Abstract: An image forming apparatus according to the present invention includes a storage part which, to save read image data, saves image data not subjected to image processing together with processing data for image processing to be performed by an image processing part at later image formation. Then, the image forming apparatus, at the time of printing out the image data, subjects the image data to image processing only once by using the processing data in accordance with setting.

Abstract: A document feeding device includes a document reader, a drive roller and a plurality of driven rollers. The document reader is configured to read a document fed in a feeding direction. The drive roller is disposed upstream of the document reader in the feeding direction. The plurality of driven rollers is disposed opposite to the drive roller to form nips therebetween. The plurality of driven rollers is supported by one common shaft extending in a direction orthogonal to the feeding direction. A position of at least one nip formed by at least one of the plurality of driven rollers is offset downstream or upstream of other nips formed by other driven rollers.

Abstract: A document feeding device includes: a document tray on which a document is loaded; a discharge tray to which the original document is discharged; a conveyance path which conveys a document on the original document tray to the discharge tray via a document reading position; a detection unit which is disposed in the conveyance path and detects a jam of the original document in the conveyance path; and an illumination device which illuminates the conveyance path in a state visible from the exterior when the detection unit has detected a jam of the original document.

Abstract: A document pressing apparatus is provided with a document pressing cover including a first lateral part and a second lateral part facing the first lateral part and openable and closable with respect to a housing fitted with a contact glass, a supporting member for supporting the document pressing cover rotatably with respect to the housing at the side of the first lateral part, a plate member connected with the document pressing cover for pressing a document against the contact glass, a first resilient member arranged at the side of the first lateral part between the plate member and the document pressing cover for exerting a pressing force to the document, and a second resilient member provided at the side of the second lateral part between the plate member and the document pressing cover for exerting a pressing force smaller than that of the first resilient member to the document.

Abstract: An optical device includes a laser light source for outputting a laser beam; an optical member including an aspherical lens with an incident surface on which the laser beam is incident and an output surface from which the laser beam is output, and adapted to scan the laser beam output from the output surface across a predetermined target; and a housing for housing the optical member. The optical member further includes a first positioning portion at a side of the incident surface and a second positioning portion at a side of the output surface. The housing includes a first engaging portion to be engaged with the first positioning portion and a second engaging portion to be engaged with the second positioning portion. The first and second positioning portions have mutually different shapes.

Abstract: An information processing device includes: a display portion that can display a plurality of icons including first information; a detection portion that detects a contact to the display portion; and a control unit that, in a case in which the detection portion detects a contact having a trajectory encircling at least one icon displayed on the display portion in a state in which the icons are displayed on the display portion in a first display mode, displays the at least one icon in a second display mode with a greater display area and displays the at least one icon in a central region of the display portion.

Abstract: An image forming optical equipment is disposed between a polygon mirror and the surface of a photoreceptor drum to form an image on the surface of the photoreceptor drum with scanning light, while at the same time, keeping its scanning speed nearly-constant, comprises a first scanning light lens, which has a positive power in the main scanning direction and a negative power in the sub-scanning direction, a second scanning light lens, which has a negative power in the main scanning direction and a positive power in the sub-scanning direction and is disposed in the side closer to the photoreceptor drum than the first scanning light lens, and a diffraction optical element, which is provided on the surface of the cylindrical lens in the beam light advancing path between a light source and a polygon mirror.

Abstract: A recording medium conveying device includes a first conveying unit that feeds a recording medium from a recording medium storage section to a registration roller, the recording medium storage section being located in a main body of an image forming apparatus; and a second conveying unit that feeds a recording medium from a bypass tray to the registration roller. A conveying roller of the first conveying unit and a conveying roller of the second conveying unit are driven by a driving unit.

Abstract: An image processing apparatus includes an image forming instructing section that notifies an image forming section, whether to perform a first printing processing with a plurality of colors including at least one chromatic color or a second printing processing with only black. A data obtaining section obtains pixel data from a plurality of pixels constituting an image; and an operating section inputs designated color data. A pixel data extracting section extracts pixel data of colors, except for a designated color indicated by the designated color data inputted through the operating section, from pixel data obtained by the data obtaining section. A printing type selecting section selects the first or second printing processing based on each pixel data extracted by the pixel data extracting section. The image forming instructing section notifies the printing type selected by the printing type selecting section as the type of printing processing to be performed.

Abstract: An image forming apparatus includes a fixing unit arranged in an apparatus main body and adapted to perform a fixing process to fix an image to a recording sheet by heat, first conveyance path for conveying the recording sheet via an image forming unit and the fixing unit, second conveyance path for conveying the recording sheet having the fixing process performed thereon to an upstream side of the image forming unit in the case of performing the image forming process on both sides of the recording sheet, a first cover openably and closably attached to the apparatus main body, a second cover for covering the second conveyance path, the second cover being openably and closably attached to the apparatus main body and openable and closable when the first cover is in an open state, and fans provided on the second cover for supplying air streams to the second conveyance path.

