Abstract: A cleaning module and a printer using the same is provided. The printer includes a roller module, a transfer belt, a toner cartridge assembly and the cleaning module. The transfer belt is looped around the roller module. The toner cartridge assembly is disposed beside the transfer belt and suitable for rotating to a standby position or a coloring position. The cleaning module includes a frame, a linking-up unit and a scraping unit. The frame is disposed at the roller module. The linking-up unit is pivotally connected to the frame and suitable for contacting the toner cartridge assembly. The scraping unit is connected to the linking-up unit. When the toner cartridge assembly is at the standby position, the scraping unit is contacted to the transfer belt. When the toner cartridge assembly is at the coloring position, the scraping unit is separated from the transfer belt.

Abstract: A multi-function peripheral having an automatic document feeding device (ADF) suited for being configured in a body of an apparatus is provided. The apparatus has a first and second power sources to drive the ADF to transmit a paper in or out of the body. The ADF includes a limiting structure, a swinging member and a blocking member. The first and second power sources drive the limiting structure and the swinging member to swing respectively. The blocking member has a first end connected to the swinging member and a second end extending toward the limiting structure. When the limiting structure is at a second position and the swinging member swings toward a third position, the second end is trapped into the limiting space. When the limiting structure moves toward a first position and the swinging member swings toward the third position, the second end escapes from the limiting space.

Abstract: A multi-function peripheral having an automatic document feeding device (ADF) suited for being configured in a body of an apparatus is provided. The apparatus has a first and second power sources to drive the ADF to transmit a paper in or out of the body. The ADF includes a limiting structure, a swinging member and a blocking member. The first and second power sources drive the limiting structure and the swinging member to swing respectively. The blocking member has a first end connected to the swinging member and a second end extending toward the limiting structure. When the limiting structure is at a second position and the swinging member swings toward a third position, the second end is trapped into the limiting space. When the limiting structure moves toward a first position and the swinging member swings toward the third position, the second end escapes from the limiting space.

Abstract: A lamp including a lamp-stand, a lamp-shell and a lamp shade is provided. The lamp-stand has an assembling portion, a helix portion, an accommodation space and a plurality of dotting dents, the helix portion is located under the assembling portion, the accommodation space is located in the assembling portion and the helix portion, and the dotting dents are disposed surrounding the assembling portion. The lamp-shell has a thread portion and a plurality of pricks, in which the helix portion of the lamp-stand fits the helix portion of the lamp-shell by screwing, the pricks are pricked into the assembling portion and located in the dotting dents. The layout of the dotting dents enables the interference amount produced by the pricks pricked into the assembling portion is smaller, which is able to maintain the structure completeness of the lamp-stand and advance the assembling yield of the lamp employing the lamp-stand.

Abstract: A lamp including a case assembly, a lamp bottom and a fixing elastomer is provided. The case assembly has a first opening, and the lamp bottom inserts into the first opening to assemble with the case assembly. The lamp bottom has a first surface, a second opening and multiple first positioning structures. The second opening passes through the first surface, and the first positioning structures are located on the first surface. The fixing elastomer is disposed in the case assembly and has a second surface and a pair of second positioning structures suitable for locking with two of the first positioning structures.

Abstract: A peripheral device includes a body, a carriage, a first feeding assembly, and a second feeding assembly. The carriage and the first and second feeding assemblies are assembled to the body. The first and second feeding assemblies are located at the same side of the body. The carriage moves back and forth along an axial direction. A portion of the first feeding assembly is located on a moving path of the carriage. The first feeding assembly is removably coupled to the second feeding assembly. The first feeding assembly drives the second feeding assembly to move a printing medium into or out of the body. When the carriage is moved to one side of the body, the carriage moves the first feeding assembly away from the second feeding assembly, such that the printing medium is fed into or moved out of the body only by the first feeding assembly.

Abstract: An illuminating device including a lampshade, a capper, a light source circuit board and a power circuit board is provided. The lampshade has a top surface and an accommodating space, the capper is telescoped on the lampshade, and the top surface of the lampshade is located in the capper. The light source circuit board is disposed at the top surface, having a first inductance coil. The power circuit board is disposed in the accommodating space, having a second inductance coil, wherein the first inductance coil and the second inductance coil are disposed adjacent to each other and spaced apart by a distance. In the illuminating device, power of the power circuit board is generated by induced current from the first inductance coil and the second inductance coil and provided to the light source circuit board for light-emitting.

