Abstract: A mounting substrate includes: a base; and at least one pair of wiring patterns disposed apart from each other on the base. At least one of the wiring patterns has a mounting portion, which is configured to support an electronic part thereon and which is rectangular in a plan view. The at least one of the wiring patterns defines a hole, which exposes a part of the base and which is disposed in at least a part of an outer edge of the mounting portion.

Abstract: A mounting substrate includes: a base; and at least one pair of wiring patterns disposed apart from each other on the base. At least one of the wiring patterns has a mounting portion, which is configured to support an electronic part thereon and which is rectangular in a plan view. The at least one of the wiring patterns defines a hole, which exposes a part of the base and which is disposed in at least a part of an outer edge of the mounting portion.

Abstract: A manufacturing method of a light emitting device includes a light emitting element disposed over a substrate and a reflective resin disposed along the side surface of the light emitting element. The method includes disposing light emitting elements in a matrix over an aggregate substrate, and disposing a semiconductor element between the adjacent light emitting elements in one direction of column and row directions of the light emitting elements in the matrix. A reflective resin is disposed to cover the semiconductor elements along the side surfaces of the light emitting elements and the side surfaces of the phosphor layers. The reflective resin and the substrate disposed in between the adjacent light emitting elements is cut in the column or row direction and between the light emitting element and the adjacent semiconductor element in the other direction, to include a light emitting element or a semiconductor element.

Abstract: A manufacturing method of a light emitting device includes a light emitting element disposed over a substrate and a reflective resin disposed along the side surface of the light emitting element. The method includes disposing light emitting elements in a matrix over an aggregate substrate, and disposing a semiconductor element between the adjacent light emitting elements in one direction of column and row directions of the light emitting elements in the matrix. A reflective resin is disposed to cover the semiconductor elements along the side surfaces of the light emitting elements and the side surfaces of the phosphor layers. The reflective resin and the substrate disposed in between the adjacent light emitting elements is cut in the column or row direction and between the light emitting element and the adjacent semiconductor element in the other direction, to include a light emitting element or a semiconductor element.

Abstract: A manufacturing method of a light emitting device includes a light emitting element disposed over a substrate and a reflective resin disposed along the side surface of the light emitting element. The method includes disposing light emitting elements in a matrix over an aggregate substrate, and disposing a semiconductor element between the adjacent light emitting elements in one direction of column and row directions of the light emitting elements in the matrix. A reflective resin is disposed to cover the semiconductor elements along the side surfaces of the light emitting elements and the side surfaces of the phosphor layers. The reflective resin and the substrate disposed in between the adjacent light emitting elements is cut in the column or row direction and between the light emitting element and the adjacent semiconductor element in the other direction, to include a light emitting element or a semiconductor element.

Abstract: A manufacturing method of a light emitting device includes a light emitting element disposed over a substrate and a reflective resin disposed along the side surface of the light emitting element. The method includes disposing light emitting elements in a matrix over an aggregate substrate, and disposing a semiconductor element between the adjacent light emitting elements in one direction of column and row directions of the light emitting elements in the matrix. A reflective resin is disposed to cover the semiconductor elements along the side surfaces of the light emitting elements and the side surfaces of the phosphor layers. The reflective resin and the substrate disposed in between the adjacent light emitting elements is cut in the column or row direction and between the light emitting element and the adjacent semiconductor element in the other direction, to include a light emitting element or a semiconductor element.

Abstract: A sheet stacking tray apparatus for receiving sheets discharged from an image forming apparatus such as a printer or copying machine. The sheets are correctly stacked, that is, without inclination or deviation. The tray apparatus according to the present invention is such that the speed at which the sheet is discharged to the tray apparatus is reduced when the tray apparatus receives the sheet material. And, the sheet is laterally shifted so as to correct the lateral deviation thereof. The tray is lowered in accordance with the amount of the sheets so as to keep a proper height thereof with respect to the discharging outlet from which it receives the sheet. An auxiliary sheet stacking plate is provided operable in association with the lowering of the tray so as to raise the sheet receiving side thereof so as to keep the sheet material on the tray horizontal.

Abstract: A sheet stacking tray apparatus for receiving sheets discharged from an image forming apparatus such as a printer or copying machine. The sheets are correctly stacked, that is, without inclination or deviation. The tray apparatus according to the present invention is such that the speed at which the sheet is discharged to the tray apparatus is reduced when the tray apparatus receives the sheet material. And, the sheet is laterally shifted so as to correct the lateral deviation thereof. The tray is lowered in accordance with the amount of the sheets so as to keep a proper height thereof with respect to the discharging outlet from which it receives the sheet. An auxiliary sheet stacking plate is provided operable in association with the lowering of the tray so as to raise the sheet receiving side thereof so as to keep the sheet material on the tray horizontal.

Abstract: A sheet finisher apparatus includes a supporting device for supporting a stack of sheets; a stapler; a moving mechanism for moving the stapler between a clinching position for clinching the sheets on the supporting device by the stapler and a retracted position away from the clinching position; a clinching mechanism for effecting the stapling action of the stapler at the clinching position; and a drive transmitting device for effecting by one driving source movement of the stapler by the moving mechanism and a clinching operation by the clinching mechanism.

