Abstract: A touch-control module for recognizing gesture inputs by a position sensitive device to an electronic device is disclosed. The touch-control module includes an input connected to the position sensitive device for receiving at least one sensing signal generated by the position sensitive device when one or more objects touch a surface thereof; a touch state unit for detecting the sensing signal and determining a touch state of the object(s), such as approaching to or lifting off the position sensitive device; a position and multi-gesture processing unit for analyzing the sensing signal to determine a touch position of the object(s) on the position sensitive device, and tracking the touch state and touch position to determine a corresponding motion factor; and an output connected to the electronic device for outputting the touch state and touch position as well as information corresponding to a motion factor whenever the motion factor is determined.

Abstract: A capacitive touch panel includes an effective detecting region having a plurality of non-overlapping detecting sections. A main sensor is disposed in the effective detecting region. An auxiliary sensor is disposed in at least one detecting section for differentiating an actual touch coordinate from a ghost finger coordinate.

Abstract: A method for triggering button is disclosed, which includes receiving a pressing signal that allows the keyboard to obtain a location information and a plurality of reference according to the pressing signal. A variation is calculated by the plurality of reference values and a button state is obtained according to a preset rule. When the button state is at a touch state, a prompt signal is sent to indicate the location information. When the button state is at a press-down state, the location information is to be determined. Thus, the different predetermined conditions can simulate at least three button states such as a touch state, a press-down state and a non-touch state of the traditional mechanical keyboard.

Abstract: A display control system includes a display device and a portable device. The display device includes a display interface having a controllable object. The portable device includes a communication unit, a touch interface and a transmission unit. The communication unit transmits voice signals to third party communication devices and receives voice signals from said third party communication devices. The touch interface generates a touch signal containing a position data that corresponding to a position of a touch point on the display interface. The transmission unit transmits the touch signal to the display device for moving the controllable object on the display interface to a position that corresponding to the position of the touch point on the touch interface.

Abstract: A method for analyzing a two-dimensional track to generate at least one non-linear index and a touch control module using the same are provided.

Abstract: A communication integration system includes a first portable device and a second portable device. Wherein when the first portable device utilizes a first mobile communication module to communicate with a communication device, a first communication coupling module of the first portable device transmits communication data and first voice data received by the first portable device to a second communication coupling module of the second portable device, so as to display the communication data and play the first voice data on the second portable device, and the second communication coupling module transmits second voice data of the second portable device to the first communication coupling module, so as to transmit the second voice data to the communication device via the first mobile communication module.

Abstract: An approach is provided for a method for determining a movement of a touch point on a touch sensing device includes steps of: setting a first position of the touch point as a first center and defining a first observation zone and a first activating zone on the touch sensing device; determining whether a second position of the touch point is located in a first activating zone, setting the touch point in a quasi-activated mode when the second position of the touch point located in the first activating zone; and defining the second position of the touch point as a second center and setting a second observation zone and a second activating zone radically around the second center. The present invention dynamically sets up the second observation zone and the second activating zone according to the second position of the touch point.

Abstract: An integrated communication system includes a communication integration device, and a user terminal. The communication integration device includes at least two communication bridging units and a communication integration module, wherein each of the communication bridging units is configured to link to an external communication system, the communication integration module can selectively activate one of the communication bridging units, and thereby integrate and link to the external communication systems linked with the communication bridging units.

Abstract: A touch panel system includes a touch panel and a processor. The touch panel includes at least one single-layer touch unit row. The processor is installed in a first axis of the at least one single-layer touch unit row for receiving and processing signals generating by the at least one single-layer touch unit row, and executing a corresponding operation accordingly. First wires coupled to a first single-layer touch unit row of the at least one single-layer touch unit row are extended to the processor along the first axis.

Abstract: A touch panel includes a film and a cover lens. Sensing units of a sensing circuit, first wires coupled to the sensing circuit, and second wires coupled between the first wires and a processor are formed on the film. The film is attached to the cover lens by an adhesive method.

