Micro LED displaying apparatus having damaged impact area but remaining area can still operate normally

1 . A micro LED displaying apparatus, comprising:

a flexible substrate;

an LED cell array fabricated on the flexible substrate, wherein the flexible substrate and the LED cell array are collaboratively formed as a micro LED panel of the micro LED displaying apparatus, the LED cell array is composed of M×N LED cells, the LED cell array is connected to M gate lines and N data lines, and M and N are positive integers, wherein first terminals of the N LED cells in a first row of the LED cell array are connected to a first gate line of the M gate lines, and second terminals of the N LED cells in the first row of the LED cell array are respectively connected to the N data lines;

a first gate driver connected to first terminals of the M gate lines;

a second gate driver connected to second terminals of the M gate lines;

a first source driver connected to first terminals of the N data lines;

a second source driver connected to second terminals of the N data lines; and

a timing controller connected to the first gate driver, the second gate driver, the first source driver and the second source driver,

wherein the first gate driver and the second gate driver simultaneously and respectively generate a first pulse and a second pulse, and the first source driver and the second source driver simultaneously and respectively generate a first display data and a second display data,

wherein the first pulse from the first gate driver is transmitted to a first terminal of the first gate line, the second pulse from the second gate driver is transmitted to a second terminal of the first gate line, the first display data from the first source driver is transmitted to a first terminal of a first data line of the N data lines, and the second display data from the second source driver is transmitted to a second terminal of the first data line, wherein the first display data and the second display data are identical,

wherein when an impact area is formed on the micro LED panel and at least one LED cell in the impact area is damaged, first portions of the LED cells between the impact area and the first gate driver receive pulses from the first gate driver and receive display data from the first source driver and the second source driver and second portions of the LED cells between the impact area and the second gate driver receive pulses from the second gate driver and receive display data from the first source driver and the second source driver.

2 . The micro LED displaying apparatus as claimed in claim 1 , wherein the timing controller generates a gate control signal to the first gate driver and the second gate driver, and the timing controller generates a data control signal to the first source driver and the second source gate driver, wherein the first gate driver and the second gate driver simultaneously and respectively generate the first pulse and the second pulse according to the gate control signal, and the first source driver and the second source driver simultaneously and respectively generate the first display data and the second display data according to the data control signal.

3 . The micro LED displaying apparatus as claimed in claim 2 , wherein the first gate driver is connected to the first terminals of the M gate lines through a first flexible flat cable, the second gate driver is connected to the second terminals of the M gate lines through a second flexible flat cable, the first source driver is connected to the first terminals of the N data lines through a third flexible flat cable, and the second source driver is connected to the second terminals of the N data lines through a fourth flexible flat cable.

4 . The micro LED displaying apparatus as claimed in claim 1 , wherein the LED cell array comprises a first LED cell, and the first LED cell comprises:

a driving stage, wherein a control terminal of the driving stage is connected to the first gate line, and a data terminal of the driving stage is connected to the first data line; and

a light emitting diode, wherein an anode of the light emitting diode is connected to an output terminal of the driving stage, and a cathode of the light emitting diode receives a ground voltage.

5 . The micro LED displaying apparatus as claimed in claim 1 , wherein third portions of the LED cells between the impact area and the first source driver receive pulses from the first gate driver and the second gate driver and receive display data from the first source driver, and fourth portions of the LED cells between the impact area and the second source driver receive pulses from the first gate driver and the second gate driver and receive display data from the second source driver.

6 . A micro LED displaying apparatus, comprising:

a flexible substrate;

an LED cell array fabricated on the flexible substrate, wherein the flexible substrate and the LED cell array are collaboratively formed as a micro LED panel of the micro LED displaying apparatus, the LED cell array is composed of M×N LED cells, the LED cell array is connected to M gate lines and N data lines, and M and N are positive integers, wherein first terminals of the N LED cells in a first row of the LED cell array are connected to a first gate line of the M gate lines, and second terminals of the N LED cells in the first row of the LED cell array are respectively connected to the N data lines;

a first gate driver connected to first terminals of the M gate lines;

a second gate driver connected to second terminals of the M gate lines;

a first source driver connected to first terminals of the N data lines;

a second source driver connected to second terminals of the N data lines; and

a timing controller connected to the first gate driver, the second gate driver, the first source driver and the second source driver, configured for generating a gate control signal to the first gate driver and the second gate driver, and generating a data control signal to the first source driver and the second source driver,

wherein the second gate driver and the second source driver receive an enable signal,

wherein when the enable signal is inactivated, the second gate driver and the second source driver are disabled, a first pulse from the first gate driver is transmitted to a first terminal of the first gate line, and a first display data from the first source driver is transmitted to a first terminal of a first data line of the N data lines,

wherein the enable signal is activated, and the second gate driver and the second source driver are enabled when an Impact area is formed on the micro LED panel, and some LED cells in the impact area are damaged.

7 . The micro LED displaying apparatus as claimed in claim 6 , wherein the first gate driver is connected to the first terminals of the M gate lines through a first flexible flat cable, the second gate driver is connected to the second terminals of the M gate lines through a second flexible flat cable, the first source driver is connected to the first terminals of the N data lines through a third flexible flat cable, and the second source driver is connected to the second terminals of the N data lines through a fourth flexible flat cable.

8 . The micro LED displaying apparatus as claimed in claim 6 , wherein the LED cell array comprises a first LED cell, and the first LED cell comprises:

a driving stage, wherein a control terminal of the driving stage is connected to the first gate line, and a data terminal of the driving stage is connected to the first data line; and

a light emitting diode, wherein an anode of the light emitting diode is connected to an output terminal of the driving stage, and a cathode of the light emitting diode receives a ground voltage.

9 . The micro LED displaying apparatus as claimed in claim 6 , wherein the first gate driver and the second gate driver simultaneously and respectively generate the first pulse and a second pulse according to the gate control signal, and the first source driver and the second source driver simultaneously and respectively generate the first display data and a second display data according to the data control signal.

10 . The micro LED displaying apparatus as claimed in claim 9 , wherein the first pulse from the first gate driver is transmitted to a first terminal of the first gate line, the second pulse from the second gate driver is transmitted to a second terminal of the first gate line, the first display data from the first source driver is transmitted to a first terminal of a first data line of the N data lines, and the second display data from the second source driver is transmitted to a second terminal of the first data line, wherein the first display data and the second display data are identical.

11 . The micro LED displaying apparatus as claimed in claim 6 , wherein first portions of the LED cells between the impact area and the first gate driver receive pulses from the first gate driver and receive display data from the first source driver and the second source driver, and second portions of the LED cells between the impact area and the second gate driver receive pulses from the second gate driver and receive display data from the first source driver and the second source driver.

12 . The micro LED displaying apparatus as claimed in claim 11 , wherein third portions of the LED cells between the impact area and the first source driver receive pulses from the first gate driver and the second gate driver and receive display data from the first source driver, and fourth portions of the LED cells between the impact area and the second source driver receive pulses from the first gate driver and the second gate driver and receive display data from the second source driver.