Abstract: Salts with formula X?M+ wherein M+ is Li, Na, K, an ammonium, a phosphonium, an imidazolium, a pyridinium, or a pyrazolium and X? is an anion formed from covalent linking of two negative moieties to a positive onium-type core are provided. Also provided are electrolytes and batteries produced from these salts.

Abstract: The present invention deals with an intrusion prevention arrangement (15), comprising a cut prevention layer (10) of a hard material that is impossible or at least difficult to cut through with a cutting device, and a saw prevention layer (20) of a textile fabric, wherein the saw prevention layer comprises an active layer of threads that, upon contact with saw teeth of a power-driven saw, are arranged to be engaged by the saw teeth.

Abstract: Salts with formula X?M+ wherein M+ is Li, Na, K, an ammonium, a phosphonium, an imidazolium, a pyridinium, or a pyrazolium and X? is an anion formed from covalent linking of two negative moieties to a positive onium-type core are provided. Also provided are electrolytes and batteries produced from these salts.

Abstract: Cutting device, arranged for cutting straight cuts along a cutting line (AB) in a planar, extended blank, said cutting device having fixing members for fixing the cutting device to the blank before a cut, cutting members, having a straight ruler and a cutting head for making the cut, and displacement members, being arranged for enabling displacement of the cutting device across the blank between two successive cuts. The displacement members allow transverse displacement as well as rotation of the cutting device in a plane being parallel to the plane of the blank.

Abstract: A fabric sign having a pair of parallel support elements (1, 2) and a fabric (3) with two parallel edge portions (4, 5) for assembly on one each of the support elements, at least one of the support elements comprising a frame profile (7) with a counter support (12) having an inner wall section (17) forming a continuation of said attachment part (14), an outer, flange-like wall section (19) with a free supporting end (20) to form a pivot (A), and an end wall section (18) connecting the inner and outer wall sections with each other, said wall sections defining between them a clamping pocket (25), and a clamping profile (8) for clamping the fabric to the frame profile, which clamping profile has a pressure part (28) for manual actuation, retaining devices (48, 49) for retaining the edge portion of the fabric, and an engagement part (27) arranged to cooperate with the inner and outer wall sections of the counter support when the pressure part is pressed against the attachment part while the clamping profile is tu

Abstract: A device for a combustion chamber of a gas turbine for controlling the intake of gas into the combustion zone of the combustion chamber. The device includes a control element that is arranged outside the combustion chamber. This control element has a first covering for at least a first inlet to the combustion zone and is displaceable in relation to the combustion chamber. There is also a support for the control element that is connected to the cover. The cover is displaceable relative to the combustion chamber and a support (16) for the control element (12, 12?) is connected to the cover. The support (16) is accommodated in a structure (4) at a rear of the combustion chamber.

Abstract: A device for a combustion chamber of a gas turbine for controlling the intake of gas into the combustion zone of the combustion chamber. The device includes a control element that is arranged outside the combustion chamber. This control element has a first covering for at least a first inlet to the combustion zone and is displaceable in relation to the combustion chamber. There is also a support for the control element that is connected to the cover. The cover is displaceable relative to the combustion chamber and a support (16) for the control element (12, 12?) is connected to the cover. The support (16) is accommodated in a structure (4) at a rear of the combustion chamber.

Abstract: A fabric sign having a pair of parallel support elements (1, 2) and a fabric (3) with two parallel edge portions (4, 5) for assembly on one each of the support elements, at least one of the support elements comprising a frame profile (7) with a counter support (12) having an inner wall section (17) forming a continuation of said attachment part (14), an outer, flange-like wall section (19) with a free supporting end (20) to form a pivot (A), and an end wall section (18) connecting the inner and outer wall sections with each other, said wall sections defining between them a clamping pocket (25), and a clamping profile (8) for clamping the fabric to the frame profile, which clamping profile has a pressure part (28) for manual actuation, retaining devices (48, 49) for retaining the edge portion of the fabric, and an engagement part (27) arranged to cooperate with the inner and outer wall sections of the counter support when the pressure part is pressed against the attachment part while the clamping profile is tu

Abstract: A hearing aid amplifies sound and, by air conduction, stimulates the eardrum to vibrate. A hose or tube may be surgically implanted in the skull bone, or may be otherwise connected in order to convey amplified sound from an electronics module in the hearing aid to the middle ear to stimulate the eardrum to vibrate from the inside of the ear. By doing so, the auditory meatus is left free, and no intervention is required on the eardrum, the inner ear, or the bones of the middle ear.

Abstract: A method of dealing with inquiries for data-information within a network is presented. A cache, which includes a number of nodes, acts within the network. Data-information may be stored in any of the cache nodes and may be available for a given period of time. The cache nodes are arranged in a hierarchical node tree structure. This tree structure includes a plurality of object nodes, a plurality of directory nodes, and a root node. The root node constitutes the root of the tree structure and the object nodes are positioned furthest out in the tree structure. All data-information is stored within object nodes. Any intermediate levels between an object node and the root node are comprised of directory nodes. The directory nodes and the root node include a directory that covers all data-information stored within object nodes that are located beneath the node in the tree structure and within which object node respective data-information is stored.

Abstract: A sign with a fabric, a frame profile and a clamping profile for a bar around which an edge portion of the fabric is wrapped. The frame profile is provided with a counter support forming a center of a pivot for the clamping profile. The clamping profile has a flange defining an assembly pocket for the bar with the edge portion of the fabric wrapped around it, and a support for engagement with the counter support to permit pivoting of the clamping profile about the pivot center. The flange and assembly pocket extend in a direction forming an angle of from 0.degree. to 180.degree. with the plane of the fabric and the assembly pocket has an inner stop for the bar, the stop spaced from the opening. The depth of the assembly pocket is less than the width of the bar so that an outer edge of the bar is located at a distance from the opening.

Abstract: A low-emission combustion chamber for gas turbine engines comprises an outer casing with an upstream end wall with a pilot fuel injector, a first flow swirler, an igniting members for initiating a stable diffusion frame in a pilot zone, at least one second coaxial swirler, main fuel injectors, secondary air inlets, and a main combustion zone. For obtaining a still further reduced emissions of primarily nitrogen oxides, the pilot zone is confined radially outwardly by a surrounding wall which constitutes the radially inner confinement of an axial outlet portion of a radial vaporization channel within the second swirler and a third radial flow swirler is adapted to supply the secondary air in a rotary motion opposite to that of the main flow of fuel and air.

Abstract: A method for preparing implant surfaces using gas discharge plasma including conveying the implants to a vacuum chamber. The implants are treated with an inert gas plasma to remove existing surface contamination and oxide layers from the implant surfaces. The implants are treated with an oxidizing plasma or by means of thermal oxidation to reoxidizing the implant surfaces. The implant treatment steps are carried out in a closed space, including a controlled atmosphere and produce a highly accurate and reproducible microstructure, composition, purity, and sterility in the implants.