Abstract: A multi-function peripheral having an automatic document feeding device (ADF) suited for being configured in a body of an apparatus is provided. The apparatus has a first and second power sources to drive the ADF to transmit a paper in or out of the body. The ADF includes a limiting structure, a swinging member and a blocking member. The first and second power sources drive the limiting structure and the swinging member to swing respectively. The blocking member has a first end connected to the swinging member and a second end extending toward the limiting structure. When the limiting structure is at a second position and the swinging member swings toward a third position, the second end is trapped into the limiting space. When the limiting structure moves toward a first position and the swinging member swings toward the third position, the second end escapes from the limiting space.

Abstract: A fixing structure for print head carriage rod and a fixing method thereof. The fixing structure is simplified and is able to minimize the flexure of the print head carriage rod. The fixing structure includes a frame body disposed in a printing machine, and a carriage rod mounted on the frame body for a print head carriage to reciprocally travel on the carriage rod for printing operation. The frame body has sidewalls and support sections formed on the sidewalls for supporting two ends of the carriage rod. The fixing structure further includes retainers for securing the carriage rod to the frame body. The retainers are positioned on two sides of the support sections of the sidewalls to together with the support sections prevent the carriage rod from being flexed so as to avoid deterioration of printing quality.

Abstract: A detector and a printer using the same are provided. The printer includes a body and the detector. The body has a base and a shaft located above the base. The detector includes multiple inducted modules, a carriage, an inducing unit, and a light receiving unit. The inducted modules are disposed on the base of the body aligning to an axial direction of the shaft. The carriage is disposed on the shaft. The inducing unit and the light receiving unit are disposed on the carriage. During a printing process, the carriage moves back and forth along the axial direction, and the inducing unit induces the corresponding inducted modules to emit lights. The light receiving unit receives light emitted from one of the inducted modules and penetrated a paper undergoing the printing process for detecting a paper barcode.

Abstract: A scanning mechanism including a scanning unit, a rail and a transmission element is disclosed. The scanning unit has a connecting portion and a supporting portion, the scanning unit is slidely disposed on the rail through the supporting portion. The transmission element is connected to the connecting portion of the scanning unit to drive the scanning unit sliding along the rail, and the orthogonal projection of the connecting portion on the rail and the orthogonal projection of the supporting portion on the rail are overlapped with each other.

Abstract: An optical decoder and a multi-functional printer using the same are provided. The optical decoder includes a directional light source, a light guide bar and a light receiving unit. The light guide bar disposed on a light-emitting side of the directional light source has multiple scales. The light receiving unit is disposed on a side of the light guide bar, wherein the directional light source and the light receiving unit are disposed on different sides of the light guide bar. The light receiving unit is used to move along the light guide bar and read the scales of the light guide bar. The overall volume of a multi-functional printer can be reduced by applying the optical decoder therein.

Abstract: A paper stopper mechanism for paper-feeding apparatus, which has simplified structure and commonly uses one motor to stop papers. The paper stopper mechanism includes a rotary shaft driven by a drive shaft via a gear assembly, a stopper plate disposed on the rotary shaft, which is movable between a first position and a second position along with the rotation of the rotary shaft, and a resilient member positioned between the rotary shaft and a transmission gear of the gear assembly. There is frictional force between the rotary shaft and the transmission gear, whereby the transmission gear can drive the rotary shaft to rotate. When the stopper plate and the rotary shaft stop at the second position, the transmission gear can still transmit power to a pickup roller to feed a paper into the paper-feeding apparatus without any error.

Abstract: A paper feeding module and multi-function printer using the same are provided. The multi-function printer includes a body, a paper transferring passage and a paper feeding module. The paper transferring passage includes an entrance. The paper feeding module includes a photoreceptor axle, a transferring axle and a skew correction axle. The photoreceptor axle is disposed on the paper transferring passage. The transferring axle is disposed next to the photoreceptor axle and contacts the photoreceptor axle. The skew correction axle is disposed between the entrance of the paper transferring passage and the photoreceptor axle. The skew correction axle contacts the transferring axle. The axes of the photoreceptor axle, the transferring axle and the skew correction axle are parallel to one another.