranged at equal intervals.
  • Each column is provided with a number of red LEDs, green LEDs and blue LEDs arranged at equal intervals;
  • a green LED is arranged at the first position of the first row of the display screen, a blue LED is arranged at the second position of the first row of the display screen, and a red LED is arranged at the third position of the first row of the display screen;
  • a green LED is arranged at the fourth position of the first row of the display screen, a blue LED is arranged at the fifth position of the first row of the display screen, and a red LED is arranged at the sixth position of the first row of the display screen;
  • the first line of the display screen is repeatedly set in this way;
  • a red LED is arranged at the first position of the second row of the display screen, a green LED is arranged at the second position of the second row of the display screen, and a blue LED is arranged at the third position of the second row of the display screen;
  • a red LED is arranged at the fourth position of the second row of the display screen, a green LED is arranged at the fifth position of the second row of the display screen, and a blue LED is arranged at the sixth position of the second row of the display screen;
  • the second line of the display screen is repeatedly set in this way;
  • a blue LED is arranged at the first position of the third row of the display screen, a red LED is arranged at the second position of the third row of the display screen, and a green LED is arranged at the third position of the third row of the display screen;
  • a blue LED is arranged at the fourth position of the third row of the display screen, a red LED is arranged at the fifth position of the third row of the display screen, and a green LED is arranged at the sixth position of the third row of the display screen;
  • the third line of the display screen is repeatedly set in this way;
  • the arrangement structure of the fourth, seventh, tenth...every three lines of the display screen is the same as the arrangement structure of the first line of the display screen;
  • the arrangement structure of the fifth, eighth, eleventh...every three lines of the display screen is the same as the arrangement structure of the second line of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth...every three lines of the display screen is the same as the arrangement structure of the third line of the display screen.
  • the present invention also provides another shared pixel arrangement structure of a three-primary full-color LED display screen.
  • Each row of the display screen is provided with a number of red LEDs, green LEDs and blue LEDs arranged at equal intervals.
  • Each column is provided with a number of red LEDs, green LEDs and blue LEDs arranged at equal intervals;
  • a blue LED is arranged at the first position of the first row of the display screen, a red LED is arranged at the second position of the first row of the display screen, and a green LED is arranged at the third position of the first row of the display screen;
  • a blue LED is arranged at the fourth position of the first row of the display screen, a red LED is arranged at the fifth position of the first row of the display screen, and a green LED is arranged at the sixth position of the first row of the display screen;
  • the first line of the display screen is repeatedly set in this way;
  • a green LED is arranged at the first position of the second row of the display screen, a blue LED is arranged at the second position of the second row of the display screen, and a red LED is arranged at the third position of the second row of the display screen;
  • a green LED is arranged at the fourth position of the second row of the display screen, a blue LED is arranged at the fifth position of the second row of the display screen, and a red LED is arranged at the sixth position of the second row of the display screen;
  • the second line of the display screen is repeatedly set in this way;
  • a red LED is arranged at the first position of the third row of the display screen, a green LED is arranged at the second position of the third row of the display screen, and a blue LED is arranged at the third position of the third row of the display screen;
  • a red LED is arranged at the fourth position of the third row of the display screen, a green LED is arranged at the fifth position of the third row of the display screen, and a blue LED is arranged at the sixth position of the third row of the display screen;
  • the third line of the display screen is repeatedly set in this way;
  • the arrangement structure of the fourth, seventh, tenth...every three lines of the display screen is the same as the arrangement structure of the first line of the display screen;
  • the arrangement structure of the fifth, eighth, eleventh...every three lines of the display screen is the same as the arrangement structure of the second line of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth...every three lines of the display screen is the same as the arrangement structure of the third line of the display screen.
  • the present invention also provides a sharing method of the shared pixel arrangement structure of the three-primary full-color LED display screen as described above. RGB pixels.
  • the present invention also provides a sharing method of the shared pixel arrangement structure of the three-primary full-color LED display screen as described above.
  • the LED at the current position of each column of the display screen is combined with the two adjacent LEDs below the same column to form a plurality of RGB pixel.
  • the present invention also provides a sharing method of the shared pixel arrangement structure of the three-primary full-color LED display screen as described above.
  • An adjacent LED is compounded to form multiple RGB pixels.
  • the utilization rate of each LED in each row and/or each column of the display screen of the present invention is high when a plurality of RGB pixels are formed by compounding, and the RGB pixels formed by compounding each row and/or each column of the display screen are high.
  • the number has been greatly increased, significantly increasing the resolution of the display.
  • FIG. 1 is a pixel arrangement structure of a full-color LED display screen in the prior art.
  • FIG. 2 is a pixel arrangement structure of a three-primary full-color LED display screen provided in Embodiment 1 of the present invention.
  • FIG. 3 is a pixel arrangement structure of a three-primary full-color LED display screen provided in Embodiment 2 of the present invention.
