Abstract: An improved structure of capacitive touch panel mainly improves the arrangement of induction-spots on ends of X and Y axis traces so that the capacitive sensing area on edges of the working area of a touch panel are arranged equally. Thus, the sensing signals on edges of the working area of the touch panel can be detected so as to maximize the actual effecting area of the touch panel.

Abstract: A cover lens with touch sensing function is a transparent plate formed by a substrate, a surface layer, a sensing layer, and an insulated layer. The substrate of the cover lens is a highly transparent plate with outstanding mechanical strength. The surface layer consists of one or a plurality of functional films and is arranged on an upper surface of the substrate. The sensing layer is arranged on a bottom surface of the substrate and further has a plurality of X axis traces and Y axis traces. The X and Y axis traces are formed on the same plane and intersect to each other as a matrix. Induction-spots are formed on each X axis trace and are connected one by one. Induction-spots are formed on each Y axis trace but are formed separately with gaps. Pairs of through holes is formed respectively to all the adjacent induction-spots of each Y axis trace on the insulated layer. A conductive wire crossing between the pair of the through holes is arranged on the surface of the insulated layer.

Abstract: A capacitive touch panel is made of transparent panel assembled by a substrate layer, a sensing layer, an insulated layer, and a surface layer. A plurality of transparent X and Y axis traces are arranged on the same plane of the sensing layer and the X and Y axis traces intersect each other as a matrix. Induction-spots formed on each X axis trace are connected one by one, while the induction-spots of each Y axis trace are formed separately with gaps. Through holes in pair are formed on the insulated layer respectively to all the abreast induction-spots of each Y axis trace. A conductive wire is arranged above and across the pair of through holes. Both ends of the conductive wire exposed to the through holes respectively are formed as electrical joints. While the insulated layer is arranged above the sensing layer.

Abstract: A capacitive touch panel is assembled by a substrate layer, sensing layer, and surface layer. A plurality of transparent X and Y axis traces are arranged on the sensing layer and intersect each other as a matrix. A front end of each X trace and each Y trace has a joint. The plurality of X axis traces and Y axis traces are arranged at the same plane. Each X axis trace includes a plurality of induction-spots and each Y axis trace includes a plurality of induction-spots. The induction-spots of one X axis trace are connected one by one, while the induction-spots of one Y axis trace are formed separately with gaps. The adjacent induction-spots of Y axis trace are connected by a bridge structure and the induction-spots of the Y axis trace are insulated to the respective one of the plurality of X axis trace.

Abstract: A method for manufacturing a touch panel includes following steps. A substrate is used and an upper surface thereof is formed with a plurality of lower electrode units. A periphery of each lower electrode unit is formed with a gluing frame, and a periphery of the substrate is formed with a sealing frame. A panel layer is used and a lower surface thereof is formed with a plurality of upper electrode units. By the gluing frame and the sealing frame, the substrate and the panel layer are combined together as a combined plate. The combined plate is etched by solution of hydrofluoric acid. One or more than one function film is attached to a surface above each electrode unit. A cutter is used for cutting the panel layer from an upper side thereof and to form a trench, and the substrate is pressed along the trench of the substrate for separating the substrate into a plurality of independent touch panels along the predetermined cutting line.

Abstract: A method for manufacturing a touch panel for acquiring a plurality of touch panels in one machining process comprises the steps of: sticking a rectangular transparent film to a back liner as to be formed with an upper material piece; each upper electrode unit of the transparent film being formed with a closed gluing frame along an inner periphery of the cutting line; forming a plurality of lower electrode units with an identical specification as the upper electrode units on the transparent film on a surface of the glass substrate; sticky a surface of each upper electrode unit on the transparent film to a surface of a respective lower electrode unit on the glass substrate by the gluing frame; a glass cutter cutting along a cutting line into one lateral side of the surface on the glass substrate; performing a piece peeling operation so as to acquire each touch panel.

Abstract: A capacitive touch panel, comprises a surface layer, an X axis sensing layer, a Y axis sensing layer, an insulation layer, a base substrate and a first signal output wire bank; wherein the surface layer and the bottom layer are high light transmission insulating films; the material of X axis sensing layer and Y axis sensing layer are selected from a transparent film with good conductivity and low impedance; the material of the insulation layer connected the X axis sensing layer and Y axis sensing layer being selected from transparent insulating film material; a plurality of conductive wires are arranged on the first signal output wire bank; and the X axis sensing layer has a plurality of X line traces and the Y axis sensing layer has a plurality of Y line traces.

Abstract: A capacitive touch panel, comprises a surface layer, an X axis sensing layer, a Y axis sensing layer, an insulation layer, a base substrate and a first signal output wire bank; wherein the surface layer and the bottom layer are high light transmission insulating films; the material of X axis sensing layer and Y axis sensing layer are selected from a transparent film with good conductivity and low impedance; the material of the insulation layer connected the X axis sensing layer and Y axis sensing layer being selected from transparent insulating film material; a plurality of conductive wires are arranged on the first signal output wire bank; and the X axis sensing layer has a plurality of X line traces and the Y axis sensing layer has a plurality of Y line traces.

Abstract: A signal transfer assembly of a touch panel has a conductive film arranged on a surface of a substrate; an edge of the conductive film being connected to a silver conductive circuit; signals triggered on the conductive film being transferred to the silver conductive circuit and then to the signal output ends at two sides of the silver conductive circuit; an edge of the conductive film having a plurality of resistors near the silver conductive circuit; an area between two slots being formed as a transfer channel so that the resistors and the transfer channels are alternatively arranged. The resistors are hollowed slots penetrating through the conductive film. Each resistor has an oblong shape and lengths of the resistors are longer at a middle portion and are shorter at two sides. Widths of the transfer channels are wider at a middle section and are narrower at two sides.

Abstract: A duplex touch panel comprising: a capacitive touch panel unit; a resistive touch panel unit which is overlapped to the capacitive touch panel unit to be formed as a plate body; a signal processing unit received sensing signals from the capacitive touch panel unit and resistive touch panel unit; a surface layer; a first axis sensing layer being a transparent film; the first axis sensing layer having a plurality of first axis sensing traces; an insulation layer being a transparent insulated film layer; a second axis sensing layer being a transparent film; a base substrate being a flexible highly transparent insulated film; and a first signal output wire bank having a plurality of conductive paths; wherein the first axis sensing traces and second axis sensing traces being arranged along different vertical directions so as to form as a matrix.

Abstract: A compound touch panel comprises a capacitive touch panel unit; a resistive touch panel unit and a signal processing unit; the capacitive touch panel unit is overlapped with the resistive touch panel unit; sensing signals from the capacitive touch panel unit and resistive touch panel unit being transferred to the signal processing unit; the signal processing unit having at least one signal determining loop for determining the sensing signals being from the capacitive touch panel unit or the resistive touch panel unit so as to select a predetermined signal processing mode. Or the signal processing unit having a manual operated signal switch for selecting a signal processing mode based on whether sensing signals are from the capacitive touch panel unit or resistive touch panel unit. When the capacitive touch panel unit is selected from receiving signals, the conductive films of the resistive touch panel unit are jumped for grounding.