Abstract: An electronic device is provided. The electronic device including a body having a side on which an unstable display is disposed and an other side on which a bi-stable display is disposed.

Abstract: An electrophoresis display includes a temperature sensor, a memory, a central processing unit and a display unit. The temperature sensor senses and outputs a present temperature. The memory stores a temperature characteristic table. The central processing unit is electrically coupled to the temperature sensor and the memory. The central processing unit receives the present temperature and reads the temperature characteristic table for matching the present temperature with the temperature characteristic table to obtain and output a drive level or timing. The display unit is electrically coupled to the central processing unit for receiving the drive level or timing and displaying according to the drive level.

Abstract: A portable electronic device includes a shell, a control circuit, a display panel and at least a bi-stability display module. The shell has an opening and an accommodating cavity in two different surfaces. The control circuit includes a first information transmission unit. The control circuit and the display panel are disposed in the shell. The display panel is electrically connected to the control circuit. The display panel has a display surface exposed from the opening. The bi-stability display module is detachably disposed in the accommodating cavity and selectively electrically connected to the control circuit. The bi-stability display module includes a second information transmission unit for communicating with the first information transmission unit and a bi-stability display for displaying the information received by the second information transmission unit. The bi-stability display module can display when the control circuit is closed.

Abstract: A portable electronic device includes a shell, a control circuit, a display panel and at least a bi-stability display module. The shell has an opening and an accommodating cavity in two different surfaces. The control circuit includes a first information transmission unit. The control circuit and the display panel are disposed in the shell. The display panel is electrically connected to the control circuit. The display panel has a display surface exposed from the opening. The bi-stability display module is detachably disposed in the accommodating cavity and selectively electrically connected to the control circuit. The bi-stability display module includes a second information transmission unit for communicating with the first information transmission unit and a bi-stability display for displaying the information received by the second information transmission unit. The bi-stability display module can display when the control circuit is closed.

Abstract: A digital electronic apparatus includes a touch display panel, an active touch pen and a power shortage reminding module. The active touch pen is suitable for inputting signals to the touch display panel. The power shortage reminding module is disposed in one of the touch display panel and the active touch pen. The power shortage reminding module is suitable for monitoring a remaining power of the active touch pen and prompting the touch display panel to send out a reminding signal for charging the active touch pen, and therefore, the active touch pen can be timely charged, which prevents the power of the active touch pen be exhausted in use.

Abstract: A touch electrophoretic display apparatus includes an electrophoretic display panel and a touch panel. The electrophoretic display panel includes a substrate and a front plane laminate, wherein the front plane laminate is disposed on the substrate and the front plane laminate has an electrophoretic layer. The touch panel is disposed on the front plane laminate and is contacted the front plane laminate. The touch electrophoretic display apparatus has an advantage of high brightness.

Abstract: In a touch control electrophoretic display module, and a manufacturing method and a touch sensing method for the same, the touch control electrophoretic display module includes a flexible electrophoretic display apparatus and a pressure sensing apparatus. The flexible electrophoretic display apparatus has a first surface and a second surface, wherein the first surface has a display area used for displaying needed images. The pressure sensing apparatus is disposed on the second surface. Furthermore, the pressure sensing apparatus is used for sensing a pressure inputted in the display area through the body of the flexible electrophoretic display apparatus, so as to calculate the input coordinates of the pressure input.

Abstract: An electronic paper display device includes an electronic paper display panel and a flexible substrate. The electronic paper display panel has a first side and a second side adjacent to the first side, wherein a length of the first side is shorter than a length of the second side. Further, the flexible substrate is connected with the first side of the electronic paper display panel. The electronic paper display device can meet different application requirements.

Abstract: A displaying method includes the following steps. First, display image frames and display a first color to clean images of a preceding image frame between the displaying of two image frames. Afterward, whenever a counting number of the image frames which have been displayed reaches a predetermined number, change to display one of the first color and a second color to clean images of the preceding image frame and then to display the other one of the first color and the second color to clean images of the preceding image frame between the displaying of two image frames for a while.

