Abstract: A pneumatic transmission device includes a transmitting channel, an air inlet and an air supply device. The transmitting channel includes a first feeding path, a second feeding path, and a compressing path communicated between the first feeding path and the second feeding path. The compressing path is gradually inclined downward and rearward from a front end of the compressing path to a rear end of the compressing path. The second feeding path is equipped with a scanning unit. The air inlet is slantwise extended upward and frontward from a top wall of the transmitting channel. An inside of the air inlet defines a passageway. The passageway is connected with the second feeding path. The air supply device is connected to the passageway. The air supply device injects high pressure air into the passageway.

Abstract: A sheet electrical resistance measuring device includes: a housing having a gap for receiving a sheet therein; a sheet pulling member comprising a first and second rotating rollers that are disposed in the housing and pulls the sheet inserted into the gap; a stopper that is disposed in the housing and causes the sheet pulling member to stop pulling the sheet; and a pair of electrodes that is disposed in the housing and measures electrical resistance of the sheet which is stopped and brought into contact with the pair of electrodes. The sheet electrical resistance measuring is capable of reducing the likelihood of wrinkles to be occurred when inserting the sheet, thereby increasing measurement accuracy of the sheet electrical resistance measuring device.

Abstract: A sheet conveying device includes a corrector configured to correct a position of a sheet, and at least three detectors disposed in a sheet conveyance direction. Each of the at least three detectors is configured to detect a lateral end of the sheet according to a length of the sheet to be conveyed in the sheet conveyance direction. The corrector is configured to correct the position of the sheet based on detection results of each of the at least three detectors.

Abstract: A medium conveying apparatus includes a plurality of feed rollers, each feed roller rotating independently at a respective speed to feed a medium, a first sensor located on a downstream side of the plurality of feed rollers in a medium conveying direction and also in a central part in a direction perpendicular to the medium conveying direction, to detect the medium, a second sensor and a third sensor located on both sides of the first sensor in the direction perpendicular to the medium conveying direction, to respectively detect the medium, and a processor to change the speed of one of the plurality of feed rollers at least until the first sensor detects the medium when any of the second sensor or the third sensor detects the medium and the first sensor does not detect the medium within a predetermined time.

Abstract: A medium conveying apparatus includes a first optical sensor located on an upper part of the housing and in a central part of the housing in a direction perpendicular to a medium conveying direction, a second optical sensor located on an upper part of the housing and on a side of the first optical sensor in the direction perpendicular to the medium conveying direction, and a processor to detect a folding of a medium based on the first signal or the second signal, and stop feeding of the medium by the feed roller in accordance with a detection result of the folding of the medium. The first light emitter emits first light toward a downstream side of the medium in the medium conveying direction, and the second light emitter emits second light toward an upstream side of the medium in the medium conveying direction.

Abstract: An image printing apparatus includes a print head configured to print an image on a printing medium; a conveyance unit configured to convey the printing medium in a conveyance direction; a detection unit movable in an intersection direction intersecting the conveyance direction and configured to detect an end of the printing medium in the intersection direction; a cutting unit located downstream of a printing region of the print head in the conveyance direction and capable of cutting the printing medium by being moved in the intersection direction; and a control unit configured to control movement of the detection unit such that the detection unit detects a position of the end of the printing medium during movement of the cutting unit for a cutting operation of cutting the printing medium.

Abstract: A sheet feeding device includes a conveyance rotator, a separation rotator, a torque applier, a torque control circuit, and a torque transmission switcher. The conveyance rotator conveys a sheet in a sheet feeding direction. The separation rotator sandwiches the sheet together with the conveyance rotator. The torque applier applies a reverse torque to the separation rotator in a sheet reversing direction to reverse the sheet. The torque control circuit controls the reverse torque applied to the separation rotator to be equal to or less than a given value. The torque transmission switcher switches, between a transmission state and a non-transmission state, a state of a torque transmission path between the torque applier and the separation rotator. The transmission state is a state in which the reverse torque is transmitted. The non-transmission state is a state in which the reverse torque is not transmitted.

