WO2022083462A1 - 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
WO2022083462A1
WO2022083462A1 PCT/CN2021/122938 CN2021122938W WO2022083462A1 WO 2022083462 A1 WO2022083462 A1 WO 2022083462A1 CN 2021122938 W CN2021122938 W CN 2021122938W WO 2022083462 A1 WO2022083462 A1 WO 2022083462A1
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display screen
row
led
same
leds
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PCT/CN2021/122938
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English (en)
French (fr)
Inventor
夏林嘉
凌琳
夏淑丹
唐美君
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夏林嘉
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Publication of WO2022083462A1 publication Critical patent/WO2022083462A1/zh

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    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09FDISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
    • G09F9/00Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements
    • G09F9/30Indicating 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
    • G09F9/33Indicating 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
    • GPHYSICS
    • G09EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
    • G09FDISPLAYING; ADVERTISING; SIGNS; LABELS OR NAME-PLATES; SEALS
    • G09F9/00Indicating arrangements for variable information in which the information is built-up on a support by selection or combination of individual elements
    • G09F9/30Indicating 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
    • G09F9/302Indicating 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 characterised by the form or geometrical disposition of the individual elements

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 vertically and horizontally arranged pixels, and each pixel is composed of a red LED R, a green LED G and a blue LED B (ie, RGB pixels ), the RGB pixel is a pixel of three primary colors, corresponding to display only one picture element.
  • each LED only belongs to a pixel of three primary colors, which can only play a role in displaying one picture element, and the utilization rate of each LED is low, which makes it impossible to make a high-resolution 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 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 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... rows of the display screen is the same as the arrangement structure of the first row of the display screen;
  • the arrangement structure of the fifth, eighth, eleventh... rows of the display screen is the same as the arrangement structure of the second row of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row 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 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 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... rows of the display screen is the same as the arrangement structure of the first row of the display screen;
  • the arrangement structure of the fifth, eighth, eleventh... rows of the display screen is the same as the arrangement structure of the second row of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row 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 set at the first position of the first row of the display screen, a red LED is set at the second position of the first row of the display screen, and a green LED is set 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 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 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... rows of the display screen is the same as the arrangement structure of the first row of the display screen;
  • the arrangement structure of the fifth, eighth, eleventh... rows of the display screen is the same as the arrangement structure of the second row of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row 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 red 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 green 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 blue 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 blue 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 red 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 green 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 green 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 blue 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 red 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... rows of the display screen is the same as the arrangement structure of the first row of the display screen;
  • the arrangement structure of the fifth, eighth, eleventh... rows of the display screen is the same as the arrangement structure of the second row of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row 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 green 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 blue 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 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 green 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 blue 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 red 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 red 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 green LED is arranged at the third position of the third row of the display screen.
  • a red LED is arranged at the third position of the first row of the display screen, a blue 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... rows of the display screen is the same as the arrangement structure of the first row of the display screen;
  • the arrangement structure of the fifth, eighth, eleventh... rows of the display screen is the same as the arrangement structure of the second row of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row 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 set at the first position of the first row of the display screen, a red LED is set at the second position of the first row of the display screen, and a blue LED is set 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 red 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 red 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 green LED is arranged at the third position of the second row of the display screen, A red LED is set at the fourth position of the second row of the display screen, a blue LED is set at the fifth position of the second row of the display screen, and a green LED is set at the sixth position of the second row of the display screen. Repeat the setting on the second line of the display screen;
  • a blue 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 red 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 green 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... rows of the display screen is the same as the arrangement structure of the first row of the display screen;
  • the arrangement structure of the fifth, eighth, eleventh... rows of the display screen is the same as the arrangement structure of the second row of the display screen;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row 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,
  • the LED in the first position of the same row of the display screen and the two LEDs adjacent to the right side of the same row form an RGB pixel; the LED in the first position of the same row of the display screen is used once when forming an RGB pixel;
  • the LED in the second position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the second position of the same row of the display screen is the same
  • the two adjacent LEDs on the right side of the row form an RGB pixel; the LEDs in the second position of the same row of the display screen are used twice when forming RGB pixels;
  • the LED in the third position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left of the same row and an LED adjacent to the right of the same row; the LED in the third position of the same row of the display screen is the same
  • the two adjacent LEDs on the left side of the row form an RGB pixel; the LED in the third position of the same row of the display screen and the two LEDs adjacent to the right side of the same row form an RGB pixel; starting from the third position in the same row of the display screen
  • the LEDs to the penultimate position of the same row are used three times according to the method of step (3) when composing RGB pixels;
  • the LED in the penultimate position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the penultimate position of the same row of the display screen The two LEDs adjacent to the left side of the same row form an RGB pixel; the LED in the penultimate position of the same row of the display screen is used twice when forming an RGB pixel;
  • 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 in the second position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the second position of the same column of the display screen and the bottom of the same column Two adjacent LEDs form an RGB pixel; the LEDs in the second position of the same column of the display screen are used twice when forming RGB pixels;
  • the LED in the third position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the third position of the same column of the display screen is the same Two adjacent LEDs form an RGB pixel; the LED at the third position in the same column of the display screen and the two adjacent LEDs below the same column form an RGB pixel; the countdown starts from the third position in the same column of the display screen to the same column
  • the LEDs in the third position are used three times according to the method of step (3) when composing RGB pixels;
  • the LED in the penultimate position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the penultimate position of the same column of the display screen is the same
  • the two adjacent LEDs above the column form an RGB pixel; the LED in the penultimate position of the same column of the display screen is used twice when forming an RGB pixel;
  • Each row and each column of the display screen of the present invention are arranged with red LEDs, green LEDs and blue LEDs according to the rules, and adjacent one red LED, one green LED and one blue LED in each row or column form an RGB pixel, Makes the LEDs in the first position or the penultimate position of the same row or column are used once when composing RGB pixels, and the LEDs in the second position or penultimate position of the same row or column are used when composing RGB pixels. Use twice, the LEDs from the third position of the same row or the same column to the penultimate position of the same row or the same column are used three times. Therefore, compared with the prior art, the display screen of the present invention has a The utilization rate of each LED in one column is high, and the number of RGB pixels composed of each row or column of the display screen is greatly increased, which significantly improves the resolution of the display screen.
  • 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.
  • FIG. 5 is a pixel arrangement structure of a three-primary full-color LED display screen provided in Embodiment 4 of the present invention.
  • FIG. 6 is a pixel arrangement structure of a three-primary full-color LED display screen provided by Embodiment 5 of the present invention.
  • FIG. 7 is a pixel arrangement structure of a three-primary full-color LED display screen provided by Embodiment 6 of the present invention.
  • each row of the display screen is provided with a number of red LED R, green LED G and a plurality of equally spaced LEDs.
  • Blue LED B each column of the display screen is provided with a number of red LED R, green LED G and blue LED B arranged at equal intervals;
  • 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, a blue LED B is set at the third position of the first row of the display screen, and the third position of the display screen is set.
  • 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, and the first row of the display screen is as follows repeat settings;
  • 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, a red LED R is set at the third position of the second row of the display screen, and a red LED 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, a red LED R is set at the sixth position of the second row of the display screen, and the second row of the display screen is as follows repeat settings;
  • 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, a green LED G is set at the sixth position of the third row of the display screen, and the third row of the display screen is as follows repeat settings;
  • the arrangement structure of the fourth, seventh, tenth rows of the display screen is the same as the arrangement structure of the first row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the fifth, eighth, eleventh row of the display screen is the same as that of the second row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row of the display screen, that is, the arrangement structure of every third row is the same.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen provided in Embodiment 1 of the present invention is: the red LED R at the first position in the first row, the green LED G at the second position in the first row, and the first row
  • the blue LED B in the third position forms an RGB pixel
  • a RGB pixel is formed
  • the blue LED B at the third position of the first row, the red LED R at the fourth position of the first row, and the green LED G at the fifth position of the first row form an RGB pixel
  • the first row The red LED R in the fourth position, the green LED G in the fifth position in the first row, and the blue LED B in the sixth position in the first row form an RGB pixel
  • RGB pixels are combined according to this rule.
