Abstract: A printing position and cutting position adjusting method includes: printing on a medium an origin point adjusting image having multiple checking blocks using an ink-jet head; cutting the medium using a cutting head along a contour of the origin point adjusting image; removing a part of the medium cut by the cutting head from the medium; and inputting an amount of misalignment between a position at which the image is printed on the medium and a position at which the medium is cut to a controller. The amount of misalignment is inputted as a correction value between the printing position and the cutting position. The printing of the origin point adjusting image or the cutting of the medium includes a check process of producing a position shift per a predetermined dimension by each checking block in a main scanning direction or a sub scanning direction of the ink-jet head.

Abstract: A printing position and cutting position adjusting method includes: printing on a medium an origin point adjusting image having multiple checking blocks using an ink-jet head; cutting the medium using a cutting head along a contour of the origin point adjusting image; removing a part of the medium cut by the cutting head from the medium; and inputting an amount of misalignment between a position at which the image is printed on the medium and a position at which the medium is cut to a controller. The amount of misalignment is inputted as a correction value between the printing position and the cutting position. The printing of the origin point adjusting image or the cutting of the medium includes a check process of producing a position shift per a predetermined dimension by each checking block in a main scanning direction or a sub scanning direction of the ink-jet head.

Abstract: A printing position and cutting position adjusting method includes: printing a correction value deriving image on a medium, the correction value deriving image is used to calculate a value of correction of an ink-jet head in a sub scanning direction relative to image data of an image, during the image is printed on the medium by the ink-jet head that discharges an ink on the medium for printing; calculating a ratio, in the sub scanning direction, of the image printed on the medium to the image data based on the correction value deriving image; and printing the image on the medium using the ink-jet head and cutting the medium using a cutting head based on the image data. The cutting head, during cutting the medium based on the image data, cuts the medium at a cutting position in the sub scanning direction corrected based on the value of correction.

Abstract: A printing position and cutting position adjusting method includes: printing a correction value deriving image on a medium, the correction value deriving image is used to calculate a value of correction of an ink-jet head in a sub scanning direction relative to image data of an image, during the image is printed on the medium by the ink-jet head that discharges an ink on the medium for printing; calculating a ratio, in the sub scanning direction, of the image printed on the medium to the image data based on the correction value deriving image; and printing the image on the medium using the ink-jet head and cutting the medium using a cutting head based on the image data. The cutting head, during cutting the medium based on the image data, cuts the medium at a cutting position in the sub scanning direction corrected based on the value of correction.

Abstract: A cutting device includes a guide rail opposing a platen, a printer head that prints an image and Trim marks on a sheet member, a cutter blade that performs a cutting process on the sheet member, a medium feeding mechanism that feeds the sheet member from front and back, a Trim mark detection portion that detects positions of the reference marks, and a controller that sets a cutting process position to correspond to a printing position of the image, prints the image and Trim marks while feeding the sheet member forward, detects the positions of the Trim marks with the Trim mark detection portion, and performs the cutting process with the cutter blade in the cutting process position set by the controller.

Abstract: A cutting device includes a guide rail opposing a platen, a printer head that prints an image and Trim marks on a sheet member, a cutter blade that performs a cutting process on the sheet member, a medium feeding mechanism that feeds the sheet member from front and back, a Trim mark detection portion that detects positions of the reference marks, and a controller that sets a cutting process position to correspond to a printing position of the image, prints the image and Trim marks while feeding the sheet member forward, detects the positions of the Trim marks with the Trim mark detection portion, and performs the cutting process with the cutter blade in the cutting process position set by the controller.

Abstract: A printer cutter includes a head device, a cutter device, a cutting controller, and a print controller. The head device is to print an image on a medium. The head device is relatively movable with respect to the medium. The cutter device is to cut the medium. The cutter device is relatively movable with respect to the medium. The cutting controller is configured to cut a printing region of the medium on which the image is to be printed by using the cutter device before the image is printed in the printing region. The print controller is configured to print the image in the printing region by using the head device after the printing region has been cut by the cutting controller.

Abstract: A medium transport apparatus includes a feeding roller configured to rotate around a rotational axis. A guide rail extends along the rotational axis. A slider is supported by the guide rail and movable along the rotational axis. A rotatable pinch roller is configured to clamp medium between the feeding roller and the pinch roller to move the medium. A lever is connected to the pinch roller and movable to change a clamping state with respect to the medium between the feeding roller and the pinch roller. An arm is connected to the slider and configured to take an engaging position where the arm moves the lever to change the clamping state when the slider moves along the rotational axis and a standby position where the arm is not engaged with the lever when the slider moves along the rotational axis.