  • FIG. 4 is a pixel arrangement structure of a three-primary full-color LED display screen provided by Embodiment 3 of the present invention.
  • Embodiment 1 of the present invention provides a shared pixel arrangement structure of a three-primary full-color LED display screen.
  • Each row of the display screen is provided with a number of red LEDs R, green LEDs G and Blue LED B.
  • Each column of the display screen is provided with several red LEDs R and green LEDs arranged at equal intervals G and blue LED B;
  • a red LED R is set at the first position of the first row of the display screen, a green LED G is set at the second position of the first row of the display screen, and a blue LED B is set at the third position of the first row of the display screen;
  • a red LED R is set at the fourth position of a row, a green LED G is set at the fifth position of the first row of the display screen, and a blue LED B is set at the sixth position of the first row of the display screen;
  • the first row of the display screen is as follows Repeat the setting, that is, the fourth, seventh, tenth... ..A green LED G is set at every three positions, the sixth, ninth, and twelfth rows of the first line of the display screen...a blue LED B is set at every three positions;
  • a blue LED B is set at the first position of the second row of the display screen, a red LED R is set at the second position of the second row of the display screen, and a green LED G is set at the third position of the second row of the display screen;
  • a blue LED B is set at the fourth position of the second row, a red LED R is set at the fifth position of the second row of the display screen, and a green LED G is set at the sixth position of the second row of the display screen;
  • the second row of the display screen is like this Repeat the setting, that is, the fourth, seventh, and tenth lines of the second line of the display... .
  • a red LED R is set at every three positions, and a green LED G is set at every three positions on the sixth, ninth, and twelfth rows of the display screen;
  • a green LED G is set at the first position of the third row of the display screen, a blue LED B is set at the second position of the third row of the display screen, and a red LED R is set at the third position of the third row of the display screen;
  • a green LED G is set in the fourth position of the three rows, a blue LED B is set in the fifth position of the third row of the display screen, and a red LED R is set in the sixth position of the third row of the display screen;
  • the third row of the display screen is like this Repeat the setting, that is, the fourth, seventh, tenth in the third line of the display screen... set a green LED G at every three positions, the fifth, eighth, eleventh in the third line of the display screen.... ..
  • a blue LED B is set at every three positions, the sixth, ninth, and twelfth rows of the third line of the display screen...
  • a red LED R is set at every three positions;
  • the fourth, seventh, tenth...the arrangement structure of every third row of the display screen is the same as the arrangement structure of the first row of the display screen;
  • the arrangement structure of every third line of the display screen is the same as the arrangement structure of the second line of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth...every three lines of the display screen is the same as the arrangement structure of the third line of the display screen.
  • Embodiment 1 of the present invention also provides a method for sharing a shared pixel arrangement structure of a three-primary full-color LED display screen as described above. Two adjacent LEDs are compounded to form multiple RGB pixels.
  • Embodiment 1 of the present invention also provides another method for sharing the shared pixel arrangement structure of the three-primary full-color LED display screen as described above.
  • the LED at the current position of each column of the display screen is combined with two adjacent LEDs below the same column. Multiple RGB pixels are formed.
  • Embodiment 1 of the present invention also provides a sharing method of the shared pixel arrangement structure of the three-primary color full-color LED display screen as described above. An adjacent LED below the same column is compounded to form multiple RGB pixels.
  • the usage rate of each LED in each row and/or each column of the display screen of Embodiment 1 of the present invention is high when multiple RGB pixels are formed by combining, and each row and/or each column of the display screen is combined to form The number of RGB pixels is greatly increased, significantly increasing the resolution of the display.
  • each row of the display screen is provided with a number of red LEDs R, green LEDs G and Blue LED B.
  • Each column of the display screen is provided with several red LEDs R and green LEDs arranged at equal intervals G and blue LED B;
  • a green LED G is set at the first position of the first row of the display screen, a blue LED B is set at the second position of the first row of the display screen, and a red LED R is set at the third position of the first row of the display screen;
  • a green LED G is set in the fourth position of a row, a blue LED B is set in the fifth position of the first row of the display screen, and a red LED R is set in the sixth position of the first row of the display screen;
  • the first row of the display screen is like this Repeat the setting, that is, the fourth, seventh, tenth in the first line of the display screen... set a green LED G at every three positions, the fifth, eighth, eleventh in the first line of the display screen.... ..
  • a blue LED B is set at every three positions, the sixth, ninth, and twelfth rows of the first line of the display screen...
