Abstract: A recording apparatus which can prevent a drop of a recording head upon attachment of the recording head to a carriage is provided. When a head cartridge is attached/removed to/from a carriage, the carriage is moved to an overlapping position with a head supporting base and stopped there. Projection supporting portions to guide and support rough guide projections on both side surfaces of the head cartridge so as to be properly received to guides provided for the carriage are provided for the head supporting base.

Abstract: A recording apparatus which can prevent a drop of a recording head upon attachment of the recording head to a carriage is provided. When a head cartridge is attached/removed to/from a carriage, the carriage is moved to an overlapping position with a head supporting base and stopped there. Projection supporting portions to guide and support rough guide projections on both side surfaces of the head cartridge so as to be properly received to guides provided for the carriage are provided for the head supporting base.

Abstract: A recording apparatus which can prevent a dropping of a recording head upon attachment of the recording head to a carriage is provided. When a head cartridge is attached/removed to/from a carriage, the carriage is moved to an overlapping position with a head supporting base and stopped there. Projection supporting portions to guide and support rough guide projections on both side surfaces of the head cartridge so as to be properly received by guides provided for the carriage are provided for the head supporting base.

Abstract: The recording paper is transported to a paper inversion unit in such a manner that, when recording of a first surface of a recording paper is performed, the recording paper is transported to a position where a rear end of the recording paper is released from a pair of sheet transport rollers, the sheet transport roller and a pinch roller are released at the position, the recording paper is transported in a direction opposite to the direction in the first surface recording to the pair of sheet transport rollers by a pair of sheet discharge rollers, the sheet transport roller is pressed against the pinch roller again, and the transport of the recording paper in the reverse direction is further continued.

Abstract: A recording apparatus which can prevent a drop of a recording head upon attachment of the recording head to a carriage is provided. When a head cartridge is attached/removed to/from a carriage, the carriage is moved to an overlapping position with a head supporting base and stopped there. Projection supporting portions to guide and support rough guide projections on both side surfaces of the head cartridge so as to be properly received to guides provided for the carriage are provided for the head supporting base.

Abstract: A first sheet passing path from an automatic sheet supplying section to a recording section and a second sheet passing path leading to an automatic reversing section from the recording section and leading to the recording section from the automatic reversing section share a part of them with each other, and the shared sheet passing path is provided with a guide member movable from a first position for the first sheet passing path to a second position for the second sheet passing path in synchronism with separation of a pinch roller from a sheet feeding roller.

Abstract: A recording apparatus capable of preventing a recording medium from contacting a recording unit and causing a jam thereof on conveying is provided. The recording apparatus of the present invention has a paper feed roller placed further upstream in a conveying direction in a normal conveying direction of the recording medium than a record head for recording on recording paper and a sheet inverting portion for inverting the recording paper like a loop and feeding it to the paper feed roller. The recording apparatus is constituted to stand by, for a predetermined time, for the conveying of the recording paper in a state in which a leading end of a backside of the recording paper in the normal conveying direction is in the sheet inverting portion in the process of inverting the recording paper in the sheet inverting portion.

Abstract: To enable selective use of a sheet path for sheet inversion and a substantially linear sheet path for a recording medium of a high rigidity, thereby enabling to pass a recording medium of a large thickness or a high rigidity in a simple configuration without an increase in the dimension of the apparatus and in an attached state of a sheet inversion unit. A first sheet path extending from a 21 sheet conveying roller through a sheet inversion unit 2 and returning to the sheet conveying roller, and a second sheet path 131 extending substantially linearly at an upstream side of the sheet conveying roller are provided, a part of the first sheet path and the second sheet path is formed by a common sheet path, and a movable flap 104 for switching the sheet paths is provided in the shared sheet path.

Abstract: A recording apparatus capable of preventing a recording medium from contacting a recording unit and causing a jam thereof on conveying is provided. The recording apparatus of the present invention has a paper feed roller placed further upstream in a conveying direction in a normal conveying direction of the recording medium than a record head for recording on recording paper and a sheet inverting portion for inverting the recording paper like a loop and feeding it to the paper feed roller. The recording apparatus is constituted to stand by, for a predetermined time, for the conveying of the recording paper in a state in which a leading end of a backside of the recording paper in the normal conveying direction is in the sheet inverting portion in the process of inverting the recording paper in the sheet inverting portion.