Abstract: An electronic device includes a touch panel and a control module. On the display panel, m columns of sensing capacitors are disposed along a first direction and n rows of sensing capacitors are disposed along a second direction. The control module includes M column output channels, N row output channels, M column scan lines and N row scan lines. Each column scan line includes a first end coupled to a corresponding column output channel and a second end spreading into A sub scan lines which are coupled to A adjacent columns of sensing capacitors among the m columns of sensing capacitors, respectively. Each row scan line includes a first end coupled to a corresponding row output channel and a second end spreading into B sub scan lines which are coupled to B adjacent rows of sensing capacitors among the n rows of sensing capacitors, respectively.

Abstract: A touch device includes a touch pad and a base having an accommodating region and at least one first conductor. The touch pad is received in the accommodating region and subjected to a force to generate a changeable position relative to the base. The touch pad has a touch surface consisting of a plurality of capacitive sensors and at least one second conductor connected with at least one of the capacitive sensors. The second conductor is electrically connected with the first conductor. Capacitances measured from the capacitive sensors are substantially different between the touch surface touched with a conductive object and the second conductor connected with the first conductor, which is connected to a fixed voltage, current or a ground. Therefore, a control unit connected to the capacitive sensors can generate different control signals from the connecting state between the first conductor and the second conductor.

Abstract: A hybrid touch panel device includes a resistive touch panel and capacitive touch sensing panel having a single sensing electrode pattern. The resistive touch panel is operable to generate a press position signal in response to pressure detected thereby. The capacitive touch sensing panel is disposed on top of the resistive touch panel and is operable to generate a touch position signal in response to at least one touch action detected thereby.

Abstract: A method for analyzing a two-dimensional track to generate at least one non-linear index and a touch control module using the same are provided.

Abstract: A method for controlling an electronic device includes the steps of: upon detecting a single-object touch on a touch pad when the electronic device operates in a cursor mode, where movement of a cursor in a visual display displayed on the display screen is enabled and controlled in response to and in correspondence with a single-object sliding touch motion on the touch pad, configuring the electronic device to determine whether a time interval that the single-object touch remains substantially stationary on the touch pad reaches a predefined threshold value; and when it is determined that the time interval reaches the predefined threshold value, configuring the electronic device to exit the cursor mode and enter a scrolling mode, where scrolling of the visual display is enabled and controlled in response to and in correspondence with a single-object sliding touch motion on the touch pad.

Abstract: A touch device includes a base and a touch pad. The base has an accommodating region and at least one first conductor. The touch pad is received in the accommodating region and subjected to a force to generate a changeable position relative to the base. The touch pad has a touch surface consist of a plurality of capacitive sensors and at least one second conductor conducted with at least one of the capacitive sensors. The second conductor is electrically conducted with the first conductor as the change of relative position between the touch pad and the base. Capacitances measured from the capacitive sensors are substantially different between the touch surface touched with a conductive object and the second conductor conducted with the first conductor, which is conducted to a fixed voltage, current or a ground. Therefore, a control unit connected to the capacitive sensors can generate different control signals from the connecting state between the first conductor and the second conductor.

Abstract: A touch-control module for recognizing gesture inputs by a position sensitive device to an electronic device is disclosed. The touch-control module includes an input connected to the position sensitive device for receiving at least one sensing signal generated by the position sensitive device when one or more objects touch a surface thereof; a touch state unit for detecting the sensing signal and determining a touch state of the object(s), such as approaching to or lifting off the position sensitive device; a position and multi-gesture processing unit for analyzing the sensing signal to determine a touch position of the object(s) on the position sensitive device, and tracking the touch state and touch position to determine a corresponding motion factor; and an output connected to the electronic device for outputting the touch state and touch position as well as information corresponding to a motion factor whenever the motion factor is determined.

Abstract: A safety device includes a substantially L-shaped mount securely mounted to an inner wall of a side panel of a drawer and a sliding assembly. The mount includes a vertical portion on which a first track is provided and a horizontal portion in which a hole is formed. The sliding assembly includes a body having at least one compartment for optionally receiving a stop and a second track extending longitudinally from the body. A member projects from the body and is slidably received in the first track. A pin extends downward from the body and has a snapping head at a distal end thereof to prevent excessive upward movement of the pin. A spring is wound around the pin. The sliding assembly further has a slider slidably received in the second track. By such an arrangement, the drawer is limited, by the upper edge of the desk, between the stop and the slider.