A feeding device includes an accommodating unit, a feeding member, a regulating member, a member-to-be-detected, a detecting device, and a connecting member. The regulating member contacts the member-to-be-detected in a first region with respect to a feeding direction and is spaced from the member-to-be-detected through the connecting member in a second region different from the first region with respect to the feeding direction.

A support reel assembly for installing vapor barrier on a wall of a building includes a first bracket that can be mounted to a wall of a building. A second bracket is provided that can be mounted to the wall having the second bracket being aligned with the first bracket. A first bubble level is coupled to the second bracket and a second bubble level is coupled to the second bracket for leveling the second bracket along a horizontal axis and a vertical axis. A pole is coupled to and extends away from the second bracket thereby facilitating the roll of vapor barrier to be drawn along the wall for installation on the wall. Additionally, the pole engages the first bracket.

A binding processing device includes: a binding processing element that advances a binding tooth to a sheet to perform binding processing of the sheet; and a processor that performs control of drying a bound part of the sheet after the binding processing of the sheet by the binding processing element is performed.

Provided is a recording device that includes a recording head that ejects a liquid, a discharge unit that discharges a recorded recording medium, a discharge tray that receives a discharged recording medium, a first blowing unit that is disposed above the discharge unit and blows air toward one surface of the recording medium to be discharged to the discharge tray, and a second blowing unit that is disposed between the discharge unit and the discharge tray and blows air toward the other surface of the recording medium to be discharged to the discharge tray, and a control unit that controls the first blowing unit and the second blowing unit, in which deformation of the recording medium to be discharged is suppressed by the wind of the first blowing unit and the second blowing unit and the recording medium is discharged.

Provided is a recording device that includes a recording head that ejects a liquid, a discharge unit that discharges a recorded recording medium, a discharge tray that receives a discharged recording medium, a first blowing unit that is disposed above the discharge unit and blows air toward one surface of the recording medium to be discharged to the discharge tray, and a second blowing unit that is disposed between the discharge unit and the discharge tray and blows air toward the other surface of the recording medium to be discharged to the discharge tray, and a control unit that controls the first blowing unit and the second blowing unit, in which deformation of the recording medium to be discharged is suppressed by the wind of the first blowing unit and the second blowing unit and the recording medium is discharged.

A winding unit includes a rail extending in an X direction, a support portion that is supported on the rail, that is movable in the X direction, and that is capable of supporting rolled medium, and a support mechanism that is supported on the rail and that is movable in the X direction. The support mechanism includes a placement portion capable of supporting the rolled medium from a vertically downward direction side, and a position adjustment unit that rises the placement portion in a vertically upward direction when the rolled medium is removed from the support portion. When viewed from a Y direction intersecting the X direction, a placement surface of the placement portion on which the rolled medium is placed is curved to be convex in the vertically upward direction.

Provided is a recording device that includes a recording head that ejects a liquid, a discharge unit that discharges a recorded recording medium, a discharge tray that receives a discharged recording medium, a first blowing unit that is disposed above the discharge unit and blows air toward one surface of the recording medium to be discharged to the discharge tray, and a second blowing unit that is disposed between the discharge unit and the discharge tray and blows air toward the other surface of the recording medium to be discharged to the discharge tray, and a control unit that controls the first blowing unit and the second blowing unit, in which deformation of the recording medium to be discharged is suppressed by the wind of the first blowing unit and the second blowing unit and the recording medium is discharged.

Provided is a conveying apparatus, including: a conveying roller that conveys a recording medium; a first helical gear that rotates integrally with the conveying roller; a gear unit that engages with the first helical gear and generates a thrust force to the conveying roller. The gear unit includes a second helical gear and a third helical gear, and a thrust force that the conveying roller receives from the second helical gear acts in an opposite direction of a thrust force that the conveying roller receives from the third helical gear.

Provided is a recording device that includes a recording head that ejects a liquid, a discharge unit that discharges a recorded recording medium, a discharge tray that receives a discharged recording medium, a first blowing unit that is disposed above the discharge unit and blows air toward one surface of the recording medium to be discharged to the discharge tray, and a second blowing unit that is disposed between the discharge unit and the discharge tray and blows air toward the other surface of the recording medium to be discharged to the discharge tray, and a control unit that controls the first blowing unit and the second blowing unit, in which deformation of the recording medium to be discharged is suppressed by the wind of the first blowing unit and the second blowing unit and the recording medium is discharged.

A medium conveying apparatus includes a motor, a first shaft, a conveyance roller, a second shaft, a driven roller, and a presser. The motor generates a driving force. The first shaft is rotated by the driving force. The first shaft extends linearly in a direction perpendicular to a medium conveyance direction. The conveyance roller is fixed to the first shaft to convey a medium. The driven roller is mounted on the second shaft to rotate following the conveyance roller. The presser presses a center portion of the second shaft in a direction perpendicular to the medium conveyance direction to a downstream side in the medium conveyance direction.