A medium cutting device includes first and second conveying sections and a cutting section. The first conveying section conveys a continuous medium having a perforation that extends in a first direction. The first conveying section conveys the continuous medium in a second direction intersecting the first direction. The second conveying section is spaced from the first conveying section in the second direction, and conveys the continuous medium in the second direction. The cutting section includes a pressing member and a supporting member. The pressing member is movable in the first direction in a gap between the first and second conveying sections. The supporting member movably supports the pressing member in the second direction. The cutting section causes the pressing member to press the continuous medium while causing the pressing member to move in the first direction, thereby cutting the continuous medium at the perforation.

A printer includes: a conveyor; a printing device; a full-cut unit provided downstream of the printing device; a roller provided downstream of the full-cut unit; a nip member; a motor; and a controller configured to: control the full-cut unit to fully cut the printing medium; control the motor to establish a state in which a leading printing medium is nipped between the roller and the nip member; and control the conveyor to convey a succeeding printing medium downstream while controlling the printing device to perform printing on the succeeding printing medium.

There is provided a rolled product dispenser for dispensing a web of rolled product. The rolled product dispenser includes a housing, a dispensing assembly operationally connected to the housing and interacting with the web of the rolled product and a cutting assembly cooperating with the dispensing assembly to sever the web of rolled product. The cutting assembly includes at least two cutting blades, each one of the cutting blades having a first end and a second end. The first end is pivotally mounted and the second end is operationally connected to a guiding assembly for guiding the blade between a cutting position and a non-cutting position.

A sheet stacking device includes: a sheet discharge unit; a sheet stacking unit; a pair of cursors; and a control unit. The cursors perform widthwise alignment processing in which the cursors contact lateral end surfaces of the sheet to perform widthwise alignment. The control unit, before a leading end of the sheet reaches a sheet stacking surface, executes sheet guiding processing in which the cursors are positioned at a sheet guiding position to contact a bottom surface of the sheet and guide the sheet toward the sheet discharge direction. The control unit, when the leading end of the sheet passes a predetermined position, positions the cursors at a retracted position that is further outward than the lateral end surfaces of the sheet are, and once a trailing end of the sheet passes through the sheet discharge unit and the sheet is placed on the tray, executes the widthwise alignment processing.

The present invention provides an elastic hair tie material and an elastic hair tie dispenser for dispensing varying lengths of elastic hair tie material. More particularly, the present Elastic Hair Tie Dispenser device has been configured with a flexible cover, a pivoting cutting blade actuator and cutting blade to conveniently dispense elastic hair tie material of varying color, cut to any desired length by the user of the dispenser, to be worn by women or men to restrain their hair in many varying different stylish configurations and for varying purposes, and wherein the dispenser is refillable by either winding hair tie material onto a spool rotatably housed within the dispenser or inserting a new coil of hair tie material sold separately.

A cutter for roll-dispensed stock is provided. The cutter has a retracted blade that can be actuated by depressing a button to move the blade to an extended position for cutting roll-dispensed stock.

A printer has a roll of a paper and a cutter. The cutter includes a stationary blade provided and a movable blade. The movable blade is movable in an up-down direction with respect to the stationary blade between a first position and a second position. The stationary-side cutting tooth is located at a position higher than a guide surface. The movable-side cutting tooth is located, with respect to the guide surface, at a lower position when the movable blade is located at the first position, at a higher position when located at the second position, and at a third position, which is between the first and second positions, when the roll is attached to an accommodating part of the printer. When located at the third position, at least a part of the movable-side cutting tooth is located at a higher position than the lower end of the guide surface.

A sheet processing apparatus is provided with a carry-in path for guiding a sheet from a carry-in entrance, a shift roller provided in the carry-in path to transport the sheet, while shifting, a carry-in roller positioned on the downstream side of the shift roller to carry the sheet from the carry-in path toward a collection tray, and a punch shift unit provided on the upstream side of the carry-in roller to process an end portion of the sheet in a processing position. The punch shift unit shifts in the same direction as the shift roller, a shift amount of the punch shift unit is set to be equal to a shift amount of the shift roller or more, and the end portion processing unit is thereby already positioned in an end portion processing position or a position near the processing position after shifting the sheet.

A cutting apparatus cuts a fabric using a rotary blade and a fixed blade that are built into a cutter head. The fixed blade is linked, to the other-end side of a swing arm of which one end is pivotally fitted on a blade frame by a swing shaft. The fixed blade is urged by a coil spring connected to the one-end side of the swing arm. When a prescribed resistance force is applied to the fixed blade, a position sensor detects movement of the swing arm, a fixed blade drive cylinder drives the swing arm in response to the detection, and the fixed blade is moved to an accommodation position that is above the position during cutting and that is on an opposite side in the advancing direction of the cutter head.

A hand-held handle dispenser comprising: a main frame (12) having a handle (14), an adhesive tape roll (16) provided on a rear side of the main frame for delivering an adhesive tape, an application element (18) provided on the front side of the main frame for applying the adhesive tape onto a parcel and a cutting blade (20) for cutting the adhesive tape, and further comprising an insert strip roll cartridge (26) for storing an insert strip roll (28), transport and affixing elements (26, 30) for conveying the insert strip (24) from the cartridge to the application element and affixing it against the adhesive tape to form a handle, and a holding structure (13) supporting a system (32) for cutting the insert strip.