Abstract: A paper towel roll holder attachable to a galley wall or interior surface of a vehicle is disclosed. The paper towel roll holder includes a fixed carrier section mountable to the wall and terminating in a fixed support arm extending therefrom, the support arm including a circular or rounded boss capable of fitting into an inner cardboard sleeve of a paper towel roll of variable length. The paper towel roll holder includes a sleeve section terminating in an opposing support arm also including a rounded boss capable of fitting the inner sleeve. The sleeve section slides along the fixed carrier section to accommodate paper towel rolls of varying lengths.

Abstract: An unpowered, manually operable apparatus for dispensing cushioning wrap material drawn concurrently from a roll of separator material and a self-contained cartridge that includes a roll of expandable sheet material. The rolls are supported on a stand for rotation about respective parallel, spaced-apart axes. In addition to the roll, the cartridge includes a tensioning assembly and support panels that abut respective ends of the roll. The tensioning assembly and the support panels cooperate with the stand to control rotational resistance of the roll. The rotational resistance causes the expandable sheet material to expand in length and thickness as it is manually pulled from the stand with the separator material, and support surfaces on the stand hold the cartridge and the separator roll in position. When the cartridge containing the expandable sheet material is depleted, the cartridge is readily removed and replaced.

Abstract: Dispenser apparatus for holding a roll of paper toweling or tissue sheet material and dispensing the sheet material, the apparatus including structure exerting drag forces on the roll to reduce overspin when pulling forces on the sheet material causing dispensing have been terminated.

Abstract: A continuous roll sheet holding apparatus that fits rotary shafts to both ends of a continuous sheet wound in a roll shape, and rotatably supports each rotary shaft, thereby supporting the continuous sheet to be pulled out, includes holding flanges configured to rotatably support the respective rotary shafts, a driven unit which is integrally disposed in one of the rotary shafts and configured to receive driving from an apparatus body, and a flange holding unit configured to support each of the holding flanges, and abut on the holding flange to regulate a position of the holding flange in a direction of the rotary shaft and a direction orthogonal to the rotary shaft.

Abstract: A printer includes a printing portion, two plate-shaped first support portions, a moving portion, a restricting portion, and two second support portions. The first support portions are disposed opposite one another and support opposite ends of the roll. The moving portion supports the first support portions movably. The restricting portion restricts movement of the first support portions. The second support portions support the ends of the roll. Each second support portion includes a pivoting portion, a projecting portion, and an energizing portion. The pivoting portion is supported pivotally. The projecting portion projects from the pivoting portion in a direction that intersects an axis parallel to the plane of an associated first support portion. The energizing portion energizes the pivoting portion in a direction in which the pivoting portion pivots such that the projecting portion projects from the side of the first support portion that faces the opposing first support portion.

Abstract: An image forming apparatus includes a bearing support portion that is provided in a cover member and supports a bearing member and a spring member and a bearing guide portion that is provided in an apparatus main body and has a guide groove that extends in a first direction and in which an outer peripheral portion of the bearing member is fitted when the cover member is in a close position. The bearing support portion has an opening portion extending in the first and second directions and a contact portion, and the bearing member has a convex portion that is formed on one side relative to an outer peripheral surface and is movable within the opening portion in the first and second directions and a regulation lug that is formed on the other side relative to the outer peripheral surface and, when the cover member is in an open position, can come in contact with the contact portion under a biasing force of the spring member.

Abstract: A film dispensing apparatus for dispensing film from a film roll is disclosed that in certain embodiments has an exterior holding surface of a holding member that is concentric with the axis of rotation of a rotating member when looking at the apparatus along its radial direction. In other embodiments, the film dispensing apparatus includes a brake portion found in the interior of the holding member that is operatively associated with an interior holding surface such that when a user presses onto the interior holding surface with sufficient force, it causes the brake portion to flex and contact the rotating member, resulting in the film being dispensed with more tension as the user pulls on the apparatus to unwind the film.

Abstract: A paper roll fixing device of a printer is provided. The paper roll fixing device includes a first supporting member and a second supporting member. The first supporting member includes a first supporting protrusion part and plural first auxiliary rollers. The second supporting member includes a second supporting protrusion part and plural second auxiliary rollers. The first supporting protrusion part and the second supporting protrusion part are inserted into two ends of a hollow shaft of a paper roll. Consequently, the paper roll is fixed in the space between the first supporting member and the second supporting member, and supported by the first auxiliary rollers and the second auxiliary rollers. Moreover, especially, the paper roll fixing device is applicable to a variety of paper rolls with different diameters.

