Abstract: An information input unit includes a detection portion and a first protective member, and acquires information input with a writing instrument by detecting a position of the writing instrument. The detection portion can be folded along a first axis. The first protective member includes an insertion portion. An opening is formed in an opposing face of the insertion portion that faces toward the first axis. At least a portion of the detection portion is inserted into the first protective member such that a first length becomes shorter than a second length. The first length is a length between the opening and an edge of the detection portion that is on the opposite side from the opposing face. The edge of the detection portion is contained in the first protective member. The second length is the length between the edge of the detection portion and the first axis.

Abstract: An information input device includes a first detection device, a second detection device, a coupling member, a connecting line, and a protective member. The coupling member includes a fixing portion and a holding portion, and a folding portion. The connecting line includes an intermediate portion connecting the first detection device and the second detection device that detect a position of the writing tool. At least a part of the intermediate portion extends between the first detection device and the second detection device and is arranged to face the folding portion. The protective member includes an arrangement portion whose length is longer than a length of the intermediate portion. An end portion of the protective member is fixed to at least one of the fixing portion and the holding portion. The arrangement portion is disposed between the folding portion and the intermediate portion of the connecting line.

Abstract: The information input device includes first detecting portion, second detecting portion, first positioning portion, second positioning portion, first information acquiring portion, and second information acquiring portion. The first information acquiring portion is configured to acquire information that is written on a paper sheet overlapping with a cover sheet positioned by the first positioning portion, based on the position of the writing tool detected by the first detecting portion. The second information acquiring portion is configured to acquire information that is written on a paper sheet overlapping with a cover sheet positioned by the second positioning portion, based on the position of the writing tool detected by the second detecting portion.

Abstract: An information input unit includes a detection portion and a first protective member, and acquires information input with a writing instrument by detecting a position of the writing instrument. The detection portion can be folded along a first axis. The first protective member includes an insertion portion. An opening is formed in an opposing face of the insertion portion that faces toward the first axis. At least a portion of the detection portion is inserted into the first protective member such that a first length becomes shorter than a second length. The first length is a length between the opening and an edge of the detection portion that is on the opposite side from the opposing face. The edge of the detection portion is contained in the first protective member. The second length is the length between the edge of the detection portion and the first axis.

Abstract: The information input device includes first detecting portion, second detecting portion, first positioning portion, second positioning portion, first information acquiring portion, and second information acquiring portion. The first information acquiring portion is configured to acquire information that is written on a paper sheet overlapping with a cover sheet positioned by the first positioning portion, based on the position of the writing tool detected by the first detecting portion. The second information acquiring portion is configured to acquire information that is written on a paper sheet overlapping with a cover sheet positioned by the second positioning portion, based on the position of the writing tool detected by the second detecting portion.

Abstract: An information input device includes a first detection device, a second detection device, a coupling member, a connecting line, and a protective member. The coupling member includes a fixing portion and a holding portion, and a folding portion. The connecting line includes an intermediate portion connecting the first detection device and the second detection device that detect a position of the writing tool. At least a part of the intermediate portion extends between the first detection device and the second detection device and is arranged to face the folding portion. The protective member includes an arrangement portion whose length is longer than a length of the intermediate portion. An end portion of the protective member is fixed to at least one of the fixing portion and the holding portion. The arrangement portion is disposed between the folding portion and the intermediate portion of the connecting line.

Abstract: The disclosure discloses a label producing apparatus. The label producing apparatus includes a cartridge holder, a feeder, a movable blade, a driving roller configured to contact and discharge the label tape, a driven roller provided so that it can advance and retreat between a contact position and a separated position, a motor configured to rotate in a single direction only and generate a driving force of the movable blade, and a rotational movement of the driving roller, a gear mechanism configured to transmit the driving force to the driving roller, and an advancing and retreating adjustment device configured to adjust an movement of the driven roller and the movable blade, associated with a rotation of the motor, the adjustment device advancing and retreating the driven roller and the movable blade so that the driven roller is in the contact position for a predetermined time period after cutting.

Abstract: An image reader includes a moving portion, a transparent plate, a reference member, and a detecting portion. The reference member that is provided in at least one of a position that is not the manuscript contact surface in the first scanning direction and a position that is further to a side in a first direction from the transparent plate than the manuscript contact surface. The detecting portion is supported by the moving portion and includes a plurality of detecting elements, in the second scanning direction, detecting reflected light of light irradiated from a light source. A height position of the detecting portion when the reference member is on the side in the first direction is further to the side in the first direction than a height position of the detecting portion when the manuscript contact surface is on the side in the first direction.

Abstract: This disclosure discloses an electronic writing apparatus. The electronic writing apparatus comprises a position acquisition portion that acquires a plurality of pieces of positional information of a writing instrument moving, a first visual object detecting portion that detects a visual object for identification entered at a desired position of the media, a first data creating portion that creates image data corresponding to writing on the media and having a predetermined positional relationship with the visual object for identification, a first storage device that temporarily stores image data created by the first data creating portion, a first communication device that transmits the image data for storing the image data in the external storage device, and a first transmission control portion that controls the first communication device and performs transmission for storing the image data stored in the first storage device in the storage destination.

Abstract: An information input device includes a first detection device, a second detection device, and a linking member including a fixing portion, a holding portion and a bending portion. The fixing portion fixes the first detection device such that a first side of the first detection device and a second side of the second detection device are parallel to each other and positioned closer to each other than to other sides. The holding portion holds the second detection device such that the second detection device is movable in a direction in which the second side approaches the first side and in a direction in which the second side separates from the first side. The bending portion connects the fixing portion and the holding portion and is configured to bend to a position in which the first detection device and the second detection device face each other.

