Abstract: An apparatus is disclosed for applying tags with attached elastic anchor bands onto the tops of objects such as bottles in a high speed packaging application. The apparatus includes an infeed assembly for feeding a web, a conveyor assembly that receives a web and conveys it along a path in an upstream direction, a rotating selector wheel, a placement assembly, a pair of rotating jaw assembles, a vacuum cup of the selector wheel, and stretched elastic bands over the tops of respective bottles being conveyed along a path below the placing assembly. The elastic bands then snap onto the tops of their respective bottles to secure the tags to the bottles.

Abstract: An automatic roll change system for a stretch wrapping machine may include multiple mechanically-actuated load stations capable of being actuated by a common actuator assembly, as well as pivotable support members for use in positioning packaging material in a tortuous path for loading into a packaging material dispenser.

Abstract: When a remaining amount of a sheet on one original sheet roll is equal to or less than a predetermined remaining amount, a pair of holding pads is brought into a first posture where holding surfaces are opened, and the holding surface of one holding pad is pressed to a joining end portion from the outside of the original sheet roll in a radial direction of another original sheet roll. Further, the holding pad is moved such that the joining end portion is separated toward the outside of the original sheet roll in the radial direction. Further, the posture of the pair of holding pads is changed into a second posture where the holding surfaces approach each other, and the joining end portion is conveyed to a joining part in a state where the joining end portion is sandwiched between the holding surfaces of the pair of holding pads.

Abstract: A sheet supplying apparatus, in which a user can select either automatic sheet feeding or manual sheet feeding, includes a driving unit configured to cause a roll including a wound consecutive sheet to rotate in a first direction for feeding the sheet or a second direction opposite to the first direction, a first sensor that detects a leading end portion of the sheet separated from an outer circumferential surface of the roll, a second sensor that detects the leading end portion which is manually set in a conveyance path by the user, and a determination unit configured to determine whether or not automatic sheet feeding is performed on the basis of a detection result of the second sensor.

Abstract: Aspects of the present invention relate to a coil sampling stand apparatus which generally has a frame, at least two rollers operatively coupled to the frame, a roller drive operatively coupled to at least one of the at least two rollers, and a peeler assembly comprising a peeler (e.g., peeler, knife, member with an edge, or the like) that is configured to engage and disengage a coil between the at least two rollers. The steel coil may be positioned onto the at least two rollers on the frame of the coil sampling apparatus. The peeler is engaged with the coil and the coil is rotated in order to allow the peeler to peel a tail edge of a layer of the coil off the coil and pass the tail edge and layer of the coil peeled off of the coil under at least one of the rollers.

Abstract: In accordance with one embodiment, a sheet binding apparatus comprises a pasting section and a control section. The pasting section is capable of selectively carrying out pasting processing on at least one of a plurality of different given pasting target areas on sheets to be pasted. The control section controls the execution of the pasting processing based on the pasting section so that pasting target areas of a first sheet and a second sheet other than the first sheet within a plurality of sheets to be subjected to binding processing are different.

Abstract: A foil bearing includes an outer member (11), and a plurality of foils (13) that are mounted to an inner circumferential surface (11a) of the outer member (11) and directly face the inner circumferential surface (11a) of the outer member (11) in a radial direction without interposition of another member (such as back foils). The foils (13) each include: holding portions (13a, 13b) that are formed at both circumferential ends and held while in contact with the outer member (11); and a body portion (13c) that is formed circumferentially between the holding portions (13a, 13b) and has a bearing surface (A). At least an end portion on one side in a circumferential direction of the body portion (13c) is raised radially inward with respect to the inner circumferential surface (11a) of the outer member (11).

Abstract: An opening radial dimension is set as a radial direction permissible dimension K of the metal coil as expressed by the following equation or lower. K = Yp × Z 2 ? EI ? R 2 ? ( ? - sin ? ? ? ? ? cos ? ? ? ) Wherein: K is a radial direction permissible dimension at the load action point position in mm; Yp is a yield stress of the metal sheet, in kgf/mm2; Z is a section modulus of the metal sheet, in mm3; R=(a metal coil radius r)?½(the plate thickness t of the metal sheet), in mm; E is a Young's modulus of the metal sheet, in kgf/mm2; I is a second moment of area of the metal sheet in mm4; and ? is an angle in radians about the axis of the metal coil from the load action point to the nearest restraining roll along a rewind direction of the metal coil.

Abstract: A paper holder device to simplify the structure and reduce the cost and size of a paper holder device in which paper is fed from a paper roll and cut automatically by electrically-driven means. The paper holder device includes a paper supporting mechanism, a paper feeding mechanism, a paper receiving part, and a paper cutting mechanism for cutting paper, and the paper feeding mechanism and the paper cutting mechanism are configured to be alternatively driven by a single driving gear mechanism.

Abstract: A device for drawing a web of material into a machine, such as a printing press includes a draw-in mechanism that can be advanced along a draw-in path, and to which the web of material can be coupled. The draw-in mechanism can be driven by an electric motor that can be regulated or controlled in response to measurement data which is determined during the draw-in process. The motor can be regulated or controlled in synchronism with another unit of the machine, which other unit is mechanically driven independently of the electric motor.