Abstract: An image processing apparatus includes a pixel extracting unit, a correction quantity calculating unit, a selection image storage unit, a selection receiving unit, and a color correction executing unit. The pixel extracting unit extracts a pixel from predetermined image data. The correction quantity calculating unit calculates a color correction quantity based on a color difference between a color of the pixel extracted by the pixel extracting unit and a target color. The selection image storage unit stores data of a selection image representing an external appearance of each image data obtained by executing color correction on the pixel according to the color correction quantity. The selection receiving unit receives selection of a color correction type. The color correction executing unit executes color correction on the extracted pixel in image data of a correction object according to a color correction quantity corresponding to the color correction type.

Abstract: A job managing section acquires an operational status of a standby print job when a determination that a job having been accepted by a job accepting section is a reserved low-key print setting job is made, as a result of a determination by a reserved setting determining section, and also allocates a printout for the reserved low-key print setting job to an available time slot based on the acquired operational status. As a result, the printout for the reserved low-key print setting job can be executed in an available time slot which is different from a time slot for the standby print job. Accordingly, mixing of printed sheets related to a plurality of print jobs can be prevented as much as possible, and a contribution to an improvement in convenience at the user-side can be made.

Abstract: An image forming apparatus 1 is provided with an apparatus main body 2 for performing a predetermined process on a sheet, a cover 34 openable and closable relative to the apparatus main body 2, a light emitting unit 51 provided in the apparatus main body 2 and including an emission source 511 for generating light, a control board 512 for controlling the emission source 511 and causing it to generate the light and wiring 513 electrically connected to the control board 512, and a display member 52 provided in the cover 34, arranged to face the emission source 511 and including an incident portion 521 on which the light is incident, an output portion 522 for outputting the light to the outside and a light guide portion 523 for guiding the light from the incident portion 521 to the output portion 522.

Abstract: When a sheet cassette (10a) is pulled out of the body of an image forming apparatus (100), winding pulleys (40a and 40b) are rotated by the weight of a lift plate. An idle gear (47) also is rotated by a predetermined amount, so that the engagement portion (47b) thereof engages with a second arm portion (50c) of a torsion spring (50). Since a force exerted by the torsion spring (50) is set greater than the force that rotates the idle gear (47) by downward movement of lift plate (30), rotation of the idle gear (47) and winding pulley (40a) is regulated, and thus the upper surface of lift plate (30) stops in a substantially constant position with respect to sheet supply opening portions (31a and 31b).

Abstract: An image forming apparatus includes an apparatus body, a conveyance unit withdrawably mounted on the apparatus body, and a driving mechanism disposed in the apparatus body. The conveyance unit has a power transmission member which transmits the driving force generated by the driving mechanism to the conveyance member. The power transmission member has a drive input section disposed on the outside of a housing for receiving the driving force. The driving mechanism is disposed on the apparatus body side, and has a drive output section engageable with the drive input section. The drive input section and the drive output section engage with each other in a mounted state that the conveyance unit is mounted on the apparatus body, and the engagement between the drive input section and the drive output section is released in a withdrawn state that the conveyance unit is withdrawn from the apparatus body.

Abstract: A sheet storage apparatus 10a (10b) includes a sheet storage portion 31 that loads and stores a plurality of sheets P, and an end cursor (a restriction member) 50 that is disposed in the sheet storage portion 31 and restricts a sheet position. The end cursor 50 is composed of two or more members so as to be foldable and removably fixed in the sheet storage portion 31.

Abstract: A sheet width regulating device includes a base plate, a regulating member, a first moving cursor, a first guiding portion, a second guiding portion, a first guidable portion, a second guidable portion, and a synchronizing member. The regulating member regulates one end of the sheet. The first moving cursor regulates the other end of the sheet, and is movable in the way perpendicular to a direction along the other end of the sheet that the first guiding portion extends. The second guiding portion extends in parallel with the first guiding portion. The first guidable portion is attached to the first moving cursor and guided by the first guiding portion. The second guidable portion is attached to the first moving cursor and guided by the second guiding portion. The synchronizing member synchronizes a movement of the first guidable portion and the second guidable portion.

Abstract: A developer cartridge is provided with a cartridge main body with a supply port for supplying developer to an apparatus main body of an image forming apparatus, a shutter member displaceable between an opening position for opening the supply port and a closing position for closing the supply port, an operation lever arranged to face the opening cover and adapted to displace the shutter member between the opening position and the closing position, and a biasing member for biasing the operation lever toward the closing posture. The operation lever is displaceable between an opening posture corresponding to the opening position and a closing posture corresponding to the closing position. The operation lever is displaced from the closing posture to the opening posture against a biasing force of the biasing member due to interference with a part of the opening cover when the opening cover is closed.

Abstract: The invention provides an oxo-titanylphthalocyanine crystal which is stable, is superior in dispersibility in a photoreceptive layer and efficiently contributes to improvements in sensitivity and charge retention rate of an electrophotographic photoreceptor when it is used as a charge generating agent, a method for producing the oxo-titanylphthalocyanine crystal, and an electrophotographic photoreceptor.

Abstract: A method is provided for recycling a toner container including a casing configured to house a toner, a sleeve protruding from the casing, and one cap with a brim to be bonded with a distal edge of the sleeve to be closed comprising: removing an area including an interface between the brim and the distal edge to form a new distal edge on the sleeve; removing a part of the one cap remaining in the sleeve; filling a toner in the casing; fitting another cap into the sleeve so that the brim of the another cap comes in contact with the new distal edge; and bonding the new distal edge and the brim of the another cap.