Abstract: A core tube holding device comprising: a plurality of out-pushing members that are arranged side by side spaced apart in the axial direction, each having a pressing part; a connecting member for connecting the plurality of out-pushing members; a holding member that has at every position in the axial direction a pressed part corresponding to the pressing part, and that is disposed radially outward with respect to the plurality of out-pushing members; and an action unit adapted to exert a force for moving, to one side in the axial direction, a one end out-pushing member which, among the plurality of out-pushing members, is at an end on the one side; wherein: at least one from among the pressing parts and the pressed parts is formed in a tapered shape that spreads radially outward from the one side to the other side in the axial direction, and when the force for moving the one end out-pushing member acts thereon via the action unit, the one end out-pushing member moves to the one side while also pulling the othe

Abstract: A rolled body holder includes a center shaft member serving as a lead screw connected to a handle, a cam member screwed to the center shaft member, and a plurality of segments which form a cylindrical body covering the center shaft member and the cam member. The cam member includes a plurality of rails, and each of the rails includes a cam surface with a radially varying height. Each of the segments includes a follower part fitted to the rail and relatively slidable along the cam surface and an outer surface part on which multiple projections are formed. When the cylindrical body is inserted into a paper tube of a rolled body and the handle is rotated, the center shaft member is rotated to move the cam member in the longitudinal direction. Then, a portion of the cam surface, which is higher in the radial direction, is brought into contact with the follower part, and each of the segments extends in the radial direction so that the projections bite into an inner surface of the paper tube.

Abstract: A stencil printer apparatus is provided. The stencil printer apparatus may include a stencil, a material applicator to apply material on the stencil, a supply roller configured to receive a roll of web-material, the supply roller comprising a first shaft, a take-up roller to receive a roll of web-material, the take-up roller comprising a second shaft, at least one spring-loaded protrusion element associated with one of the first shaft and the second shaft, and a drive configured to move web-material across the stencil between the supply roller and the take-up roller, and a frame to support the supply roller, the take-up roller and the drive. The at least one spring-loaded protrusion element may be configured and arranged on the at least one of the first shaft and the second shaft to resiliently engage at least one web-material core around which web-material may be disposed. Other embodiments and methods ate provided.

Abstract: An adjustable diameter tape roll cartridge core assembly which permits various different tape rolls, manufactured, for example, by various different tape roll manufacturers, and characterized by different internal diameter dimensions, to be fixedly and securedly mounted upon the tape roll cartridge core member of a tape roll dispensing cartridge assembly of a carton or case sealing machine. The core assembly comprises an expandable and contractible annular ring member whereby the external diametrical extent of such expandable and contractible annular ring member is adjustable so as to in fact be capable of tightly engaging the inner peripheral surface portion of any one of various different tape rolls having various different internal diameter dimensions.

Abstract: The invention relates to a method of releasing a reel awe, which is hydraulically restrained by a self-locking effect by means of inwardly located wedge surfaces of expansion elements. Removal of a coil from a reel awe is achieved, without problems, by lifting off the self-locking effect of the expansion elements at least partially or completely by applying longitudinal vibrations acting in an axial direction. The invention also relates to a correspondingly formed device.

Abstract: A core adapter formed as a hollow cylindrical sleeve. A plurality of radial apertures are formed in the sleeve. Each radial aperture is perpendicular to the sleeve's axis. Studs are provided in each radial aperture, initially recessed beneath the sleeve's outer surface. The sleeve's outside diameter is sized for insertion into a 6-inch inside diameter core. The sleeve's inside diameter is the same size as a 3-inch inside diameter core. The adapter is inserted into a 6-inch core until it is flush with the end of the core. Wedge-tipped bars are driven beneath each of the adapter's longitudinally aligned rows of studs, against the bottom of each stud, thereby driving the studs perpendicularly away from the sleeve's axis into the core.

Abstract: A core adapter formed as a hollow cylindrical sleeve. A plurality of apertures extend through the sleeve, parallel to the sleeve's longitudinal axis. A plurality of radial apertures are formed in the sleeve for each longitudinal aperture. Each radial aperture is perpendicular to sleeve's axis and intersects a longitudinal aperture. Studs are provided in each radial aperture, initially recessed beneath the sleeve's outer surface. The sleeve's outside diameter is sized for insertion into a 6-inch inside diameter core. The sleeve's inside diameter is the same size as a 3-inch inside diameter core. The adapter is inserted into a 6-inch core until it is flush with the end of the core. Wedge-tipped bars are driven into each of the adapter's longitudinally aligned rows of studs, and against the bottom of each stud, thereby driving the studs perpendicularly away from the sleeve's axis into the core.

Abstract: A device for mounting a delivery spool (3) having a wound band strip, in particular a labeling delivery spool, is described, which has a mandrel-like mounting core (15), a holding device, by means of which the delivery spool is releasably arrestable and/or is releasably clamped on the mounting core, and a device for axial alignment of the delivery spool. In order to make possible the attachment as well as the adjustment of a delivery spool in a comfortable manner, it is provided that the holding device that secures the delivery spool and the device for axial alignment of the delivery spool can be actuated through a common drive (30, 16). The actuation preferably takes place automatically.

Abstract: A fence winding reel device including a rotatable frame with a slotted groove along its length and a pair of curved plates, together which comprise an expandable core. In an expanded position, a pair of expanders holds the pair of curved plates away the frame. An end of fence wire is placed into the slotted groove of the frame. The reel device may be connected to any standard earth auger mounted on a skidsteer loader. As the auger motor rotates, fence wire is wound around the expandable core to form a wound fence coil. Removing the fence coil from the reel device involves contracting the core, which narrows the distance between the expanders and the frame, and sliding the coil off the core and out of the frame groove. The reel device may also be used to lay down fence wire by operating the auger motor in a reverse rotational direction. A hydraulic core expander is also depicted.