Abstract: A unit (1) for feeding strips (2, 3) has pins (12) supporting a first and a second reel (6, 7) of a first and a second strip (2, 3) respectively; the second reel (7) having an end (53; 56) of the second strip (3) extending at the cylindrical outer surface (52) of the second reel (7); the unit having a tool (18) having a plate (40) for joining the first and the second strip (2, 3), and a movable arm (20) having a gripping head (25; 55) for gripping the end (53; 56) along the cylindrical outer surface (52); and the gripping head (25; 55) having a first gripping face (30; 60) for gripping the first and the second strip (2, 3) between the plate (40) of the tool (18) and the first gripping face (30; 60).

Abstract: A fiberboard splice apparatus is made up of a fiberboard splice part for adhering an old fiberboard fed from one roll fiberboard to an end portion of a new fiberboard fed from the other roll fiberboard to accomplish fiberboard splice therebetween, and a fiberboard feed device for forwarding the new fiberboard from the other roll fiberboard to the fiberboard splice part. The fiberboard feed device includes one fiberboard feed roll placed along an axial direction of the roll fiberboard to make the other roll fiberboard rotatable in a state brought into contact with a surface of the other roll fiberboard and a pair of pickup members located to interpose the fiberboard feed roll therebetween for picking up a tip portion of the other roll fiberboard while coming into sliding contact with the surface of the other roll fiberboard.

Abstract: A unit (1) for feeding strips (2, 3) has pins (12) supporting a first and a second reel (6, 7) of a first and a second strip (2, 3) respectively, the second reel (7) having an end (53; 56) of the second strip (3) extending at the cylindrical outer surface (52) of the second reel (7); the unit having a tool (18) having a plate (40) for joining the first and the second strip (2, 3), and a movable arm (20) having a gripping head (25; 55) for gripping the end (53; 56) along the cylindrical outer surface (52); and the gripping head (25; 55) having a first gripping face (30; 60) for gripping the first and the second strip (2, 3) between the plate (40) of the tool (18) and the it gripping face (30; 60).

Abstract: A device for infeeding a material web into a rotary printing machine includes an infeed element for receiving a material web start, the infeed element being introducible onto an introduction path extending at least approximately parallel to a path of the material web in the rotary printing machine. Also included are suspension stations at which the material web is connectable to the infeed element, the suspension stations being assigned to respective components of the rotary printing machine along the path of the material web through the rotary printing machine; and a web-processing rotary printing machine having a guide path for the infeed element.

Abstract: According to this invention, in a device for supplying wrap film, by drawing out a wrap film from a wrap film container and cutting off, a user makes a sheetlike wrap film guide that has the property of adhering to the wrap film is adhered to the end part of the wrap film, and drawing out them in one body almost over the width. Thus the user can further easily, hygienically and safely cut the wrap film.

Abstract: The configuration enables the introduction of a material web, which can be divided up into material sub-web strands, into the conveying paths of an angle-bar superstructure of a rotary printing machine. A slitting arrangement, which can be positioned in a variable manner in the angle-bar superstructure, and web drawing-in devices and components for attaching the material web or the material sub-web strands to the web drawing-in devices are provided. Assigned to the web-running plane is an adjustable advancement element which bridges a contact-pressure gap in relation to a mating roller, accommodated in the angle-bar superstructure, and by way of which one of the material sub-web strands or can be attached to an introduction element which can be moved into the web-running plane.

Abstract: According to this invention, in a device for supplying wrap film, by drawing out a wrap film from a wrap film container and cutting off, a user makes a sheetlike wrap film guide that has the property of adhering to the wrap film is adhered to the end part of the wrap film, and drawing out them in one body almost over the width. Thus the user can further easily, hygienically and safely cut the wrap film.

Abstract: A point of sale printer is provided with a large paper supply roll mounted externally from the printer. The printer includes a paper drive which rapidly accelerates and decelerates a paper web extending from the paper supply roll. A tensioning roll is moved in one direction to feed the web into the printer during the relatively slow acceleration of the paper supply roll and in an opposite direction to prevent a tangle of paper as the paper supply roll is decelerated after the printer stops moving the paper web. A cable assembly is provided to facilitate loading the large paper supply roll. A braking spring helps to decelerate the paper supply roll and further engages a flap formed in an outer end of the paper web to thread this end of the web into the printer.

Abstract: The invention relates to a device for cutting off and conveying strips, for a machine. The device is used for producing a continuous web, especially of paper or card, for a threading strip, and has a knife. Finally the device is characterized in that it has it least one (preferably driven) guiding roll (27) which can be brought into engagement with the threading strip (27).

Abstract: Feed accessory apparatus and process for feeding the tail of a material web into a roll machine. The apparatus includes an infeed section, a discharge section, a gripper head, and a carrier. The gripper head is pivotably arranged on the carrier to pivot around a swivel axis to be located in at least one of an infeed position and a discharge position. The process includes receiving a threading end of a material web in the apparatus while it is in an infeed position, and pivoting the apparatus around a swivel axis into a discharge position.

Abstract: A pair of synchronously rotating draw-in devices are placed in contact with an outer layer of a web of material wrapped on a supply roll. The outer layer is pulled between the two draw-in devices. This pulled-in outer layer can them be conveyed to a separate processing station where it can be given a fresh end.