Abstract: A stereo image display, switching between a first display direction and a second display direction, includes a polarized light module for providing a polarized light. A first light grating unit is implemented on the light path of the polarized light. When the first light grating unit is activated, the polarized light is modulated to output light in every two column; and when it is turned off, all the polarized light substantially passes. A second grating unit is implemented on the light path of the polarized light. When the second light grating unit is activated, the polarized light is modulated to output light in every two row; and when it is turned off, all the polarized light substantially passes. By the light passing the light grating units, an image displaying unit displays a first image at odd columns or rows and a second image at even columns or rows.

Abstract: A system for manufacturing a micro-retarder and a method for manufacturing the same are provided. The system for manufacturing a micro-retarder includes a carrying device, a heating device and a movement control device. The carrying device is used for carrying a polymolecule film. The polymolecule film is selected from a polymolecule film having an arrangement direction. The heating device is used for providing a heating source. The energy formed in the central area of the heating source is smaller than that in the peripheral area of the heating source. The movement control device is used for controlling the heating source and the polymolecule film to relatively move along a first direction, so that the adjusted heating source heats at least one partial area of the polymolecule film along the first direction and resumes the partial area of the polymolecule film to be non-directional.

Abstract: A system for manufacturing a micro-retarder and a method for manufacturing the same are provided. The system for manufacturing a micro-retarder includes a carrying device, a heating device and a movement control device. The carrying device is used for carrying a polymolecule film. The polymolecule film is selected from a polymolecule film having an arrangement direction. The heating device is used for providing a heating source. The energy formed in the central area of the heating source is smaller than that in the peripheral area of the heating source. The movement control device is used for controlling the heating source and the polymolecule film to relatively move along a first direction, so that the adjusted heating source heats at least one partial area of the polymolecule film along the first direction and resumes the partial area of the polymolecule film to be non-directional.

Abstract: A three-dimensional display apparatus including a pair of polarized glasses having first and second circularly polarized eyeglass with different polarization directions, a display panel displaying a linearly polarized image, a third quarter-wave plate and a patterned half-wave plate is provided. The first circularly polarized eyeglass has a first quarter-wave plate and a first half-wave plate. The second circularly polarized eyeglass has a second quarter-wave plate. The angle between polarization direction of the linearly polarized image and optical axis of the third quarter-wave plate is 45 degrees. The angle between optical axis of the first quarter-wave plate and optical axis of the third quarter-wave plate is 90 degrees. The angle between optical axis of the first half-wave plate and optical axis of the patterned half-wave plate is 90 degrees. The angle between optical axis of the second quarter-wave plate and optical axis of the third quarter-wave plate is 55-125 degrees.

Abstract: An autostereoscopic display apparatus includes multiple micro-display devices for exporting an 3-dimensional image. Each of the micro-display devices produces a portion image of the image. The portion image has multiple viewing-zone portion images with respect to multiple viewing zones. An image guiding unit has multiple micro-image output terminals, which are arranged according to an array sequence being set, so as to guide the output images from the micro-display devices. A stereo-image discrete screen is coupled with the image guiding unit, so that the image can transit the stereo-image discrete screen through multiple column transparent regions for producing multiple viewing-zone images of the image with respect to the different viewing zones. The image guiding unit can be, for example, an optical fiber array unit or an array-type light guiding unit.

Abstract: A driving method for driving an LCD is provided. The LCD panel includes a plurality of scan lines, a plurality of data lines and a plurality of pixel units. The two neighboring pixel units electrically connected to the same scan line are located on two sides of the scan line respectively. The scan lines are sequentially divided into a plurality of groups. The driving method includes the following. The odd-numbered groups of scan lines are sequentially turned on and a signal with first polarity is input to the pixel units controlled by the odd-numbered groups of scan lines through the data lines. The even-numbered groups of scan lines are sequentially turned on and a signal with second polarity is input to the pixel units controlled by the even-numbered groups of scan lines through the data lines. The signal with first polarity and the signal with second polarity have opposite polarities.

Abstract: A stereoscopic image display apparatus having a function for tracking at least one observer is provided. The stereoscopic image display apparatus includes a detection and calculation module and a display unit. The detection and calculation module detects the position of the observer to configure N views of a displayed image corresponding to two eyes of the observer, and outputs a control information, wherein N?4. The display unit receives the control information and generates N view images corresponding to the N views. Each eye of the observer receives at least two view images, and the two eyes respectively receive multiple view images in different views.

Abstract: A three-dimensional image display device including a polarized light module, a non-vertical polarized light barrier grating unit and an image display unit is provided. The polarized light module provides a polarized light. The non-vertical polarized light barrier grating unit is disposed in a light path of the polarized light to modulate the polarized light into a modulated polarized light in interlaced lines for output. The image display unit receives the modulated polarized light from the non-vertical polarized light barrier grating unit, and outputs two or more images with parallax.

Abstract: Systems for thermal patterning are presented. The system includes a thermal print head module. The thermal print head module includes at least one point heater. An elastic adjustable device is used for adjusting the flatness of the thermal print head module. A rotation adjustable device is used for controlling the thermal print head module to rotate with a predetermined angle.

Abstract: A system for manufacturing a micro-retarder and a method for manufacturing the same are provided. The system for manufacturing a micro-retarder includes a carrying device, a heating device and a movement control device. The carrying device is used for carrying a polymolecule film. The polymolecule film is selected from a polymolecule film having an arrangement direction. The heating device is used for providing a heating source. The energy formed in the central area of the heating source is smaller than that in the peripheral area of the heating source. The movement control device is used for controlling the heating source and the polymolecule film to relatively move along a first direction, so that the adjusted heating source heats at least one partial area of the polymolecule film along the first direction and resumes the partial area of the polymolecule film to be non-directional.

