Abstract: A touch display having advanced-fringe-field-switching liquid crystal structure, including a pixel cell and a multiplexer circuit, wherein the multiplexer circuit is used to couple the pixel cell with a source driver unit to provide a fringe-field-switching display function during a display period, and couple the pixel cell with a touch detection unit to provide a touch detection function during a touch detection period.

Abstract: A method and system for object location detection in a space, the method including the steps of: configuring the resolution of a multi dimensional sensing apparatus to divide a multi dimensional space into M first sub spaces; scanning the multi dimensional space to generate M first sensed data and at least one first locked space; configuring the resolution of the multi dimensional sensing apparatus to divide each of the at least one first locked space into N second sub spaces; scanning the at least one first locked space to generate at least one group of second sensed data and at least one second locked space; and combining at least one of the M first sensed data that corresponds to the at least one first locked space, with the at least one group of second sensed data to form a set of output sensed data.

Abstract: A touch display having in-plane-switching liquid crystal structure, comprising a pixel cell and a multiplexer circuit, wherein the multiplexer circuit is used to couple a source driver unit with the pixel cell to provide an in-plane switching display function during a display period, and couple a touch control unit with the pixel cell to provide a touch detection function during a touch detection period.

Abstract: A touch display driving circuit capable of responding to CPU commands, including: a first interface for receiving pixel data and touch configuration data; a second interface for coupling with a touch display; and a control unit, which drives the touch display via the second interface to show an image according to the pixel data, and executes a touch detection procedure on the touch display via the second interface, wherein the touch detection procedure is determined according to the touch configuration data.

Abstract: A driving circuit capable of enabling a display structure to provide a touch function, including: a first multiplexing interface for coupling with multiple gate driving lines; a second multiplexing interface for coupling with at least one storage capacitor driving line; a third multiplexing interface for coupling with multiple source driving lines; a fourth multiplexing interface for coupling with multiple transparent electrodes; and a control unit for driving the gate driving lines via the first multiplexing interface to form a capacitive network on a TFT display structure, and performing a capacitive touch detection procedure on the capacitive network via an interface selected from a group consisting of the second multiplexing interface, the third multiplexing interface, the fourth multiplexing interface, and any combination thereof.

Abstract: A TFT liquid crystal display apparatus having a touch function, including: a first electrode layer, having multiple first electrodes and multiple thin film transistors, wherein each of the multiple thin film transistors has a source coupled to a source control unit, a gate coupled to a gate control unit, and a drain coupled to one of the multiple first electrodes and to one of multiple storage capacitors; a liquid crystal display layer, located above the first electrode layer; a transparent electrode layer, being located above the liquid crystal display layer and having multiple transparent strip electrodes; and multiple switches, of which each has a control end coupled with a mode control signal, a first contact coupled to one of the multiple transparent strip electrodes, a second contact coupled to a common voltage generation unit, and a third contact coupled to a touch detection unit.

Abstract: An electronic paper touch apparatus, including: a first electrode layer; an electronic paper display layer, located above the first electrode layer; a transparent electrode layer, located above the electronic paper display layer; and a control unit, having a touch mode and an electronic paper mode, wherein when in the touch mode, the control unit will have a touch voltage source coupled between the first electrode layer and the transparent electrode layer to execute a capacitive touch detection procedure; when in the electronic paper mode, the control unit will have an electronic paper voltage source coupled between the first electrode layer and the transparent electrode layer to execute an electronic paper image update procedure.

Abstract: An adaptive sensing apparatus, including: a sensor array, having N sensing points, wherein N is a positive integer; a driver unit, coupled with the sensor array; and a control unit, coupled with the driver unit; wherein the control unit has at least one adaptive sampling modes for controlling the driver unit to drive the sensor array and derive M sensed data, wherein M is a positive integer and M<N.

Abstract: A method and system for object location detection in a space, the method including the steps of: configuring the resolution of a multi dimensional sensing apparatus to divide a multi dimensional space into M first sub spaces; scanning the multi dimensional space to generate M first sensed data and at least one first locked space; configuring the resolution of the multi dimensional sensing apparatus to divide each of the at least one first locked space into N second sub spaces; scanning the at least one first locked space to generate at least one group of second sensed data and at least one second locked space; and combining at least one of the M first sensed data that corresponds to the at least one first locked space, with the at least one group of second sensed data to form a set of output sensed data.

Abstract: A control system for integrating multiple sets of sensing plane data, including: a plurality of driving units, used for driving a plurality of sensor arrays to receive multiple sets of sensing plane data; and at least one control unit, used for integrating the multiple sets of sensing plane data into a set of image data and outputting the set of image data to a central processing unit, wherein the central processing unit is used for executing an application software program to convert the set of image data into multiple sets of array data.

Abstract: An intelligent GUI touch control method and system, the method includes the steps of: generating at least one masking plane according to a GUI, wherein the GUI includes at least one option object, the masking plane has at least one masking block corresponding to the at least one option object, the masking block has a plurality of sub-blocks, and each of the sub-blocks has a weighting coefficient; reading a sensed data array from a touch panel; and performing a weighting operation according to the at least one masking plane and the sensed data array, so as to make each of the at least one option object correspond to at least one weighted value, and determine at least one target object among the at least one option object according to the at least one weighted value.

Abstract: A touch processing method and system using a GUI image, the method including the steps of: reading a sensed data array from a touch panel; performing a conversion procedure on a GUI to generate a GUI image; and performing a touch processing procedure according to the sensed data array and the GUI image.

Abstract: A 3D sensing method and system using a touch panel, for sensing a 3D coordinate of an object above a touch panel, the method including the steps of: configuring the touch panel to form a touch resolution; setting a sensed value active region according to the touch resolution, wherein the sensed value active region has a high threshold and a low threshold; and comparing a sensed value with the high threshold and the low threshold, so as to generate a 3D coordinate when the sensed value is between the high threshold and the low threshold, and reconfigure the touch panel to change the touch resolution of the touch panel when the sensed value is higher than the high threshold or lower than the low threshold.

Abstract: A dynamic control method for a touch panel, including the steps of: providing a dynamic resolution control circuit for configuring a touch panel to possess a first resolution and a second resolution; and providing an induced signal gain control circuit for configuring the touch panel to have a first gain corresponding to the first resolution, and a second gain corresponding to the second resolution, wherein, the resolution of the touch panel will change from the first resolution to the second resolution when an object is within a distance from the panel. In addition, the present invention further presents a touch panel system and a dynamic control method for adjusting the sensitivity of a touch panel.