Backlight light emitting diode arrangement method
First Claim
1. A backlight light emitting diode arrangement process method, comprising the following steps:
- (1);
determining a number Z of a backlight light emitting diode;
(2);
determining a distribution region of the backlight light emitting diode according to a space calculation formula, the space calculation formula comprising Y×
A=Y×
F×
Q %, A=Q %×
F, and A+F=(X/Z)×
2;
(3);
further calculating distribution sizes of intermediate regions B, C, D and E according to the A and the F calculated in step (2);
(4);
calculating a specific arrangement position of the backlight light emitting diode; and
(5);
drawing a ladder diagram,wherein in step (1), the number Z of the backlight light emitting diode is determined according to a size and an area of the backlight light emitting region,wherein in step (2), the X is divided into two partitions which comprise a left partition and a right partition,wherein in step (2), the Y is a longitudinal width of the backlight light emitting region;
the X is a transverse length of the backlight light emitting region;
the A is a transverse length of a first partition on the left partition or a transverse length of a last partition on the right partition;
the F is a transverse length of the last partition on the left partition or a transverse length of the first partition on the right partition; and
the Q % is 75%,wherein in step (3), the distribution sizes of the intermediate regions B, C, D and E are calculated using a gradually widened average value obtained through a formula (F−
A)/(Z/2−
1) according to numerical values of the A and the F,wherein in step (3), the B is the A plus the average value;
the C is the B plus the average value;
the D is the C plus the average value; and
the E is the D plus the average value.
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Accused Products
Abstract
The present invention provides a backlight light emitting diode arrangement process, which comprises the following steps: (1) determining a number Z of a backlight light emitting diode; (2) determining a distribution region of the backlight light emitting diode according to a space calculation formula, the space calculation formula comprising Y×A=Y×F×Q %, A=Q %×F, and A+F=(X/Z)×2; (3) further calculating distribution sizes of intermediate regions B, C, D and E using a gradually widened average value obtained through a formula (F−A)/(Z/2−1) according to the A and F calculated in step (2); (4) calculating a specific position of the backlight light emitting diode; and (5) drawing a ladder diagram.
5 Citations
6 Claims
-
1. A backlight light emitting diode arrangement process method, comprising the following steps:
-
(1);
determining a number Z of a backlight light emitting diode;(2);
determining a distribution region of the backlight light emitting diode according to a space calculation formula, the space calculation formula comprising Y×
A=Y×
F×
Q %, A=Q %×
F, and A+F=(X/Z)×
2;(3);
further calculating distribution sizes of intermediate regions B, C, D and E according to the A and the F calculated in step (2);(4);
calculating a specific arrangement position of the backlight light emitting diode; and(5);
drawing a ladder diagram,wherein in step (1), the number Z of the backlight light emitting diode is determined according to a size and an area of the backlight light emitting region, wherein in step (2), the X is divided into two partitions which comprise a left partition and a right partition, wherein in step (2), the Y is a longitudinal width of the backlight light emitting region;
the X is a transverse length of the backlight light emitting region;
the A is a transverse length of a first partition on the left partition or a transverse length of a last partition on the right partition;
the F is a transverse length of the last partition on the left partition or a transverse length of the first partition on the right partition; and
the Q % is 75%,wherein in step (3), the distribution sizes of the intermediate regions B, C, D and E are calculated using a gradually widened average value obtained through a formula (F−
A)/(Z/2−
1) according to numerical values of the A and the F,wherein in step (3), the B is the A plus the average value;
the C is the B plus the average value;
the D is the C plus the average value; and
the E is the D plus the average value. - View Dependent Claims (2, 3, 4, 5, 6)
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Specification