mhurhangee/ep-ind-claims huggingface dataset:
A composition comprising one or both of glyceryl tribenzoate or glyceryl dibenzoate for use in a method for inhibiting progression of Huntington's disease, comprising administering to a patient in need thereof an effective amount of a pharmaceutical composition comprising one or both of glyceryl tribenzoate or glyceryl dibenzoate, wherein the administering comprises delivering an inhalation dosage form of the pharmaceutical composition, and wherein the pharmaceutical composition is inhaled by the patient.
Method of temporary immobilisation of inorganic nitrogen credits remaining in agricultural soil in the autumn before sowing seeds for an extensive non-leguminous winter crop, in which: - one applies: ∘ either before sowing seeds for said extensive non-leguminous winter crop, to straw crop residues from said agricultural soil in which the inorganic nitrogen credit is between 10 and 70 mg-N per kg of agricultural soil on an arable soil depth of the order of 20 cm; ∘ or to seeds of said extensive non-leguminous winter crop before the seeds are sown in said agricultural soil; a nutrient solution containing oses or osides capable of generating said oses by simple hydrolysis, is applied, then; - seeds of said extensive non-leguminous winter crop are sown in said agricultural soil; characterised in that the nutrient solution does not contain any nitrogen or any other macroelement. - one applies: ∘ either before sowing seeds for said extensive non-leguminous winter crop, to straw crop residues from said agricultural soil in which the inorganic nitrogen credit is between 10 and 70 mg-N per kg of agricultural soil on an arable soil depth of the order of 20 cm; ∘ or to seeds of said extensive non-leguminous winter crop before the seeds are sown in said agricultural soil; a nutrient solution containing oses or osides capable of generating said oses by simple hydrolysis, is applied, then; ∘ either before sowing seeds for said extensive non-leguminous winter crop, to straw crop residues from said agricultural soil in which the inorganic nitrogen credit is between 10 and 70 mg-N per kg of agricultural soil on an arable soil depth of the order of 20 cm; ∘ or to seeds of said extensive non-leguminous winter crop before the seeds are sown in said agricultural soil; - seeds of said extensive non-leguminous winter crop are sown in said agricultural soil;
A shaft for a gas turbine engine, comprising: a first shaft section, extending between a forward axial end and an aft axial end along a first axial centerline; a second shaft section, extending between a forward axial end and an aft axial end along a second axial centreline; a first flexible linkage including a bridge section connected between a first diaphragm and a second diaphragm, which first diaphragm is connected to the aft axial end of the first shaft section, and which second diaphragm is connected to the forward axial end of the second shaft section; whereby the shaft further comprises a second flexible linkage including a diaphragm and a hub, which diaphragm cantilevers radially outwardly from an inner radial end to an outer radial end and is connected to the aft axial end of the second shaft section, and which hub is connected to the outer radial end of the second flexible linkage diaphragm, and includes an engine shaft coupling connected to the hub; the hub further includes a radially extending sealing protrusion adapted to engage a carbon seal; the hub further includes an annular lubrication well having a lip that extends radially inward from an inner surface of the hub, which well is disposed between the lip and the diaphragm of the second flexible linkage; characterised in that the shaft further comprises a plurality of circumferentially disposed lubrication passages extending through the hub in a region between the sealing protrusion and the lip. a first shaft section, extending between a forward axial end and an aft axial end along a first axial centerline; a second shaft section, extending between a forward axial end and an aft axial end along a second axial centreline; a first flexible linkage including a bridge section connected between a first diaphragm and a second diaphragm, which first diaphragm is connected to the aft axial end of the first shaft section, and which second diaphragm is connected to the forward axial end of the second shaft section; whereby the shaft further comprises a second flexible linkage including a diaphragm and a hub, which diaphragm cantilevers radially outwardly from an inner radial end to an outer radial end and is connected to the aft axial end of the second shaft section, and which hub is connected to the outer radial end of the second flexible linkage diaphragm, and includes an engine shaft coupling connected to the hub; the hub further includes a radially extending sealing protrusion adapted to engage a carbon seal; the hub further includes an annular lubrication well having a lip that extends radially inward from an inner surface of the hub, which well is disposed between the lip and the diaphragm of the second flexible linkage; characterised in that the shaft further comprises a plurality of circumferentially disposed lubrication passages extending through the hub in a region between the sealing protrusion and the lip.