  • the other rows also combine RGB pixels in this way.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen provided in Embodiment 1 of the present invention is: the red LED R at the first position in the first column, the green LED G at the second position in the first column, and the second position in the first column.
  • a column of blue LED B in the third position forms an RGB pixel; green LED G in the second position of the first column, blue LED B in the third position of the first column, and red light in the fourth position of the first column LED R forms an RGB pixel; blue LED B at the third position in the first column, red LED R at the fourth position in the first column, and green LED G at the fifth position in the first column form an RGB pixel; The red LED R in the fourth position of a column, the green LED G in the fifth position in the first column, and the blue LED B in the sixth position in the first column form an RGB pixel; RGB pixels are combined according to this rule. The other columns also combine RGB pixels in this way.
  • Embodiment 1 of the present invention provides a sharing method for sharing a pixel arrangement structure of a three-primary full-color LED display screen as described above,
  • the LED in the second position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the second position of the same row of the display screen is the same
  • the two adjacent LEDs on the right side of the row form an RGB pixel; therefore, the LED in the second position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same row of the display screen is used.
  • RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left of the same row and an LED adjacent to the right of the same row; the LED in the third position of the same row of the display screen is the same Two LEDs adjacent to the left of the row form an RGB pixel; the LED in the third position on the same row of the display and the two LEDs adjacent to the right of the same row form an RGB pixel; therefore, the third LED from the same row of the display
  • the LEDs from the beginning of the position to the penultimate position of the same row are used three times according to the method of step (3) when forming RGB pixels, that is, from the third position of the same row of the display screen to the LED of the penultimate position of the same row are used three times to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the penultimate position of the same row of the display screen Two LEDs adjacent to the left side of the same row form an RGB pixel; therefore, the LED in the penultimate position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same row of the display screen is used twice. LEDs are used twice to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • 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,
  • the LED in the second position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the second position of the same column of the display screen and the bottom of the same column Two adjacent LEDs form an RGB pixel; therefore, the LED in the second position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same column of the display screen is used twice to RGB pixels are formed, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the third position of the same column of the display screen is the same Two adjacent LEDs form an RGB pixel; the LED at the third position in the same column of the display screen and the two adjacent LEDs below the same column form an RGB pixel; therefore, starting from the third position in the same column of the display screen to the same
  • the LEDs in the penultimate position of the column are used three times when forming RGB pixels according to the method of step (3), that is, the LEDs from the third position in the same column of the display screen to the penultimate position in the same column are used. Three times to form RGB pixels, the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the penultimate position of the same column of the display screen is the same Two adjacent LEDs above the column form an RGB pixel; therefore, the LED in the penultimate position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same column of the display screen is used RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • red LEDs, green LEDs and blue LEDs are regularly arranged in each row and column, and adjacent red LEDs, green LEDs and blue LEDs in each row or column form a RGB pixel, so that the LED in the first position or the penultimate position of the same row or column is used once when composing the RGB pixel, and the LED in the second position or penultimate position of the same row or column is used in the composition RGB When the pixel is used twice, the LEDs from the third position of the same row or the same column to the penultimate position of the same row or the same column are used three times.
  • the first embodiment of the present invention has The utilization rate of each LED in each row or column of the display screen is high, and the number of RGB pixels composed of each row or column of the display screen is greatly increased, which significantly improves the resolution of the display screen.
  • each row of the display screen is provided with a number of red LED R, green LED G and Blue LED B
  • each column of the display screen is provided with a number of red LED R, green LED G and blue LED B arranged at equal intervals;
  • 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, a red LED R is set at the third position of the first row of the display screen, and the third position of the display screen is set.
  • 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, a red LED R is set in the sixth position of the first row of the display screen, and the first row of the display screen is as follows repeat settings;
  • 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, a green LED G is set at the third position of the second row of the display screen, and the third position of the display screen is set.
  • 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, a green LED G is set at the sixth position of the second row of the display screen, and the second row of the display screen is as follows repeat settings;
  • 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 settings;
  • the arrangement structure of the fourth, seventh, tenth rows of the display screen is the same as the arrangement structure of the first row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the fifth, eighth, eleventh row of the display screen is the same as that of the second row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row of the display screen, that is, the arrangement structure of every third row is the same.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen provided in Embodiment 2 of the present invention is: the green LED G at the first position in the first row, the blue LED B at the second position in the first row, and the first row at the first position.
  • Red LEDs R in three positions form an RGB pixel
  • blue LED B in the second position of the first row red LED R in the third position of the first row, and green LED G in the fourth position of the first row
  • a RGB pixel is formed
  • the red LED R at the third position of the first row, the green LED G at the fourth position of the first row, and the blue LED B at the fifth position of the first row form an RGB pixel
  • the green LED G in the fourth position, the blue LED B in the fifth position in the first row, and the red LED R in the sixth position in the first row form an RGB pixel
  • RGB pixels are combined according to this rule.
  • the other rows also combine RGB pixels in this way.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen provided in Embodiment 2 of the present invention is: the green LED G at the first position in the first column, the blue LED B at the second position in the first column, and the first
  • the red LED R in the third position of the column forms an RGB pixel
  • the blue LED B in the second position in the first column, the red LED R in the third position in the first column and the green light in the fourth position in the first column LED G forms an RGB pixel
  • the red LED R at the third position in the first column, the green LED G at the fourth position in the first column, and the blue LED B at the fifth position in the first column form an RGB pixel
  • the green LED G at the fourth position of a column, the blue LED B at the fifth position of the first column, and the red LED R at the sixth position of the first column form an RGB pixel
  • RGB pixels are combined according to this rule.
  • the other columns also combine RGB pixels in this way.
  • Embodiment 2 of the present invention provides a sharing method for sharing a pixel arrangement structure of a three-primary full-color LED display screen as described above,
  • the LED in the second position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the second position of the same row of the display screen is the same
  • the two adjacent LEDs on the right side of the row form an RGB pixel; therefore, the LED in the second position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same row of the display screen is used.
  • RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left of the same row and an LED adjacent to the right of the same row; the LED in the third position of the same row of the display screen is the same Two LEDs adjacent to the left of the row form an RGB pixel; the LED in the third position on the same row of the display and the two LEDs adjacent to the right of the same row form an RGB pixel; therefore, the third LED from the same row of the display
  • the LEDs from the beginning of the position to the penultimate position of the same row are used three times according to the method of step (3) when forming RGB pixels, that is, from the third position of the same row of the display screen to the LED of the penultimate position of the same row are used three times to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the penultimate position of the same row of the display screen Two LEDs adjacent to the left side of the same row form an RGB pixel; therefore, the LED in the penultimate position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same row of the display screen is used twice. LEDs are used twice to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • Embodiment 2 of the present invention also provides a sharing method for sharing the pixel arrangement structure of the three-primary full-color LED display screen as described above,
  • the LED in the second position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the second position of the same column of the display screen and the bottom of the same column Two adjacent LEDs form an RGB pixel; therefore, the LED in the second position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same column of the display screen is used twice to RGB pixels are formed, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the third position of the same column of the display screen is the same Two adjacent LEDs form an RGB pixel; the LED at the third position in the same column of the display screen and the two adjacent LEDs below the same column form an RGB pixel; therefore, starting from the third position in the same column of the display screen to the same
  • the LEDs in the penultimate position of the column are used three times when forming RGB pixels according to the method of step (3), that is, the LEDs from the third position in the same column of the display screen to the penultimate position in the same column are used. Three times to form RGB pixels, the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the penultimate position of the same column of the display screen is the same
  • the two adjacent LEDs above the column form an RGB pixel; therefore, the LED in the penultimate position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same column of the display screen is used RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • red LEDs, green LEDs and blue LEDs are arranged in each row and each column according to the law, and adjacent one red LED, one green LED and one blue LED in each row or each column form a RGB pixel, so that the LED in the first position or the penultimate position of the same row or column is used once when composing the RGB pixel, and the LED in the second position or penultimate position of the same row or column is used in the composition RGB
  • the LEDs from the third position of the same row or the same column to the penultimate position of the same row or the same column are used three times.