Abstract: An information input device includes a digitizer circuit board and a box-shaped housing. The digitizer circuit board is configured to detect a position of an object of detection that is one of close to and in contact with the digitizer circuit board. The box-shaped housing is configured to contain the digitizer circuit board. The housing is constructed by combining at least two members and including a pair of plate walls and a side wall. The at least two members includes a first member that includes a first folded edge portion. The first folded edge portion accommodates an edge of the digitizer circuit board that is contained inside the housing.

Abstract: An image reader includes a moving portion, a transparent plate, a reference member, and a detecting portion. The reference member that is provided in at least one of a position that is not the manuscript contact surface in the first scanning direction and a position that is further to a side in a first direction from the transparent plate than the manuscript contact surface. The detecting portion is supported by the moving portion and includes a plurality of detecting elements, in the second scanning direction, detecting reflected light of light irradiated from a light source. A height position of the detecting portion when the reference member is on the side in the first direction is further to the side in the first direction than a height position of the detecting portion when the manuscript contact surface is on the side in the first direction.

Abstract: The information input device includes first detecting portion, second detecting portion, first positioning portion, second positioning portion, first information acquiring portion, and second information acquiring portion. The first information acquiring portion is configured to acquire information that is written on a paper sheet overlapping with a cover sheet positioned by the first positioning portion, based on the position of the writing tool detected by the first detecting portion. The second information acquiring portion is configured to acquire information that is written on a paper sheet overlapping with a cover sheet positioned by the second positioning portion, based on the position of the writing tool detected by the second detecting portion.

Abstract: There is provided a sheet processing apparatus capable of preventing the roll sheet cut by the cutting device from falling over to the sheet processing apparatus and improving the conveyance capability of the roll sheet when the long size roll sheet is made. Long size roll sheet is fixed at three spots, wherein the three spots are the top edge portion of the roll sheet receiving portion, the top edge portion on the downstream side of the regulatory member, and the bottom edge portion of the projecting portion. The bottom edge portion of the projecting portion is constructed to be always located inside a circular arc which starts from a center O with a maximum radius R of the roll sheet, wherein the circular arc passes the top edge portion of the roll sheet receiving portion and the top edge portion on the downstream side of the regulatory member.

Abstract: The disclosure discloses a printer includes a main-body case, a housing portion configured to house substantially sheet-shaped media to be printed as a print object therein, a pickup roller configured to pick up and feed the medium to be printed toward a first direction along a surface direction of the medium, a platen roller configured to feed the medium to be printed, a print head configured to perform desired printing on the medium to be printed being fed, a paper guide configured to reverse the medium to be printed being fed toward a second direction in opposite to the first direction, the paper guide including at least one arc-shaped surface portion provided along the outer peripheral surface of the platen roller in an opposed manner thereto, and a coupling member that couples between the paper guide and a rotation shaft of the platen roller.

Abstract: The disclosure discloses a label producing apparatus comprising: a roll housing part that houses a roll winding a print-receiving tape into a roll shape; a feeding roller that feeds out and transports said print-receiving tape from said roll housed in said roll housing part; a printing device that prints desired print on said print-receiving tape fed out from said roll by the feeding of said feeding roller; and a guide device that guides said print-receiving tape fed out from said roll housed in said roll housing part; wherein: said guide device comprises either a first guide part capable of guiding said roll according to roll diameters of different sizes, or a second guide part capable of guiding said roll according to roll widths of different sizes.

Abstract: A printing apparatus includes a transfer mechanism that transfers a print medium, a printing device that prints on the print medium, a stationary blade that is provided on a downstream side in a transfer direction of the print medium further than the printing device to cut the print medium, a movable blade that is provided on a downstream side in a transfer direction of the print medium further than the printing device and that cut the print medium, and a step portion that is provided on a reverse face of the downstream blade which is located on downstream side in transferring of the print medium, the reverse face being reverse of a slide face of the downstream blade sliding on the upstream blade which is located on upstream side in transferring of the print medium, and that projects along a thickness direction of the downstream blade.

Abstract: The disclosure discloses a printer includes a main-body case, a housing portion configured to house substantially sheet-shaped media to be printed as a print object therein, a pickup roller configured to pick up and feed the medium to be printed toward a first direction along a surface direction of the medium, a platen roller configured to feed the medium to be printed, a print head configured to perform desired printing on the medium to be printed being fed, a paper guide configured to reverse the medium to be printed being fed toward a second direction in opposite to the first direction, the paper guide including at least one arc-shaped surface portion provided along the outer peripheral surface of the platen roller in an opposed manner thereto, and a coupling member that couples between the paper guide and a rotation shaft of the platen roller.

Abstract: When a cut lever is rotated, a tape printer cuts a tape by using a cutting mechanism unit. The cutting mechanism unit has a cut lever rotatably supported by a lever shaft, a cutter holder provided with a cutter blade and a cutter blade receiving member. Upon rotation of the cut lever, the cut lever moves the cutter holder in a cutting direction, the cutter blade presses and cuts the tape in cooperation with the cutter blade receiving member. At a point the cutter blade comes into contact with the cutter blade receiving member, a line segment connecting a lever shaft center and a contact protrusion tangent point T becomes perpendicular to the cutting direction.

Abstract: A printing device loads a tape cassette including a label, a tape transfer roller, and a shaft hole, and the printing device includes a first synthetic resin support shaft that is fitted in the shaft hole to support the tape transfer roller, a synthetic resin frame that anchors a lower part of the first support shaft, a second synthetic resin support shaft that stands on the frame on the opposite side of the first support shaft, a first gear that is provided on the second support shaft to be rotated by driving power from a motor in the printing device, a second gear that engages with the first gear and biased toward the first gear, and a press roller that includes the second gear, rotates, and is biased toward the first support shaft to hold the label between itself and the tape transfer roller and to discharge the label.