Abstract: The invention relates to prokaryotic cells for the production of polymers containing non-canonical amino acids, and to methods for making said cells. The invention also relates to newly obtainable polymers as produced by the cells of the invention. In addition, the invention relates to new orthogonal aminoacyl-tRNA synthetases (aaRSs) and orthogonal tRNAs, which may be used in pairs and find utility in host cells such as, but not limited to, the prokaryotic cells of the invention.

Abstract: A sensing arrangement for indicating the depletion of a coreless roll of absorbent paper web material in a dispenser, the sensing arrangement includes a roll support for supporting an inner circumference of the coreless roll, the roll support extending along a longitudinal center axis, the roll support comprising at least one roll expanding portion extending over a part of the roll support length and having a maximum radial extension defining a first radius from the center axis, and at least one sensing portion, extending longitudinally over another part of the roll support length and having a maximum radial extension defining a second radius from the center axis, wherein the first radius is greater than the second radius by a sensing offset length, and a sensing element arranged to sense at the sensing portion the amount of web material remaining on the roll when arranged over the roll support length.

Abstract: A dispenser including two roll supports; and a housing, the dispenser configured such that the roll supports can assume the following positions relative to the housing: at least one dispensing position for a roll support of the two roll supports, and a storage position for a roll support of the two roll supports, the dispenser configured for allowing dispensing from a roll arranged on a roll support of the two roll supports which is in the dispensing position and for storage of a roll arranged on a roll support of the two roll supports which is in the storage position; the dispenser configured to provide a first state, wherein a first roll support of the roll supports is in the dispensing position and a second roll support of the roll supports is in the storage position, and a second state, wherein the second roll support is in a dispensing position.

Abstract: A dispenser including two roll supports; and a housing, the dispenser configured such that the roll supports can assume the following positions relative to the housing: at least one dispensing position for a roll support of the two roll supports, and a storage position for a roll support of the two roll supports, the dispenser configured for allowing dispensing from a roll arranged on a roll support of the two roll supports which is in the dispensing position and for storage of a roll arranged on a roll support of the two roll supports which is in the storage position; the dispenser configured to provide a first state, wherein a first roll support of the roll supports is in the dispensing position and a second roll support of the roll supports is in the storage position, and a second state, wherein the second roll support is in a dispensing position.

Abstract: A sensing arrangement for indicating the depletion of a coreless roll of absorbent paper web material in a dispenser, the sensing arrangement includes a roll support for supporting an inner circumference of the coreless roll, the roll support extending along a longitudinal center axis, the roll support comprising at least one roll expanding portion extending over a part of the roll support length and having a maximum radial extension defining a first radius from the center axis, and at least one sensing portion, extending longitudinally over another part of the roll support length and having a maximum radial extension defining a second radius from the center axis, wherein the first radius is greater than the second radius by a sensing offset length, and a sensing element arranged to sense at the sensing portion the amount of web material remaining on the roll when arranged over the roll support length.

Abstract: A mechanism is provided for manually actuating rotation of a roller of a sheet material dispenser for dispensing a predetermined length of sheet material. The mechanism includes a frame member; a driven member configured for coupling with the roller; an actuating member configured to rotate about a rotation axis in a first direction through manual actuation by a user; and a driver member coupled with the actuating member. The rotation axis is movably mounted on the frame member to be movable between a first position allowing rotation of the roller caused by rotation of the actuating member in the first direction, and a second position preventing rotation of the roller caused by rotation of the actuating member in the first direction. The mechanism includes a first urging member configured to urge the rotation axis in the first position. A related assembly and dispenser including the mechanism are also provided.

Abstract: A mechanism is provided for manually actuating rotation of a roller of a sheet material dispenser for dispensing a predetermined length of sheet material. The mechanism includes a frame member; a driven member configured for coupling with the roller; an actuating member configured to rotate about a rotation axis in a first direction through manual actuation by a user; and a driver member coupled with the actuating member. The rotation axis is movably mounted on the frame member to be movable between a first position allowing rotation of the roller caused by rotation of the actuating member in the first direction, and a second position preventing rotation of the roller caused by rotation of the actuating member in the first direction. The mechanism includes a first urging member configured to urge the rotation axis in the first position. A related assembly and dispenser including the mechanism are also provided.

Abstract: A rolled media dispenser is disclosed. In one example, the dispenser includes a transfer bar for automatically transferring paper from a completely depleted stub roll to a primary roll. In one example, the transfer bar includes a lift member that prevents transfer of the paper from the stub roll to the primary roll when paper in the stub roll is present and includes a cam lift member that prevents the transfer of paper from the stub roll to the primary roll as long as paper from the stub roll is present beneath the cam lift member.

Abstract: A rolled media dispenser is disclosed. In one example, the dispenser includes a transfer bar for automatically transferring paper from a completely depleted stub roll to a primary roll. In one example, the transfer bar includes a lift member that prevents transfer of the paper from the stub roll to the primary roll when paper in the stub roll is present and includes a cam lift member that prevents the transfer of paper from the stub roll to the primary roll as long as paper from the stub roll is present beneath the cam lift member.