  • the second embodiment of the present invention The utilization rate of each LED in each row or column of the display screen is high, and the number of RGB pixels composed of each row or column of the display screen is greatly increased, which significantly improves the resolution of the display screen.
  • each row of the display screen is provided with a number of red LED R, green LED G and a plurality of equally spaced LEDs.
  • Blue LED B each column of the display screen is provided with a number of red LED R, green LED G and blue LED B arranged at equal intervals;
  • 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, a green LED G is set at the third position of the first row of the display screen, and the third position of the display screen is set.
  • a blue LED B is set at the fourth position of a row, a red LED R is set at the fifth position of the first row of the display screen, a green LED G is set at the sixth position of the first row of the display screen, and the first row of the display screen is as follows repeat settings;
  • 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, and the second row of the display screen is as follows repeat settings;
  • 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, a red LED R is set in the sixth position of the third row of the display screen, and the third row of the display screen is like this repeat settings;
  • the arrangement structure of the fourth, seventh, tenth rows of the display screen is the same as the arrangement structure of the first row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the fifth, eighth, eleventh row of the display screen is the same as that of the second row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row of the display screen, that is, the arrangement structure of every third row is the same.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen provided by the third embodiment of the present invention is: the blue LED B at the first position in the first row, the red LED R at the second position in the first row, and the first row at the first position.
  • the green LED G in three positions forms an RGB pixel; the red LED R in the second position in the first row, the green LED G in the third position in the first row, and the blue LED B in the fourth position in the first row A RGB pixel is formed; the green LED G at the third position of the first row, the blue LED B at the fourth position of the first row, and the red LED R at the fifth position of the first row form an RGB pixel; the first row The blue LED B in the fourth position, the red LED R in the fifth position in the first row, and the green LED G in the sixth position in the first row form an RGB pixel; RGB pixels are combined according to this rule. The other rows also combine RGB pixels in this way.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen provided in Embodiment 3 of the present invention is: the blue LED B at the first position in the first column, the red LED R at the second position in the first column, and the first column.
  • the green LED G in the third position of the column constitutes an RGB pixel;
  • the red LED R in the second position in the first column, the green LED G in the third position in the first column, and the blue light in the fourth position in the first column LED B forms an RGB pixel;
  • the green LED G at the third position in the first column, the blue LED B at the fourth position in the first column, and the red LED R at the fifth position in the first column form an RGB pixel;
  • the blue LED B in the fourth position of a column, the red LED R in the fifth position in the first column, and the green LED G in the sixth position in the first column form an RGB pixel;
  • RGB pixels are combined according to this rule.
  • the other columns also combine RGB pixels in this way.
  • Embodiment 3 of the present invention provides a method for sharing a shared pixel arrangement structure of a three-primary full-color LED display screen as described above,
  • the LED in the second position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the second position of the same row of the display screen is the same
  • the two adjacent LEDs on the right side of the row form an RGB pixel; therefore, the LED in the second position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same row of the display screen is used.
  • RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left of the same row and an LED adjacent to the right of the same row; the LED in the third position of the same row of the display screen is the same Two LEDs adjacent to the left of the row form an RGB pixel; the LED in the third position on the same row of the display and the two LEDs adjacent to the right of the same row form an RGB pixel; therefore, the third LED from the same row of the display
  • the LEDs from the beginning of the position to the penultimate position of the same row are used three times according to the method of step (3) when forming RGB pixels, that is, from the third position of the same row of the display screen to the LED of the penultimate position of the same row are used three times to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the penultimate position of the same row of the display screen Two LEDs adjacent to the left side of the same row form an RGB pixel; therefore, the LED in the penultimate position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same row of the display screen is used twice. LEDs are used twice to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • Embodiment 3 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,
  • the LED in the second position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the second position of the same column of the display screen and the bottom of the same column Two adjacent LEDs form an RGB pixel; therefore, the LED in the second position of the same column of the display screen is used twice when forming an RGB pixel, that is, the LED in the second position of the same column of the display screen is used twice To form RGB pixels, the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the third position of the same column of the display screen is the same Two adjacent LEDs form an RGB pixel; the LED at the third position in the same column of the display screen and the two adjacent LEDs below the same column form an RGB pixel; therefore, starting from the third position in the same column of the display screen to the same
  • the LEDs in the penultimate position of the column are used three times when forming RGB pixels according to the method of step (3), that is, the LEDs from the third position in the same column of the display screen to the penultimate position in the same column are used. Three times to form RGB pixels, the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the penultimate position of the same column of the display screen is the same
  • the two adjacent LEDs above the column form an RGB pixel; therefore, the LED in the penultimate position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same column of the display screen is used RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • red LEDs, green LEDs and blue LEDs are arranged in each row and each column according to the rules, and adjacent one red LED, one green LED and one blue LED in each row or each column form a RGB pixel, so that the LED in the first position or the penultimate position of the same row or column is used once when composing the RGB pixel, and the LED in the second position or penultimate position of the same row or column is used in the composition RGB
  • the LEDs from the third position of the same row or the same column to the third last position of the same row are used three times.
  • the display screen of the third embodiment of the present invention is The usage rate of each LED in a row or column is high, the number of RGB pixels composed of each row or column of the display screen is greatly increased, and the resolution of the display screen is significantly improved.
  • 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 a number of red LED R, green LED G and blue LED B arranged at equal intervals;
  • a red LED R 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, a green LED G is set at the third position of the first row of the display screen, and the third position of the display screen is set.
  • a red LED R 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, a green LED G is set in the sixth position of the first row of the display screen, and the first row of the display screen is as follows repeat settings;
  • a blue LED B 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, a red LED R is set at the third position of the second row of the display screen, and a red LED 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 green LED G is set at the fifth position of the second row of the display screen, a red LED R is set at the sixth position of the second row of the display screen, and the second row of the display screen is as follows repeat settings;
  • a green LED G 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 blue LED B 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 red LED R is set in the fifth position of the third row of the display screen, and a blue LED B is set in the sixth position of the third row of the display screen, and the third row of the display screen is like this repeat settings;
  • the arrangement structure of the fourth, seventh, tenth rows of the display screen is the same as the arrangement structure of the first row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the fifth, eighth, eleventh row of the display screen is the same as that of the second row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row of the display screen, that is, the arrangement structure of every third row is the same.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen provided by Embodiment 4 of the present invention is: the red LED R at the first position in the first row, the blue LED B at the second position in the first row, and the first row at the first position.
  • the green LED G in the three positions forms an RGB pixel; the blue LED B in the second position in the first row, the green LED G in the third position in the first row, and the red LED R in the fourth position in the first row A RGB pixel is formed; the green LED G at the third position of the first row, the red LED R at the fourth position of the first row, and the blue LED B at the fifth position of the first row form an RGB pixel; the first row The red LED R in the fourth position, the blue LED B in the fifth position in the first row, and the green LED G in the sixth position in the first row form an RGB pixel; RGB pixels are combined according to this rule. The other rows also combine RGB pixels in this way.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen provided in the fourth embodiment of the present invention is: the red LED R in the first position in the first column, the blue LED B in the second position in the first column, and the first
  • the green LED G in the third position of the column constitutes an RGB pixel
  • the blue LED B in the second position in the first column, the green LED G in the third position in the first column, and the red light in the fourth position in the first column LED R forms an RGB pixel
  • the green LED G at the third position in the first column, the red LED R at the fourth position in the first column, and the blue LED B at the fifth position in the first column form an RGB pixel
  • the red LED R in the fourth position of a row, the blue LED B in the fifth position in the first row, and the green LED G in the sixth position in the first row form an RGB pixel
  • RGB pixels are combined according to this rule.
  • the other columns also combine RGB pixels in this way.