Abstract: An edge position detecting apparatus includes a light emitting device, a detecting device, and a calculating circuit. The light emitting device includes a plurality of light sources with different emission wavelengths. The light emitting device irradiates a conveyed object with linear light along a width direction of the conveyed object, the width direction being perpendicular to a conveying direction of the conveyed object. The detecting device detects, at a plurality of positions in the width direction of the conveyed object, intensity of reflected light of light emitted by the light emitting device. The calculating circuit calculates, based on a detection result of the detecting device, a position of an edge of the conveyed object in the width direction.

Abstract: An inkjet printing machine for printing individual sheets comprises at least one printing station and a transport system defining a transport track for transporting the individual sheets through the printing station, along a transport direction. The transport system comprises a plurality of gripper conveyors (150) running along the transport track for holding the individual sheets during a printing process in the printing station. Each of the gripper conveyors (150) comprises an energy storage (161) for providing energy for operating a gripper mechanism (171) of the gripper conveyor (150). The printing machine allows for efficient and flexible handling of individual sheets, in particular large format sheets of materials such as corrugated cardboard or other materials that have a certain degree of inherent stability.

Abstract: In a document feed device, in at least either one of a pair of first upstream conveyance rollers and a pair of first downstream conveyance rollers, at least a driven roller includes a plurality of driven rollers provided in a rotation axis direction, a first pressure load of a central driven roller against a drive roller is larger than a second pressure load of both-side driven rollers against drive rollers, and the second pressure load of the both-side driven rollers against the drive rollers is smaller than a third pressure load of a driven roller against a drive roller in a pair of second conveyance rollers other than the pair of first upstream conveyance rollers and the pair of first downstream conveyance rollers among a plurality of pairs of conveyance rollers.

Abstract: Some examples include a print system including a memory to store instructions and print data of a print job, a processor to execute the instructions in the memory to reference print data of a print job, determine a print parameter of the print job, and transform the print data and the print parameter into a conditioning modifier. The print system includes a print engine to dispense a print substance on a medium based on the print data to generate printed medium, and a conditioner to apply heat and pressure to the printed medium, the conditioner including a pressure roller assembly, and a controller to selectively increase a transport speed the pressure roller assembly based on the conditioning modifier and a position of the printed medium relative to the pressure roller assembly to selectively increase the speed of the printed medium through the conditioner.

Abstract: A printer for security paper, such as a multifunction printer, a printer, a facsimile machine or a copier, is configured to perform a printing operation by distinguishing between security paper and normal paper. The printer for security paper includes: security paper sensor disposed on a printing paper feeding path; and a control unit for comparing a first sensing value sensed by the security paper sensor when printing paper to be determined is not present near the security paper sensor with one or more second sensing values sensed by the security paper sensor for the corresponding printing paper on the feeding path, during the course of conveying the corresponding printing paper on the feeding path, determining printing paper as security paper when a comparison value is above a predefined reference value, and determining printing paper as normal paper when the comparison value is below the predefined reference value.

Abstract: A sheet feeding apparatus includes a first detection device that outputs a first signal upon detecting a stacked sheet and outputs a second signal upon detecting no sheet, and a second detection device that outputs a third signal when a sheet stacking member is above a predetermined position and outputs a fourth signal in a case where the stacking member is below the predetermined position A control unit controls movement of sheet stacking member by restricting movement of the stacking member when the second signal is output and the third signal is output when power of the sheet feeding apparatus is turned on. The second detection device includes a switch that emits the third signal while abutting a moving member that moves with the sheet stacking member and emits the fourth signal while being separated from the moving member.

