Abstract: A dispenser for web of absorbent paper, tissue or nonwoven material in the form of a roll is provided. The dispenser has a housing with a first dispensing opening for the web and a drive roller extending along a longitudinal axis. The drive roller is arranged in the housing in, or at, the first dispensing opening. The roll is arranged to abut the drive roller to be frictionally engaged with the drive roller. The dispenser has a feeding mechanism for rotating the roll to feed the web in a direction from the roll towards the first dispensing opening. The feeding mechanism has a bar extending at least partially along the drive roller. When the bar is pushed from a start position to rotate about the pivot axis, the drive roller and the roll are caused to rotate. The bar is biased towards the start position.

Abstract: A dispenser for web of absorbent paper, tissue or nonwoven material is provided. The dispenser has a housing with a holder arrangement for receiving the roll, the holder arrangement providing a roll rotational axis about which the roll is arranged to rotate when dispensing the web. The dispenser has a drive roller extending in a direction substantially parallel to the roll rotational axis. The dispenser has an engaging roller extending substantially parallel to the drive roller. The drive roller and the engaging roller are arranged so as to define a dispensing passage therebetween for the web. The roll of web is arranged to be biased against the drive roller. The drive roller is arranged such that a dispensing end of the web is adapted to be led from the roll over the drive roller through the dispensing passage and to frictionally engage with the drive roller and the engaging roller.

Abstract: A device dispenser for a roll of absorbent paper, tissue or nonwoven material is provided. The dispenser has a housing with a first wall provided with a dispensing opening and a movable housing portion, which movable housing portion in an open position allows the dispenser to be refilled. The dispenser has a suspension arrangement for the roll and in which the roll is rotatable. The suspension arrangement is arranged to bias the roll towards the dispensing opening in a dispensing position when the movable housing portion is in a closed position. The suspension arrangement is connected to a pull-back mechanism linked to the movable housing portion for repositioning the suspension arrangement into a refilling position at a distance from the dispensing position when the movable housing portion is moved from the closed position to the open position.

Abstract: A portable refillable dispenser for absorbent paper, tissue or nonwoven material, has a lower housing portion and an upper housing portion. The upper housing portion is connected via a first hinge to the lower housing portion, wherein the upper and lower housing portions, in a closed position, form a compartment for the absorbent tissue or nonwoven material and an inner dispensing opening there between and, in an open position, allow refilling of the dispenser. The dispenser has a lid connected with the upper and lower housing portions for holding the upper and lower housing portions together. The lid at least partially covers the inner dispensing opening from at least one direction. The lid is provided with an outer dispensing opening. The absorbent paper, tissue or nonwoven material is dispensable via the inner and outer dispensing openings.

Abstract: A device dispenser for a roll of absorbent paper, tissue or nonwoven material is provided. The dispenser has a housing with a first wall provided with a dispensing opening and a movable housing portion, which movable housing portion in an open position allows the dispenser to be refilled. The dispenser has a suspension arrangement for the roll and in which the roll is rotatable. The suspension arrangement is arranged to bias the roll towards the dispensing opening in a dispensing position when the movable housing portion is in a closed position. The suspension arrangement is connected to a pull-back mechanism linked to the movable housing portion for repositioning the suspension arrangement into a refilling position at a distance from the dispensing position when the movable housing portion is moved from the closed position to the open position.

Abstract: A dispenser for web of absorbent paper, tissue or nonwoven material is provided. The dispenser has a housing with a holder arrangement for receiving the roll, the holder arrangement providing a roll rotational axis about which the roll is arranged to rotate when dispensing the web. The dispenser has a drive roller extending in a direction substantially parallel to the roll rotational axis. The dispenser has an engaging roller extending substantially parallel to the drive roller. The drive roller and the engaging roller are arranged so as to define a dispensing passage therebetween for the web. The roll of web is arranged to be biased against the drive roller. The drive roller is arranged such that a dispensing end of the web is adapted to be led from the roll over the drive roller through the dispensing passage and to frictionally engage with the drive roller and the engaging roller.

Abstract: The tension and anti-recoil mechanism of the present invention is connected to a tool handle of a cable tie tool. The tool handle has a barrel and a grip depending therefrom. The tension and anti-recoil mechanism includes a regulator grip supported in the barrel. A one-piece cutter actuator is supported in the regulator grip for longitudinal displacement relative to the barrel. A tension limiting mechanism directs a retaining force against the cutter actuator to resist longitudinal displacement thereof relative to the barrel. The retaining force may be controlled to limit the tension produced in a cable tie prior to severing the strap thereof. Recoil of the cable tie tool which may result from the severing is substantially limited by the tension and anti-recoil mechanism.

Abstract: The cable tie tool has a modular tool head and a tool handle from which the tool head may be detached. The attachment and detachment provided by the modular tool head provides for the use of multiple tool heads with a single tool handle in which is mounted a trigger mechanism. Each modular tool head is secured to the tool handle by a latch mechanism. Each tool head further includes a tensioning mechanism for applying a tension force to a cable tie. Each tensioning mechanism provides for application of a corresponding tension force to the cable tie proportional to the force applied to the tensioning mechanism by the trigger mechanism. The respective tension forces are different for at least one uniform force applied by the trigger mechanism to the corresponding tensioning mechanisms.

Abstract: The tension and anti-recoil mechanism of the present invention is connected to a tool handle of a cable tie tool. The tool handle has a barrel and a grip depending therefrom. The tension and anti-recoil mechanism includes a regulator grip supported in the barrel. A one-piece cutter actuator is supported in the regulator grip for longitudinal displacement relative to the barrel. A tension limiting mechanism directs a retaining force against the cutter actuator to resist longitudinal displacement thereof relative to the barrel. The retaining force may be controlled to limit the tension produced in a cable tie prior to severing the strap thereof. Recoil of the cable tie tool which may result from the severing is substantially limited by the tension and anti-recoil mechanism.

Abstract: The cable tie tool has a modular tool head and a tool handle from which the tool head may be detached. The attachment and detachment provided by the modular tool head provides for the use of multiple tool heads with a single tool handle in which is mounted a trigger mechanism. Each modular tool head is secured to the tool handle by a latch mechanism. Each tool head further includes a tensioning mechanism for applying a tension force to a cable tie. Each tensioning mechanism provides for application of a corresponding tension force to the cable tie proportional to the force applied to the tensioning mechanism by the trigger mechanism. The respective tension forces are different for at least one uniform force applied by the trigger mechanism to the corresponding tensioning mechanisms.