Abstract: A tissue paper web composed of one or more layers. At least one layer includes pulp fibers originating from at least one plant belonging to the genus Miscanthus wherein the pulp fibers are selected from chemical pulp fibers, mechanical pulp fibers subjected to a chemical pretreatment and mixtures thereof. The use of Miscanthus pulp fibers can lead to a major absolute increase in tensile strength along with good softness values.

Abstract: The present invention concerns a paint brush including a monofilament blend of three different types of monofilaments.

Abstract: A lifting jig for lifting elements, comprising: a base frame comprising parallel first and second vertical support beam to be slidably received into two parallel guide profiles mounted on a façade of a building; a lifting yoke comprising a horizontal base beam and a lifting frame extending vertically from said base beam; a lifting rail for engaging a façade panel, said lifting rail extending from said horizontal base beam, a link arrangement for pivotally coupling the lifting yoke to the base frame such that the lifting yoke is movable from a element lifting position (A) to a element engagement position (B).

Abstract: A tissue paper web composed of one or more layers. At least one layer includes pulp fibers originating from at least one plant belonging to the genus Miscanthus wherein the pulp fibers are selected from chemical pulp fibers, mechanical pulp fibers subjected to a chemical pretreatment and mixtures thereof. The use of Miscanthus pulp fibers can lead to a major absolute increase in tensile strength along with good softness values.

Abstract: A lifting jig for lifting elements, comprising: a base frame comprising parallel first and second vertical support beam to be slidably received into two parallel guide profiles mounted on a façade of a building; a lifting yoke comprising a horizontal base beam and a lifting frame extending vertically from said base beam; a lifting rail for engaging a façade panel, said lifting rail extending from said horizontal base beam, a link arrangement for pivotally coupling the lifting yoke to the base frame such that the lifting yoke is movable from a element lifting position (A) to a element engagement position (B).

Abstract: The present invention relates to a system (S) for measuring the position of a coupling member (1) that comprises a shaft part (2), a first flange (3), a second flange (4) and a first resilient bushing (5), which secures the first flange (3) to the shaft part (2), and a second resilient bushing (6), which secures the second flange (4) to the shaft part (2). Each resilient bushing (5, 6) is arranged with a resilient yield between the respective flange (3, 4) and the shaft part (2). The flanges (3, 4) are intended to be secured to a respective first shaft (7) and second shaft (8). When the coupling member (1) is placed between the first shaft (7) and the second shaft (8), it is intended to transfer a rotation movement from the first shaft (7) to the second shaft (8).

Abstract: The present invention relates to a system (S) for measuring the position of a coupling member (1) that comprises a shaft part (2), a first flange (3), a second flange (4) and a first resilient bushing (5), which secures the first flange (3) to the shaft part (2), and a second resilient bushing (6), which secures the second flange (4) to the shaft part (2). Each resilient bushing (5, 6) is arranged with a resilient yield between the respective flange (3, 4) and the shaft part (2). The flanges (3, 4) are intended to be secured to a respective first shaft (7) and second shaft (8). When the coupling member (1) is placed between the first shaft (7) and the second shaft (8), it is intended to transfer a rotation movement from the first shaft (7) to the second shaft (8).

Abstract: Methods and apparatus are described for aligning components. Misalignment is calculated based on sensed values with a controller illustrating a process for data acquisition with graphical icons and indicia that include and/or are based on sensed data. The alignment process also includes graphical icons showing the process for alignment and the direction and amount of correction needed to achieve adequate alignment.

Abstract: Methods and apparatus are described for aligning components. Misalignment is calculated based on sensed values with a controller illustrating a process for data acquisition with graphical icons and indicia that include and/or are based on sensed data. The alignment process also includes graphical icons showing the process for alignment and the direction and amount of correction needed to achieve adequate alignment.

Abstract: The invention relates to a device for alignment of a first component (1) and a second component (2) in a predetermined relation to each other, comprising a transmitter unit (7) arranged for mounting on said first component (1) and comprising a light source (9) for the generation of light radiation (10) with a predetermined pattern in the direction towards a receiver unit (11; 11?, 22, 27; 27?) arranged for mounting on said second component (2), where the receiver unit (11; 11?) comprises a detection device (18a, 18b; 18a?, 18b? 23a, 23b; 28a, 28b; 28?a, 28?b) for said light radiation (10). The invention is characterised in that said detector device (18a, 18b; 18a?, 18b?, 23a, 23b; 28a, 28b, 28?a, 28?b) comprises a first detector (18a, 18a? 23a; 28a; 28a?) and a second detector (18b; 18b? 23b; 28b; 28?b), respectively, which are separated depthwise in relation to said transmitter unit (7).

Abstract: The invention relates to a device for alignment of a first component (1) and a second component (2) in a predetermined relation to each other, comprising a transmitter unit (7) arranged for mounting on said first component (1) and comprising a light source (9) for the generation of light radiation (10) with a predetermined pattern in the direction towards a receiver unit (11; 11′, 22, 27; 27′) arranged for mounting on said second component (2), where the receiver unit (11; 11′) comprises a detection device (18a, 18b; 18a′, 18b′ 23a, 23b; 28a, 28b; 28′a, 28′b) for said light radiation (10). The invention is characterised in that said detector device (18a, 18b; 18a′, 18b′, 23a, 23b; 28a, 28b, 28′a, 28′b) comprises a first detector (18a, 18a′ 23a; 28a; 28a′) and a second detector (18b; 18b′ 23b; 28b; 28′b), respectively, which are separated depthwise in relation to said transmitter unit (7).

Abstract: A switch, which connects ports on a customer port module to ports on a network port module via time slots on a dime division multiplexing bus, determines for each connection a number of required time slots, based on the current switch configuration and/or the signal traffic at the associated port. The switch then determines if it has the required number of time slots available generally and if it can make the time slots available to the port. If so, the switch assigns the time slots to the port and completes the connection. The switch determines the number of time slots required by consulting a stored port type indicator table, which lists bandwidth demand based on port type, or by detecting in-band signaling information that indicates the bandwidth demand. If the table indicates that the switch includes non-blocking ports, the switch coordinates the number of time slots allocated to a connection with the number of slots required to be kept free for the non-blocking ports.