Abstract: A medium conveying apparatus includes a first optical sensor located on an upper part of the housing and in a central part of the housing in a direction perpendicular to a medium conveying direction, a second optical sensor located on an upper part of the housing and on a side of the first optical sensor in the direction perpendicular to the medium conveying direction, and a processor to detect a folding of a medium based on the first signal or the second signal, and stop feeding of the medium by the feed roller in accordance with a detection result of the folding of the medium. The first light emitter emits first light toward a downstream side of the medium in the medium conveying direction, and the second light emitter emits second light toward an upstream side of the medium in the medium conveying direction.

Abstract: An image forming apparatus comprises an accommodating unit that accommodates recording materials and has a regulating plate that regulates a trailing edge of the recording material in a feeding direction, detects a recording material fed from the accommodating unit, and measures time from a predetermined timing until a recording material is detected. An information processing apparatus receives time data obtained by a measuring unit from the image forming apparatus, classifies a plurality of time data received from a reception unit into a first group and a second group in accordance with a length of time, and determines using time data included in the first group and the time data included in the second group whether a position of the regulating plate is misaligned in relation to a reference position that corresponds to a size of the recording material accommodated on the accommodating unit.

Abstract: A liquid ejection apparatus includes a first control unit, a light projection unit, a light reception unit, a determination unit, and a liquid ejection head. The first control unit is configured to change a threshold for determining a lifting of a recording medium conveyed along a conveyance path according to thickness of the recording medium. The light projection unit is configured to emit a detection beam for detecting the lifting of the recording medium. The light reception unit is configured to receive the detection beam. The determination unit is configured to determine the lifting of the recording medium, when the recording medium is detected with a height greater than the threshold by the detection beam. The liquid ejection head is configured to eject liquid to the recording medium.

Abstract: A printing apparatus includes a feeding roller configured to feed sheets, including at least a preceding sheet and a succeeding sheet, a conveyance roller configured to convey the sheets fed by the feeding roller, and a printing unit configured to print on at least one sheet, of the sheets conveyed by the conveyance roller. A conveyance control unit controls the conveying of the sheets by the conveyance roller to form an overlap state, in which a leading edge of the succeeding sheet overlaps with the preceding sheet. In a case in which the conveyance roller conveys the succeeding sheet to a printing start position at which a printing operation is started by the printing unit, and the conveyance control unit forms the overlap state, the printing unit is configured to print on an overlapping area in which the preceding sheet and the succeeding sheet overlap.

Abstract: A flange portion extending outward from a main shaft portion is disposed outside a side plate with respect to a position of an attachment member in a main direction when the attachment member is mounted to the side plate. A restriction slot is formed in the attachment member such that the flange portion can be fitted in and pass through the restriction slot. In the middle of the process where the attachment member is mounted to a second side plate in the main direction, the flange portion is fitted in the restriction slot, thereby the sheet detecting member is restricted from rotating, and one of a pair of projection portions of a sheet guide member is inserted in a hole of the attachment member.

Abstract: A printing apparatus includes an apparatus main body that houses the printing unit therein, and that includes a paper feeding port provided on the upper surface; an upper feeding path configured to guide the medium fed from the paper feeding port and including a first curved portion in a middle portion thereof for inverting the medium; a medium housing portion configured to house the medium; and a lower feeding path configured to guide the medium from the medium housing portion and including a second curved portion in a middle portion thereof for inverting the medium in a course of the guidance, in which an innermost portion of the first curved portion overlaps the second curved portion in a depth direction from the front surface toward a rear surface, which is on a side opposite to the front surface, of the apparatus main body when viewed from the upper surface.

Abstract: A feeding apparatus includes a feeding member, first and second conveying members, a separation member, and drive and control units. The feeding member feeds a recording material placed on a tray. The separation member and the first conveying member form a nip portion and separates recording materials at the nip portion. The second conveying member conveys a conveyed recording material. The drive unit drives at least the feeding member. The control unit controls to feed first and second recording materials such that a second recording material front edge passes the nip portion before a first recording material rear edge passes the nip portion, and controls to stop the second recording material after the second recording material front edge has passed the nip portion such that the first recording material rear edge reaches the second conveying member before the second recording material front edge reaches the second conveying member.

