A high-speed digital printing system includes two unwinding machines for two input coils for a paper web, an input unwinding and splicing installation and a printing station and in which the input installation supplies, in turn, the printing station with the web of the two coils. The system also includes a splicing and rewinding installation with an output cutting and splicing equipment for an incoming web emerging from the printing station and two rewinding machines with two output coils. The output equipment feeds alternatively the rewinding machines with the incoming web by cutting and splicing of a web of the two output coils without stopping printing. An electronic controller switches the functionality of the output cutting and splicing equipment and of the rewinding machines with setting of the output coils as an operating coil and a waiting coil and, viceversa, as a waiting coil and an operating coil.

The disclosure discloses an adhesive tape cartridge including an adhesive tape roll. The adhesive tape roll winds an adhesive tape around a predetermined axis in a housing. The adhesive tape includes a base layer, a first particle-containing adhesive layer, and a first particle-free adhesive layer. The first particle-containing adhesive layer is disposed on first side of the base layer in a thickness direction and comprises an adhesive to which particles are added. The first particle-free adhesive layer is disposed in contact with the first side of the particle-containing adhesive layer in the thickness direction and comprises an adhesive to which no glittering pigment is added.

A bag dispenser includes a frame with a roller portion for receiving a bag roll defined by a plurality of bags attached to a leading bag to be dispensed, the roller defining a longitudinal axis. A brake plate is configured to capture the leading bag against the frame for providing frictional force on the leading bag to limit sliding thereof, the brake plate pivotally attached to the frame via a pivot arm, the brake plate pivotable with respect to the frame between a non-pivoted friction-application position and a pivoted bag roll-installment position, the pivot arm configured to pivot with respect to the frame along a pivot plane generally perpendicular to the longitudinal axis.

A paver-perimeter taping tool has a frame with a mounting surface and a peripheral edge. A tape-roll support post mounts to the frame and supports a roll of tape. A tape roller mounted to the frame has a rotatable applicator surface that extends beyond the frame's peripheral edge. Tape may extend from the roll of tape to the applicator surface. A wheel mounts to the frame. A handle attaches to the frame and extends to an operator handle end that an operator may grasp to push the tool adjacent a perimeter of pavers. The tool may apply a layer of tape to the paver perimeter, which is adjacent the top surface of the pavers. When particulate is applied to the top surface of the pavers the grout is held in the gaps between adjacent pavers at the perimeter thereof.

A supply device (3) for supplying substrate strips (10, 10; 11, 11) to a double-belt press (2) for pressing the substrate strips (10, 10; 11, 11) together includes unwinding stations (4, 5) each having an unwinding shaft (6, 7) for receiving a substrate strip roll (8, 9) and serving to unwind the substrate strips (10, 10; 11, 11) from the substrate strip roll (8, 9), at least one of the unwinding stations (4) having a force-measuring device with a measuring shaft (16, 17) around which one of the substrate strips (10, 10; 11, 11) can be wrapped, an auxiliary shaft (18, 19) being assigned to the measuring shaft, wherein the auxiliary shaft (18, 19) and the measuring shaft (16, 17) of the unwinding station (4) are moveable relative to each other between a guiding position for guiding the substrate strip (10, 10; 11, 11) from the roll of the substrate strip rolls (8, 9) through a gap between the measuring shaft (16, 17) and the auxiliary shaft (18, 19) and an operating position defining a pre-defined and/or pre-definable wrap angle () of the substrate strip (10, 10; 11, 11) around the measuring shaft (16, 17) by an adjusting drive.

A supply device (3) for supplying substrate strips (10, 10; 11, 11) to a double-belt press (2) for pressing the substrate strips (10, 10; 11, 11) together includes unwinding stations (4, 5) each having an unwinding shaft (6, 7) for receiving a substrate strip roll (8, 9) and serving to unwind the substrate strips (10, 10; 11, 11) from the substrate strip roll (8, 9), at least one of the unwinding stations (4) having a force-measuring device with a measuring shaft (16, 17) around which one of the substrate strips (10, 10; 11, 11) can be wrapped, an auxiliary shaft (18, 19) being assigned to the measuring shaft, wherein the auxiliary shaft (18, 19) and the measuring shaft (16, 17) of the unwinding station (4) are moveable relative to each other between a guiding position for guiding the substrate strip (10, 10; 11, 11) from the roll of the substrate strip rolls (8, 9) through a gap between the measuring shaft (16, 17) and the auxiliary shaft (18, 19) and an operating position defining a pre-defined and/or pre-definable wrap angle () of the substrate strip (10, 10; 11, 11) around the measuring shaft (16, 17) by an adjusting drive.

A wrap bandage storage container that is configured to provide winding and dispensing of wrap bandage. The wrap bandage storage container includes a body member that is formed from a first wall and a second wall wherein the second wall is contiguous with the perimeter edge of the first wall and is perpendicular therewith. The body member has a first side and a second side wherein the second side is open to the interior volume of the body member. The second wall has an entry slot formed therein that allows the wrap bandage to pass therethrough. A shaft member is mounted in the interior volume of the body member and is configured with a slot operable to engage a portion of the wrap bandage. A handle is located on the opposing side of the first wall and is operably coupled to the shaft member.

A printer includes a first cam that is configured to change a distance between a pair of rollers, i.e. a drive roller and a pinch roller, wherein the pair of rollers are disposed opposite to each other with a paper therebetween and at least one of the rollers is configured to feed the paper along a transfer path by its rotation, a second cam that is configured to change a distance between a head for printing on the paper and a platen roller, wherein the head and the platen roller are disposed opposite to each other with the paper therebetween, and a third cam that is configured to switch the transfer path for the paper to a discharging transfer path or a decurl transfer path that are formed as different transfer paths. The first cam, the second cam, and the third cam are connected to a same rotation axis.

A printer includes a first cam that is configured to change a distance between a pair of rollers, i.e. a drive roller and a pinch roller, wherein the pair of rollers are disposed opposite to each other with a paper therebetween and at least one of the rollers is configured to feed the paper along a transfer path by its rotation, a second cam that is configured to change a distance between a head for printing on the paper and a platen roller, wherein the head and the platen roller are disposed opposite to each other with the paper therebetween, and a third cam that is configured to switch the transfer path for the paper to a discharging transfer path or a decurl transfer path that are formed as different transfer paths. The first cam, the second cam, and the third cam are connected to a same rotation axis.

The applicator assembly delivers a cosmetic, health, or hygiene chemical composition in an active state to the user for a disposable single use. The applicator assembly includes a wrapper, and an insert. The insert holds the chemical composition, and the insert is made of a foam composition compatible with the chemical composition. The system and method for manufacturing the assembly is a web conversion process for the chemical composition and foam composition of the assembly. The system and method for manufacturing the assembly includes a first roll, wrapper material, a second roll, foam material, a foam cutter, a dispenser, a flatbed hot seal packager, a sheet cutter, and an outfeed conveyor.