  • Embodiment 4 of the present invention provides a method for sharing a shared pixel arrangement structure of a three-primary full-color LED display screen as described above,
  • the LED in the second position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the second position of the same row of the display screen is the same
  • the two adjacent LEDs on the right side of the row form an RGB pixel; therefore, the LED in the second position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same row of the display screen is used.
  • RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left of the same row and an LED adjacent to the right of the same row; the LED in the third position of the same row of the display screen is the same Two LEDs adjacent to the left of the row form an RGB pixel; the LED in the third position on the same row of the display and the two LEDs adjacent to the right of the same row form an RGB pixel; therefore, the third LED from the same row of the display
  • the LEDs from the beginning of the position to the penultimate position of the same row are used three times according to the method of step (3) when forming RGB pixels, that is, from the third position of the same row of the display screen to the LED of the penultimate position of the same row are used three times to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the penultimate position of the same row of the display screen Two LEDs adjacent to the left side of the same row form an RGB pixel; therefore, the LED in the penultimate position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same row of the display screen is used twice. LEDs are used twice to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • Embodiment 4 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,
  • the LED in the second position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the second position of the same column of the display screen and the bottom of the same column Two adjacent LEDs form an RGB pixel; therefore, the LED in the second position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same column of the display screen is used twice to RGB pixels are formed, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the third position of the same column of the display screen is the same Two adjacent LEDs form an RGB pixel; the LED at the third position in the same column of the display screen and the two adjacent LEDs below the same column form an RGB pixel; therefore, starting from the third position in the same column of the display screen to the same
  • the LEDs in the penultimate position of the column are used three times when forming RGB pixels according to the method of step (3), that is, the LEDs from the third position in the same column of the display screen to the penultimate position in the same column are used. Three times to form RGB pixels, the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the penultimate position of the same column of the display screen is the same
  • the two adjacent LEDs above the column form an RGB pixel; therefore, the LED in the penultimate position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same column of the display screen is used RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • red LEDs, green LEDs and blue LEDs are arranged in each row and each column according to the rules, and adjacent one red LED, one green LED and one blue LED in each row or each column form a RGB pixel, so that the LED in the first position or the penultimate position of the same row or column is used once when composing the RGB pixel, and the LED in the second position or penultimate position of the same row or column is used in the composition RGB
  • the LEDs from the third position of the same row or the same column to the penultimate position of the same row or the same column are used three times. Therefore, compared with the prior art, The utilization rate of each LED in each row or column of the display screen is high, and the number of RGB pixels composed of each row or column of the display screen is greatly increased, which significantly improves the resolution of the display screen.
  • each row of the display screen is provided with a number of red LED R, green LED G and Blue LED B
  • each column of the display screen is provided with a number of red LED R, green LED G and blue LED B arranged at equal intervals;
  • a blue LED B 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, a red LED R is set at the third position of the first row of the display screen, and the third position of the display screen is set.
  • a blue LED B is set in the fourth position of a row, a green LED G is set in the fifth position of the first row of the display screen, a red LED R is set in the sixth position of the first row of the display screen, and the first row of the display screen is as follows repeat settings;
  • a green LED G 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 blue LED B 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 red LED R 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, and the second row of the display screen is as follows repeat settings;
  • a red LED R 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 green LED G is set at the third position of the third row of the display screen.
  • a red LED R 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, a green LED G is set in the sixth position of the third row of the display screen, and the third row of the display screen is like this repeat settings;
  • the arrangement structure of the fourth, seventh, tenth rows of the display screen is the same as the arrangement structure of the first row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the fifth, eighth, eleventh row of the display screen is the same as that of the second row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row of the display screen, that is, the arrangement structure of every third row is the same.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen provided in Embodiment 5 of the present invention is: blue LED B at the first position in the first row, green LED G at the second position in the first row, and the first row at the first position.
  • the red LED R in three positions forms an RGB pixel; the green LED G in the second position in the first row, the red LED R in the third position in the first row, and the blue LED B in the fourth position in the first row A RGB pixel is formed; the red LED R at the third position of the first row, the blue LED B at the fourth position of the first row, and the green LED G at the fifth position of the first row form an RGB pixel; the first row The blue LED B in the fourth position, the green LED G in the fifth position in the first row, and the red LED R in the sixth position in the first row form an RGB pixel; RGB pixels are combined according to this rule. The other rows also combine RGB pixels in this way.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen is: the blue LED B at the first position in the first column, the green LED G at the second position in the first column, and the first
  • the red LED R in the third position of the column forms an RGB pixel
  • the green LED G in the second position in the first column, the red LED R in the third position in the first column, and the blue light in the fourth position in the first column LED B forms an RGB pixel
  • the red LED R at the third position in the first column, the blue LED B at the fourth position in the first column, and the green LED G at the fifth position in the first column form an RGB pixel
  • the blue LED B in the fourth position of a row, the green LED G in the fifth position in the first row, and the red LED R in the sixth position in the first row form an RGB pixel
  • RGB pixels are combined according to this rule.
  • the other columns also combine RGB pixels in this way.
  • Embodiment 5 of the present invention provides a method for sharing a shared pixel arrangement structure of a three-primary full-color LED display screen as described above,
  • the LED in the second position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the second position of the same row of the display screen is the same
  • the two adjacent LEDs on the right side of the row form an RGB pixel; therefore, the LED in the second position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same row of the display screen is used.
  • RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left of the same row and an LED adjacent to the right of the same row; the LED in the third position of the same row of the display screen is the same Two LEDs adjacent to the left of the row form an RGB pixel; the LED in the third position on the same row of the display and the two LEDs adjacent to the right of the same row form an RGB pixel; therefore, the third LED from the same row of the display
  • the LEDs from the beginning of the position to the penultimate position of the same row are used three times according to the method of step (3) when forming RGB pixels, that is, from the third position of the same row of the display screen to the LED of the penultimate position of the same row are used three times to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the penultimate position of the same row of the display screen Two LEDs adjacent to the left side of the same row form an RGB pixel; therefore, the LED in the penultimate position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same row of the display screen is used twice. LEDs are used twice to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • Embodiment 5 of the present invention also provides a method for sharing the shared pixel arrangement structure of the three-primary full-color LED display screen as described above,
  • the LED in the second position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the second position of the same column of the display screen and the bottom of the same column Two adjacent LEDs form an RGB pixel; therefore, the LED in the second position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same column of the display screen is used twice to RGB pixels are formed, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the third position of the same column of the display screen is the same Two adjacent LEDs form an RGB pixel; the LED at the third position in the same column of the display screen and the two adjacent LEDs below the same column form an RGB pixel; therefore, starting from the third position in the same column of the display screen to the same
  • the LEDs in the penultimate position of the column are used three times when forming RGB pixels according to the method of step (3), that is, the LEDs from the third position in the same column of the display screen to the penultimate position in the same column are used. Three times to form RGB pixels, the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the penultimate position of the same column of the display screen is the same
  • the two adjacent LEDs above the column form an RGB pixel; therefore, the LED in the penultimate position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same column of the display screen is used RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • red LEDs, green LEDs and blue LEDs are arranged in each row and each column according to the rules, and adjacent one red LED, one green LED and one blue LED in each row or each column form a RGB pixel, so that the LED in the first position or the penultimate position of the same row or column is used once when forming the RGB pixel, and the LED in the second position or the penultimate position of the same row or column is used in forming the RGB pixel. Pixels are used twice, and the LEDs from the third position in the same row or column to the third last position in the same row are used three times.
  • the embodiment 5 of the present invention has The utilization rate of each LED in each row or column of the display screen is high, and the number of RGB pixels composed of each row or column of the display screen is greatly increased, which significantly improves the resolution of the 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 a number of red LED R, green LED G and blue LED B arranged at equal intervals;
  • a green LED G 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, a blue LED B is set at the third position of the first row of the display screen, and the third position of the display screen is set.