  • a red LED R is set at every three positions;
  • a red LED R is set at the first position of the second row of the display screen, a green LED G is set at the second position of the second row of the display screen, and a blue LED B is set at the third position of the second row of the display screen;
  • a red LED R is set at the fourth position of the second row, a green LED G is set at the fifth position of the second row of the display screen, and a blue LED B is set at the sixth position of the second row of the display screen;
  • the second row of the display screen is like this Repeat the setting, that is, the second line of the display screen is the fourth, seventh, tenth...every three positions are set with a red LED R, and the second line of the display screen is fifth, eighth, eleventh.... ..a green LED G is set at every three positions, the sixth, ninth, and twelfth rows of the second line of the display screen...a blue LED B is set at every three positions;
  • a blue LED B is set at the first position of the third row of the display screen, a red LED R is set at the second position of the third row of the display screen, and a green LED G is set at the third position of the third row of the display screen;
  • a blue LED B is set at the fourth position of the three rows, a red LED R is set at the fifth position of the third row of the display screen, and a green LED G is set at the sixth position of the third row of the display screen;
  • the third row of the display screen is like this Repeat the setting, that is, the fourth, seventh, tenth... .
  • a red LED R is set at every three positions, and a green LED G is set at every three positions on the sixth, ninth, and twelfth rows of the display screen;
  • the fourth, seventh, tenth...the arrangement structure of every third row of the display screen is the same as the arrangement structure of the first row of the display screen;
  • the arrangement structure of every third line of the display screen is the same as the arrangement structure of the second line of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth...every three lines of the display screen is the same as the arrangement structure of the third line of the display screen.
  • Embodiment 2 of the present invention also provides a sharing method of the shared pixel arrangement structure of the three-primary full-color LED display screen as described above. Two adjacent LEDs are compounded to form multiple RGB pixels.
  • Embodiment 2 of the present invention also provides another method for sharing the shared pixel arrangement structure of the three-primary full-color LED display screen as described above, wherein the LED at the current position of each column of the display screen is combined with two adjacent LEDs below the same column. Multiple RGB pixels are formed.
  • Embodiment 2 of the present invention also provides a method for sharing a shared pixel arrangement structure of a three-primary full-color LED display screen as described above, where the LED at the current position of each row of the display screen is an LED adjacent to the right side of the same row and an LED that is adjacent to the right side of the same row. An adjacent LED below the same column is compounded to form multiple RGB pixels.
  • the usage rate of each LED in each row and/or each column of the display screen in Embodiment 2 of the present invention is high when multiple RGB pixels are formed by composite, and each row and/or each column of the display screen is compositely formed.
  • the number of RGB pixels is greatly increased, significantly increasing the resolution of the display.
  • each row of the display screen is provided with a number of red LEDs R, green LEDs G and Blue LED B.
  • Each column of the display screen is provided with several red LEDs R and green LEDs arranged at equal intervals G and blue LED B;
  • a blue LED B is set at the first position of the first row of the display screen, a red LED R is set at the second position of the first row of the display screen, and a green LED G is set at the third position of the first row of the display screen;
  • a blue LED B is set in the fourth position of a row, a red LED R is set in the fifth position of the first row of the display screen, and a green LED G is set in the sixth position of the first row of the display screen;
  • the first row of the display screen is as follows Repeat the setting, the first line of the display screen is repeated in this way, that is, the fourth, seventh, tenth... Eight, eleven...every three positions are set with a red LED R, the sixth, ninth, and twelfth of the first line of the display screen...every three positions are set with a green light LED G;
  • a green LED G is set at the first position of the second row of the display screen, a blue LED B is set at the second position of the second row of the display screen, and a red LED R is set at the third position of the second row of the display screen;
  • a green LED G is set at the fourth position of the second row, a blue LED B is set at the fifth position of the second row of the display screen, and a red LED R is set at the sixth position of the second row of the display screen;
  • the second row of the display screen is like this Repeat the setting, the second line of the display screen is repeated in this way, that is, the fourth, seventh, tenth... , 8, 11...every three positions are set with a blue LED B, the second row of the display screen is sixth, ninth, twelfth...every three positions are set with a red LED B light LED R;
  • a red LED R is set at the first position of the third row of the display screen, a green LED G is set at the second position of the third row of the display screen, and a blue LED B is set at the third position of the third row of the display screen;
  • a red LED R is set at the fourth position of the three rows, a green LED G is set at the fifth position of the third row of the display screen, and a blue LED B is set at the sixth position of the third row of the display screen;
  • Repeat the setting, the third line of the display screen is repeated in this way, that is, the fourth, seventh, tenth... , 8, 11...every three positions are set with a green LED G, the third row of the display screen is sixth, ninth, twelfth...every three positions are set with a green LED G blue LED B;
  • the fourth, seventh, tenth...the arrangement structure of every third row of the display screen is the same as the arrangement structure of the first row of the display screen;
  • the arrangement structure of every third line of the display screen is the same as the arrangement structure of the second line of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth...every three lines of the display screen is the same as the arrangement structure of the third line of the display screen.
  • Embodiment 3 of the present invention also provides a sharing method of the shared pixel arrangement structure of the three-primary full-color LED display screen as described above. Two adjacent LEDs are compounded to form multiple RGB pixels.
