Abstract: An image forming apparatus acquires a print target image, scans an image on a sheet, recognizes reuse information in the image scanned from the sheet, generates reuse information after printing the print target image from the recognized reuse information and the acquired print target image, selects an area where the reuse information can be printed, in the acquired print target image, combines the reuse information with the selected area in the print target image, deletes the image on the sheet from which the image is scanned, and forms the combined image on the sheet from which the image is deleted, with a erasable image forming material.

Abstract: A stapling apparatus includes: a processing tray; a paper discharge unit configured to discharge sheets on the processing tray; an aligning unit configured to align sheets manually inserted onto the processing tray from a paper discharge port of the paper discharge unit; and a stapler configured to staple the sheets manually inserted on the processing tray.

Abstract: According to one embodiment, a sheet finishing apparatus includes a supporting unit, a positioning unit, a socket mechanism, and a moving unit. The supporting unit supports a sheet fed from an image forming unit. The positioning unit has a contact surface which a side end of the sheet placed on the supporting unit is come into contact with. The socket mechanism projects from the contact surface of the positioning unit and is located above the supporting unit. The moving unit comes into contact with the upper surface of the sheet placed on the supporting unit and moves the sheet in the direction of the contact surface of the positioning unit.

Abstract: A stapling apparatus includes: a processing tray; a paper discharge unit configured to discharge sheets on the processing tray; an aligning unit configured to align sheets manually inserted onto the processing tray from a paper discharge port of the paper discharge unit; and a stapler configured to staple the sheets manually inserted on the processing tray.

Abstract: A sheet processing apparatus of an embodiment includes a spring member which supports a support leg provided on an end bottom of a finishing apparatus at a side of an image forming apparatus and is extendable in a height direction, a sheet feed port which is formed in the finishing apparatus to be opposite to a sheet discharge port of the image forming apparatus and has a width wider than a width of the sheet discharge port in the height direction, sheet discharge guides which are arranged to be opposite to each other at an exit of the sheet discharge port and sandwich a conveyance path of the sheet in the image forming apparatus, sheet feed guides which are arranged to be opposite to each other at an inlet of the sheet feed port and sandwich a conveyance path of the sheet in the finishing apparatus, electromagnets provided at ends of the sheet feed guides at a side of the sheet feed port, and magnetic members which are rotatably provided to ends of the sheet discharge guides at a side of the sheet discharge

Abstract: A sheet finishing apparatus includes a bonding unit including a supply section configured to sequentially supply each of binding tapes, at one ends of which an adhesive is applied, to a conveyed sheet and a bonding section configured to bond a surface of the supplied binding tape, on which the adhesive is applied, to an end face of the conveyed sheet.

Abstract: A sheet finishing device winds a paper tape at a stapling position on a sheet bundle and thus binds the sheet bundle. The sheet finishing device cuts a used sheet that is un-reusable for image formation to produce a paper tape for binding the sheet bundle.

Abstract: An image forming apparatus acquires a print target image, scans an image on a sheet, recognizes reuse information in the image scanned from the sheet, generates reuse information after printing the print target image from the recognized reuse information and the acquired print target image, selects an area where the reuse information can be printed, in the acquired print target image, combines the reuse information with the selected area in the print target image, deletes the image on the sheet from which the image is scanned, and forms the combined image on the sheet from which the image is deleted, with a erasable image forming material.

Abstract: A vibration isolating functional member 16 is formed of an inner cylinder 1, an outer cylinder 2, and a vibration isolating rubber 3. Thereafter an end face of a flange 10 of the outer cylinder 2 is joined with a bracket side connecting surface 15 of a bracket 4 and the joint portion thereof is laser welded. In this time, the outer peripheral end face of the flange 10 as the joining portion projects toward a position apart from the vibration isolating rubber 3 such as giving no thermal influence to the vibration isolating rubber 3. This position to give no thermal influence to the rubber is determined by an experiment based on a welded material, thickness thereof, laser welding conditions (such as melting depth, output power and welding speed), surface temperature limit of the rubber and so on.

Abstract: A single head forms an outside layer material supply passage connected through to an annular slit at joined portion, a reinforcing material supply passage and an inside layer material supply passage. An outside rubber layer is supplied to the outside material supply passage. A reinforcing cloth is supplied to the reinforcing material supply passage, and an inside rubber is supplied to the inside layer material supply passage respectively. A vacuum is formed up to the pressure of the joined portion by reducing under a vacuum the inside of the reinforcing cloth supply passage, thereby removing water or gas such as air attaching to both surfaces of the reinforcing cloth and increasing the adhesion of the outside rubber layer and the inside rubber layer with the reinforcing cloth being half there between.

Abstract: An automotive body and body panels such as an engine hood, a trunk lid, and doors are assembled together along an assembling line. The automotive body with the body panels removably installed thereon and a feed jig on which the body panels can removably be installed thereon, are alternately fed along a first feed path. Then, the body panels are removed from the automotive body while they are being fed along the first feed path and the body panels are installed on the feed jig which is fed upstream of the automotive body along the first feed path. The automotive body from which the body panels have been removed and the body panels which have been installed on the feed jig are thereafter coated. Thereafter, the coated automotive body and the coated body panels are fed along a second feed path. The body panels are removed from the feed jig while they are being fed along the second feed path and the removed body panels are installed on the automotive body which is also fed along the second feed path.

Abstract: Vehicle body of a two-wheeled vehicle assembled by holding a plurality of center members on a center jig which may be movable between a setting station and a coupling station, setting side frame members on a pair of side frame jigs in a prostrate posture at a position laterally adjacent the coupling station with the side frame jigs being a jig frame formed of frame materials with spaces therebetween, welding the side frame members together by welding robots adjacent the coupling station, erecting the side jigs to position the welded side frames in position with respect to the center members on the center jig, and welding the side frames to the center members using the same welding robots extending through the spaces in the jig frame of the side frame jigs.

Abstract: An automatic welding machine of a type, in which a welding torch is subjected to predetermined three-dimensional locus motions by means of three profile cams for controlling movement of the torch in the left-and-right, up-and-down, and front-and-back directions in accordance with predetermined programs set in the machine, the machine being constructed with (a) a driving section including a frame to support component members thereon, a shaft rotatably held on the frame, an electric motor axially fitted at one end of the shaft, a plurality of profile cams fixedly provided on the other end part of the shaft so as to be rotated therewith, the cams being arranged with an appropriate space interval between them, and cam follower members corresponding in number to the profile cams and intimately contacted with the cams to move in accordance with rotational movement of the cams; and (b) a driven section including a frame to support component members thereon, a plurality of movable members in the left-and-right, up-an