Abstract: According to one embodiment, an image forming apparatus includes a document platen, a document cover for covering the document platen during scanning, the document cover having a through-hole into which an original document can be inserted for placement on the document platen for scanning while the document cover is covering the document platen, a scanner that scans the original document on the document platen to image data corresponding to the original document, and a printing unit that prints an image of the original document corresponding to the image data obtained by the scanner.

Abstract: A sheet feeding device includes: a sheet storage that stores a plurality of sheets; a conveyer that conveys, in a sheet conveyance direction, sheets stored inside the sheet storage; a driver that drives the conveyer in such a manner that a conveyance speed of the sheet is switchable between two or more speeds; a corrector that corrects inclination of the sheet more on a downstream side in the sheet conveyance direction than the conveyer is; a first sheet detector that detects a sheet positioned at a first predetermined position between the conveyer and the corrector; and a hardware processor that controls the driver to change a conveyance speed of the sheet conveyed by the conveyer in accordance with a detection result of the first sheet detector.

Abstract: Disclosed is a recording apparatus including a recording head that performs recording with respect to a medium at a prescribed distance, a contact section that is capable of being in contact with the medium, a carriage that changes a relative location between the medium and the contact section, and an ultrasonic sensor that is capable of sensing an ultrasonic wave which is generated in a case where the medium is in contact with the contact section. The carriage changes the relative location such that a relative velocity between the medium and the contact section is over a prescribed value (transport velocity of the medium), and the ultrasonic sensor is capable of detecting a state of the medium by sensing the ultrasonic wave.

Abstract: In one example, a printing device is described. The printing device may include a transport roller to move a print medium through the printing device, a sensor to detect a trailing edge of the print medium, a processor, and a non-transitory computer-readable medium storing instructions. In one example, the instructions, when executed by the processor, cause the processor to move the print medium toward an output of the printing device via the transport roller after a printing to the print medium, detect the trailing edge of the print medium via the sensor during a movement of the print medium via the transport roller, and hold the print medium in a position in contact with the transport roller, in response to a detection of the trailing edge of the print medium via the sensor.

Abstract: Disclosed is an image forming apparatus, including: a transfer portion configured to convey a sheet and to transfer a toner image to the sheet; a fixing portion configured to convey the sheet at a fixing conveying velocity and to fix the toner image; and a control portion configured to control the fixing portion such that the fixing conveying velocity is changed to a first velocity or to a second velocity which is lower than the first velocity, wherein the control portion can set a plurality of velocity bands each of which is a combination of the first velocity and the second velocity, the control portion can perform a changing of the velocity band a several times based on the state of the loop of the sheet while the transfer portion and the fixing portion are conveying the sheet.

Abstract: A document reader includes: a scanner unit; an ADF; a hinge that connects the scanner unit and the ADF in a way that the ADF is openable from and closable to the scanner unit by turning around a turn shaft of the hinge; and a positioning mechanism. The hinge includes a pressing member that holds the ADF open, and is arranged on a back side of the scanner unit with the turn shaft located above the pressing member. The positioning mechanism includes: a projecting portion located below the turn shaft, and formed on a surface of the hinge intersecting an axial direction of the turn shaft; a slit formed in the scanner unit, and brought into engagement with the projecting portion; and an adjusting screw that presses a lower part of the hinge from the back side of the scanner unit.

Abstract: A paper feeder includes a lift plate, a pickup roller, a feed roller, a retard roller, a rotation-count detection sensor, and a control unit. The rotation-count detection sensor outputs a rotation-count detection signal. The rotation-count detection signal indicates a rotation count of the retard roller. The control unit detects the rotation count of the retard roller based on the rotation-count detection signal. The lift plate separates from the pickup roller before the control unit detects the rotation count of the retard roller. The feed roller is driven when the control unit detects the rotation count of the retard roller. The retard roller is in abutting contact with the feed roller when the control unit detects the rotation count of the retard roller. The control unit determines whether replacement of the retard roller is necessary or not, based on the detected rotation count of the retard roller.