  • Embodiment 3 of the present invention also provides another method for sharing the shared pixel arrangement structure of the three-primary full-color LED display screen as described above.
  • the LED at the current position of each column of the display screen is combined with two adjacent LEDs below the same column. Multiple RGB pixels are formed.
  • Embodiment 3 of the present invention also provides a sharing method of the shared pixel arrangement structure of the three-primary full-color LED display screen as described above. An adjacent LED below the same column is compounded to form multiple RGB pixels.
  • the usage rate of each LED in each row and/or each column of the display screen in Embodiment 2 of the present invention is high when multiple RGB pixels are formed by composite, and each row and/or each column of the display screen is compositely formed.
  • the number of RGB pixels is greatly increased, significantly increasing the resolution of the display.

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  • Engineering & Computer Science (AREA)
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Abstract

本发明提供了一种三基色全彩LED显示屏的共享像素排列结构及共享方法，显示屏每一行当前位置的LED与同一行右侧临近的两个LED复合形成多个RGB像素；或者，显示屏每一列当前位置的LED与同一列下方临近的两个LED复合形成多个RGB像素；或者，显示屏每一行当前位置的LED与同一行右侧临近的一个LED以及与同一列下方临近的一个LED复合形成多个RGB像素。与现有技术相比，本发明的显示屏每一行和/或每一列的每个LED在复合形成多个RGB像素时的使用率高，显示屏每一行和/或每一列复合形成的RGB像素的数量大大增加，显著提高了显示屏的分辨率。

Description

三基色全彩LED显示屏的共享像素排列结构及共享方法 技术领域
本发明属于全彩LED显示屏技术领域，尤其涉及一种三基色全彩LED显示屏的共享像素排列结构及共享方法。
 背景技术
如图1所示，现有技术中的三基色全彩LED显示屏包括若干纵横排列的像素，每个像素由一红光LED R、一绿光LED G和一蓝光LED B组成（即RGB像素），RGB像素是一个三基色像素，对应显示唯一一个图象元。
这种技术的缺点是：每个LED唯一属于一个三基色像素，只能在显示一个图象元时发挥作用，每个LED的使用率低，导致LED显示屏的分辨率低。
 技术问题
本发明的目的在于克服上述现有技术的不足，提供一种三基色全彩LED显示屏的共享像素排列结构。
 技术解决方案
本发明是这样实现的，一种三基色全彩LED显示屏的共享像素排列结构，所述显示屏每一行均设有若干等间距设置的红光LED、绿光LED和蓝光LED，所述显示屏每一列均设有若干等间距设置的红光LED、绿光LED和蓝光LED；
所述显示屏第一行第一个位置设置一红光LED，所述显示屏第一行第二个位置设置一绿光LED，所述显示屏第一行第三个位置设置一蓝光LED；所述显示屏第一行第四个位置设置一红光LED，所述显示屏第一行第五个位置设置一绿光LED，所述显示屏第一行第六个位置设置一蓝光LED；所述显示屏第一行如此重复设置；
所述显示屏第二行第一个位置设置一蓝光LED，所述显示屏第二行第二个位置设置一红光LED，所述显示屏第二行第三个位置设置一绿光LED；所述显示屏第二行第四个位置设置一蓝光LED，所述显示屏第二行第五个位置设置一红光LED，所述显示屏第二行第六个位置设置一绿光LED；所述显示屏第二行如此重复设置；
所述显示屏第三行第一个位置设置一绿光LED，所述显示屏第三行第二个位置设置一蓝光LED，所述显示屏第三行第三个位置设置一红光LED；所述显示屏第三行第四个位置设置一绿光LED，所述显示屏第三行第五个位置设置一蓝光LED，所述显示屏第三行第六个位置设置一红光LED；所述显示屏第三行如此重复设置；
