Abstract: A display apparatus comprises a plurality of display panels and a time controller electrically coupled to each of the display panels respectively. The time controller is configured for sending out at least two priority control signals to each of the display panels according to an image data, to select at least one of the display panels to displaying the image data.

Abstract: A color display device including a lower substrate, a driving array, a display layer, a color filter substrate and a transparent substrate is provided. The driving array is disposed on the lower substrate. The display layer is disposed on the driving array and includes a first region and a second region. The color filter substrate is disposed on the display layer and is located in the first region. The transparent substrate is disposed on the display layer and is located in the second region. The color display device has a high light reflectivity, thereby improving the display quality of the color display device.

Abstract: A display device including a thin film transistor array substrate, transparent electrode substrate and a display medium layer disposed therebetween is provided. The thin film transistor array substrate includes a plurality of thin film transistors with an oxide semiconductor layer respectively. In each thin film transistor, a gate electrode and a gate insulating layer are disposed on a substrate sequentially and the gate electrode is covered by the gate insulating layer. The oxide semiconductor layer is conformably covering on the gate insulating layer and has a channel region located above the gate electrode. A source electrode and a drain electrode of each thin film transistor are disposed on the oxide semiconductor layer and at one side of the channel region respectively. Since the oxide semiconductor layer is made of transparent material, the patterning process of the oxide semiconductor layer can be omitted during the manufacturing process of the reflective display device.

Abstract: A driving method for a liquid crystal display (LCD) panel for displaying a frame having a first field and a second field on the LCD panel is provided. The driving method includes transmitting horizontal scan lines of the frame to the LCD panel using a line pair method and displaying the frame on the LCD panel using a column inversion method. Therefore, the driving method of the present invention can increase the resolution of the displayed frame without the need to provide additional memories or deploying complex algorithms.

Abstract: A medical device having a lubricious coating on at least a section of the medical device, and a method of coating a medical device, the lubricious coating being a network of a hydrophilic compound cross-linked to itself and interlocked with a network of a cross-linked polymerized multifunctional monomer or polymer. The coating can include one or more agents which provide enhanced adhesion of the coating on the device, or which provide faster hydration of the coating and/or improved lubricity. Additionally, the lubricious coating can be provided with one or more therapeutic or diagnostic agents, and in one embodiment the agent elutes relatively quickly in a concentrated release from the lubricious coating upon hydration of the coating.

Abstract: A driving method for a liquid crystal display (LCD) panel for displaying a frame having a first field and a second field on the LCD panel is provided. The driving method includes transmitting horizontal scan lines of the frame to the LCD panel using a line pair method and displaying the frame on the LCD panel using a column inversion method. Therefore, the driving method of the present invention can increase the resolution of the displayed frame without the need to provide additional memories or deploying complex algorithms.

Abstract: An active-matrix display panel including a display area, a peripheral region and a fanout circuitry is provided. The peripheral region is connected with at least one side of the display area. The fanout circuitry is arranged on the peripheral region and is a multi-layered routing structure. By using the multi-layered routing structure aforementioned, the layout flexibility is improved significantly.

Abstract: A device containing a support member, a cross-linked polymer, and a pH buffer agent. A surface of the support member is coated with the cross-linked polymer in which the pH buffer agent is embedded.

Abstract: A method of coating an implant having at least one interstice. The method includes (1) providing a solution containing a solute; (2) applying the solution onto the implant; (3) and removing the solution spanning the interstice by (a) contacting the outer surface of the implant with a surface of a substrate, so that the solution spanning the interstice is drawn to the surface of the substrate via affinity between them; or by (b) bursting and removing the solution spanning the interstice on the implant with an air pressure difference before drying; and (4) drying the solution to form a coating.

Abstract: A method of coating a polymer onto an implant having at least one interstice. The method includes (1) providing a solution containing a polymer; (2) applying the solution onto the implant; (3) and removing the solution spanning the interstice by (a) contacting the outer surface of the implant with a surface of a substrate, so that the solution spanning the interstice is drawn to the surface of the substrate via affinity between them; or by (b) bursting and removing the solution spanning the interstice on the implant with an air pressure difference before drying; and (4) drying the solution to form a coating.

Abstract: A method of coating a polymer onto an implant having at least one interstice. The method includes (1) providing a solution containing a polymer; (2) applying the solution onto the implant; (3) and removing the solution spanning the interstice by (a) contacting the outer surface of the implant with a surface of a substrate, so that the solution spanning the interstice is drawn to the surface of the substrate via affinity between them; or by (b) bursting and removing the solution spanning the interstice on the implant with an air pressure difference before drying; and (4) drying the solution to form a coating.

Abstract: A device containing a support member, a cross-linked polymer, and a pH buffer agent. A surface of the support member is coated with the cross-linked polymer in which the pH buffer agent is embedded.

Abstract: This invention relates to an ionic antimicrobial coating. Such a coating may contain (1) a water-insoluble polymer having a first ionized group and (2) an antimicrobial agent having a second ionized group with a charge opposite to that of the first ionized group, in which the antimicrobial agent is attached to the water-insoluble polymer via an ionic bond between the first ionized group and the second ionized group.

Abstract: An antimicrobial coating. The antimicrobial coating contains a water-insoluble polymer having a first ionic group, and an antimicrobial agent having a second ionic group with a charge opposite to that of the first ionic group; wherein the antimicrobial agent is attached to the water-insoluble polymer via an ionic bond between the first ionic group and the second ionic group.