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Digital display mode by means of distribution of luminous dots on display screen

A technology of display mode and luminous point, which is applied in the direction of instruments, identification devices, etc., can solve the problems of complex electronic circuits, complex circuits, and unsightly appearance

Inactive Publication Date: 2005-04-06
刘实鸣
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The feature of this type of display is that it can display Arabic numerals very intuitively, but the electronic circuit it uses is relatively complicated, the cost of components is high, and it is not beautiful, which is the disadvantage of this technology
In addition, although there are currently flying point display electronic clocks, it uses two groups of sixty light-emitting points to simulate the pointer to display the second and minute, and uses twelve light-emitting points to display the hour. The disadvantage is that the displayed numbers are not clear and the circuit is complicated. ,higher cost

Method used

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  • Digital display mode by means of distribution of luminous dots on display screen
  • Digital display mode by means of distribution of luminous dots on display screen

Examples

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Embodiment 1

[0015] figure 1 In order to be the application of the present invention when displaying numerical values, wherein, there are ten scales from 0 to 9 on the display screen, wherein scale 0 is in the direction of 90°, and the rest of the scales are uniform in the order of adjacent central angles of 30° in the clockwise direction. Distributed on the circumference; the outermost positioning ring is composed of ten light-emitting points 2, which correspond to the scale 0-9 respectively, and they are positioned together with the central positioning light-emitting point 2; there are three digital display rings, each with ten There are two light-emitting points 2 corresponding to the scale 0-9, and each positioning ring corresponds to the corresponding scale value. Among them, the digital display ring closest to the positioning ring is a one-digit display ring, and the rest are ten-digit display rings and hundreds-digit display rings. Number display ring. When the number "369" needs t...

Embodiment 2

[0017] figure 2 It is the application of the technical scheme of the present invention on a 24-hour clock watch. Among them, there are 0-10 scales on the display screen, where the scale 0 is at the 90° position, and the rest of the scales are evenly distributed on the circumference in the order of adjacent central angles of 30° in the clockwise direction; the outermost positioning ring consists of ten Composed of four light-emitting points 2, corresponding to the scale 0-9 respectively, they are co-located with the center positioning light-emitting point 2; there are four digital display rings, each digital display ring corresponds to the respective scale unit direction, and the positioning ring is the closest The ones minute ring has ten light-emitting points 2 on it, corresponding to the scale 0-9, indicating 0-9 minutes; there are six light-emitting points 2 on the ten-digit minute ring, corresponding to the scale 0-5, But they correspond to 0, 10, 20, 30, 40, and 50 minu...

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Abstract

This invention discloses a digit display means by use of light spots distribution on the screen, which comprises the following steps: to have a display screen with several lighting spots to form display ring with one center and different diameters with outer layer or inner layer as position ring and other layers as digit display ring; the first lighting spot of each digit ring is located at ninety degrees and any adjacent light spot is distributed around the ring in clockwise direction with an angle of thirty degrees with the center; the spots have relative scales and to present different digits according to the on or off of spots on the display ring with relative scales.

Description

technical field [0001] The invention relates to a digital display method, in particular to a display method for displaying numbers by using the distribution of light-emitting points on a display screen. Background technique [0002] At present, most of the digital display functions are realized by seven-segment digital display devices or dot matrix displays composed of liquid crystal or LED light-emitting diodes. The feature of this type of display is that it displays Arabic numerals very intuitively, but the electronic circuit it uses is relatively complicated, the cost of components is high, and it is not beautiful, which is the shortcoming of this technology. In addition, although there are currently flying point display electronic clocks, it uses two groups of sixty light-emitting points to simulate the pointer to display the second and minute, and uses twelve light-emitting points to display the hour. The disadvantage is that the displayed numbers are not clear and the ...

Claims

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Application Information

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IPC IPC(8): G09F9/30
Inventor 刘实鸣
Owner 刘实鸣
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