Abstract: This application provides a fingerprint recognition module and a manufacturing method therefor. The fingerprint recognition module includes a flexible printed circuit (FPC) board, a die, an adhesive layer, and a cover plate. The manufacturing method includes the following steps: (a) directly welding the die to the FPC board, and electrically connecting the die to the FPC board; (b) coating the adhesive layer on an upper surface of the die; (c) covering the adhesive layer with a cover plate, to adhere the cover plate to the adhesive layer; and (d) applying low pressure injection modeling encapsulation to an encapsulation space defined between the cover plate and the FPC board, so as to form an encapsulation layer in the encapsulation space and produce a waterproof effect.

Abstract: A vacuum lamination device includes a top mold and a bottom mold. The top mold includes a laminating plate. The bottom mold includes a fixing recess. A method for laminating a fingerprint recognition module under a vacuum condition includes the following steps. In a step (a), the vacuum lamination device is provided. In a step (b), the fingerprint recognition module is placed into the fixing recess. In a step (c), the top mold is moved toward the bottom mold to define a sealed chamber. In a step (d), the sealed chamber is evacuated to be in a vacuum state. Consequently, the laminating plate of is subjected to deformation to press a covering plate of the fingerprint recognition module. In a step (e), the fingerprint recognition module in the vacuum lamination device is baked.

Abstract: This invention provides compact photographic and projection modules and electronic systems having the photographic and projection modules, which not only can project image data but also can capture image with good image quality high zoom ratio. Additionally, the photographic and projection modules are reliable and able to be made with low cost.

Abstract: This invention provides compact photographic and projection modules and electronic systems having the photographic and projection modules, which not only can project image data but also can capture image with good image quality high zoom ratio. Additionally, the photographic and projection modules are reliable and able to be made with low cost.

Abstract: A method of calibrating an autofocus (AF) lighting device of a camera is disclosed. A reference image is captured with light projected from the AF lighting device, and a relative position of a central coordinate of the projected light with respect to a central coordinate of the reference image is stored. When operating the camera, the AF lighting device is activated to emit light after a shutter button of the camera is pressed halfway down, and a preview picture is displayed on a panel of the camera. A central position of the emitted light is then transposed toward a center of the panel according to the stored relative position.

Abstract: A method of calibrating an autofocus (AF) lighting device of a camera is disclosed. A reference image is captured with light projected from the AF lighting device, and a relative position of a central coordinate of the projected light with respect to a central coordinate of the reference image is stored. When operating the camera, the AF lighting device is activated to emit light after a shutter button of the camera is pressed halfway down, and a preview picture is displayed on a panel of the camera. A central position of the emitted light is then transposed toward a center of the panel according to the stored relative position.

Abstract: An imaging apparatus and a graphical user interface are disclosed. The imaging apparatus includes a housing with optics and a display panel. A function switch is disposed on the housing, and configured to switch between an operating mode and a setting mode. A pointing device with a two-stage switch is disposed on the housing. Specifically, in the setting mode, the pointing device is configured to trace among a number of settings on the display panel, and the two-stage switch is configured to be pressed to confirm the setting. In the operating mode, the two-stage switch is configured to be pressed to perform an operation according to the setting confirmed in the setting mode.

Abstract: A photographic and projection device includes an image sensor, a lens assembly, a movable reflective mirror, and a display panel. The movable mirror has a reflective surface, and the movable mirror is disposed between the lens assembly and the image sensor. The display panel is located towards the reflective surface of the movable reflective mirror. When the movable mirror is located in a first position an external image can be formed on the image sensor by the lens assembly, and when the movable mirror is located in a second position the image of the display panel can be projected to the outside by the movable mirror and the lens assembly.

Abstract: Disclosed are a method for displaying tree structure data and a hand-held electronic device and a computer program product thereof, wherein the tree structure data includes a node item and a sub-item and the sub-item is belong to the node item. The hand-held electronic device includes a menu providing module, a tag providing module, an input module, and a display module. In the method for displaying tree structure data, an item line including the sub-item and a tag item are initially displayed on a screen. Thereafter, the tag item is moved. When the tag item is next to the sub item, the name of the node item is displayed on the screen. A computer performs the method for displaying tree structure data by loading the computer program product.

Abstract: An image capturing device with automatic object position indication and the method thereof is provided. The subject invention includes a position indicating module selecting an image-taken position on a display interface of the device. An image recognizing module is included to recognize a displayed position of the image of an object shown on the display interface. Further a processing unit is used to determine a positional difference between the image-taken position and the displayed position, and send a control signal according to the difference to indicate a movement direction that compensates the positional difference. Further an instructing unit is included to output a notice to the object according to the control signal. So that the person can follow the indication and movement toward the predetermined image-taken position and take a perfect photo.

Abstract: A data retrieving and using method includes following steps: linking a designated website to obtain a corresponding webpage data, retrieving a specific key information of the corresponding webpage data by an information integrating module and/or an information integrating application software, and integrating the specific key information as an information demo zone and a hyperlink to a frame of a user interface.

Abstract: An anti-vibration system and a method thereof keep images to be displayed on a fixed location of a display screen while the display screen moves. The system includes: a three-dimensional phase detector for detecting the three-dimensional displacement of the display screen, an image control unit for recording the initial location of an image displayed on the display screen, a digital signal processor (DSP) for converting the three-dimensional displacement into a two-dimensional displacement and receiving the initial position of the image to calculate an initial location of another image, an image phase adjusting unit for adjusting the output range of the image and displaying the image on the screen according to the initial location of another image calculated by the DSP. The image is kept on the same location of the display screen, so that it will not vibrate due to the display screen moves.