Abstract: A paper roll setting structure includes a paper roll receiving section (120), a setting shaft structure (130), and a receiving frame (140). The receiving frame (140) includes a shaft position guide (150). The shaft position guide (150) includes a pair of guide pieces (151) and a loading recess (152). The setting shaft structure (130) includes shaft portions (131) so as to rotatably support a paper roll (200). Viewing the positions of the pair of guide pieces (151) enables an operator to recognize the positions of the shaft portions (131). Using the loading recess (152) enables the operator to insert his/her finger in the paper roll receiving section (120) to a deep side (Z2) in a roll loading direction. As a result, the operator can easily and reliably load the roll (200).

Abstract: A recording apparatus includes: a recording unit that performs recording on a recording medium wound on a roll, the roll including a first flange that is attached to one end and has a shaft hole and a first receiving portion, and a second flange that is attached to the other end and has a shaft hole; a first holder movable along a rotation axis of the roll, the first holder including a first shaft insertable into the shaft hole in the first flange, and a first flange-support surface that is in contact with an outer periphery of the first flange to support the first flange when the first shaft is not fitted in the shaft hole in the first flange and that has a first engaging portion; a second holder including a second shaft insertable into the shaft hole in the second flange.

Abstract: A paperboard handling machine includes an alignment mechanism for aligning rolls of paperboard supported by the machine whereby the rolls are aligned with one another.

Abstract: A dispensing aid is disclosed for attachment to an annular roll of tape that has an inside radial surface and an outer radial tape surface, such as a roll of masking tape for example. A pair of side risers each have at a lower end thereof an opposing, inwardly-projecting tab that is configured for sliding along the inside radial surface of the roll of tape. A top platform laterally spans the outer radial tape surface width and is fixed with an upper end of each riser. The distance between each riser may be adjustable to accommodate different tape roll widths. A cutting blade projects away from the top platform at a forward end of the platform. One of the risers may include a central slot wherein the riser is slidably engaged within the slot. The riser may include a pivot mechanism such that the riser may pivot from a vertical closed position to a horizontal open position, thereby facilitating the attachment and removal of the aid with the tape roll.

Abstract: A recording apparatus includes: a recording unit that performs recording on a recording medium wound on a roll, the roll including a first flange that is attached to one end and has a shaft hole and a first receiving portion, and a second flange that is attached to the other end and has a shaft hole; a first holder movable along a rotation axis of the roll, the first holder including a first shaft insertable into the shaft hole in the first flange, and a first flange-support surface that is in contact with an outer periphery of the first flange to support the first flange when the first shaft is not fitted in the shaft hole in the first flange and that has a first engaging portion; a second holder including a second shaft insertable into the shaft hole in the second flange.

Abstract: A paperboard handling machine includes an alignment mechanism for aligning rolls of paperboard supported by the machine whereby the rolls are aligned with one another.

Abstract: A paper supply mechanism comprising a roll paper compartment for storing roll paper, a first side wall that can move and defines one side of the roll paper compartment, a second side wall that defines the other side of the roll paper compartment, a lock mechanism that locks the first side wall, a roll paper urging member that urges the roll paper in a storage width direction of the roll paper compartment; and a holding mechanism that operates in conjunction with the lock mechanism and holds the roll paper urging member in a predetermined position.

Abstract: An arrangement for winding up at least two material webs, in particular film webs, having at least two receiving devices, for the rotatable mounting of at least one winding core each. The receiving devices are transferable between a winding position for winding up at least one material web on the winding core, and a removal or loading position, respectively, for removing at least one winding core which has finished being wound up, or for feeding at least one empty winding core. At least two winding cores are coaxially arranged in the receiving device for simultaneously winding up the material webs on separate winding cores, the winding cores each being rotatably mounted in two bearing sites adjacent to the respective winding core. The receiving device has at least three carrying arms, one winding core each being mounted between two carrying arms.

Abstract: An unwinding device for wound rolls includes a bearing element, a first support element and a second support element mounted on the bearing element. The first and second support elements are adapted to rotatably hold the wound roll on opposed sides. The first support element and the second support element are movable along the bearing element with respect to one another, such that a distance between the first support element and the second support element changes. The unwinding device also includes a drive mechanism adapted to move the first support element and the second support element along the bearing element. The drive mechanism includes a tensioner movable along the bearing element, and a first engagement member disposed on the first support element. The first engagement member is adapted to releasably lock the first support element to the tensioner.