所述显示屏第四、七、十......每隔三行的排列结构与所述显示屏第一行的排列结构相同；
所述显示屏第五、八、十一......每隔三行的排列结构与所述显示屏第二行的排列结构相同；
所述显示屏第六、九、十二......每隔三行的排列结构与所述显示屏第三行的排列结构相同。
本发明还提供了另一种三基色全彩LED显示屏的共享像素排列结构，所述显示屏每一行均设有若干等间距设置的红光LED、绿光LED和蓝光LED，所述显示屏每一列均设有若干等间距设置的红光LED、绿光LED和蓝光LED；
所述显示屏第一行第一个位置设置一绿光LED，所述显示屏第一行第二个位置设置一蓝光LED，所述显示屏第一行第三个位置设置一红光LED；所述显示屏第一行第四个位置设置一绿光LED，所述显示屏第一行第五个位置设置一蓝光LED，所述显示屏第一行第六个位置设置一红光LED；所述显示屏第一行如此重复设置；
所述显示屏第二行第一个位置设置一红光LED，所述显示屏第二行第二个位置设置一绿光LED，所述显示屏第二行第三个位置设置一蓝光LED；所述显示屏第二行第四个位置设置一红光LED，所述显示屏第二行第五个位置设置一绿光LED，所述显示屏第二行第六个位置设置一蓝光LED；所述显示屏第二行如此重复设置；
所述显示屏第三行第一个位置设置一蓝光LED，所述显示屏第三行第二个位置设置一红光LED，所述显示屏第三行第三个位置设置一绿光LED；所述显示屏第三行第四个位置设置一蓝光LED，所述显示屏第三行第五个位置设置一红光LED，所述显示屏第三行第六个位置设置一绿光LED；所述显示屏第三行如此重复设置；
所述显示屏第四、七、十......每隔三行的排列结构与所述显示屏第一行的排列结构相同；
所述显示屏第五、八、十一......每隔三行的排列结构与所述显示屏第二行的排列结构相同；
所述显示屏第六、九、十二......每隔三行的排列结构与所述显示屏第三行的排列结构相同。
本发明还提供了另一种三基色全彩LED显示屏的共享像素排列结构，所述显示屏每一行均设有若干等间距设置的红光LED、绿光LED和蓝光LED，所述显示屏每一列均设有若干等间距设置的红光LED、绿光LED和蓝光LED；
所述显示屏第一行第一个位置设置一蓝光LED，所述显示屏第一行第二个位置设置一红光LED，所述显示屏第一行第三个位置设置一绿光LED；所述显示屏第一行第四个位置设置一蓝光LED，所述显示屏第一行第五个位置设置一红光LED，所述显示屏第一行第六个位置设置一绿光LED；所述显示屏第一行如此重复设置；
所述显示屏第二行第一个位置设置一绿光LED，所述显示屏第二行第二个位置设置一蓝光LED，所述显示屏第二行第三个位置设置一红光LED；所述显示屏第二行第四个位置设置一绿光LED，所述显示屏第二行第五个位置设置一蓝光LED，所述显示屏第二行第六个位置设置一红光LED；所述显示屏第二行如此重复设置；
所述显示屏第三行第一个位置设置一红光LED，所述显示屏第三行第二个位置设置一绿光LED，所述显示屏第三行第三个位置设置一蓝光LED；所述显示屏第三行第四个位置设置一红光LED，所述显示屏第三行第五个位置设置一绿光LED，所述显示屏第三行第六个位置设置一蓝光LED；所述显示屏第三行如此重复设置；
所述显示屏第四、七、十......每隔三行的排列结构与所述显示屏第一行的排列结构相同；
所述显示屏第五、八、十一......每隔三行的排列结构与所述显示屏第二行的排列结构相同；
所述显示屏第六、九、十二......每隔三行的排列结构与所述显示屏第三行的排列结构相同。
本发明还提供了一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一行当前位置的LED与同一行右侧临近的两个LED复合形成多个RGB像素。
本发明还提供了一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一列当前位置的LED与同一列下方临近的两个LED复合形成多个RGB像素。
本发明还提供了一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一行当前位置的LED与同一行右侧临近的一个LED以及与同一列下方临近的一个LED复合形成多个RGB像素。
 有益效果
与现有技术相比，本发明的显示屏每一行和/或每一列的每个LED在复合形成多个RGB像素时的使用率高，显示屏每一行和/或每一列复合形成的RGB像素的数量大大增加，显著提高了显示屏的分辨率。
 附图说明
图1是现有技术中的全彩LED显示屏的像素排列结构。
图2是本发明实施例1提供的三基色全彩LED显示屏的像素排列结构。
图3是本发明实施例2提供的三基色全彩LED显示屏的像素排列结构。
图4是本发明实施例3提供的三基色全彩LED显示屏的像素排列结构。
 本发明的实施方式
实施例 1 ：
如图2所示，本发明实施例1提供的一种三基色全彩LED显示屏的共享像素排列结构，显示屏每一行均设有若干等间距设置的红光LED R、绿光LED G和蓝光LED B，显示屏每一列均设有若干等间距设置的红光LED R、绿光LED G和蓝光LED B；