Abstract: A printer-plotter includes a guide rail, a first head, a second head, a driving device, a first connecting mechanism and a second connecting mechanism. The guide rail extends in a longitudinal direction. The first head is supported by the guide rail and movable along the longitudinal direction. The second head is supported by the guide rail and movable independently of the first head along the longitudinal direction. The driving device includes a driving force transmitting member and a driving mechanism configured to move the driving force transmitting member. The first connecting mechanism is configured to detachably connect the first head to the driving force transmitting member. The second connecting mechanism is configured to detachably connect the second head to the driving force transmitting member.

Abstract: A printer-plotter includes first and second heads which are supported by a guide rail and are movable along a longitudinal direction of the guide rail, independently. A driving member is supported by the guide rail and configured to move along the longitudinal direction between the first head and the second head. A first connecting mechanism is configured to connect the first head to the driving member detachably. A second connecting mechanism is configured to connect the second head to the driving member detachably. The first head is connected to the driving member by the first connecting mechanism and the second head is separated from the driving member in order to make the first head operate. The second head is connected to the driving member by the second connecting mechanism and the first head is separated from the driving member in order to make the second head operate.

Abstract: A medium transport apparatus includes a feeding roller configured to rotate around a rotational axis. A guide rail extends along the rotational axis. A slider is supported by the guide rail and movable along the rotational axis. A rotatable pinch roller is configured to clamp medium between the feeding roller and the pinch roller to move the medium. A lever is connected to the pinch roller and movable to change a clamping state with respect to the medium between the feeding roller and the pinch roller. An arm is connected to the slider and configured to take an engaging position where the arm moves the lever to change the clamping state when the slider moves along the rotational axis and a standby position where the arm is not engaged with the lever when the slider moves along the rotational axis.

Abstract: A printer-plotter includes a guide rail, a first head, a second head, a driving device, a first connecting mechanism and a second connecting mechanism. The guide rail extends in a longitudinal direction. The first head is supported by the guide rail and movable along the longitudinal direction. The second head is supported by the guide rail and movable independently of the first head along the longitudinal direction. The driving device includes a driving force transmitting member and a driving mechanism configured to move the driving force transmitting member. The first connecting mechanism is configured to detachably connect the first head to the driving force transmitting member. The second connecting mechanism is configured to detachably connect the second head to the driving force transmitting member.

Abstract: A printer-plotter includes first and second heads which are supported by a guide rail and are movable along a longitudinal direction of the guide rail, independently. A driving member is supported by the guide rail and configured to move along the longitudinal direction between the first head and the second head. A first connecting mechanism is configured to connect the first head to the driving member detachably. A second connecting mechanism is configured to connect the second head to the driving member detachably. The first head is connected to the driving member by the first connecting mechanism and the second head is separated from the driving member in order to make the first head operate. The second head is connected to the driving member by the second connecting mechanism and the first head is separated from the driving member in order to make the second head operate.

Abstract: A destination to which a line connection is not established is memorized in the process of simultaneous multicasting to a plurality of destinations. When another multicast communication starts, if the memorized destination is included in destinations, a call is primarily performed to a destination in the next order by skipping the memorized destination.

Abstract: A destination to which a line connection is not established is memorized in the process of simultaneous multicasting to a plurality of destinations. When another multicast communication starts, if the memorized destination is included in destinations, a call is primarily performed to a destination in the next order by skipping the memorized destination.

Abstract: A facsimile apparatus comprises a receiving buffer for receiving video data, a scanner for reading an image, a VRAM for storing a coded data, a single coding/decoding (C/D) IC for MR-coding, MR-to-MMR coding, decoding, and error-checking, and a page printer, and a control circuit, when an event requiring more than two operations of the C/D IC at the same time, the control circuit permits only one operation and force the other operations to wait in some condition. In another condition, the control circuit permits one of the other operation and force the other operations to wait. For example, when the scanner reads an image to produce read data and the C/D IC codes the read data to store the read data in the VRAM and there is a call, the control means connects the line but keeps the coding if the receiving buffer has a space. In the presence of the space the control circuit interrupt the coding and starts the decoding.