A phase invertible composition produced by combining: a substrate comprising a polyamine and a proteinaceous material in a weight ratio having a synergistic viscosity enhancing effect; and a crosslinker comprising a crosslinking agent which comprises a reaction product of an excess of a liquid dialdehyde crosslinking agent and a glycosaminoglycan. a substrate comprising a polyamine and a proteinaceous material in a weight ratio having a synergistic viscosity enhancing effect; and a crosslinker comprising a crosslinking agent which comprises a reaction product of an excess of a liquid dialdehyde crosslinking agent and a glycosaminoglycan.
A method for producing a holographic security element for a security and/or value document, comprising a holographic recordable film, in which a multi-colored two-dimensional pattern in the form of a hologram is formed, the pattern being formed by pixels (2a-c), to each pixel (2a-c) being exclusively assigned one of f different colors, in particular in the visible (R, G, B), IR or UV ranges, and each pixel (2a-c) having either the color or no color, the color assignment of the pixels (2a-c) being a n x n or n x m matrix periodically repeating in two dimensions, wherein n and m may independently from each other be from 2 to 20, and in each n x m matrix at least one pixel of one color from the group of all f different colors being arranged, comprising the following steps: a) a colored pattern is transformed into a two-dimensional matrix of pixels (2a-c), wherein to each pixel (2a-c) is exclusively assigned one of the f different colors, b) from the two-dimensional matrix of pixels are generated f partial images, wherein each partial image comprises at least two reference pixels that are always congruent in different partial images, and wherein each partial image has only one of the f different colors, c) the f partial images of step b) are transformed into modulator signals for f different spatial light modulators, d) a holographic recordable film is exposed via a holography master, by interposing the f spatial light modulators modulated with the signals of step c), by the partial images, wherein the exposure occurs for each partial image with coherent light of the color assigned to the partial image, and wherein the reference pixels of all partial images are imaged in a congruent fashion. a) a colored pattern is transformed into a two-dimensional matrix of pixels (2a-c), wherein to each pixel (2a-c) is exclusively assigned one of the f different colors, b) from the two-dimensional matrix of pixels are generated f partial images, wherein each partial image comprises at least two reference pixels that are always congruent in different partial images, and wherein each partial image has only one of the f different colors, c) the f partial images of step b) are transformed into modulator signals for f different spatial light modulators, d) a holographic recordable film is exposed via a holography master, by interposing the f spatial light modulators modulated with the signals of step c), by the partial images, wherein the exposure occurs for each partial image with coherent light of the color assigned to the partial image, and wherein the reference pixels of all partial images are imaged in a congruent fashion.
A vehicle lighting device comprising: a socket; and a light-emitting module that is provided on one end side of the socket, the light-emitting module including a substrate having a wiring pattern; a plurality of light-emitting elements that are electrically connected to the wiring pattern and are connected in series to each other; and a plurality of thermistors that are electrically connected to the wiring pattern, characterized by that the plurality of thermistors are connected in parallel to each other, and the plurality of thermistors connected in parallel to each other being connected in series with the plurality of light-emitting elements connected in series to each other, wherein the plurality of light-emitting elements are provided in a central region of the substrate, the plurality of thermistors are provided in a peripheral edge region of the substrate, and a center of gravity of each of the plurality of thermistors is provided on a circumference or around the circumference centered on a center of gravity of a group of the light-emitting elements. a socket; and a light-emitting module that is provided on one end side of the socket, the light-emitting module including a substrate having a wiring pattern; a plurality of light-emitting elements that are electrically connected to the wiring pattern and are connected in series to each other; and a plurality of thermistors that are electrically connected to the wiring pattern, characterized by that the plurality of thermistors are connected in parallel to each other, and the plurality of thermistors connected in parallel to each other being connected in series with the plurality of light-emitting elements connected in series to each other, wherein the plurality of light-emitting elements are provided in a central region of the substrate, the plurality of thermistors are provided in a peripheral edge region of the substrate, and a center of gravity of each of the plurality of thermistors is provided on a circumference or around the circumference centered on a center of gravity of a group of the light-emitting elements.