显示屏第一行第一个位置设置一红光LED R，显示屏第一行第二个位置设置一绿光LED G，显示屏第一行第三个位置设置一蓝光LED B；显示屏第一行第四个位置设置一红光LED R，显示屏第一行第五个位置设置一绿光LED G，显示屏第一行第六个位置设置一蓝光LED B；显示屏第一行如此重复设置，即显示屏第一行第四、七、十......每隔三个位置均设置一红光LED R，显示屏第一行第五、八、十一......每隔三个位置均设置一绿光LED G，显示屏第一行第六、九、十二......每隔三个位置均设置一蓝光LED B；
显示屏第二行第一个位置设置一蓝光LED B，显示屏第二行第二个位置设置一红光LED R，显示屏第二行第三个位置设置一绿光LED G；显示屏第二行第四个位置设置一蓝光LED B，显示屏第二行第五个位置设置一红光LED R，显示屏第二行第六个位置设置一绿光LED G；显示屏第二行如此重复设置，即显示屏第二行第四、七、十......每隔三个位置均设置一蓝光LED B，显示屏第二行第五、八、十一......每隔三个位置均设置一红光LED R，显示屏第二行第六、九、十二......每隔三个位置均设置一绿光LED G；
显示屏第三行第一个位置设置一绿光LED G，显示屏第三行第二个位置设置一蓝光LED B，显示屏第三行第三个位置设置一红光LED R；显示屏第三行第四个位置设置一绿光LED G，显示屏第三行第五个位置设置一蓝光LED B，显示屏第三行第六个位置设置一红光LED R；显示屏第三行如此重复设置，即显示屏第三行第四、七、十......每隔三个位置均设置一绿光LED G，显示屏第三行第五、八、十一......每隔三个位置均设置一蓝光LED B，显示屏第三行第六、九、十二......每隔三个位置均设置一红光LED R；
显示屏第四、七、十......每隔三行的排列结构与显示屏第一行的排列结构相同；
显示屏第五、八、十一......每隔三行的排列结构与显示屏第二行的排列结构相同；
显示屏第六、九、十二......每隔三行的排列结构与显示屏第三行的排列结构相同。
如图2所示，本发明实施例1还提供了一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一行当前位置的LED与同一行右侧临近的两个LED复合形成多个RGB像素。
本发明实施例1还提供了另一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一列当前位置的LED与同一列下方临近的两个LED复合形成多个RGB像素。
本发明实施例1还提供了一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一行当前位置的LED与同一行右侧临近的一个LED以及与同一列下方临近的一个LED复合形成多个RGB像素。
与现有技术相比，本发明实施例1的显示屏每一行和/或每一列的每个LED在复合形成多个RGB像素时的使用率高，显示屏每一行和/或每一列复合形成的RGB像素的数量大大增加，显著提高了显示屏的分辨率。 
实施例 2 ：
如图3所示，本发明实施例2提供的一种三基色全彩LED显示屏的共享像素排列结构，显示屏每一行均设有若干等间距设置的红光LED R、绿光LED G和蓝光LED B，显示屏每一列均设有若干等间距设置的红光LED R、绿光LED G和蓝光LED B；
显示屏第一行第一个位置设置一绿光LED G，显示屏第一行第二个位置设置一蓝光LED B，显示屏第一行第三个位置设置一红光LED R；显示屏第一行第四个位置设置一绿光LED G，显示屏第一行第五个位置设置一蓝光LED B，显示屏第一行第六个位置设置一红光LED R；显示屏第一行如此重复设置，即显示屏第一行第四、七、十......每隔三个位置均设置一绿光LED G，显示屏第一行第五、八、十一......每隔三个位置均设置一蓝光LED B，显示屏第一行第六、九、十二......每隔三个位置均设置一红光LED R；
显示屏第二行第一个位置设置一红光LED R，显示屏第二行第二个位置设置一绿光LED G，显示屏第二行第三个位置设置一蓝光LED B；显示屏第二行第四个位置设置一红光LED R，显示屏第二行第五个位置设置一绿光LED G，显示屏第二行第六个位置设置一蓝光LED B；显示屏第二行如此重复设置，即显示屏第二行第四、七、十......每隔三个位置均设置一红光LED R，显示屏第二行第五、八、十一......每隔三个位置均设置一绿光LED G，显示屏第二行第六、九、十二......每隔三个位置均设置一蓝光LED B；
显示屏第三行第一个位置设置一蓝光LED B，显示屏第三行第二个位置设置一红光LED R，显示屏第三行第三个位置设置一绿光LED G；显示屏第三行第四个位置设置一蓝光LED B，显示屏第三行第五个位置设置一红光LED R，显示屏第三行第六个位置设置一绿光LED G；显示屏第三行如此重复设置，即显示屏第三行第四、七、十......每隔三个位置均设置一蓝光LED B，显示屏第三行第五、八、十一......每隔三个位置均设置一红光LED R，显示屏第三行第六、九、十二......每隔三个位置均设置一绿光LED G；
显示屏第四、七、十......每隔三行的排列结构与显示屏第一行的排列结构相同；
显示屏第五、八、十一......每隔三行的排列结构与显示屏第二行的排列结构相同；
显示屏第六、九、十二......每隔三行的排列结构与显示屏第三行的排列结构相同。
如图3所示，本发明实施例2还提供了一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一行当前位置的LED与同一行右侧临近的两个LED复合形成多个RGB像素。
