4 results about "Remote touch" patented technology

This application relates to the field of electrical engineering, specifically to touchscreens. A long-distance touchscreen film based on a tip discharge mechanism includes a touch film having a dielectric layer as a substrate and electrode arrays arranged on both sides of the dielectric layer, namely a first electrode array and a second electrode array, and a plastic substrate. At least two sets of tip discharge arrays, namely a first tip discharge array and a second tip discharge array, are embedded in the plastic substrate. Each tip discharge array includes at least two tip discharge electrodes, each having a large end and a small end. The small end of the tip discharge electrode is located in the direction away from the dielectric layer on the plastic substrate. The capacitive touchscreen optimizes touch sensitivity by using a plastic substrate and tip discharge arrays, enabling the capacitive touchscreen system to detect weak capacitance changes when a finger or conductor approaches but does not directly contact the screen, supporting hover touch when the finger is not in contact with the screen.

The invention relates to the technical field of touch screens, in particular to a photosensitive induction touch control structure and a method thereof. The photosensitive induction touch control structure comprises at least one photosensitive induction layer, the photosensitive induction layer comprises a microprocessor and a plurality of transparent photosensitive device units, the photosensitive device units are arranged in an array mode, the X ends of the photosensitive device units are connected to a power source VCC, the Y ends of the photosensitive device units are grounded, the X ends of the photosensitive device units located in the same row are connected in parallel, and the Y ends of the photosensitive device units located in the same row are connected in parallel. The Y ends of the photosensitive device units in the same column are connected in parallel, each photosensitive device unit corresponds to one position identifier, and the microprocessor is connected to the Y ends of the photosensitive device units and detects the electrical property parameter change of the photosensitive device units. Through array arrangement of the transparent photosensitive devices, light beam irradiation at different positions can be captured, and the light beam irradiation position can be accurately identified through the microprocessor, so that remote touch positioning of a display picture is realized.

The application provides a control method and device for mouse function of a display device. The method is applied to the display device and includes the following steps: receiving a pressing trigger event and position information of the pressing trigger event sent by a touch device, the pressing trigger event including any one of the following events: a pressing event, a pressing moving event and a pressing stopping event; determining a mouse event corresponding to the pressing trigger event according to the pressing trigger event, the position information of the pressing trigger event and a current state of a state machine contained by the display device, and controlling a position of a mouse pointer according to the mouse event, the state machine being used for indicating a state of the mouse; and keeping or switching the state of the state machine according to the mouse event. The application can increase the diversity of remote control of the mouse function of the display device, so that the remote touch control of the display device has higher practicability.

The invention provides a control method and system for remote touch of mobile terminal equipment, and the method is used for the control system for remote touch of the mobile terminal equipment: a control end responds to an external triggering touch event, obtains an original touch point sequence, and carries out the track thinning of the original touch point sequence to obtain a first touch point sequence; the first touch point sequence and the time increment of each touch point in the first touch point sequence are packaged and sent to a controlled end through an IMS network signaling channel; the controlled end stores the first touch point sequence into a jitter buffer queue and sorts the first touch point sequence to obtain a second touch point sequence; performing track fitting reconstruction on the second touch point sequence based on the time increment to obtain a target touch point sequence; and performing normalization processing on the target touch point sequence, mapping the coordinates into absolute coordinates of the local resolution of the controlled end, and executing the touch effect of the absolute coordinates according to the time increment. Through the method, the smoothness, the stability and the adaptability of remote touch control of the mobile terminal equipment are improved.