Abstract: A disassemblable imaging apparatus includes a photo sensing assembly, a toner cartridge, and at least one torsion spring. The photo sensing assembly includes a casing and a photosensitive drum. The casing has an accommodating space. The photosensitive drum is installed on the casing and located at a side of the accommodating space. The toner cartridge is detachably located in the accommodating space. The at least one torsion spring is located in the accommodating space. A part of the at least one torsion spring is installed on the casing, and another part of the at least one torsion spring presses a side of the toner cartridge facing away from the photosensitive drum for pushing the toner cartridge toward the photosensitive drum.

Abstract: A disassemblable imaging apparatus includes a photo sensing assembly and a toner cartridge. The photo sensing assembly has an accommodating space, a photosensitive side and a fastening side. The photosensitive side and the fastening side are respectively located at two sides of the accommodating space, which are opposite to each other. The toner cartridge includes a main body and a handle. The handle is swingably connected to a side of the main body in order to move an end of the handle, which is away from the main body, close to or away from the main body. The toner cartridge is detachably installed in the accommodating space, and the handle is detachably fastened to the fastening side of the photo sensing assembly.

Abstract: An image processing device comprises a receiving port, a processor and an output port. The receiving port receives old image data from a peripheral device. The old image data has partial positioning mark data corresponding to a portion of a positioning mark of a document, and partial main image data corresponding to a partial main image of a portion of a main image of the document. The processor electrically connected to the receiving port shifts the partial main image by a calibration distance in a calibration direction to a standard position of a typesetting page according to the partial positioning mark data and the partial main image data, and adds a predetermined image to one side or neighboring two sides of the partial main image to generate new image data. The output port electrically connected to the processor outputs the new image data. Copy apparatus and method are also provided.

Abstract: The disclosure provides a scanning device including a flatbed scanner and an ADF. The flatbed scanner includes a first body, a transparent substrate disposed on top surface of the first body, a first film disposed on top surface of the transparent substrate, and an image capturing module disposed under bottom surface of the transparent substrate. The ADF includes a second body, a backplane disposed at bottom of the second body for covering top surface of the flatbed scanner, a paper passage disposed inside the ADF, and a second film. An open portion is configured in the paper passage corresponding to top surface of the transparent substrate, and results communication between the paper passage and top surface of the transparent substrate. The second film is disposed at paper entrance of the open portion. Wherein, the first film and the second film are not overlap on top surface of the transparent substrate.

Abstract: An adjustable tray includes a first board, a second board and an adjustment component. The second board is pivoted on the first board, and the second board has at least one first position section and at least one second position section. The adjustment component includes a main part and at least one abutted part connected to each other. A first distance is between the first position section and the first board. A second distance is between the second position section and the first board. The first distance is different from the second distance. The main part is movably disposed on the first board for positioning the abutted part at the first position section or the second position section to pivot the second board with a first angle or a second angle between the first board and the second board, and the first angle is different from the second angle.

Abstract: A fixation module comprises a body, a heater roller, a pressure roller, a separation claw assembly and a detector. The heater roller and the pressure roller are rotatably connected to the body. The pressure roller and the heater roller transport a medium and perform a fixation process on the medium. The separation claw assembly connected to the body exerts a pressure toward the heater roller. When the medium passes through a clearance between the heater roller and the separation claw assembly, the medium pushes the separation claw assembly away from the heater roller. The detector detects a state where the separation claw assembly is pushed away from the heater roller by the medium. A printing apparatus for transferring and fixing toners onto the medium and comprising the fixation module, a drum, a development roller and a transfer roller is also provided.

Abstract: A feeding device for a digital processing machine includes a paper passage, a sheet-feeding roller, a friction device, and a slide. The sheet-feeding roller is disposed in the paper passage, and the friction device is disposed opposite to the sheet-feeding roller. The sheet-feeding roller separates a sheet with the friction device. The slide is disposed at a left side and a right side of the sheet-feeding roller. The slide is lowered from a first position to a second position when the sheet-feeding roller rotates, such that the sheet contacts the sheet-feeding roller.

Abstract: A method for generating a search index, applicable for a database system having a first database and a second database, includes the follow steps: receiving an access instruction corresponding to a first document, analyzing the first document to obtain a plurality of key character strings, writing the first document into the first database or the second database based on the access instruction and generating address information corresponding to the first document accordingly, and generating a search index corresponding to the first document based on the address information and the key character strings.

Abstract: A sheet separation mechanism comprises a separation roller set and a reverse roller set rotating in the same rotation direction. The reverse roller set presses sheets onto the separation roller set to stop one or multiple ones of the sheets close to the reverse roller set from passing through a nip between the separation and reverse roller sets, and allow the sheet directly contacting the separation roller set to pass through the nip. The reverse roller set comprises a shaft, and two reverse rollers and an annular member all mounted on the shaft, which rotates the reverse rollers. The annular member, disposed between the two reverse rollers, is rotatable relatively to the shaft and movable relatively to the shaft in a radial direction of the shaft. The annular member and the reverse rollers commonly press the sheets. A sheet-fed scanning apparatus using the sheet separation mechanism is also provided.

Abstract: An image forming agent storage member capable of being resupplied with an image forming agent is disclosed. The image forming agent storage member includes a housing, an image forming agent entry, and a fluid-discharge mechanism. The housing is for carrying the image forming agent. The image forming agent entry is disposed at one end of the housing. The fluid-discharge mechanism is disposed on a surface of the housing. When the image forming agent is injected into the housing via the image forming agent entry, a fluid inside the housing is discharged via the fluid-discharge mechanism. A digital machine includes the said image forming agent storage member is also disclosed.

Abstract: An imaging apparatus includes frame, rotatable member, exposing and imaging assembly. The frame includes accommodation space, lower and upper surfaces on the accommodation space. The rotatable member includes pressed portion, pivoting portion and arm. The pivoting portion pivots to the frame. The scanning assembly assembled to the arm and has image capturing position and lifted position. The scanning assembly at the image capturing position is away from the upper surface. The scanning assembly at the lifted position is close to the upper surface. The imaging assembly includes toner cartridge and photosensitization unit. The toner cartridge has pressing surface facing the upper surface. The imaging assembly is rotatable relative to the frame to move the toner cartridge to be alternatively close to or away from the upper surface. When the toner cartridge is close to the upper surface, the pressing surface presses the pressed portion to lift the scanning assembly.

Abstract: A method for reproducing images comprises the steps of: obtaining 1st to Nth scan images in order, where N is a positive integer greater than 2; processing the 1st to Nth scan images into 1st to Nth document images and obtaining sizes of the 1st to Nth document images; and performing an ordered document typesetting according to an ordered accumulated size of the 1st to Nth document images to generate image data corresponding to one or multiple output pages. An image-processing apparatus is also provided. Thus, it is possible to prevent the waste of printing a small-size document image on a large-size sheet, and the user can obtain the order of documents according to the order of the output pages. So, an instinctive and environment protective copying technical solution can be provided, and an output result can be further adjusted.

Abstract: A transport mechanism for a peripheral device and an operating method including the same are provided. The transport mechanism includes a tray, at least a transport roller, a detector, a trigger component and a processor. The tray includes an opening extending through the tray. The transport roller is rotatably installed in the opening and protruded from the tray to transport a flexible object to move along a transport path. The detector near the tray has a detecting area. The trigger component is located in the opening and spaced apart from the flexible object on the transport path. The flexible object deviated from the transport path presses the trigger component to enter or leave the detecting area and triggers the detector to transmit an abnormal detecting signal. The processor receives the abnormal detecting signal to stop the transport roller.