Convex portions formed on a sheet of paper by a forming section are maintained in a favorable condition and good recording quality is obtained.

A printer includes a corrugating section disposed on an upstream side of a line head, the corrugating section being configured to alternately form crests and troughs in a sheet in a width direction which intersects a medium transport direction, a relaxing section that can be switched between a relaxing position in which the corrugations formed by the corrugating section are relaxed and a maintaining position in which the corrugations are maintained with respect to the sheet on a downstream side of the line head between the line head and branch points of transport paths and a controller configured to control the switching of the relaxing section between the relaxing position and the maintaining position. The controller switches the relaxing section depending on a transport destination of the recorded sheet.

A printer includes a corrugating section disposed on an upstream side of a line head, the corrugating section being configured to alternately form crests and troughs in a sheet in a width direction which intersects a medium transport direction, a relaxing section that can be switched between a relaxing position in which the corrugations formed by the corrugating section are relaxed and a maintaining position in which the corrugations are maintained with respect to the sheet on a downstream side of the line head between the line head and branch points of transport paths and a controller configured to control the switching of the relaxing section between the relaxing position and the maintaining position. The controller switches the relaxing section depending on a transport destination of the recorded sheet.

A sheet conveying apparatus, including: a sheet conveying member; a guide portion configured to define a sheet conveying path; a pressing portion configured to press the sheet to curve the sheet as viewed in a sheet conveying direction in the sheet conveying path; and a moving portion movable by an edge of the sheet passing through the sheet conveying path and arranged so that at least a part of a movable range of the moving portion is overlapped with the pressing portion, wherein the moving portion includes: a first abutment portion configured to abut against the sheet passing through the sheet conveying path on one side in the width direction with respect to a conveyance center of the sheet conveying member; and a second abutment portion configured to abut against the sheet passing through the sheet conveying path on the other side with respect to the conveyance center.

A decurling device includes a first conveyance path, a second conveyance path, a first switch, a decurler, and a controller. A sheet is conveyed along the first conveyance path or the second conveyance path. The first switch switches a route of conveyance of the sheet to the first conveyance path or the second conveyance path. The sheet has a first main surface and a second main surface. The decurler is located in the second conveyance path. The decurler corrects curl of the sheet. In a situation in which a weight per unit area of the sheet is smaller than a first threshold value, the controller controls the first switch such that the sheet is conveyed along the second conveyance path.

A decurling device includes a first conveyance path, a second conveyance path, a first switch, a decurler, and a controller. A sheet is conveyed along the first conveyance path or the second conveyance path. The first switch switches a route of conveyance of the sheet to the first conveyance path or the second conveyance path. The sheet has a first main surface and a second main surface. The decurler is located in the second conveyance path. The decurler corrects curl of the sheet. In a situation in which a weight per unit area of the sheet is smaller than a first threshold value, the controller controls the first switch such that the sheet is conveyed along the second conveyance path.

A decurling device includes a decurler. The decurler includes a first dryer roller, a second dryer roller, and a heat source. The heat source is disposed at the first dryer roller to heat the first dryer roller. The first dryer roller and the second dryer roller rotate while holding a sheet therebetween to convey the sheet.

A decurling device includes a decurler. The decurler includes a first dryer roller, a second dryer roller, and a heat source. The heat source is disposed at the first dryer roller to heat the first dryer roller. The first dryer roller and the second dryer roller rotate while holding a sheet therebetween to convey the sheet.

A sheet discharging apparatus includes an apparatus body, a sheet discharge member provided in the apparatus body, and a movable tray including a sheet supporting surface. A movable member in the movable tray is moved by being pressed by the sheet supported on the sheet supporting surface, and a detecting portion detects a presence of the sheet supported on the sheet supporting surface in response to a position of the movable member. The movable member includes an extension portion extending out of the movable tray toward the apparatus body, and the apparatus body is provided with an opening portion through which the extension portion extends. The opening portion is formed such that the extension portion is movable along a moving direction of the movable tray within the apparatus body, and the detecting portion detects a position of the movable member by detecting the extension portion.

A draw-in apparatus having at least two rotatable draw-in rollers for drawing in sheet goods, in particular bank notes, wherein the draw-in rollers are arranged relative to each other with meshing roller profiles respectively extending transversely to the draw-in direction so as to define a draw-in gap for the sheet goods, and wherein the draw-in rollers have axial cross-sectional profiles mutually matched such that a clearance between the draw-in rollers changes periodically upon a rotation of the draw-in rollers.