  • a green LED G is set at the fourth position of a row, a red LED R is set at the fifth position of the first row of the display screen, a blue LED B is set at the sixth position of the first row of the display screen, and the first row of the display screen is as follows repeat settings;
  • a red LED R 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, a green LED G is set at the third position of the second row of the display screen, and the third position of the display screen is set.
  • a red LED R 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, a green LED G is set at the sixth position of the second row of the display screen, and the second row of the display screen is as follows repeat settings;
  • a blue LED B 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 red LED R is set at the third position of the third row of the display screen.
  • a blue LED B is set in the fourth position of the three rows, a green LED G is set in the fifth position of the third row of the display screen, a red LED R is set in the sixth position of the third row of the display screen, and the third row of the display screen is like this repeat settings;
  • the arrangement structure of the fourth, seventh, tenth rows of the display screen is the same as the arrangement structure of the first row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the fifth, eighth, eleventh row of the display screen is the same as that of the second row of the display screen, that is, the arrangement structure of every third row is the same;
  • the arrangement structure of the sixth, ninth, twelfth... rows of the display screen is the same as the arrangement structure of the third row of the display screen, that is, the arrangement structure of every third row is the same.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen is: the green LED G at the first position in the first row, the red LED R at the second position in the first row, and the first row
  • the blue LED B in the third position forms an RGB pixel
  • the red LED R in the second position in the first row, the blue LED B in the third position in the first row, and the green LED G in the fourth position in the first row A RGB pixel is formed
  • the blue LED B at the third position of the first row, the green LED G at the fourth position of the first row, and the red LED R at the fifth position of the first row form an RGB pixel
  • the first row The green LED G in the fourth position, the red LED R in the fifth position in the first row, and the blue LED B in the sixth position in the first row form an RGB pixel
  • RGB pixels are combined according to this rule.
  • the other rows also combine RGB pixels in this way.
  • the shared pixel arrangement structure of the three-primary full-color LED display screen is: the green LED G at the first position in the first column, the red LED R at the second position in the first column, and the A column of blue LED B in the third position forms an RGB pixel; red LED R in the second position of the first column, blue LED B in the third position of the first column, and green light in the fourth position of the first column LED G forms an RGB pixel; blue LED B at the third position in the first column, green LED G at the fourth position in the first column, and red LED R at the fifth position in the first column form an RGB pixel; The green LED G at the fourth position in a column, the red LED R at the fifth position in the first column, and the blue LED B at the sixth position in the first column form an RGB pixel; RGB pixels are combined according to this rule. The other columns also combine RGB pixels in this way.
  • Embodiment 6 of the present invention provides a method for sharing a shared pixel arrangement structure of a three-primary full-color LED display screen as described above,
  • the LED in the second position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the second position of the same row of the display screen is the same
  • the two adjacent LEDs on the right side of the row form an RGB pixel; therefore, the LED in the second position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same row of the display screen is used.
  • RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left of the same row and an LED adjacent to the right of the same row; the LED in the third position of the same row of the display screen is the same Two LEDs adjacent to the left of the row form an RGB pixel; the LED in the third position on the same row of the display and the two LEDs adjacent to the right of the same row form an RGB pixel; therefore, the third LED from the same row of the display
  • the LEDs from the beginning of the position to the penultimate position of the same row are used three times according to the method of step (3) when forming RGB pixels, that is, from the third position of the same row of the display screen to the LED of the penultimate position of the same row are used three times to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same row of the display screen forms an RGB pixel with an LED adjacent to the left side of the same row and an LED adjacent to the right side of the same row; the LED in the penultimate position of the same row of the display screen Two LEDs adjacent to the left side of the same row form an RGB pixel; therefore, the LED in the penultimate position of the same row of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same row of the display screen is used twice. LEDs are used twice to form RGB pixels, and the formed RGB pixels are called shared pixels;
  • Embodiment 6 of the present invention also provides a sharing method for sharing the pixel arrangement structure of the three-primary full-color LED display screen as described above,
  • the LED in the second position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the second position of the same column of the display screen and the bottom of the same column Two adjacent LEDs form an RGB pixel; therefore, the LED in the second position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the second position of the same column of the display screen is used twice to RGB pixels are formed, and the formed RGB pixels are called shared pixels;
  • the LED in the third position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the third position of the same column of the display screen is the same Two adjacent LEDs form an RGB pixel; the LED at the third position in the same column of the display screen and the two adjacent LEDs below the same column form an RGB pixel; therefore, starting from the third position in the same column of the display screen to the same
  • the LEDs in the penultimate position of the column are used three times when forming RGB pixels according to the method of step (3), that is, the LEDs from the third position in the same column of the display screen to the penultimate position in the same column are used. Three times to form RGB pixels, the formed RGB pixels are called shared pixels;
  • the LED in the penultimate position of the same column of the display screen forms an RGB pixel with an LED adjacent to the top of the same column and an LED adjacent to the bottom of the same column; the LED in the penultimate position of the same column of the display screen is the same
  • the two adjacent LEDs above the column form an RGB pixel; therefore, the LED in the penultimate position of the same column of the display screen is used twice when forming the RGB pixel, that is, the LED in the penultimate position of the same column of the display screen is used RGB pixels are formed twice, and the formed RGB pixels are called shared pixels;
  • red LEDs, green LEDs and blue LEDs are arranged in each row and each column according to the rules, and adjacent one red LED, one green LED and one blue LED in each row or each column form a RGB pixel, so that the LED in the first position or the penultimate position of the same row or column is used once when forming the RGB pixel, and the LED in the second position or the penultimate position of the same row or column is used in forming the RGB pixel.
  • the LEDs from the third position of the same row or column to the third last position of the same row or the same column are used three times.
  • the embodiment 6 of the present invention The utilization rate of each LED in each row or column of the display screen is high, and the number of RGB pixels composed of each row or column of the display screen is greatly increased, which significantly improves the resolution of the display screen.