A system for generating a laser machined tool, comprising: a laser producing a laser beam image; a substantially cylindrical work piece, wherein the system is capable of rotating the work piece; an optical system (42, 46) for processing the laser beam image and for imaging the processed laser beam image onto an outer surface of the work piece; and a projection mask positioned within the laser beam for shaping the laser beam into the image, wherein the processing of the laser beam image is related to a curvature of the outer surface of the work piece, wherein the optical system (42, 46) comprises final imaging optics configured to process the laser beam image to produce a cylindrical image plane, wherein cylindrical lenses are positioned in an imaging lens train to curve the image field in one direction, and the system is configured such that an amount of processing is related to the curvature of the outer surface of the work piece to accurately project a flat image from the projection mask onto the outer surface of the work piece, or the projection mask is a curved projection mask, with an amount of curvature of the projection mask being related to an amount of curvature of the outer surface of the work piece; and wherein the laser beam image is capable of ablating the outer surface of the work piece in order to create microstructures within the surface to form a substantially cylindrical tool. a laser producing a laser beam image; a substantially cylindrical work piece, wherein the system is capable of rotating the work piece; an optical system (42, 46) for processing the laser beam image and for imaging the processed laser beam image onto an outer surface of the work piece; and a projection mask positioned within the laser beam for shaping the laser beam into the image, wherein the processing of the laser beam image is related to a curvature of the outer surface of the work piece, wherein the optical system (42, 46) comprises final imaging optics configured to process the laser beam image to produce a cylindrical image plane, wherein cylindrical lenses are positioned in an imaging lens train to curve the image field in one direction, and the system is configured such that an amount of processing is related to the curvature of the outer surface of the work piece to accurately project a flat image from the projection mask onto the outer surface of the work piece, or the projection mask is a curved projection mask, with an amount of curvature of the projection mask being related to an amount of curvature of the outer surface of the work piece; and wherein the laser beam image is capable of ablating the outer surface of the work piece in order to create microstructures within the surface to form a substantially cylindrical tool.
A catheter, comprising: a retaining cable, comprising a plurality of electrode cablings, each electrode cabling comprising: a core, wherein the core is a cylindrical tube; n wires coiled on the core in an arrangement topologically equivalent to an n-start thread configuration, wherein n is an integer greater than one; a sheath covering the n wires; and up to n electrodes (192, 226) respectively attached through the sheath to up to n different wires of the arrangement, and wherein the distal end of each cabling of the plurality of cablings forms a corresponding spoke or wherein the distal end of each cabling of the plurality of cablings forms a corresponding spine of a basket assembly, characterized in that the core of each electrode cabling is formed of a thermoplastic elastomer. a retaining cable, comprising a plurality of electrode cablings, each electrode cabling comprising: a core, wherein the core is a cylindrical tube; n wires coiled on the core in an arrangement topologically equivalent to an n-start thread configuration, wherein n is an integer greater than one; a sheath covering the n wires; and up to n electrodes (192, 226) respectively attached through the sheath to up to n different wires of the arrangement, a core, wherein the core is a cylindrical tube; n wires coiled on the core in an arrangement topologically equivalent to an n-start thread configuration, wherein n is an integer greater than one; a sheath covering the n wires; and up to n electrodes (192, 226) respectively attached through the sheath to up to n different wires of the arrangement, and wherein the distal end of each cabling of the plurality of cablings forms a corresponding spoke or wherein the distal end of each cabling of the plurality of cablings forms a corresponding spine of a basket assembly, characterized in that the core of each electrode cabling is formed of a thermoplastic elastomer.
A formwork device to make a space adapted to the dimensions of a desired opening in a poured concrete wall, the device includes: - at least one main panel, - at least one complementary panel (2, 3), - shims, and - connecting elements arranged to produce an assembly in the same plane of at least one main panel, of at least one complementary panel (2, 3) and shims, this assembly having an external contour comprising unperforated faces forming the formwork skin of the formwork of the space, certain shims being only arranged to maintain a determined spacing between two panels among the at least one main panel and the at least one complementary panel (2, 3); characterized in that the at least one main panel and the at least one complementary panel (2, 3) have the shape of a rectangular parallelepiped. - at least one main panel, - at least one complementary panel (2, 3), - shims, and - connecting elements arranged to produce an assembly in the same plane of at least one main panel, of at least one complementary panel (2, 3) and shims,
A communication apparatus, comprising: communication means for performing communication in a manner such that communication with a first base station apparatus using a first frequency band and communication with a second base station apparatus using a second frequency band are switched on a per-subframe basis; storage means (302, 303, 304) for storing a plurality of candidate specification patterns, each of which specifies, among the plurality of subframes included in one or more frames, the subframe in which the first frequency band is to be used and the subframe in which the second frequency band is to be used, wherein the plurality of candidate specification patterns differ from each other; obtaining means for obtaining, from the first base station apparatus, information selecting at least two of the stored plurality of candidate specification patterns, and subsequently obtaining, from the first base station apparatus, specification information indicating one specification pattern to be used, out of the said at least two candidate specification patterns; and control means for controlling the communication means, on the basis of the specification pattern indicated by the said specification information, to communicate with the first base station apparatus in the subframe in which the first frequency band is to be used, and to communicate with the second base station apparatus in the subframe in which the second frequency band is to be used. communication means for performing communication in a manner such that communication with a first base station apparatus using a first frequency band and communication with a second base station apparatus using a second frequency band are switched on a per-subframe basis; storage means (302, 303, 304) for storing a plurality of candidate specification patterns, each of which specifies, among the plurality of subframes included in one or more frames, the subframe in which the first frequency band is to be used and the subframe in which the second frequency band is to be used, wherein the plurality of candidate specification patterns differ from each other; obtaining means for obtaining, from the first base station apparatus, information selecting at least two of the stored plurality of candidate specification patterns, and subsequently obtaining, from the first base station apparatus, specification information indicating one specification pattern to be used, out of the said at least two candidate specification patterns; and control means for controlling the communication means, on the basis of the specification pattern indicated by the said specification information, to communicate with the first base station apparatus in the subframe in which the first frequency band is to be used, and to communicate with the second base station apparatus in the subframe in which the second frequency band is to be used.
