Abstract: A speech synthesis system includes an operating interface, a storage unit and a processor. The operating interface provides a plurality of language options for a user to select one output language option therefrom. The storage unit stores a plurality of acoustic models. Each acoustic model corresponds to one of the language options and includes a plurality of phoneme labels corresponding to a specific vocal. The processor receives a text file and generates output speech data corresponding to the specific vocal according to the text file, a speech synthesizer, and one of the acoustic models which corresponds to the output language option.

Abstract: A speech synthesis system includes an operating interface, a storage unit and a processor. The operating interface provides a plurality of language options for a user to select one output language option therefrom. The storage unit stores a plurality of acoustic models. Each acoustic model corresponds to one of the language options and includes a plurality of phoneme labels corresponding to a specific vocal. The processor receives a text file and generates output speech data corresponding to the specific vocal according to the text file, a speech synthesizer, and one of the acoustic models which corresponds to the output language option.

Abstract: In a method for creating a virtual keyboard, multiple intersections formed as a honeycomb structure are set on a plane. A selected type of virtual keyboard is acquired according to a command input by a user. A number of keys according to the selected type of virtual keyboard are calculated to acquire intersections corresponding to the number of the keys from the plane. The keys are arranged to form a keyboard plane of the virtual keyboard. A standard difference of step lengths from a center key of the keyboard plane to the other keys is calculated. The virtual keyboard is displayed on a screen of a display device, in event the keyboard plane is determined available according to the calculated standard difference. Then the user can operate the virtual keyboard with a remote control device to input characters.

Abstract: In a method for creating a virtual keyboard, multiple intersections formed as a honeycomb structure are set on a plane. A selected type of virtual keyboard is acquired according to a command input by a user. A number of keys according to the selected type of virtual keyboard are calculated to acquire intersections corresponding to the number of the keys from the plane. The keys are arranged to form a keyboard plane of the virtual keyboard. A standard difference of step lengths from a center key of the keyboard plane to the other keys is calculated. The virtual keyboard is displayed on a screen of a display device, in event the keyboard plane is determined available according to the calculated standard difference. Then the user can operate the virtual keyboard with a remote control device to input characters.

Abstract: A probing device includes a rack that has an outer support member supporting a circuit layer and a center support member supporting a probe assembly. When the tester touching down the circuit layer of the probing device from the top side, the outer support member of the rack bears this touchdown stress. When the probes of the probe holder touching down the electronic components of an IC wafer under test, the center support member of the rack bears the reaction force from the IC wafer.

Abstract: A probing device includes a rack that has an outer support member supporting a circuit layer and a center support member supporting a probe assembly. When the tester touching down the circuit layer of the probing device from the top side, the outer support member of the rack bears this touchdown stress. When the probes of the probe holder touching down the electronic components of an IC wafer under test, the center support member of the rack bears the reaction force from the IC wafer.

Abstract: A novel driving method targeting area color organic light emitting diode display devices aims at resolving the problems of poor color balance and uneven luminosity on the display panel resulting from different luminous materials.

Abstract: A method for generating an uniform luminosity for displaying contents on an organic light emitting diode display device that include a plurality of pictures and a plurality of pixels has a driver circuit in the display device to light the pictures and pixels. The method includes: (A) setting a unit time which is the time of the driver chip to scan every pixel; (B) calculating the multiple of the area of every picture; (C) obtaining the multiple of the maximum area; and (D) calculating the multiple of the area of every picture according to step (B).

Abstract: A current driving apparatus and method for active matrix organic light emitting diode (AMOLED) includes two abutting sub-pixels (an odd sub-pixel and an even sub-pixel). The driving apparatus of each sub-pixel includes a writing element, a switching element, a driving element, a control element, a storage element, and a light emission element. The driving circuit includes odd line enable for the odd sub-pixels, even line enable for the even sub-pixels, a dataline shared by odd sub-pixels and even sub-pixels, a scan line, a supply line, and a common line. The invention can improve the uniformity of the AMOLED panel and reduce the number of required data line.

Abstract: A shift register includes at least one stage circuit that has at least three voltage control switches, a storage element, and a first clock signal, a second clock signal and a third clock signal to control various switches. Input signals are stored in the capacitor and sequentially transferred to the next stage. During transferring to the next stage, pixel switches of one row on the panel display are activated to receive information delivered from the data end for displaying on the pixels. The clock signals have the characteristics that the first clock signal, second clock signal and third clock signal are not at the same certain potential concurrently to prevent the switches of each stage (the second and third switches) from forming a DC path and burning out.