Abstract: A method of driving an electro-optic display includes the following steps. First, a first frame is displayed on pixels at a first time. Next, data of a second frame predetermined to be displayed on the pixels at a second time later than the first time is determined. Next, an eliminating frame showing a first extreme gray level or a second extreme gray level is displayed on the pixels at a third time. Afterwards, a medium frame is displayed on the pixels at a fourth time later than the third time. The third and fourth times are between the first and second times. The gray level shown by each pixel at the fourth time is close to the gray level predetermined to be shown by the same pixel at the second time. Thereafter, the second frame is displayed on the pixels at the second time.

Abstract: An electrophoretic display includes a plurality of pixels. A display method applied to the electrophoretic display includes the following steps. Firstly, a first frame is displayed on the pixels at a first time. Next, a difference amount between the pixels at the first time and the pixels at a second time predetermined for displaying a second frame is calculated. The second time is later than the first time. Next, whether the difference amount is larger than a predetermined value is determined. Next, corresponding part of the second frame is displayed on part of the pixels corresponding to the difference amount at the second time if the difference amount is not larger than the predetermined value.

Abstract: A display panel is adapted to being combined with a touch-sensitive device and being electrically connected to a circuit board. The display panel includes a first body and a first connector. The first body has a display area, a first surface and a second surface. The first surface is opposite to the second surface and the display area is located on the first surface. The first connector is electrically connected to the first body and the first body is adapted to being electrically connected to the circuit board via the first connector. The first body is adapted to being electrically connected to the touch-sensitive device such that the touch-sensitive device is adapted to being electrically connected to the circuit board via the first body and the first connector. Furthermore, a touch-sensitive display module including a display panel and a touch-sensitive device is also provided.

Abstract: An input method is applied to a touch-sensitive display apparatus. The touch-sensitive display apparatus has a display area and the display area displays a first frame. The input method include a step of a pointer pressing the display area and moving to change the first frame. The step of the pointer pressing the display area and moving to change the first frame is accomplished through the following way. The way is that the pointer presses the display area and moves from a place where is adjacent to a corner of the display area to a place where is adjacent to a center of the display area along a first direction such that a folded image adjacent to the corner is displayed by the display area. In addition, a touch-sensitive display apparatus using the input method is provided.

Abstract: A display method applied to an electrophoretic display having pixels includes steps as follows. Firstly, a first frame is displayed on the pixels at a first time. Then the difference between the pixels at the first time and those at a second time predetermined for displaying a second frame is determined and part of the pixels corresponding to the difference are divided into a first pixel group (pg) and a second pg. The first pg shows a first single-color at the first time and a second single-color at the second time and the color shown by the second pg is opposite to that shown by the first pixel group. Next, a medium image is displayed on the first pg at a third time between the first and the second times and shows the second single-color. Afterwards, corresponding part of the second frame is displayed on the second pg at the second time.

Abstract: A method of preventing buffer underrun and buffer overrun errors in a data processing system is disclosed. The method includes providing a reference frequency for the data processing system, storing data samples to be processed in a first in, first out (FIFO) register, detecting a level of the FIFO register for indicating how many data samples are stored in the FIFO register, dividing the reference frequency by a divisor for producing a working frequency having a lower frequency than the reference frequency, wherein the divisor is not equal to zero and the divisor is adjusted according to the level of the FIFO register, and processing the data samples stored in the FIFO register using the working frequency.

Abstract: A media player for processing an input signal is disclosed, which comprises: a first decoder, for converting the input signal into a first decode signal using a first algorithm; a first encode, coupled to the first decoder; a storage device, coupled to the first encoder; and an image processor, for receiving and processing the first decode signal to output a play signal; wherein the first encoder uses a second algorithm to convert the first decode signal into a store signal to be saved in the storage device as the image processor stops to output the play signal.