Apparatus for treating an intervertebral disc of a subject, the apparatus comprising: at least three intra-pulposus exposed electrode surfaces, which are configured to be implanted within a nucleus pulposus of the disc, at different respective locations; one or more extra-pulposus exposed electrode surfaces, which are configured to be implanted outside the nucleus pulposus, in electrical communication with the disc; and control circuitry, which is configured to: configure the intra-pulposus exposed electrode surfaces to be cathodes, and the one or more extra-pulposus exposed electrode surfaces to be one or more anodes, and drive the intra-pulposus exposed electrode surfaces and the one or more extra-pulposus exposed electrode surfaces to electroosmotically drive fluid into the nucleus pulposus to increase pressure in the disc, characterised in that: the control circuitry is configured to configure the cathodes to be at different respective negative potentials. at least three intra-pulposus exposed electrode surfaces, which are configured to be implanted within a nucleus pulposus of the disc, at different respective locations; one or more extra-pulposus exposed electrode surfaces, which are configured to be implanted outside the nucleus pulposus, in electrical communication with the disc; and control circuitry, which is configured to: configure the intra-pulposus exposed electrode surfaces to be cathodes, and the one or more extra-pulposus exposed electrode surfaces to be one or more anodes, and drive the intra-pulposus exposed electrode surfaces and the one or more extra-pulposus exposed electrode surfaces to electroosmotically drive fluid into the nucleus pulposus to increase pressure in the disc, characterised in that: the control circuitry is configured to configure the cathodes to be at different respective negative potentials. configure the intra-pulposus exposed electrode surfaces to be cathodes, and the one or more extra-pulposus exposed electrode surfaces to be one or more anodes, and drive the intra-pulposus exposed electrode surfaces and the one or more extra-pulposus exposed electrode surfaces to electroosmotically drive fluid into the nucleus pulposus to increase pressure in the disc, characterised in that: the control circuitry is configured to configure the cathodes to be at different respective negative potentials.
A system for controlling use of a mobile device in a heterogeneous network, wherein the heterogeneous network at least comprises a macro cell and a small cell, the system at least comprising: a macro cell base station; a small cell base station having a coverage less than that of the macro cell base station; and a macro-cell-base-station-to-small-cell-base-station switching centre storing at least one rule and/or policy for use of the mobile device within the small cell; wherein the small cell base station is configured to apply the at least one rule and/or policy to use of the mobile device in the small cell and to transmit the at least one rule and/or policy to the mobile device if the mobile device is connected to the network via the small cell, for acceptance or rejection by the mobile device; characterized in that: the switching centre is configured to switch connection of the mobile device to the network from the small cell to the macro cell if the mobile device rejects the at least one rule and/or policy. a macro cell base station; a small cell base station having a coverage less than that of the macro cell base station; and a macro-cell-base-station-to-small-cell-base-station switching centre storing at least one rule and/or policy for use of the mobile device within the small cell; wherein the small cell base station is configured to apply the at least one rule and/or policy to use of the mobile device in the small cell and to transmit the at least one rule and/or policy to the mobile device if the mobile device is connected to the network via the small cell, for acceptance or rejection by the mobile device; characterized in that: the switching centre is configured to switch connection of the mobile device to the network from the small cell to the macro cell if the mobile device rejects the at least one rule and/or policy.