Abstract: A dispenser for dispensing discrete sheets of interfolded media is disclosed. The sheet dispenser is provided with an elastomeric cover which defines a perimeter and a cover opening located within the perimeter through which a pack of sheets can be installed and through which individual sheets can be removed. The elastomeric cover can be resiliently deflectable between a resting state in which the elastomeric cover extends generally parallel to the base and a deflected state in which the elastomeric cover bends in a direction towards the base. The elastomeric cover is bent into the deflected state and into the interior of the dispenser by the media pack during installation of the pack and return to the resting state once the media pack has been fully installed into the dispenser.

Abstract: A hands-free towel dispenser is provided which utilizes an active sensing system, preferably an infra-red system, for detecting when a dispense of toweling should occur. The control for the dispenser is designed for low power use, thereby allowing the dispenser to be battery powered. The dispenser can also be powered by a solar panel, either in addition to or in place of, the batteries. Thus, the dispenser can be used in all lighting conditions. In addition, the dispenser is microprocessor controlled, thereby reducing costs and adding flexibility and functionality.

Abstract: A tissue dispenser is provided according to the present invention. The tissue dispenser includes a housing for storing and dispensing multiple rolls of tissue, and a mandrel set constructed to move within the housing. The housing includes a first side wall and a cover constructed to provide an opening through which tissue can be dispensed, and a track extending along a portion of the first side wall. The mandrel set includes a first mandrel constructed to hold a first roll of tissue, a second mandrel constructed to hold a second roll of tissue, and an arm extending from the first mandrel to the second mandrel. The arm includes a first pin and a second pin wherein the first pin and the second pin are constructed to engage and travel along the track.

Abstract: A dispenser for dispensing paper toweling. The dispenser including a towel support that is positionable in a first dispensing position when a drive roller rotates in a first direction, and that is positionable in a second auto-loading position when the drive roller rotates in a second direction. Rotation of the drive roller in the first and second directions automatically loading the paper toweling for subsequent dispense.

Abstract: A hands-free towel dispenser is provided which utilizes an active sensing system, preferably an infra-red system, for detecting when a dispense of toweling should occur. The control for the dispenser is designed for low power use, thereby allowing the dispenser to be battery powered. The dispenser can also be powered by a solar panel, either in addition to or in place of, the batteries. Thus, the dispenser can be used in all lighting conditions. In addition, the dispenser is microprocessor controlled, thereby reducing costs and adding flexibility and functionality.

Abstract: A tissue dispenser is provided according to the present invention. The tissue dispenser includes a housing for storing and dispensing multiple rolls of tissue, and a mandrel set constructed to move within the housing. The housing includes a first side wall and a cover constructed to provide an opening through which tissue can be dispensed, and a track extending along a portion of the first side wall. The mandrel set includes a first mandrel constructed to hold a first roll of tissue, a second mandrel constructed to hold a second roll of tissue, and an arm extending from the first mandrel to the second mandrel. The arm includes a first pin and a second pin wherein the first pin and the second pin are constructed to engage and travel along the track.

Abstract: A dispenser for dispensing paper toweling. The dispenser including a towel support that is positionable in a first dispensing position when a drive roller rotates in a first direction, and that is positionable in a second auto-loading position when the drive roller rotates in a second direction. Rotation of the drive roller in the first and second directions automatically loading the paper toweling for subsequent dispense.

Abstract: Improvements to paper web material dispensers, particularly two roll tissue dispensers. A dispenser according to the invention is able to prevent access to a second or reserve roll of tissue until a first or dispensing roll is entirely or substantially depleted. As a result, the tissue of the first roll must be used up, or substantially used up, before tissue from the second roll can be used, thereby avoiding tissue waste. The dispenser of the invention can be used with reduced core tissue rolls, where each roll has first and second core sections that are spaced apart from each other to form a gap between facing ends thereof so that the total length of the core sections is less than the width of the tissue wound onto the core sections. The dispenser of the invention thus encourages the use of reduced core tissue rolls, which results in a reduction of waste resulting from used tissue cores.

Abstract: A hands-free towel dispenser is provided which utilizes an active sensing system, preferably an infra-red system, for detecting when a dispense of toweling should occur. The control for the dispenser is designed for low power use, thereby allowing the dispenser to be battery powered. The dispenser can also be powered by a solar panel, either in addition to or in place of, the batteries. Thus, the dispenser can be used in all lighting conditions. In addition, the dispenser is microprocessor controlled, thereby reducing costs and adding flexibility and functionality.

Abstract: Improvements to paper web material dispensers, particularly two roll tissue dispensers. A dispenser according to the invention is able to prevent access to a second or reserve roll of tissue until a first or dispensing roll is entirely or substantially depleted. As a result, the tissue of the first roll must be used up, or substantially used up, before tissue from the second roll can be used, thereby avoiding tissue waste. The dispenser of the invention can be used with reduced core tissue rolls, where each roll has first and second core sections that are spaced apart from each other to form a gap between facing ends thereof so that the total length of the core sections is less than the width of the tissue wound onto the core sections. The dispenser of the invention thus encourages the use of reduced core tissue rolls, which results in a reduction of waste resulting from used tissue cores.

Abstract: A hands-free towel dispenser is provided which utilizes an active sensing system, preferably an infra-red system, for detecting when a dispense of toweling should occur. The control for the dispenser is designed for low power use, thereby allowing the dispenser to be battery powered. The dispenser can also be powered by a solar panel, either in addition to or in place of, the batteries. Thus, the dispenser can be used in all lighting conditions. In addition, the dispenser is microprocessor controlled, thereby reducing costs and adding flexibility and functionality.