Abstract: An image forming apparatus having a carriage carrying plural developing unit is movable along a rectilinear predetermined path to provide a desired developing unit adjacent a photosensitive member of the image forming apparatus. The developing unit is moved to a developing position by moving the unit in a direction perpendicular to the direction of the carriage movement using the moving force used for moving the carriage.

Abstract: A sheet stacking tray apparatus for receiving sheets discharged from an image forming apparatus such as a printer or copying machine. The sheets are correctly stacked, that is, without inclination or deviation. The tray apparatus according to the present invention is such that the speed at which the sheet is discharged to the tray apparatus is reduced when the tray apparatus receives the sheet material. And, the sheet is laterally shifted so as to correct the lateral deviation thereof. The tray is lowered in accordance with the amount of the sheets so as to keep a proper height thereof with respect to the discharging outlet from which it receives the sheet. An auxiliary sheet stacking plate is provided operable in association with the lowering of the tray so as to raise the sheet receiving side thereof so as to keep the sheet material on the tray horizontal.

Abstract: An original document feeder is provided with a first sheet path for guiding a document from stacker to below after inversion, a second sheet path branched from the first sheet path in a switchback fashion for guiding the sheet to a process position, and a third sheet path branched from the first sheet path in a switchback fashion for discharging the sheet, discharged from the process position, to a receiver after inversion.

Abstract: A sheet original feeding apparatus includes a sheet original stacking tray on which sheet originals to be treated are stacked as an original stack; a sheet original separating means for separating and supplying the sheet original one by one from the bottom of the original stack stacked on the sheet original stacking tray; a sheet original feeding path for directing the sheet original separated by the sheet original separating means; a sheet original feeding means for feeding the sheet original directed by the original feeding path to an image reading portion; a sheet original ejecting path for ejecting the sheet original fed by the sheet original feeding means to the sheet original stacking tray; and an auxiliary sheet original feeding apparatus which can be connected to the sheet original ejecting path.

Abstract: An invention document feeder is provided with a first sheet path for guiding a document from stacker to below after inversion, a second sheet path branched from the first sheet path in a switchback fashion for guiding the sheet to a process position, and a third sheet path branched from the first sheet path in a switchback fashion for discharging the sheet, discharged from the process position, to a receiver after inversion.

Abstract: A sheet original feeding apparatus comprises a sheet original stacking tray on which sheet originals to be treated are stacked as an original stack. A sheet original separator separates and supplies the sheet original one by one from the bottom of the original stack stacked on the sheet original stacking tray. A sheet original feeding path is provided for directing the sheet original separated by the sheet original separator. A sheet original feeder feeds in a forward direction the sheet original directed by the original feeding path to an image reading portion. The sheet original feeding means is also operable in a reverse direction, and the sheet original feeding path is arranged at one side of the sheet original feeder. A first sheet original ejecting path is further provided for returning the sheet original fed in the reverse direction by the sheet original feeder to the sheet original stacking tray from a same side of the sheet original feeder as the sheet original feeding path.

Abstract: A sheet sorting device having a plurality of bin trays has a resilient member for imparting to a bin tray support member a force in the direction opposite to the direction of gravity and reducing a load applied to a bin tray drive source. A detecting device for stopping the driving of the drive source detects the movement of the drive source when the drive source moves up or down relative to the bin trays. Drive source has two lead portions, smooths the movement of the bin group and makes the amount of opening between the bins always constant.

Abstract: A sheet sorting device having a plurality of bin trays has a resilient member for imparting to a bin tray support member a force in the direction opposite to the direction of travity and reducing a load applied to bin tray driving means. Detecting means for stopping the driving of the driving means detects the movement of the driving means when the driving means moves up or down relative to the bin trays. Cam means has two lead portions, smoothes the movement of the bin group and makes the amount of opening between the bins always constant.

Abstract: A sheet sorting device having a plurality of bin trays has a resilient member for imparting to a bin tray support member a force in the direction opposite to the direction of gravity and reducing a load applied to a bin tray drive source. A detecting device for stopping the driving of the drive source detects the movement of the drive source when the drive source moves up or down relative to the bin trays. A cam member has two lead portions, smooths the movement of the bin group and makes the amount of opening between the bins always constant.

Abstract: An original feeding device has a supporting device for supporting originals thereon, a partition sheet inserted between a plurality of aggregations of originals supported on the supporting device for the partition of the aggregations of originals, a feed device for feeding the supported originals one by one, a sheet path for directing the originals fed by the feed device to an original processing station, and a device provided in the sheet path to detect the partition sheet fed by the feed device and detect the partition between the aggregations of originals.

Abstract: This specification discloses an automatic original feeding device for automatically feeding an original to an optical processing station in an image forming apparatus body. The automatic original feeding device is characterized by original feeding means having a guide for guiding the original to the optical processing station, conveying means for conveying the original guided by the guide to the optical processing station, and drive transmitting means for driving the conveying means by movement of the original carriage of the image forming apparatus, and change-over means for selectively restraining the original feeding means with respect to the image forming apparatus body or the original carriage. The specification also discloses an image forming apparatus provided with such automatic original feeding device.