Abstract: An autostereoscopic display includes a plurality of micro-projection modules, wherein each of the micro-projection modules projects a sectional image of a 3-D image formed by combining a plurality of images in different viewing-angles. The autostereoscopic display further includes a viewing zone modulating screen having a plurality of image regions for respectively receiving the corresponding sectional images to form a plurality of images corresponding to different viewing-angles, wherein two images belonging to different viewing-angles establish a stereo display image.

Abstract: A system for manufacturing a micro-retarder and a method for manufacturing the same are provided. The system for manufacturing a micro-retarder includes a carrying device, a heating device and a movement control device. The carrying device is used for carrying a polymolecule film. The polymolecule film is selected from a polymolecule film having an arrangement direction. The heating device is used for providing a heating source. The energy formed in the central area of the heating source is smaller than that in the peripheral area of the heating source. The movement control device is used for controlling the heating source and the polymolecule film to relatively move along a first direction, so that the adjusted heating source heats at least one partial area of the polymolecule film along the first direction and resumes the partial area of the polymolecule film to be non-directional.

Abstract: A stereo image display, switching between a first display direction and a second display direction, includes a polarized light module for providing a polarized light. A first light grating unit is implemented on the light path of the polarized light. When the first light grating unit is activated, the polarized light is modulated to output light in every two column; and when it is turned off, all the polarized light substantially passes. A second grating unit is implemented on the light path of the polarized light. When the second light grating unit is activated, the polarized light is modulated to output light in every two row; and when it is turned off, all the polarized light substantially passes. By the light passing the light grating units, an image displaying unit displays a first image at odd columns or rows and a second image at even columns or rows.

Abstract: A stereo-image displaying apparatus including an adjustable light source module, a spatial modulator, and an image display panel is provided. The adjustable light source module is adapted for emitting a plurality of first illumination beams and a plurality of second illumination beams that are staggered along a first axis. The spatial modulator and the image display panel are sequentially disposed on the light path of the first and second illumination beams. The first illumination beam passes through the spatial modulator so that the image display panel displays a first view field image in a first frame period. The second illumination beam passes through the spatial modulator so that the image display panel displays a second view field image in a second frame period. Moreover, a method for reducing stereo-image cross-talk is also provided.

Abstract: A multi-beam laser device is used to make a microretarder plate, which comprises a plurality of first retardation state areas and second retardation state areas alternating with each other. The device comprises an infrared laser, a beam splitter, and a driving means. The beam splitter is used to split the laser beam into a plurality of equal intensity parallel beams and bring the parallel beams into focus. The driving mechanism is used to drive the beam splitter in one direction, and the beam splitter will scan a plurality of parallel scan lines by the direction on a surface.

Abstract: A 3D display has a light grating unit inserted between a polarized light module and an image display unit. The light grating unit includes a dispersing liquid crystal unit, a microretarder unit, and a polarizing film. By controlling the dispersing liquid crystal unit of the light grating unit to be switched between a dispersing state and a transparent state, a displayed image is switched between a 2D image displaying mode and a 3D image displaying mode. The dispersing liquid crystal unit can be removed, so as to allow the image display unit to stay in the 3D image displaying mode.

Abstract: A hybrid multiplexed 3D display and a displaying method thereof. The hybrid multiplexed 3D display includes an image display, a light source and an image splitter. The image display generates a view image. The light source sequentially generates light of multiple colors transmitted through the image display. The image splitter disposed above or below the image display causes image data, which is generated after the light is transmitted through the image display, to emit toward two or more than two view directions. Thus, the image viewed by a user has at least two views to achieve a stereoscopic visual effect.

Abstract: A color liquid crystal display including a back light module and a liquid crystal display (LCD) panel disposed thereon is provided. The back light module has a plurality of light sources emitting different kinds of color lights. The LCD panel includes an active device array substrate, an opposition substrate, and a liquid crystal layer. The opposition substrate is disposed above the active device array substrate, and the liquid crystal layer is disposed between the opposition substrate and the active device array substrate. Both the active device array substrate and the opposition substrate do not have a color filter layer. Therefore, the LCD has better light utility.

Abstract: A stereo-image displaying apparatus includes a light-source module and an image displaying device. The light-source module has at least one light-emitting block. A light-source driving unit is coupled with the light-source module and the image displaying device. The light-emitting block is driven by the light-source driving unit to synchronously emit a light according to a displaying frequency of the image displaying device with a reduced light-emitting duty cycle. The cross-talk between stereo images is reduced by using the light emitted from the light-source module, synchronously associating with the image displaying device.

Abstract: An image display apparatus can display a stereo image, including an image display panel. An image sequence is alternatively displayed in at least two parallax images for forming a stereo image. A tracking-slit panel is at one side of the image display panel with several parallel slit regions extending vertically. A lenticular plate is disposed between the image display panel and the tracking-slit panel. The lenticular plate has several parallel lenticular bars. One lenticular bar corresponds to a slit group, having a fixed number of slit regions. A detection control unit determines which viewing position to display the stereo image and controls each slit region of the tracking-slit panel. According to the viewing position, the slit region of each slit group is at least divided into a first set and a second set, respectively corresponding to the two parallax images, alternatively turning slit regions on/off.