Abstract: Apparatus for storing and dispensing portions from a bulk roll of carpet. The apparatus is portably mounted in a vehicle or the like and telescopically extends from the vehicle in position for the dispensing measured portions of the carpet from the roll, following which the apparatus is telescopically returnable to the vehicle for storage, transport or the like.

Abstract: An apparatus for supporting rolls of work material for a printer includes first and second mandrel support plates each having a pair of mandrel supports spaced equidistant one from the other, along a length thereof. The first and second mandrel support plates are coupled to the printer for supporting opposing ends of a feeder roll mandrel and a take-up roll mandrel for the rolls of work material. One or both of the first and second mandrel support plates including adjustment means for adjusting the relative positions of the first and second mandrel support plates for alignment of the feeder and take-up roll mandrels one with the other.

Abstract: A instrument and method of applying house wrap to exterior walls. The instrument or tool or apparatus allows the roll of house wrap to be positioned with an axis of rotation substantially parallel with the wall. The house wrap can then be rolled and applied onto the wall as the apparatus is moved along the length of the wall. The apparatus can roll along an upper surface of the wall so that the apparatus need not be lifted. The apparatus also may have a guide wheel to maintain the house wrap roll at a substantially fixed distance from the wall.

Abstract: Tailstock device to be applied to the cone-holding arm (26) of collection units (3) of spinning stations (1) of open-end spinning machines wherein the quill is engaged by a toothed tailstock provided with a skew pyramidal toothing on the face presented to the base of the quill.

Abstract: A wrapping plastic dispenser configured to dispense wrapping plastic supplied on a roll. The wrapping plastic dispenser is adjustable such that it can accommodate rolls of varying widths. To attain this, the dispenser has two opposed arms between which to mount a roll of wrap. In an embodiment, one arm moves with respect to the other in order to accommodate wider rolls of wrap. The wrapping plastic is particularly suited to dispense plastic with which to wrap gifts. To attain this, the wrapping plastic may be opaque or may be self-sealing through either static or pressure adhesive.

Abstract: A paper tissue roll holder eliminates the use of a spindle. Two opposed arms with slidable back frames have support plugs or protrusions extending inwardly from ends of the arms, to engage in the ends of a tissue paper roll. The frames move laterally in opposition to one another in a slide track of a housing. In one preferred embodiment both slidable frames have gear racks which engage with a single rotatable gear positioned in the center of a back plate of the housing. Movement of either of the arms and frames causes opposite movement in unison by the other frame, by virtue of the mechanical linkage provided by the gear. This allows clearance for center loading of a tissue paper roll.

Abstract: An axial-position adjustment apparatus is used to adjust the axial position of an arm shaft equipped with paper roll support arms. The arm shaft is supported rotatably and axially movably on a frame in a paper web feed unit and rotated by means of a shaft-rotating apparatus located at one end portion of the arm shaft. The axial-position adjustment apparatus has a moving member including a male screw and connected to the arm shaft in such a manner as to be rotatable and axially immovable in relation to the arm shaft; a guide member having a threaded hole formed therein, the male screw of the moving member being screwed in the threaded hole, and the guide member being provided in such a manner as to be nonrotatable and axially immovable in relation to the frame; and a drive unit for rotating the moving member. The moving member and the guide member are located adjacent to the shaft-rotating apparatus. The drive unit is provided on a support member axially immovably connected to the arm shaft.

Abstract: A loading lid is provided with a roll holding mechanism. The roll holding mechanism is constituted of a holder plate, a first position regulate section and a second position regulate section. The holder plate and the loading lid are attached to a same shaft. The holder plate is biased by a spring toward the loading lid. After the printing paper roll is put on the loading lid, it is closed. On closing the loading lid, as it relatively moves to the holder plate, an open angle between the loading lid and the holder plate becomes smaller gradually. When first and second positioning plates and the holder plate contact to a periphery of the paper roll, the loading lid stops relatively moving to the holder plate. Thereafter, the loading lid and the holder plate move together while they keep the open angle in accordance with the largeness of the radius of the paper roll. When the loading lid is perfectly closed, a center of a roll core is set at a predetermined position, regardless of the largeness of the paper roll.

Abstract: An axial-position adjustment apparatus is used to adjust the axial position of an arm shaft equipped with paper roll support arms. The arm shaft is supported rotatably and axially movably on a frame in a paper web feed unit and rotated by means of a shaft-rotating apparatus located at one end portion of the arm shaft. The axial-position adjustment apparatus has a moving member including a male screw and connected to the arm shaft in such a manner as to be rotatable and axially immovable in relation to the arm shaft; a guide member having a threaded hole formed therein, the male screw of the moving member being screwed in the threaded hole, and the guide member being provided in such a manner as to be nonrotatable and axially immovable in relation to the frame; and a drive unit for rotating the moving member. The moving member and the guide member are located adjacent to the shaft-rotating apparatus. The drive unit is provided on a support member axially immovably connected to the arm shaft.