本发明实施例2还提供了另一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一列当前位置的LED与同一列下方临近的两个LED复合形成多个RGB像素。
本发明实施例2还提供了一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一行当前位置的LED与同一行右侧临近的一个LED以及与同一列下方临近的一个LED复合形成多个RGB像素。
与现有技术相比，本发明实施例2的显示屏每一行和/或每一列的每个LED在复合形成多个RGB像素时的使用率高，显示屏每一行和/或每一列复合形成的RGB像素的数量大大增加，显著提高了显示屏的分辨率。
实施例 3 ：
如图4所示，本发明实施例3提供的一种三基色全彩LED显示屏的共享像素排列结构，显示屏每一行均设有若干等间距设置的红光LED R、绿光LED G和蓝光LED B，显示屏每一列均设有若干等间距设置的红光LED R、绿光LED G和蓝光LED B；
显示屏第一行第一个位置设置一蓝光LED B，显示屏第一行第二个位置设置一红光LED R，显示屏第一行第三个位置设置一绿光LED G；显示屏第一行第四个位置设置一蓝光LED B，显示屏第一行第五个位置设置一红光LED R，显示屏第一行第六个位置设置一绿光LED G；显示屏第一行如此重复设置，显示屏第一行如此重复设置，即显示屏第一行第四、七、十......每隔三个位置均设置一蓝光LED B，显示屏第一行第五、八、十一......每隔三个位置均设置一红光LED R，显示屏第一行第六、九、十二......每隔三个位置均设置一绿光LED G；
显示屏第二行第一个位置设置一绿光LED G，显示屏第二行第二个位置设置一蓝光LED B，显示屏第二行第三个位置设置一红光LED R；显示屏第二行第四个位置设置一绿光LED G，显示屏第二行第五个位置设置一蓝光LED B，显示屏第二行第六个位置设置一红光LED R；显示屏第二行如此重复设置，显示屏第二行如此重复设置，即显示屏第二行第四、七、十......每隔三个位置均设置一绿光LED G，显示屏第二行第五、八、十一......每隔三个位置均设置一蓝光LED B，显示屏第二行第六、九、十二......每隔三个位置均设置一红光LED R；
显示屏第三行第一个位置设置一红光LED R，显示屏第三行第二个位置设置一绿光LED G，显示屏第三行第三个位置设置一蓝光LED B；显示屏第三行第四个位置设置一红光LED R，显示屏第三行第五个位置设置一绿光LED G，显示屏第三行第六个位置设置一蓝光LED B；显示屏第三行如此重复设置，显示屏第三行如此重复设置，即显示屏第三行第四、七、十......每隔三个位置均设置一红光LED R，显示屏第三行第五、八、十一......每隔三个位置均设置一绿光LED G，显示屏第三行第六、九、十二......每隔三个位置均设置一蓝光LED B；
显示屏第四、七、十......每隔三行的排列结构与显示屏第一行的排列结构相同；
显示屏第五、八、十一......每隔三行的排列结构与显示屏第二行的排列结构相同；
显示屏第六、九、十二......每隔三行的排列结构与显示屏第三行的排列结构相同。
如图4所示，本发明实施例3还提供了一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一行当前位置的LED与同一行右侧临近的两个LED复合形成多个RGB像素。
本发明实施例3还提供了另一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一列当前位置的LED与同一列下方临近的两个LED复合形成多个RGB像素。
本发明实施例3还提供了一种如前所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，显示屏每一行当前位置的LED与同一行右侧临近的一个LED以及与同一列下方临近的一个LED复合形成多个RGB像素。
与现有技术相比，本发明实施例2的显示屏每一行和/或每一列的每个LED在复合形成多个RGB像素时的使用率高，显示屏每一行和/或每一列复合形成的RGB像素的数量大大增加，显著提高了显示屏的分辨率。

Claims (1)

  1. 一种三基色全彩LED显示屏的共享像素排列结构，其特征在于，所述显示屏每一行均设有若干等间距设置的红光LED、绿光LED和蓝光LED，所述显示屏每一列均设有若干等间距设置的红光LED、绿光LED和蓝光LED；
    所述显示屏第一行第一个位置设置一红光LED，所述显示屏第一行第二个位置设置一绿光LED，所述显示屏第一行第三个位置设置一蓝光LED；所述显示屏第一行第四个位置设置一红光LED，所述显示屏第一行第五个位置设置一绿光LED，所述显示屏第一行第六个位置设置一蓝光LED；所述显示屏第一行如此重复设置；
    所述显示屏第二行第一个位置设置一蓝光LED，所述显示屏第二行第二个位置设置一红光LED，所述显示屏第二行第三个位置设置一绿光LED；所述显示屏第二行第四个位置设置一蓝光LED，所述显示屏第二行第五个位置设置一红光LED，所述显示屏第二行第六个位置设置一绿光LED；所述显示屏第二行如此重复设置；
