A booklet making method includes: cutting a web of paper on one side and on another side into first and second continuous sheets, alternately bonding the first and second continuous sheets widthwise with a setting paste and a throwaway paste to form a double set continuous sheet of paper, and cutting the double set continuous sheet of paper into split double sheets of a selected longitudinal length. A plurality of split double sheets is integrally bound with an integrating paste to form a booklet-like product. Portions of the booklet-like product which are pasted and bonded with the throwaway paste are cut off to provide a plurality of booklets. Thus, by the booklet making method, booklets having an odd number of leaves or pages are formed without waste of paper and with reduced paper jams.

The invention relates to an apparatus and method for cutting a material web in a papermaking machine, comprising a cutting device, an upper holding device and an upper positioning device, the cutting device being fixed above the upper positioning device on the upper holding device such that it can be moved in the cross-machine direction, the apparatus additionally having an air guide box and the air guide box being fixed above the material web, likewise on the upper holding device. Furthermore, the apparatus has a cutting table fixed to a lower holding device via a first and/or a second lower positioning device, the cutting table being movable substantially vertically with respect to the material web via the first lower positioning device and/or movable in the cross-machine direction via the second lower positioning device.

Provided is a tape cartridge allowing rimless printing to be reliably performed on respective label portions. A tape cartridge installed in a tape printing apparatus includes: a label tape 101 having a plurality of label portions 105 provided along a tape length direction and a plurality of detection convex portions 109 provided along the tape length direction corresponding to the plurality of label portions 105; a cartridge case in which the label tape 101 is accommodated; and a platen roller 103 accommodated in the cartridge case and paying out the label tape 101 by rotation outside the cartridge case, wherein, in the tape length direction, detection tip-ends 109a serving as downstream-side ends of the detection convex portions 109 are positioned downstream of label tip-ends 105a serving as downstream-side ends of the label portions 105 in a paying-out direction of the label portion 105 at printing.

A sheet processing apparatus for producing book blocks from printed single sheets includes a conveying section for conveying a printed single sheet along a conveying direction, an input section configured to receive the printed single sheet, a control system configured to generate a workflow order comprising one or more commands for processing the printed single sheet, a sheet sensor configured to detect a sheet parameter having at least one of position and size of the printed single sheet, a sheet rotator configured to stop the printed single sheet and to rotate the printed single sheet or to convey the printed single sheet without rotation depending on a rotation command of the workflow order, a perforator configured to perforate the printed single sheet, and a folding device configured to fold the printed single sheet.

A system comprising: a source of a tape comprising a material associated with an adhesive and at least one removable liner; an applicator head; a cutting mechanism; at least one drive feeding mechanism configured to index the tape from the source to the applicator head at a controlled rate; wherein the applicator head is controllable to apply the material on a surface or a substrate; and wherein the applicator head comprises a cutting mechanism configured to sever the material while leaving the at least one removable liner intact.

A method of manufacturing a battery including a wound electrode assembly in which a first separator, a negative electrode plate, a second separator, and a positive electrode plate are wound together is disclosed. The method includes step (A) of suction-attaching the first separator to a winding core, and step (B) of winding the first separator on the winding core. The winding core includes a plurality of suction holes for suction-attaching the first separator. When the outer circumference of the winding core is divided into four equal parts and the four equal parts are defined respectively as first to fourth regions starting from a position that faces a starting end of winding of the first separator, greater than or equal to 80%, by aperture area ratio, of the suction holes are formed in the first region.

A method for winding a material sheet, in particular a plastic film, by a winding device, wherein the material sheet is guided from at least one first roller to at least one second roller in a conveying direction. At least one cutting device is arranged between the first roller and the second roller to cut the material sheet into at least two partial sheets. The partial sheets are each wound up into a bobbin in the conveying direction behind the second roller. The at least one first roller and the at least one second roller are each driven by a drive so that the tensile stress in the material sheet or in the partial sheets changes periodically over time in the conveying direction of the material sheet.

Examples of the present disclosure relate to a tape attaching apparatus of which an installation space is reduced, with productivity of tape attaching work improved, and accuracy of a tape attachment position is improved. Examples of the present disclosure include a tape attaching apparatus including a tape supply unit that supplies a tape, an electrode plate supply unit that supplies an electrode plate, and a rotating head that receives the tape supplied from the tape supply unit and rotates to attach the tape to the electrode plate supplied from the electrode plate supply unit.

A folding apparatus for a liner associated with a tape material, wherein the liner comprises a first overhang portion, a central portion carrying the tape material, and a second overhang portion, the apparatus comprising: an entry port defined at one end of the apparatus, wherein the tape material having a substantially flat configuration is fed into the entry port; an exit port defined at another end of the apparatus; a channel defined between the entry port and the exit port, wherein the channel comprises walls engageable by a first edge of the first overhang portion and a second edge of the second overhang portion to progressively cause the first edge portion and the second edge to angle towards each other as the tape material with the liner progress towards the exit port until the overhang portions are folded over the tape material.

A dispenser includes a container for receiving a roll of material through an opening, a blade for cutting the material, a trap, a lock, a transfer element and a lid. The lid is moveable between a covered position, in which the lid covers the opening, and an uncovered position in which the lid does not cover the opening, and the lid is configured to engage with the transfer element such that movement from the uncovered position to the covered position moves the transfer element from an open position to a closed position to unlock the trap, and to permit movement of the trap to expose the blade for cutting the material.