Abstract: The invention relates to a roll stand (1) for a continuous unrolling of several rolls (8, 8′) of reeled, web-like material, which are unrolled consecutively after each other in the roll stand, and which rolls are arranged to be changed by roll changing from an almost depleted roll (8) to a new, full roll (8) in said roll stand, which roll stand comprises a machine stand (2) with two gable sides (3, 4), which are arranged aloof from each other, a horizontally arranged hub girder (9) which is rotatably journalled at the gable sides and around which hub girder the rolls are arranged to be pivoted between an inlet side (6), to which new, full rolls (8) are delivered, and an outlet side (7) from which the web-like material is unrolled, at least two roll holders (10, 10′) which are arranged at the hub girder for handling of each roll and which roll holders each comprises two roll holding arms (11) which are mounted linearly displaceable laterally along one or several, axially along the hub girder and ri

Abstract: A winding core holding mechanism is described for holding at least one end portion of a winding core on which a thin medium such as paper, film, or cloth is wound. The mechanism comprises a base fixed in the axial direction of the winding core. A larger diameter reference portion is included, which is capable of axially moving in and out of the base and abuts an end face of the winding core. The mechanism also comprises a tapered larger diameter centering portion which is capable of axially moving in and out of the larger diameter reference portion and fits into the winding core of larger diameter. Also included is a smaller diameter reference portion, which is capable of axially moving in and out of the base and abuts an end face of the winding core of smaller diameter. A tapered smaller diameter centering portion is further included, which is capable of axially moving in and out of the smaller diameter reference portion and fits into the winding core of smaller diameter.

Abstract: The invention relates to an arrangement for winding a cable or the like on and off a reel with a center hole, which arrangement comprises two movable, substantially vertical support arms (1), which are supported by a frame structure and the free arm ends of which are provided with spindles (2) arranged to be inserted to the center holes of the reel (3) between the support arms, when the support arms (1) are being moved towards one another, whereby the reel can be raised from the foundation by means of vertical adjustment of the support arms (1) to enable the winding. To achieve a simple structure, the spindles (2) are arranged floatably to the ends of the support arms (1) allowing the spindles (2) to move freely in different directions. As a result of the support arms moving towards one another and resting against the center hole of the reel (3), the spindles (2) are arranged to move axially with respect to the support arms (1) into a position in which the spindles (2) are locked to the support arms (1).

Abstract: An integrated adjustable core support and medium guide device comprises a left support member, a right support member substantially parallel to the left support member, and a connecting mechanism coupled between the left and the right support members at opposite ends, the left support member having a left adjustable core support ear integrated with a left guide wall and a left guide rail, the right support member having a right adjustable core support ear integrated with a right guide wall and a right guide rail, the left and the right core support ears respectively including a semicircular upper half securely coupled to the left and the right support members respectively and including a semicircular lower half movably coupled to the left and the right support members respectively, the lower halves being vertically adjustable and the connecting mechanism being laterally adjustable of its width.

Abstract: A winding core holding mechanism is described for holding at least one end portion of a winding core on which a thin medium such as paper, film, or cloth is wound. The mechanism comprises a base fixed in the axial direction of the winding core. A larger diameter reference portion is included, which is capable of axially moving in and out of the base and abuts an end face of the winding core. The mechanism also comprises a tapered larger diameter centering portion which is capable of axially moving in and out of the larger diameter reference portion and fits into the winding core of larger diameter. Also included is a smaller diameter reference portion, which is capable of axially moving in and out of the base and abuts an end face of the winding core of smaller diameter. A tapered smaller diameter centering portion is further included, which is capable of axially moving in and out of the smaller diameter reference portion and fits into the winding core of smaller diameter.

Abstract: At least two pairs of carrier arms are mounted to a rotary shaft for independent travel axially thereof while being constrained to joint rotation therewith. Each pair of carrier arms are disposed opposite each other axially of the shaft for rotatably holding one web roll therebetween via expansion chucks. An internally screw-threaded sleeve is rotatably mounted to each carrier arm and locked against axial displacement relative to the carrier arm. Rotatably supported on the shaft and extending parallel to its axis, a screw-threaded rod extends through, and is threadedly engaged with, the sleeves on each pair of carrier arms. A reversible electric motor is drivingly coupled to each threaded nut, and an additional similar motor to each threaded rod.