The present invention relates to a deposition head provided with an assemblage comprising a of impregnated fibers arranged against a backing tape. The deposition head includes a slide and a movement actuator connected to the slide to move the slide in translation from a high position to a low position, said slide carrying a peeling roller, said backing tape extending over a circular arc against the peeling roller, said low position being configured so that said peeling roller presses said tape of impregnated fibers against a deposition surface only in the low position of the slide, said circular arc occupying a first angle in the low position of the slide and a second angle in the high position of the slide, said first angle being greater than said second angle.

A tape applicator assembly for securing at least one cable within a corner defined by a first surface and a second surface that includes a body moveable along the at least one cable positioned on the first surface, a tape-receiving cavity defined in the body for receiving a tape assembly having tape, wherein the tape assembly is receivable within the tape-receiving cavity such that the tape is positioned for dispensing from the body, and a tape applying assembly defined within the body. The tape applying assembly is configured to adhere the tape to both the at least one cable and the first and second surfaces defining the corner as the body moves along the at least one cable on the first surface.

A transport device includes a roller unit having a first roller, a second roller, and a third roller among which a medium supplied from a holding unit holding the medium is wound, a transport unit configured to transport the medium passing through the roller unit, and a support portion movably supporting the roller unit with respect to the transport unit.

The invention is related to a masonry reinforcement and to a dispenser therefore. The masonry reinforcement comprises a reinforcement strip that defines a strip plane and that is at least in one direction bendable. In the reinforcement strip multiple strip apertures are arranged along the longitudinal direction of the strip, each strip aperture comprising an aperture rim at the aperture rim or in the range of the aperture rim of some or all of the strip apertures rim serration members are arranged. The rim serration members are orientated inwardly. They can protrude out of the strip plane of the reinforcement strip in at least one direction.

A stretch wrap applicator includes one or more cutting members arranged to engage the stretch wrap to cut it into strips as it is dispensed from the roll. The strips are then gathered and stretched into strings that are wrapped around the object. A roller is biased toward the stretch wrap roll to ensure an even flow of stretch film from the roll and more consistent tension on the film dispensed from the roll. The roller includes a groove. A cutting member is disposed to rest in the groove such that stretch film passes over and around the roller as it is dispensed from the roll and then engages the cutting member in the grove before the stretch film separates from the roller.

A center feed roll dispensing apparatus including: a roll support that extends in a first direction from a first end to a second end; an end wall located in the first direction with respect to the first end of the roll support, the end wall comprising a dispensing aperture; and a roll stop located in the first direction with respect to the first end of the roll support and spaced from the end wall.

A fluid dosing substrate dispenser comprises a housing with a first fluid reservoir and/or a first fluid reservoir holder configured to removably receive the first fluid reservoir and a second fluid reservoir and/or a second fluid reservoir holder configured to removably receive the second fluid reservoir. The dispenser includes a substrate advancing mechanism configured to receive substrate from a substrate source and to advance a portion of the substrate through the housing and an application mechanism configured to apply fluid from at least one of the first fluid reservoir or the second fluid reservoir to one or more portions of the substrate. A computing system is configured to select at least one of amount of fluid for application, composition of fluid for application, or portion of the substrate the fluid is applied based on an input received by the computing system indicating the user of the substrate dispenser.

A rolled sheet dispensing cabinet for storing and dispensing rolled sheets includes a housing having a top, a bottom, a front, a back, and opposing sides defining an internal space. Each of a plurality of rods is coupled to and extends between the opposing sides. Each of a plurality of slots is positioned in the front and extends from proximate to each opposing side. The slots are parallel to the top and the bottom. Each slot is positioned proximate to a respective rod. The rods are positioned in the internal space and are configured for insertion into tubular cores of rolled sheets. The slots are positioned in the front and are configured for insertion of leading edges of the rolled sheets. The leading edges protrude from the front of the housing and are configured for grasping by a hand of a user to extract a portion of the rolled sheet.

A baseboard dispensing assembly includes a pair of plates including an upper plate and a lower plate. The upper plate is positioned on and attached to the lower plate. The upper and lower plates are rotatable with respect to each other. The upper plate has an upper surface and the lower plate has a lower surface. A securing member is attached to the upper surface and is configured to restrict the coil of the flexible baseboard from sliding off of the upper surface. The upper plate receives a coil of flexible baseboard such that the coil is uncoiled while the securing member retains the coil on the upper plate.

A cooking device, system and method are disclosed herein. In one embodiment, the method requires a microwavable cooking sheet to be provided, wherein the microwavable cooking sheet is comprised of a single layer of a primary material that is non-plastic and wherein the primary material has a weight of between 18 pounds per 3000 square feet and 60 pounds per 3000 square feet. The microwavable cooking sheet may be wetted and then wrapped completely around food to be cooked in a microwave. The food is cooked in the microwave with the wet microwavable cooking sheet wrapped around the food, such that a pressure increase of at least 3/16.sup.th of an inch of H.sub.2O is built-up within the microwavable cooking sheet.