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Active touch flat-panel display

A flat-panel display and active device technology, which is applied in the fields of instruments, electrical digital data processing, and data processing input/output processes, etc., can solve the problems of thicker and heavier touch-type flat-panel displays, decreased display contrast, and increased cost.

Inactive Publication Date: 2013-06-05
新励科技(深圳)有限公司
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

The layering of the touch screen and the display screen makes the touch panel display thicker and heavier and increases the cost; when the touch screen is placed in front of the display screen, the reflection generated by the sensing electrodes of the touch screen will make the display uneven and strong. The decrease of the display contrast in the external light environment affects the display effect

Method used

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  • Active touch flat-panel display
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Examples

Experimental program
Comparison scheme
Effect test

specific Embodiment approach 1

[0072] The display TFT system 100 on the substrate glass 511 includes a display TFT unit 130 arranged in an array, a display pixel electrode unit 140 arranged in an array, and two sets of intersecting display row scanning electrode line groups 110 and display column signal electrode lines Group 120, the gate (Gate) of each TFT unit is connected to the display scan electrode line, the source (Source) is connected to the display signal electrode line, and the drain (Drain) is connected to each display pixel electrode unit; the display row scan electrode line group 110 Each electrode line and each electrode line of the display column signal electrode line group 120 are respectively connected to the display driving circuit 520 ; the display common electrode 545 on the substrate glass 512 is also connected to the display driving circuit 520 . The active touch control system 300 on the substrate glass 511 includes a touch TFT unit 310 arranged in an array, a sensing electrode unit 32...

specific Embodiment approach 2

[0078] The display TFT system 100 on the substrate glass 611 includes a display TFT unit 130 arranged in an array, a display pixel electrode unit 140 arranged in an array, and two sets of intersecting display row scanning electrode line groups 110 and display column signal electrode lines Group 120, the gate (Gate) of each TFT unit is connected to the display scan electrode line, the source (Source) is connected to the display signal electrode line, and the drain (Drain) is connected to each display pixel electrode unit; the display row scan electrode line group 110 Each electrode line and each electrode line of the display column signal electrode line group 120 are respectively connected to the display driving circuit 620 ; the display common electrode 645 on the substrate glass 612 is also connected to the display driving circuit 620 . The active touch control system 300 on the substrate glass 611 includes an array of touch TFT units 310, an array of sensing electrode units 3...

specific Embodiment approach 3

[0086] The display TFT system 100 on the substrate glass 611 includes a display TFT unit 130 arranged in an array, a display pixel electrode unit 140 arranged in an array, and two sets of intersecting display row scanning electrode line groups 110 and display column signal electrode lines Group 120, the gate (Gate) of each TFT unit is connected to the display scan electrode line, the source (Source) is connected to the display signal electrode line, and the drain (Drain) is connected to each display pixel electrode unit; the display row scan electrode line group 110 Each electrode line and each electrode line of the display column signal electrode line group 120 are respectively connected to the display driving circuit 620 ; the display common electrode 645 on the substrate glass 612 is also connected to the display driving circuit 620 . The active touch control system 300 on the substrate glass 611 includes an array of touch TFT units 310, an array of sensing electrode units 3...

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Abstract

The invention discloses an active touch flat-panel display. A separated active touch system is manufactured on substrate glass of an active panel display. By means of existing technology of the active flat-panel display, the active touch system is manufactured on the substrate glass of the active flat-panel display in existing manufacturing processes of the active flat-panel display, so that the active flat-panel display simultaneously has an active display system and the active touch system, and the active display and an active touch screen are integrated. The active touch flat-panel display is light and thin. Active components are installed on the active touch screen, each sensing electrode unit on the screen can work independently, judgment of multiple point touch is accurate, and multiple point touch is easy and natural.

Description

technical field [0001] The invention relates to a touch screen and a display, in particular to an active touch system and an active flat panel display. Background technique [0002] At present, flat-panel displays with touch functions are composed of display screens, display drivers, touch screens, touch signal detectors, backlights and other components. Touch screens include resistive, capacitive, electromagnetic, Ultrasonic type and photoelectric type, etc., the display screens include TN / STN liquid crystal display, TFT liquid crystal display, OLED display, PDP display, carbon nanotube display, etc. A flat panel display with a touch screen laminates a separate touch screen and a display screen, detects the plane position of a touch point through the display screen, and then makes the cursor on the display screen follow the touch point. The layering of the touch screen and the display screen makes the touch panel display thicker and heavier and increases the cost; when the...

Claims

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Application Information

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IPC IPC(8): G06F3/041G06F3/044
Inventor 陈其良刘海平陈梅英
Owner 新励科技(深圳)有限公司
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