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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,显示屏每一行和每一列按照规律设置红光LED、绿光LED和蓝光LED,每一行或每一列相邻的一个红光LED、一个绿光LED和一个蓝光LED组成一个RGB像素,使得同一行或同一列第一个位置或倒数第一个位置的LED在组成RGB像素时被使用一次,同一行或同一列第二个位置或倒数第二个位置的LED在组成RGB像素时被使用二次,同一行或同一列第三个位置开始到同一行或同一列倒数第三个位置的LED均被使用三次,因此,与现有技术相比,本发明的显示屏每一行或每一列的每个LED的使用率高,显示屏每一行或每一列组成的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
本发明属于领域全彩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,导致无法做成高分辨率的LED显示屏。
发明内容
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。
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......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......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......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......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......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......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......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......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......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红光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绿光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蓝光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蓝光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红光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绿光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绿光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蓝光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红光LED,所述显示屏第但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......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......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......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绿光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蓝光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绿光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蓝光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红光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红光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绿光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......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......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......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红光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绿光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红光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绿光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蓝光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红光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绿光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......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......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......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,
(1)显示屏同一行第一个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;显示屏同一行第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一行第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第二个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;显示屏同一行第二个位置的LED在组成RGB像素时被使用二次;
(3)显示屏同一行第三个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次;
(4)显示屏同一行倒数第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行倒数第二个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行 倒数第二个位置的LED在组成RGB像素时被使用二次;
(5)显示屏同一行最后一个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行最后一个位置的LED在组成RGB像素时被使用一次。
本发明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,
(1)显示屏同一列第一个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;显示屏同一列第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一列第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第二个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;显示屏同一列第二个位置的LED在组成RGB像素时被使用二次;
(3)显示屏同一列第三个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次;
(4)显示屏同一列倒数第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列倒数第二个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列倒数第二个位置的LED在组成RGB像素时被使用二次;
(5)显示屏同一列最后一个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列最后一个位置的LED在组成RGB像素时被使用一次。
本发明的显示屏每一行和每一列按照规律设置红光LED、绿光LED和蓝光LED,每一行或每一列相邻的一个红光LED、一个绿光LED和一个蓝光LED组成一个RGB像素,使得同一行或同一列第一个位置或倒数第一个位置的LED在组成RGB像素时被使用一次,同一行或同一列第二个位置或倒数第二个位置 的LED在组成RGB像素时被使用二次,同一行或同一列第三个位置开始到同一行或同一列倒数第三个位置的LED均被使用三次,因此,与现有技术相比,本发明的显示屏每一行或每一列的每个LED的使用率高,显示屏每一行或每一列组成的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
为了更清楚地说明本发明的技术方案,下面将对实施例中所需要使用的附图作简单地介绍,显而易见地,下面描述中的附图仅仅是本发明的一些实施例,对于本领域普通技术人员来讲,在不付出创造性劳动的前提下,还可以根据这些附图获得其他的附图。
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。
图5是本发明实施例4提供的三基色全彩LED显示屏的像素排列结构。
图6是本发明实施例5提供的三基色全彩LED显示屏的像素排列结构。
图7是本发明实施例6提供的三基色全彩LED显示屏的像素排列结构。
具体实施方式
下面将结合本发明实施例中的附图,对本发明实施例中的技术方案进行清楚、完整地描述。
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;
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;
显示屏第四、七、十......行的排列结构与显示屏第一行的排列结构相同,即每隔三行的排列结构相同;
显示屏第五、八、十一......行的排列结构与显示屏第二行的排列结构相同,即每隔三行的排列结构相同;
显示屏第六、九、十二......行的排列结构与显示屏第三行的排列结构相同,即每隔三行的排列结构相同。
本发明实施例1提供的三基色全彩LED显示屏的共享像素排列结构为:第一行第一个位置的红光LED R、第一行第二个位置的绿光LED G和第一行第三个位置的蓝光LED B组成一个RGB像素;第一行第二个位置的绿光LED G、第一行第三个位置的蓝光LED B和第一行第四个位置的红光LED R组成一个RGB像素;第一行第三个位置的蓝光LED B、第一行第四个位置的红光LED R和第一行第五个位置的绿光LED G组成一个RGB像素;第一行第四个位置的红光LED R、第一行第五个位置的绿光LED G和第一行第六个位置的蓝光LED B组成一个RGB像素;按此规律组合RGB像素。其他行也按此规律组合RGB像素。
或者,本发明实施例1提供的三基色全彩LED显示屏的共享像素排列结构为:第一列第一个位置的红光LED R、第一列第二个位置的绿光LED G和第一列第三个位置的蓝光LED B组成一个RGB像素;第一列第二个位置的绿光LED G、第一列第三个位置的蓝光LED B和第一列第四个位置的红光LED R组成一个RGB像素;第一列第三个位置的蓝光LED B、第一列第四个位置的红光LED R和第一列第五个位置的绿光LED G组成一个RGB像素;第一列第四个位置的红光LED R、第一列第五个位置的绿光LED G和第一列第六个位置的蓝光LED  B组成一个RGB像素;按此规律组合RGB像素。其他列也按此规律组合RGB像素。
本发明实施例1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,
(1)显示屏同一行第一个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一行第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第二个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一行第三个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共享像素;
(4)显示屏同一行倒数第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行倒数第二个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一行最后一个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此显示屏同一行最后一个位置的LED在组成RGB像素时被使用一次。
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,
(1)显示屏同一列第一个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,显示屏同一列第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一列第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第二个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,显示屏同一列第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一列第三个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共享像素;
(4)显示屏同一列倒数第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列倒数第二个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一列最后一个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列最后一个位置的LED在组成RGB像素时被使用一次。
本发明实施例1的显示屏每一行和每一列按照规律设置红光LED、绿光LED和蓝光LED,每一行或每一列相邻的一个红光LED、一个绿光LED和一个蓝光LED组成一个RGB像素,使得同一行或同一列第一个位置或倒数第一个位置的LED在组成RGB像素时被使用一次,同一行或同一列第二个位置或倒数第 二个位置的LED在组成RGB像素时被使用二次,同一行或同一列第三个位置开始到同一行或同一列倒数第三个位置的LED均被使用三次,因此,与现有技术相比,本发明实施例1的显示屏每一行或每一列的每个LED的使用率高,显示屏每一行或每一列组成的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;
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;
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;
显示屏第四、七、十......行的排列结构与显示屏第一行的排列结构相同,即每隔三行的排列结构相同;
显示屏第五、八、十一......行的排列结构与显示屏第二行的排列结构相同,即每隔三行的排列结构相同;
显示屏第六、九、十二......行的排列结构与显示屏第三行的排列结构相同,即每隔三行的排列结构相同。
本发明实施例2提供的三基色全彩LED显示屏的共享像素排列结构为:第一行第一个位置的绿光LED G、第一行第二个位置的蓝光LED B和第一行第三 个位置的红光LED R组成一个RGB像素;第一行第二个位置的蓝光LED B、第一行第三个位置的红光LED R和第一行第四个位置的绿光LED G组成一个RGB像素;第一行第三个位置的红光LED R、第一行第四个位置的绿光LED G和第一行第五个位置的蓝光LED B组成一个RGB像素;第一行第四个位置的绿光LED G、第一行第五个位置的蓝光LED B和第一行第六个位置的红光LED R组成一个RGB像素;按此规律组合RGB像素。其他行也按此规律组合RGB像素。
或者,本发明实施例2提供的三基色全彩LED显示屏的共享像素排列结构为:第一列第一个位置的绿光LED G、第一列第二个位置的蓝光LED B和第一列第三个位置的红光LED R组成一个RGB像素;第一列第二个位置的蓝光LED B、第一列第三个位置的红光LED R和第一列第四个位置的绿光LED G组成一个RGB像素;第一列第三个位置的红光LED R、第一列第四个位置的绿光LED G和第一列第五个位置的蓝光LED B组成一个RGB像素;第一列第四个位置的绿光LED G、第一列第五个位置的蓝光LED B和第一列第六个位置的红光LED R组成一个RGB像素;按此规律组合RGB像素。其他列也按此规律组合RGB像素。
本发明实施例2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,
(1)显示屏同一行第一个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一行第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第二个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一行第三个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,从显示屏同 一行第三个位置开始到同一行倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共享像素;