Abstract: To enable selective use of a sheet path for sheet inversion and a substantially linear sheet path for a recording medium of a high rigidity, thereby enabling to pass a recording medium of a large thickness or a high rigidity in a simple configuration without an increase in the dimension of the apparatus and in an attached state of a sheet inversion unit. A first sheet path extending from a 21 sheet conveying roller through a sheet inversion unit 2 and returning to the sheet conveying roller, and a second sheet path 131 extending substantially linearly at an upstream side of the sheet conveying roller are provided, a part of the first sheet path and the second sheet path is formed by a common sheet path, and a movable flap 104 for switching the sheet paths is provided in the shared sheet path.

Abstract: The recording paper is transported to a paper inversion unit in such a manner that, when recording of a first surface of a recording paper is performed, the recording paper is transported to a position where a rear end of the recording paper is released from a pair of sheet transport rollers, the sheet transport roller and a pinch roller are released at the position, the recording paper is transported in a direction opposite to the direction in the first surface recording to the pair of sheet transport rollers by a pair of sheet discharge rollers, the sheet transport roller is pressed against the pinch roller again, and the transport of the recording paper in the reverse direction is further continued.

Abstract: A recording medium is stably conveyed to a sheet feeding roller when sheet is supplied from an automatic sheet supplying section, and when the recording medium is conveyed to an automatic reversing section for reversing a sheet, stable conveyance is made possible without contaminating a recorded result without abutment of a recorded surface to a sheet passing path.

Abstract: A feeding device has a loading unit for allowing one of a plurality of recording media and a storage case having a plurality of recording media contained therein to be selectively loaded thereon, a feeding roller for feeding the recording media from the loading unit, and ribs for preventing the storage case from floating to restrict the position of the storage case relative to the feeding roller.

Abstract: A feeding device has a loading unit for allowing one of a plurality of recording media and a storage case having a plurality of recording media contained therein to be selectively loaded thereon, a feeding roller for feeding the recording media from the loading unit, and ribs for preventing the storage case from floating to restrict the position of the storage case relative to the feeding roller.

Abstract: In a serial recording apparatus having three recording modes, i.e., normal, high-quality, and high-speed recording mode, sheet feed control satisfying requirements in these modes is performed. More specifically, high-speed sheet feed control is performed in the normal or high-speed recording mode, and low-noise sheet feed control with improved precision is performed in the high-quality recording mode although the speed is low.

Abstract: An ink jet recording method forms an ink jet image on a recording medium by serially moving an ink jet recording head having a plurality of ink discharge ports arranged in an array along a conveyance direction of the recording medium. The method includes the step of providing a platen having a planar section upstream in the conveyance direction and a slant section slanted downstream in the conveyance direction and in a direction parting from the ink discharge ports, opposed to an array of the ink discharge ports when the ink jet recording head serially moves. The method further includes the step of forming an ink jet image on the recording medium by ink discharge from the ink discharge ports when the ink jet recording head moves at least three times across a same area of the recording medium, a reverse side of which is supported by the platen.

Abstract: When the last line recording is effected by a recording head at a tail end portion of a sheet, the recording head is controlled not to be passed through a lateral edge of the sheet opposite to or remote from a floating preventing portion, whereby a recording apparatus and a method for controlling such a recording apparatus in which a recording range at the tail end portion of the sheet can be increased without interfering with a scanning operation of the recording means regardless of kinds of sheets.

Abstract: In the sheet conveying apparatus, convey force of a convey device is changed according to the load applied to a recording sheet in order to constantly convey the recording sheet reliably. A rotary sheet discharge body has convex and concave portions in order to reliably discharge the recording sheet regardless of resistance applied to the recording sheet. Highly frictional material is provided only around the end portions of the rotary sheet discharge body in order to reduce the manufacturing cost and improve the facility of assembly.

Abstract: A container for safekeeping an ink jet cartridge is provided with the main body of a container for storing an ink jet cartridge having a recording head unit, and an ink tank unit containing ink to be supplied to the recording head unit, a lid element for covering the inlet and outlet of the main body of the container for storing or removing the ink jet cartridge, an elastic cap member provided in the main body of the container for covering the recording head unit. This container for safekeeping an ink jet cartridge comprises a rib arranged on the inner wall surface of the lid element for exerting pressure on the recording head unit of the ink jet cartridge to press it to the elastic cap member; and a recess arranged on the inner wall surface of the main body of the container in a position corresponding to the location where the elastic cap member is arranged.

Abstract: A recording apparatus capable of making the image formation without reduction in recording quality is embodied. The recording apparatus comprises holding means for detachably holding a recording head for forming image on the recording medium, and positioning means for positioning the recording head at a predetermined position of the holding means in mounting the recording head on said holding means, characterized in that the positioning means has a first fitting meand for restraining the recording head in a first direction, and a second fitting means for restraining the recording head in a second direction, wherein restraining means is provided for fitting the second fitting means prior to the first fitting means in mounting the recording head on the holding means.