Abstract:
The present invention relates to a digital photo frame (200), which includes a scanner (101) to convert a picture into an image data file, wherein the scanner (101) is a sheetfed scanner (101), and the scanner (101) can reduce the scanning size limitations of a flatbed scanner and to promote the utility of the digital photo frame (200).
Abstract:
The present invention relates to a digital photo frame (200) and a method (400) for controlling a digital photo frame. The digital photo frame (200) includes a single processor (201) to perform a function of a built-in scanner (210) and to convert a picture into an image data file for storage and reviewing. The method (400) includes steps of scanning (401) an image sample to generate an analog image data; providing (402) a processor (201) processing the analog image data into a digital image data and controlling a displaying unit (205). The present invention could achieve advantages of reducing production cost, enhancing stability, reducing steps for processing a signal and simplifying a design of a digital photo frame.
Abstract:
A film scanner (200, 300) includes a specular surface (240, 340) for changing a path and a direction of lights for focusing an image, which is filmed on a film, on a sensing module (250, 350). With such a disposition, a height of the film scanner (200, 300) is shortened, and a volume of the film scanner (200, 300) is shortened as a result. The film scanner (200, 300) is also burnt with a driver program on a circuit board, which implements or carries an image processing module (270, 370), so that the film scanner (200, 300) is capable of scanning the image filmed on the film without being connected to a computer, and conveniences in usage and carry of the film scanner (200, 300) is introduced as a result.
Abstract:
The present invention relates to a digital photo frame (200), which includes a scanner (101) to convert a picture into an image data file, wherein the scanner (101) is a sheetfed scanner (101), and the scanner (101) can reduce the scanning size limitations of a flatbed scanner and to promote the utility of the digital photo frame (200).
Abstract:
A scanning device (100, 500, 600) includes a first tray (111, 220, 300, 520, 620), a second tray (112, 400), a detection module (120), a scanning module (130), and an image processing module (140). The first tray (111, 220, 300, 520, 620) has an identification element (240, 330, 540, 560, 640). When the scanning device (100, 500, 600) scans the first tray (111, 220, 300, 520, 620), the detection module (120) detects the identification element (240, 330, 540, 560, 640) so as to generate a first signal. When the scanning device (100, 500, 600) scans the second tray (112, 400), the detection module (120) does not detect the identification element (240, 330, 540, 560, 640) so as to generate a second signal. The image processing module (140) uses a first group of parameters to process the scanned image when receiving the first signal. The image processing module (140) uses a second group of parameters to process the scanned image when receiving the second signal.
Abstract:
A film scanner (200, 300) includes a specular surface (240, 340) for changing a path and a direction of lights for focusing an image, which is filmed on a film, on a sensing module (250, 350). With such a disposition, a height of the film scanner (200, 300) is shortened, and a volume of the film scanner (200, 300) is shortened as a result. The film scanner (200, 300) is also burnt with a driver program on a circuit board, which implements or carries an image processing module (270, 370), so that the film scanner (200, 300) is capable of scanning the image filmed on the film without being connected to a computer, and conveniences in usage and carry of the film scanner (200, 300) is introduced as a result.