(4)显示屏同一行倒数第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行倒数第二个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一行最后一个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行最后一个位置的LED在组成RGB像素时被使用一次。
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,
(1)显示屏同一列第一个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,显示屏同一列第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一列第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第二个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,显示屏同一列第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一列第三个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共 享像素;
(4)显示屏同一列倒数第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列倒数第二个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一列最后一个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列最后一个位置的LED在组成RGB像素时被使用一次。
本发明实施例2的显示屏每一行和每一列按照规律设置红光LED、绿光LED和蓝光LED,每一行或每一列相邻的一个红光LED、一个绿光LED和一个蓝光LED组成一个RGB像素,使得同一行或同一列第一个位置或倒数第一个位置的LED在组成RGB像素时被使用一次,同一行或同一列第二个位置或倒数第二个位置的LED在组成RGB像素时被使用二次,同一行或同一列第三个位置开始到同一行或同一列倒数第三个位置的LED均被使用三次,因此,与现有技术相比,本发明实施例2的显示屏每一行或每一列的每个LED的使用率高,显示屏每一行或每一列组成的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;
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;
显示屏第四、七、十......行的排列结构与显示屏第一行的排列结构相同,即每隔三行的排列结构相同;
显示屏第五、八、十一......行的排列结构与显示屏第二行的排列结构相同,即每隔三行的排列结构相同;
显示屏第六、九、十二......行的排列结构与显示屏第三行的排列结构相同,即每隔三行的排列结构相同。
本发明实施例3提供的三基色全彩LED显示屏的共享像素排列结构为:第一行第一个位置的蓝光LED B、第一行第二个位置的红光LED R和第一行第三个位置的绿光LED G组成一个RGB像素;第一行第二个位置的红光LED R、第一行第三个位置的绿光LED G和第一行第四个位置的蓝光LED B组成一个RGB像素;第一行第三个位置的绿光LED G、第一行第四个位置的蓝光LED B和第一行第五个位置的红光LED R组成一个RGB像素;第一行第四个位置的蓝光LED B、第一行第五个位置的红光LED R和第一行第六个位置的绿光LED G组成一个RGB像素;按此规律组合RGB像素。其他行也按此规律组合RGB像素。
或者,本发明实施例3提供的三基色全彩LED显示屏的共享像素排列结构为:第一列第一个位置的蓝光LED B、第一列第二个位置的红光LED R和第一列第三个位置的绿光LED G组成一个RGB像素;第一列第二个位置的红光LED R、第一列第三个位置的绿光LED G和第一列第四个位置的蓝光LED B组成一个RGB像素;第一列第三个位置的绿光LED G、第一列第四个位置的蓝光LED B和第一列第五个位置的红光LED R组成一个RGB像素;第一列第四个位置的蓝光LED B、第一列第五个位置的红光LED R和第一列第六个位置的绿光LED G组成一个RGB像素;按此规律组合RGB像素。其他列也按此规律组合RGB像素。
本发明实施例3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,
(1)显示屏同一行第一个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素因此,显示屏同一行第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一行第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第二个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一行第三个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共享像素;
(4)显示屏同一行倒数第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行倒数第二个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一行最后一个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行最后一个位置的LED在组成RGB像素时被使用一次。
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,
(1)显示屏同一列第一个位置的LED与同一列下方相邻的两个LED组成 一个RGB像素;因此,显示屏同一列第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一列第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第二个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;,因此,显示屏同一列第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一列第三个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共享像素;
(4)显示屏同一列倒数第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列倒数第二个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一列最后一个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列最后一个位置的LED在组成RGB像素时被使用一次。
本发明实施例3的显示屏每一行和每一列按照规律设置红光LED、绿光LED和蓝光LED,每一行或每一列相邻的一个红光LED、一个绿光LED和一个蓝光LED组成一个RGB像素,使得同一行或同一列第一个位置或倒数第一个位置的LED在组成RGB像素时被使用一次,同一行或同一列第二个位置或倒数第二个位置的LED在组成RGB像素时被使用二次,同一行或同一列第三个位置开始到同一行倒数第三个位置的LED均被使用三次,因此,与现有技术相比, 本发明实施例3的显示屏每一行或每一列的每个LED的使用率高,显示屏每一行或每一列组成的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4:
如图5所示,本发明实施例4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蓝光LED B,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红光LED R,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绿光LED G,显示屏第一行如此重复设置;
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绿光LED G,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蓝光LED B,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红光LED R,显示屏第二行如此重复设置;
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红光LED R,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绿光LED G,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蓝光LED B,显示屏第三行如此重复设置;
显示屏第四、七、十......行的排列结构与显示屏第一行的排列结构相同,即每隔三行的排列结构相同;
显示屏第五、八、十一......行的排列结构与显示屏第二行的排列结构相同,即每隔三行的排列结构相同;
显示屏第六、九、十二......行的排列结构与显示屏第三行的排列结构相同,即每隔三行的排列结构相同。
本发明实施例4提供的三基色全彩LED显示屏的共享像素排列结构为:第一行第一个位置的红光LED R、第一行第二个位置的蓝光LED B和第一行第三个位置的绿光LED G组成一个RGB像素;第一行第二个位置的蓝光LED B、第一行第三个位置的绿光LED G和第一行第四个位置的红光LED R组成一个RGB像素;第一行第三个位置的绿光LED G、第一行第四个位置的红光LED R 和第一行第五个位置的蓝光LED B组成一个RGB像素;第一行第四个位置的红光LED R、第一行第五个位置的蓝光LED B和第一行第六个位置的绿光LED G组成一个RGB像素;按此规律组合RGB像素。其他行也按此规律组合RGB像素。
或者,本发明实施例4提供的三基色全彩LED显示屏的共享像素排列结构为:第一列第一个位置的红光LED R、第一列第二个位置的蓝光LED B和第一列第三个位置的绿光LED G组成一个RGB像素;第一列第二个位置的蓝光LED B、第一列第三个位置的绿光LED G和第一列第四个位置的红光LED R组成一个RGB像素;第一列第三个位置的绿光LED G、第一列第四个位置的红光LED R和第一列第五个位置的蓝光LED B组成一个RGB像素;第一列第四个位置的红光LED R、第一列第五个位置的蓝光LED B和第一列第六个位置的绿光LED G组成一个RGB像素;按此规律组合RGB像素。其他列也按此规律组合RGB像素。
本发明实施例4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,
(1)显示屏同一行第一个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一行第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第二个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一行第三个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共 享像素;
(4)显示屏同一行倒数第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行倒数第二个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一行最后一个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行最后一个位置的LED在组成RGB像素时被使用一次。
本发明实施例4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,
(1)显示屏同一列第一个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,显示屏同一列第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一列第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第二个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,显示屏同一列第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一列第三个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共享像素;
(4)显示屏同一列倒数第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列倒数第二个 位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一列最后一个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列最后一个位置的LED在组成RGB像素时被使用一次。
本发明实施例4的显示屏每一行和每一列按照规律设置红光LED、绿光LED和蓝光LED,每一行或每一列相邻的一个红光LED、一个绿光LED和一个蓝光LED组成一个RGB像素,使得同一行或同一列第一个位置或倒数第一个位置的LED在组成RGB像素时被使用一次,同一行或同一列第二个位置或倒数第二个位置的LED在组成RGB像素时被使用二次,同一行或同一列第三个位置开始到同一行或同一列倒数第三个位置的LED均被使用三次,因此,与现有技术相比,本发明实施例4的显示屏每一行或每一列的每个LED的使用率高,显示屏每一行或每一列组成的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5:
如图6所示,本发明实施例5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绿光LED G,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蓝光LED B,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红光LED R,显示屏第一行如此重复设置;
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红光LED R,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绿光LED G,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蓝光LED B,显示屏第二行如此重复设置;
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 置一蓝光LED B,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红光LED R,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绿光LED G,显示屏第三行如此重复设置;
显示屏第四、七、十......行的排列结构与显示屏第一行的排列结构相同,即每隔三行的排列结构相同;
显示屏第五、八、十一......行的排列结构与显示屏第二行的排列结构相同,即每隔三行的排列结构相同;
显示屏第六、九、十二......行的排列结构与显示屏第三行的排列结构相同,即每隔三行的排列结构相同。
本发明实施例5提供的三基色全彩LED显示屏的共享像素排列结构为:第一行第一个位置的蓝光LED B、第一行第二个位置的绿光LED G和第一行第三个位置的红光LED R组成一个RGB像素;第一行第二个位置的绿光LED G、第一行第三个位置的红光LED R和第一行第四个位置的蓝光LED B组成一个RGB像素;第一行第三个位置的红光LED R、第一行第四个位置的蓝光LED B和第一行第五个位置的绿光LED G组成一个RGB像素;第一行第四个位置的蓝光LED B、第一行第五个位置的绿光LED G和第一行第六个位置的红光LED R组成一个RGB像素;按此规律组合RGB像素。其他行也按此规律组合RGB像素。
或者,本发明实施例5提供的三基色全彩LED显示屏的共享像素排列结构为:第一列第一个位置的蓝光LED B、第一列第二个位置的绿光LED G和第一列第三个位置的红光LED R组成一个RGB像素;第一列第二个位置的绿光LED G、第一列第三个位置的红光LED R和第一列第四个位置的蓝光LED B组成一个RGB像素;第一列第三个位置的红光LED R、第一列第四个位置的蓝光LED B和第一列第五个位置的绿光LED G组成一个RGB像素;第一列第四个位置的蓝光LED B、第一列第五个位置的绿光LED G和第一列第六个位置的红光LED R组成一个RGB像素;按此规律组合RGB像素。其他列也按此规律组合RGB像素。
本发明实施例5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,
(1)显示屏同一行第一个位置的LED与同一行右侧相邻的两个LED组成 一个RGB像素;因此,显示屏同一行第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一行第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第二个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一行第三个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共享像素;
(4)显示屏同一行倒数第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行倒数第二个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一行最后一个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行最后一个位置的LED在组成RGB像素时被使用一次。