Abstract: In accordance with an embodiment, a paper feed apparatus comprises a paper feed section, a separation section, an abutting section and a friction force variable section. The paper feed section feeds an image receiving medium. The separation section is arranged at the downstream side of the paper feed section in a conveyance direction of the image receiving medium. In a case in which a plurality of the image receiving media fed from the paper feed section is overlapped, the separation section separates the plurality of the image receiving media that is overlapped. The abutting section abuts against the image receiving medium fed from the paper feed section. The friction force variable section changes a friction force of the abutting section against the image receiving medium.

Abstract: An edge detection device that detects an edge position in a width direction orthogonal to a conveying direction of a conveyance object, and includes: a photoelectric converter that is arranged in a conveyance path of the object and includes photoelectric conversion elements aligned along the width direction; a binarizer that binarizes an output from each of the photoelectric conversion elements by threshold comparison; a detector that detects a position of the photoelectric converter at which a binarized value is switched; a storage that stores therein a detection range as a range used for edge detection among the photoelectric conversion elements for each size of the object; and a determiner that reads out the detection range corresponding to the size of the object from the storage and determines a position detected by the detector within the detection range to be an edge position in the width direction of the object.

Abstract: After a detection flag and a detection member are integrally rotated as a result of the detection flag being pushed by a sheet, the detection flag is rotated relative to the detection member, with the detection member being in contact with an abutting portion.

Abstract: A paper sheet handling apparatus that recognizes by using a recognition unit and counts paper sheets being transported via a transport path includes a dust tray that is arranged inside a housing of the paper sheet handling apparatus for collecting dust generated inside the housing and that can be pulled out of the paper sheet handling apparatus from a front surface thereof.

Abstract: User labor relating to determining on an alignment condition is reduced and a stable conveying operation is realized by aligning a sheet bundle also when a sheet bundle is added. A sheet bundle composed of multiple sheet materials is placed on a loading platform. An encoder pulse unit detects the amount of the sheet bundle placed on the loading platform based on the opening amount of a pressure plate. A control unit determines on an alignment condition according to the amount of the sheet bundle. Rotating members align the sheet bundle in accordance with the alignment condition. When it is determined that another sheet bundle has been added to the loading platform, the control unit updates the alignment condition according to the total amount of the other sheet bundle and the sheet bundle remaining on the loading platform.

Abstract: The document conveying apparatus includes a document tray, a butted part with which leading edges of a plurality of documents stacked on the document tray are butted, a roller for conveying a document stacked at a lowermost position, a pressurizing module for pressurizing, from above, the documents stacked on the document tray, a separator, a first detector, provided between the butted part and the separator in a document conveying direction, for detecting a conveyed document, and a control module for causing the pressurizing module to pressurize the documents stacked on the document tray and causing the roller to rotate with a first speed until the first detector detects a document. In a case where the first detector detects a document, the control module reduces a force with which the pressurizing module pressurizes the documents and causes the roller to rotate with a second speed slower than the first speed.

Abstract: A sheet transporting apparatus is provided, including a transport mechanism provided with a roller, a motor, a controller, and a measuring input unit, wherein a transport route has a curved area for inverting the sheet, and the controller is constructed such that the control on the motor is executed by a closed loop control system by using a measured value of an control output at an initial stage of the transport of a sheet from a tray, and the control on the motor is switched from the control performed by the closed loop control system to control performed by an open loop control system on condition that a preset phenomenon arises after the sheet is taken out of the tray.

Abstract: A target transport apparatus includes a transport roller pair that has a plurality of segmented roller members disposed at intervals in a width direction that intersects with a transport direction of continuous paper and that imparts a transport force on the continuous paper by the segmented roller members pinching the continuous paper; and an image capturing unit, disposed in a location that corresponds to a pinched area in the width direction of the continuous paper that is pinched by the segmented roller members and to the pinched area along the transport direction, that detects, without making contact with the continuous paper, an amount by which the continuous paper is transported by the transport roller pair.