Abstract: An organic light-emitting diode display device has a scan line layout that has different sizes of pixel areas depending on their scan line distance to control the display areas. For the line which has a shorter distance and lower voltage drop, the pixel display area is greater. On the contrary, the line which has a greater distance and greater voltage drop, the pixel display area is smaller. Therefore each display pixel has the same current density. Thereby the entire organic light-emitting diode display device has an uniform display brightness.

Abstract: A shift register includes at least one stage circuit that has at least three voltage control switches, a storage element, and a first clock signal, a second clock signal and a third clock signal to control various switches. Input signals are stored in the capacitor and sequentially transferred to the next stage. During transferring to the next stage, pixel switches of one row on the panel display are activated to receive information delivered from the data end for displaying on the pixels. The clock signals have the characteristics that the first clock signal, second clock signal and third clock signal are not at the same certain potential concurrently to prevent the switches of each stage (the second and third switches) from forming a DC path and burning out.

Abstract: A method and apparatus for achieving an active matrix OLED display device which consists of a plurality of pixel devices with uniform luminance are described. Each of the pixel devices includes a driver unit to drive the OLED to illuminate and a compensation unit to adjust Vsg of the driver unit to compensate for the characteristic variations of the driver unit, thereby the luminance of the display device is less affected by the characteristic variations of the driver unit.

Abstract: A digital driving method and apparatus for active matrix organic light emitting diode mainly includes a plurality of pixel structures. Program display separated driving scheme is achieved by controlling the electric potential of the supply line. During the image data program period, the electric potential of the supply line is held at zero potential (GND) to disable the OLED from lighting. When to display the image data, the supply line is connected to a positive electric potential to allow the OLED to light.

Abstract: A novel driving method targeting area color organic light emitting diode display devices aims at resolving the problems of poor color balance and uneven luminosity on the display panel resulting from different luminous materials.

Abstract: A double-side display device mainly employs the advantage of the transparent cathode that enables an OLED display device to illuminate on two sides concurrently or adopts a novel design for a conventional single side display OLED such that only one driving module is needed to output signals to display the same picture on the positive (anode) side and the negative (cathode) side concurrently. While the displayed pictures and characters are inverse in terms of the left and the right directions, they may be controlled and rectified through software. Thus on the same OLED display panel, two large display zones may be designed and setup to display on the positive (anode) side and the negative (cathode) side.

Abstract: A method for generating an uniform luminosity for displaying contents on an organic light emitting diode display device that include a plurality of pictures and a plurality of pixels has a driver circuit in the display device to light the pictures and pixels. The method includes: (A) setting a unit time which is the time of the driver chip to scan every pixel; (B) calculating the multiple of the area of every picture; (C) obtaining the multiple of the maximum area; and (D) calculating the multiple of the area of every picture according to step (B).

Abstract: This method of driving a passive OLED monitor makes use of the circuit operating scan line and data line to drive the circuit, disconnects the scan line and the data line from the scan line driven chip and the data line driven chip respectively, lets the scan line driven chip send a scan signal to the scan line, disconnects the scan line and the scan line driven chip when the connection of the scan signal between the scan line and scan line driven chip is interrupted, provides another scan signal to another scan line to connect another scan line and scan line driven chip after the scan line driven chip is delayed.

Abstract: A duplex communication apparatus for motor vehicle comprises a sensor, a first cellular phone, an alarm, a RF module, a first decoder, a CPU, a memory, an input, an output, a voice generator, a DTMF decoder, and a speaker. First cellular phone and alarm are switched to a ready state when a motor vehicle owner leaves the motor vehicle so that once sensor or both sensor and alarm enabled the apparatus is activated, whereby a two-way communication is established between the owner and the person at the motor vehicle through sensor, CPU, voice generator, a second cellular phone carried by the owner, and speaker.

Abstract: A duplex communication apparatus for motor vehicle comprises a sensor, a first cellular phone, an alarm, a RF module, a first decoder, a CPU, a memory, an input, an output, a voice generator, a DTMF decoder, and a speaker. First cellular phone and alarm are switched to a ready state when a motor vehicle owner leaves the motor vehicle so that once sensor or both sensor and alarm enabled the apparatus is activated, whereby a two-way communication is established between the owner and the person at the motor vehicle through sensor, CPU, voice generator, a second cellular phone carried by the owner, and speaker.