本发明实施例5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,
(1)显示屏同一列第一个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,显示屏同一列第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一列第二个位置的LED与同一列上方相邻的一个LED和同 一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第二个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,显示屏同一列第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一列第三个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共享像素;
(4)显示屏同一列倒数第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列倒数第二个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一列最后一个位置的LED与同一列上方相邻的两个LED组成一个RGB像素因此,显示屏同一列最后一个位置的LED在组成RGB像素时被使用一次。
本发明实施例5的显示屏每一行和每一列按照规律设置红光LED、绿光LED和蓝光LED,每一行或每一列相邻的一个红光LED、一个绿光LED和一个蓝光LED组成一个RGB像素,使得同一行或同一列第一个位置或倒数第一个位置的LED在组成RGB像素时被使用一次,同一行或同一列第二个位置或倒数第二个位置的LED在组成RGB像素时被使用二次,同一行或同一列第三个位置开始到同一行或同一列倒数第三个位置的LED均被使用三次,因此,与现有技术相比,本发明实施例5的显示屏每一行或每一列的每个LED的使用率高,显示屏每一行或每一列组成的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6:
如图7所示,本发明实施例6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红光LED R,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绿光LED G,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蓝光LED B,显示屏第一行如此重复设置;
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蓝光LED B,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红光LED R,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绿光LED G,显示屏第二行如此重复设置;
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绿光LED G,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蓝光LED B,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红光LED R,显示屏第三行如此重复设置;
显示屏第四、七、十......行的排列结构与显示屏第一行的排列结构相同,即每隔三行的排列结构相同;
显示屏第五、八、十一......行的排列结构与显示屏第二行的排列结构相同,即每隔三行的排列结构相同;
显示屏第六、九、十二......行的排列结构与显示屏第三行的排列结构相同,即每隔三行的排列结构相同。
本发明实施例6提供的三基色全彩LED显示屏的共享像素排列结构为:第一行第一个位置的绿光LED G、第一行第二个位置的红光LED R和第一行第三个位置的蓝光LED B组成一个RGB像素;第一行第二个位置的红光LED R、第一行第三个位置的蓝光LED B和第一行第四个位置的绿光LED G组成一个RGB像素;第一行第三个位置的蓝光LED B、第一行第四个位置的绿光LED G和第一行第五个位置的红光LED R组成一个RGB像素;第一行第四个位置的绿光LED G、第一行第五个位置的红光LED R和第一行第六个位置的蓝光LED B 组成一个RGB像素;按此规律组合RGB像素。其他行也按此规律组合RGB像素。
或者,本发明实施例6提供的三基色全彩LED显示屏的共享像素排列结构为:第一列第一个位置的绿光LED G、第一列第二个位置的红光LED R和第一列第三个位置的蓝光LED B组成一个RGB像素;第一列第二个位置的红光LED R、第一列第三个位置的蓝光LED B和第一列第四个位置的绿光LED G组成一个RGB像素;第一列第三个位置的蓝光LED B、第一列第四个位置的绿光LED G和第一列第五个位置的红光LED R组成一个RGB像素;第一列第四个位置的绿光LED G、第一列第五个位置的红光LED R和第一列第六个位置的蓝光LED B组成一个RGB像素;按此规律组合RGB像素。其他列也按此规律组合RGB像素。
本发明实施例6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,
(1)显示屏同一行第一个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一行第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第二个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一行第三个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;因此,从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共享像素;
(4)显示屏同一行倒数第二个位置的LED与同一行左侧相邻的一个LED 和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行倒数第二个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一行倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一行最后一个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;因此,显示屏同一行最后一个位置的LED在组成RGB像素时被使用一次。
本发明实施例6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,
(1)显示屏同一列第一个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,显示屏同一列第一个位置的LED在组成RGB像素时被使用一次;
(2)显示屏同一列第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第二个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,显示屏同一列第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一列第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(3)显示屏同一列第三个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;因此,从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次,即从显示屏同一列第三个位置开始到同一列倒数第三个位置的LED均被使用了三次来组成RGB像素,组成的RGB像素称为共享像素;
(4)显示屏同一列倒数第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列倒数第二个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列倒数第二个位置的LED在组成RGB像素时被使用二次,即显示屏同一 列倒数第二个位置的LED被使用了两次来组成RGB像素,组成的RGB像素称为共享像素;
(5)显示屏同一列最后一个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;因此,显示屏同一列最后一个位置的LED在组成RGB像素时被使用一次。
本发明实施例6的显示屏每一行和每一列按照规律设置红光LED、绿光LED和蓝光LED,每一行或每一列相邻的一个红光LED、一个绿光LED和一个蓝光LED组成一个RGB像素,使得同一行或同一列第一个位置或倒数第一个位置的LED在组成RGB像素时被使用一次,同一行或同一列第二个位置或倒数第二个位置的LED在组成RGB像素时被使用二次,同一行或同一列第三个位置开始到同一行或同一列倒数第三个位置的LED均被使用三次,因此,与现有技术相比,本发明实施例6的显示屏每一行或每一列的每个LED的使用率高,显示屏每一行或每一列组成的RGB像素的数量大大增加,显著提高了显示屏的分辨率。
以上所述是本发明的优选实施方式,应当指出,对于本技术领域的普通技术人员来说,在不脱离本发明原理的前提下,还可以做出若干改进和润饰,这些改进和润饰也视为本发明的保护范围。

Claims (8)

  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......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......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......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......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......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......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......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......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......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蓝光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红光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蓝光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红光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绿光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绿光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蓝光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红光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......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......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......行的排列结构与所述显示屏第三行的排列结构相同。
  5. 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绿光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蓝光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绿光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蓝光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红光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红光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绿光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蓝光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......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......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......行的排列结构与所述显示屏第三行的排列结 构相同。
  6. 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红光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绿光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红光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绿光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蓝光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蓝光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红光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绿光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......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......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......行的排列结构与所述显示屏第三行的排列结构相同。
  7. 一种如权利要求1~6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,
    (1)显示屏同一行第一个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;显示屏同一行第一个位置的LED在组成RGB像素时被使用一次;
    (2)显示屏同一行第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第二个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;显示屏同一行第二个位置的LED在组成RGB像素时被使用二次;
    (3)显示屏同一行第三个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行第三个位置的LED与同一行右侧相邻的两个LED组成一个RGB像素;从显示屏同一行第三个位置开始到同一行倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次;
    (4)显示屏同一行倒数第二个位置的LED与同一行左侧相邻的一个LED和同一行右侧相邻的一个LED组成一个RGB像素;显示屏同一行倒数第二个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行倒数第二个位置的LED在组成RGB像素时被使用二次;
    (5)显示屏同一行最后一个位置的LED与同一行左侧相邻的两个LED组成一个RGB像素;显示屏同一行最后一个位置的LED在组成RGB像素时被使用一次。
  8. 一种如权利要求1~6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,
    (1)显示屏同一列第一个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;显示屏同一列第一个位置的LED在组成RGB像素时被使用一次;
    (2)显示屏同一列第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第二个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;显示屏同一列第二个位置的LED在组成RGB像素时被使用二次;
    (3)显示屏同一列第三个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列第三个位置的LED与同一列下方相邻的两个LED组成一个RGB像素;从显示屏同一列第 三个位置开始到同一列倒数第三个位置的LED在组成RGB像素时均按步骤(3)的方法被使用三次;
    (4)显示屏同一列倒数第二个位置的LED与同一列上方相邻的一个LED和同一列下方相邻的一个LED组成一个RGB像素;显示屏同一列倒数第二个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列倒数第二个位置的LED在组成RGB像素时被使用二次;
    (5)显示屏同一列最后一个位置的LED与同一列上方相邻的两个LED组成一个RGB像素;显示屏同一列最后一个位置的LED在组成RGB像素时被使用一次。
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