Abstract: A sheet conveying device includes: a sending unit configured to send an ultrasonic wave; a receiving unit positioned to face the sending unit across a conveyance path, along which a sheet is conveyed, and configured to receive a first ultrasonic wave, the first ultrasonic wave being an ultrasonic wave sent from the sending unit and passed through the sheet, and output a first voltage corresponding to the first ultrasonic wave; an adjusting unit configured to adjust the first voltage into an adjusted first voltage according to a setting; an amplification unit configured to amplify the adjusted first voltage by a preset amplification factor for multi-feed determination into an amplified first voltage; and a determining unit configured to determine whether or not multi-feed of the sheet has occurred based on the amplified first voltage.

Abstract: Systems and methods for deskewing a media object may include receiving, at a deskew of a self-service terminal, the media object. The method may also include engaging a drive member to position the media object into a first position within the deskew. A deskew member may be engaged in a first direction to position the media object into a second position within the deskew. The deskew member may be engaged in a second direction to position the media object into a third position within the deskew.

Abstract: An image forming apparatus, including a reading device and a controller to control the reading device to execute a reading operation, is provided. The controller in the reading operation executes a leading edge detecting process, wherein a leading edge of an original sheet is detected from image data acquired through the reading device; a trailing edge detecting process, wherein a trailing edge of the original sheet is detected from the image data acquired through the reading device; a determining process, wherein one of the leading edge and the trailing edge to be used to correct the image data acquired through the reading device is determined based on conditions of the detected leading edge and the trailing edge; and a correcting process, wherein the image data is corrected by use of the determined one of the leading edge and the trailing edge determined in the determining process.

Abstract: A sheet feeding device includes a raising and lowering portion, a first detecting portion, a feeding portion, a second detecting portion, and a controller. When a change in a state of the feeding roller from a state of being in an uppermost sheet feedable position to a state of being not in the uppermost sheet feedable position is detected by the second detecting portion and then a change in a state of the uppermost sheet from a state of being in a feeding position to a state of being not in the feeding position is detected by the first detecting portion, the controller controls the raising and lowering portion to raise the stacking member on the basis of a correction amount determined based on a time from change timing of the second detecting portion to change timing of the first detecting portion.

Abstract: A first actuator is detected at a first detection position by a detecting unit when no sheet is held on a feed tray, and is not detected at a first non-detection position by the detecting unit when the first actuator is in contact with a sheet held on the feed tray. A second actuator is detected at a second detection position by the detecting unit when the second actuator is in contact, at a predetermined position downstream of the first actuator in a conveying direction, with a sheet conveyed, and is not detected at a second non-detection position by the detecting unit when the second actuator is out of contact, at the predetermined position, with the sheet conveyed. A restricting member restricts the first actuator from moving from the first non-detection position to the first detection position when the second actuator is at the second detection position.

Abstract: A paper sheet handling apparatus that recognizes by using a recognition unit and counts paper sheets being transported via a transport path includes a dust tray that is arranged inside a housing of the paper sheet handling apparatus for collecting dust generated inside the housing and that can be pulled out of the paper sheet handling apparatus from a front surface thereof.

Abstract: An apparatus for automatic placement of gaskets on a housing includes a base, the second feeding mechanism, a first detecting member, a bearing mechanism, an assembly mechanism, and a controller. The first detecting member can detect the position of the gaskets relative to the preset position. The detected results are transmitted to the controller by the first detecting member. The controller controls the second feeding mechanism to accurately adjust the position of the gaskets to preset position. Therefore, a projection of the gasket is accurately engaged in a mounting hole of the housing by the assembly mechanism.