    所述显示屏第三行第一个位置设置一绿光LED，所述显示屏第三行第二个位置设置一蓝光LED，所述显示屏第三行第三个位置设置一红光LED；所述显示屏第三行第四个位置设置一绿光LED，所述显示屏第三行第五个位置设置一蓝光LED，所述显示屏第三行第六个位置设置一红光LED；所述显示屏第三行如此重复设置；
    所述显示屏第四、七、十......每隔三行的排列结构与所述显示屏第一行的排列结构相同；
    所述显示屏第五、八、十一......每隔三行的排列结构与所述显示屏第二行的排列结构相同；
    所述显示屏第六、九、十二......每隔三行的排列结构与所述显示屏第三行的排列结构相同。
    2.一种三基色全彩LED显示屏的共享像素排列结构，其特征在于，所述显示屏每一行均设有若干等间距设置的红光LED、绿光LED和蓝光LED，所述显示屏每一列均设有若干等间距设置的红光LED、绿光LED和蓝光LED；
    所述显示屏第一行第一个位置设置一绿光LED，所述显示屏第一行第二个位置设置一蓝光LED，所述显示屏第一行第三个位置设置一红光LED；所述显示屏第一行第四个位置设置一绿光LED，所述显示屏第一行第五个位置设置一蓝光LED，所述显示屏第一行第六个位置设置一红光LED；所述显示屏第一行如此重复设置；
    所述显示屏第二行第一个位置设置一红光LED，所述显示屏第二行第二个位置设置一绿光LED，所述显示屏第二行第三个位置设置一蓝光LED；所述显示屏第二行第四个位置设置一红光LED，所述显示屏第二行第五个位置设置一绿光LED，所述显示屏第二行第六个位置设置一蓝光LED；所述显示屏第二行如此重复设置；
    所述显示屏第三行第一个位置设置一蓝光LED，所述显示屏第三行第二个位置设置一红光LED，所述显示屏第三行第三个位置设置一绿光LED；所述显示屏第三行第四个位置设置一蓝光LED，所述显示屏第三行第五个位置设置一红光LED，所述显示屏第三行第六个位置设置一绿光LED；所述显示屏第三行如此重复设置；
    所述显示屏第四、七、十......每隔三行的排列结构与所述显示屏第一行的排列结构相同；
    所述显示屏第五、八、十一......每隔三行的排列结构与所述显示屏第二行的排列结构相同；
    所述显示屏第六、九、十二......每隔三行的排列结构与所述显示屏第三行的排列结构相同。
    3.一种三基色全彩LED显示屏的共享像素排列结构，其特征在于，所述显示屏每一行均设有若干等间距设置的红光LED、绿光LED和蓝光LED，所述显示屏每一列均设有若干等间距设置的红光LED、绿光LED和蓝光LED；
    所述显示屏第一行第一个位置设置一蓝光LED，所述显示屏第一行第二个位置设置一红光LED，所述显示屏第一行第三个位置设置一绿光LED；所述显示屏第一行第四个位置设置一蓝光LED，所述显示屏第一行第五个位置设置一红光LED，所述显示屏第一行第六个位置设置一绿光LED；所述显示屏第一行如此重复设置；
    所述显示屏第二行第一个位置设置一绿光LED，所述显示屏第二行第二个位置设置一蓝光LED，所述显示屏第二行第三个位置设置一红光LED；所述显示屏第二行第四个位置设置一绿光LED，所述显示屏第二行第五个位置设置一蓝光LED，所述显示屏第二行第六个位置设置一红光LED；所述显示屏第二行如此重复设置；
    所述显示屏第三行第一个位置设置一红光LED，所述显示屏第三行第二个位置设置一绿光LED，所述显示屏第三行第三个位置设置一蓝光LED；所述显示屏第三行第四个位置设置一红光LED，所述显示屏第三行第五个位置设置一绿光LED，所述显示屏第三行第六个位置设置一蓝光LED；所述显示屏第三行如此重复设置；
    所述显示屏第四、七、十......每隔三行的排列结构与所述显示屏第一行的排列结构相同；
    所述显示屏第五、八、十一......每隔三行的排列结构与所述显示屏第二行的排列结构相同；
    所述显示屏第六、九、十二......每隔三行的排列结构与所述显示屏第三行的排列结构相同。
    4.一种如权利要求1~3任一项所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，其特征在于，显示屏每一行当前位置的LED与同一行右侧临近的两个LED复合形成多个RGB像素。
    5.一种如权利要求1~3任一项所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，其特征在于，显示屏每一列当前位置的LED与同一列下方临近的两个LED复合形成多个RGB像素。
    6.一种如权利要求1~3任一项所述的三基色全彩LED显示屏的共享像素排列结构的共享方法，其特征在于，显示屏每一行当前位置的LED与同一行右侧临近的一个LED以及与同一列下方临近的一个LED复合形成多个RGB像素。
PCT/CN2021/124270 2020-12-03 2021-10-17 三基色全彩 led 显示屏的共享像素排列结构及共享方法 WO2022116712A1 (zh)

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CN117275394A (zh) * 2023-09-22 2023-12-22 上海纬而视科技股份有限公司 一种led显示屏的物理像素复用排列结构

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