Information display method and information display system of information display system
A technology of information display and display unit, which is applied in the information display field of information display system and display device, and can solve the problems of being unable to know, reducing the brightness of the display, etc.
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Embodiment 1
[0055] like figure 2 As shown, the display device is a rectangular LED dot matrix screen composed of 5 (columns) × 7 (rows) totaling 35 LEDs (here, n=35, the display unit is an LED, and the display device is an LED dot matrix screen); The array screen uses a periodic method to display the information to be displayed. The period here can be a fixed period with a constant time length, or a non-fixed period with a variable time length. Suppose the original information to be displayed is figure 2 The black Arabic numeral "1" in.
[0056] In the normal display mode, the display device displays the original information to be displayed—the Arabic numeral "1" with normal size and brightness. After entering the specific display mode, the method for the display control device to control the display device to display information includes the following step:
[0057] Step 1, determine the quantity m of the working display unit of the display device (the working display unit refers to...
Embodiment 2
[0075] This embodiment is similar to Embodiment 1, except that the display positions of the working display units determined in step 2 are different. In this embodiment, the display positions of the working display units are reciprocated according to a certain rule (that is, the m display units on the display device are sequentially used as working display units).
[0076] image 3 What is shown is a schematic diagram of a working display unit cyclically changing its position on the display device according to a certain rule. As shown in the figure, the position of the illuminated working display unit moves to the right from the first row and the first column (corresponding to the first display unit of the display device - LED dot matrix screen - LED) to the first After row 5, jump to row 2, column 1, and so on, until reaching row 7, column 5 (corresponding to the last LED of the LED dot matrix screen), and then complete this cycle, and then return to the first Line 1 column...
Embodiment 3
[0079] This embodiment is similar to Embodiment 1 or Embodiment 2, the difference lies in that the display manner of the information determined in step 4 is different.
[0080] In continuous k (as 2) display cycles, the working display unit (i.e. the selected LED) in the preceding i (as 1) cycles is extinguished (i.e. in a non-display state) and in the subsequent j (j=k-i ) (as described in 1) cycle, the display unit operates with a non-zero brightness λ (0max ) to display, so that the effect of flickering display can be realized.
[0081] Obviously, when the working LED is off (that is, its brightness λ=0), no LED is in the display state, and the number of display units (LEDs) in the display state is m=0, then the number of LEDs in the display state is m (m=0) and the total number of display units n (n=35) satisfy 0=m
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