Abstract: An image recording apparatus, including a tray, a chassis defining a first conveyer path and a second conveyer path, a base member including a guiding section that forms a part of the second conveyer path, a recording unit, and a conveyer roller to convey the sheet in the first conveyer path in a first conveying direction, is provided. The second conveyer path guides an inverted sheet from an upstream of the recording unit with regard to the first conveying direction to the first conveyer path through a curved path. The guiding section includes a first guiding plane, which forms a part of the second conveyer path on an upstream of the curved path with regard to the second conveying direction, and a second guiding plane, which adjoins the first guiding plane along a widthwise direction and is formed to dent with respect to the first guiding plane.

Abstract: A document conveyance device according to the present disclosure includes a document conveyance path, a first actuator, a second actuator, and an optical sensor. The first actuator is disposed in the document conveyance path. The second actuator is disposed on a more downstream side than the first actuator in the document conveyance path in the document conveyance direction. An output state of the optical sensor is switched based on pivoting of the first actuator and second actuator. A tip end of the document passes the first actuator, whereby the optical sensor outputs a first output indicating a first state, the tip end of the document passes the second actuator, whereby the optical sensor outputs a second output indicating a second state, and a rear end of the document passes the first actuator, whereby the optical sensor outputs the first output.

Abstract: An image forming apparatus indicates on a display a message prompting placement of paper, which is to be placed in a cassette, on a reading device and issuance of an instruction to start reading, in order to set a size of paper placed in the cassette. When touch of a button is detected after the message is indicated and a user operation giving an instruction to start reading is accepted, the image forming apparatus detects the size of placed paper using the reading device. The image forming apparatus then sets the size of paper placed in the cassette to the detected size.

Abstract: A multifunction device includes a case having a document tray provided in an upper part, a cover section provided above the case and covering the document tray, a reading section held in an inside part of the case and scanning a document that is placed in the document tray, a recording section held in the inside of the case and recording on a paper as a recoding medium, an inserting section inserting the document between the document tray and the cover section, and an opening section for discharging a recording medium provided in the case and discharging the paper recorded by the recording section. The inserting section functions as an exit that discharges the document from between the document tray and the cover section.

Abstract: According to an embodiment, an image forming apparatus has an image forming unit, a transfer unit, a fixing unit, a first conveying path, a second conveying path, and a control unit. The image forming unit forms a toner image. The control unit controls execution of a print-less sheet passing processing in which, in a state where a toner image forming operation of the image forming unit is stopped, the first conveying path and the second conveying path convey a sheet to the transfer unit again through the transfer unit and the fixing unit. The control unit controls the execution of the toner image forming operation to the sheet subjected to the print-less sheet passing processing.

Abstract: A printer includes a device main body having a recording head, and a double-sided printing unit that forms an inverting transport path for inverting a medium fed from the side on which the recording head is located and that is configured to be mountable in and removable from the device main body. A photosensor that detects paper within the double-sided printing unit when the double-sided printing unit is mounted in the device main body detects the paper within the double-sided printing unit via an opening provided in an upper area of the double-sided printing unit.

Abstract: A recording medium setting device includes a base plate on which recording media are set; guide members being moved in a width direction of the recording media that are set on the base plate; a contact detection unit detecting a contact between the guide members and the recording media; an approach unit moving the guide members in a direction so as to sandwich the recording media set on the base plate until the contact detection unit detects the contact between the guide members and the recording media; and an additional approach unit moving the guide members, moved by the approach unit, at a predetermined distance in the direction to squeeze the recording media after the contact detection unit detects the contact between the guide members and the recording media.

Abstract: A printer includes a scanner unit which reads a document; a recording portion which records information read by the scanner unit; and a tilt panel which constitutes the scanner unit and an operation portion of the recording portion. A printer executes a division reading mode which obtains image information of the entire document by linking image information obtained via a plurality of times of a document reading operation, with respect to the document of which the size is greater than the size of the document reading area. The image information of the entire document can be obtained by sequentially linking a predetermined image position of an ending position side of an image obtained by a first document reading operation and a predetermined image position of an initiating position side of an image obtained by the following document reading operation, in a linking direction of the image.