mhurhangee/ep-ind-claims huggingface dataset:
A method for noise compensating a hearing test performed in an uncontrolled environment, the hearing test being performed by generating one or more test tones of a number of test tone frequencies, presenting, using an audio speaker, said test tones to a user, receiving user input indicative of the users perception of the test tones such that a test result comprising intensity levels of hearing for the number of test tone frequencies is provided, and generating a hearing profile based on the test result, wherein the method comprises: evaluating a noise level received from a microphone and calculating a noise power spectrum based on the evaluated noise level, the noise power spectrum comprising noise level for a number of frequency ranges, determining a noise perception model based on said noise level and off frequency masking between the one or more test tone frequencies and the noise power spectrum for each of the number of frequency ranges, wherein the noise perception model is updated substantially continuously during the duration of the hearing test by substantially continuously evaluating the noise level and compensating the test result and said one or more test tones using the noise perception model. evaluating a noise level received from a microphone and calculating a noise power spectrum based on the evaluated noise level, the noise power spectrum comprising noise level for a number of frequency ranges, determining a noise perception model based on said noise level and off frequency masking between the one or more test tone frequencies and the noise power spectrum for each of the number of frequency ranges, wherein the noise perception model is updated substantially continuously during the duration of the hearing test by substantially continuously evaluating the noise level and compensating the test result and said one or more test tones using the noise perception model.
A composition comprising a monoamine oxidase inhibitor as the sole active agent for use in the treatment of a skin neoplasm, wherein the monoamine oxidase inhibitor is a propynylaminoindan or a pharmaceutically acceptable salt thereof, and the composition is configured for oral or topical administration.
A method for three-dimensional rendering, comprising: receiving a group of 3D triangles defining a triangular mesh of a surface, each 3D triangle in the group having three 3D vertices with respective 3D coordinates; transforming each 3D triangle into a corresponding two-dimensional triangle having three 2D vertices corresponding respectively to the 3D vertices, each 2D vertex having respective 2D pixel coordinates and a triplet of pixel attributes corresponding to the 3D coordinates of a corresponding 3D vertex, wherein the 2D pixel coordinates of the 2D vertices are the same for all the 3D triangles; passing each 2D triangle to a graphics processor, which treats the triplet of pixel attributes of each 2D vertex as interpolatable values; in the graphics processor, computing respective triplets of interpolated pixel attributes for pixels within each 2D triangle by interpolation between the pixel attributes of the 2D vertices of the 2D triangle; and rendering a 3D image of the surface by converting the interpolated pixel attributes computed by the graphics processor into voxel coordinates in the 3D image. receiving a group of 3D triangles defining a triangular mesh of a surface, each 3D triangle in the group having three 3D vertices with respective 3D coordinates; transforming each 3D triangle into a corresponding two-dimensional triangle having three 2D vertices corresponding respectively to the 3D vertices, each 2D vertex having respective 2D pixel coordinates and a triplet of pixel attributes corresponding to the 3D coordinates of a corresponding 3D vertex, wherein the 2D pixel coordinates of the 2D vertices are the same for all the 3D triangles; passing each 2D triangle to a graphics processor, which treats the triplet of pixel attributes of each 2D vertex as interpolatable values; in the graphics processor, computing respective triplets of interpolated pixel attributes for pixels within each 2D triangle by interpolation between the pixel attributes of the 2D vertices of the 2D triangle; and rendering a 3D image of the surface by converting the interpolated pixel attributes computed by the graphics processor into voxel coordinates in the 3D image.
A method of delivering power to an integrated circuit comprising functional blocks, the method comprising: providing a first power source to a first functional block of the integrated circuit for supporting a first operating mode of the first functional block; deriving a second power source from the first power source; providing the second power source to the first functional block for supporting a second operating mode of the first functional block; characterized by operating the first functional block in the first operating mode for a first time period; and operating the first functional block in the second operating mode for a second time period, wherein the first time period and the second time period are determined based on a desired average throughput for the integrated circuit, and wherein the first operating mode is a high frequency mode, and the second operating mode is a low frequency mode, wherein the first power source is a shared high voltage rail coupled to a high voltage source outside the integrated circuit, and the second power source comprises a first on-die voltage regulator coupled to the first functional block and wherein the first on-die voltage regulator is integrated on a same die as the integrated circuit. providing a first power source to a first functional block of the integrated circuit for supporting a first operating mode of the first functional block; deriving a second power source from the first power source; providing the second power source to the first functional block for supporting a second operating mode of the first functional block; characterized by operating the first functional block in the first operating mode for a first time period; and operating the first functional block in the second operating mode for a second time period, wherein the first time period and the second time period are determined based on a desired average throughput for the integrated circuit, and wherein the first operating mode is a high frequency mode, and the second operating mode is a low frequency mode, wherein the first power source is a shared high voltage rail coupled to a high voltage source outside the integrated circuit, and the second power source comprises a first on-die voltage regulator coupled to the first functional block and wherein the first on-die voltage regulator is integrated on a same die as the integrated circuit.
A laser welding method for welding a first member and a second member to each other with the use of a laser beam, comprising: subjecting at least one of the first and second members to a pre-irradiation process in preparation for irradiation of the laser beam and then connecting the first and second members to each other in order to carry out welding with the use of the laser beam; and causing laser beam irradiated members to melt by irradiating the laser beam to connected portions of both the first and second members, and welding both the first and second members to each other through the melting, characterized in that in the pre-irradiation process, a plurality of small absorption portions, which have a smaller absorption of the laser beam than both the first and second members, are formed at the connected portion of at least one of the first and second members at an interval in a direction in which the irradiated laser beam travels, and in the pre-irradiation process, recesses that respectively serve as the small absorption portions are formed at the connected portion of the first member and/or the connected portion of the second member, which are objects at which the small absorption portions are formed, intermittently in the direction in which the irradiated laser beam travels. subjecting at least one of the first and second members to a pre-irradiation process in preparation for irradiation of the laser beam and then connecting the first and second members to each other in order to carry out welding with the use of the laser beam; and causing laser beam irradiated members to melt by irradiating the laser beam to connected portions of both the first and second members, and welding both the first and second members to each other through the melting, characterized in that in the pre-irradiation process, a plurality of small absorption portions, which have a smaller absorption of the laser beam than both the first and second members, are formed at the connected portion of at least one of the first and second members at an interval in a direction in which the irradiated laser beam travels, and in the pre-irradiation process, recesses that respectively serve as the small absorption portions are formed at the connected portion of the first member and/or the connected portion of the second member, which are objects at which the small absorption portions are formed, intermittently in the direction in which the irradiated laser beam travels.
A wave power unit including a submerged station, at least one floating body and flexible connection means wherein the submerged station includes a linear generator with a reciprocating translator and being arranged to be anchored to a sea bottom, the at least one floating body being arranged to float on the sea surface, the flexible connection means connecting the at least one floating body to the translator, the direction of movement of the translator defining a centre axis and whereby the station further includes a guiding device for the flexible connection means, characterized in that said guiding device includes a plurality of rollers (15a - 18 c), each roller (15a -18c) being rotatable around a respective axis, which rollers (15a -18c) are arranged to form a passage for the flexible connection means, which passage has an upper end and a lower end, whereby a group of at least three rollers forms a set, said set includes at least three rollers that have their axes in the same plane forming a polygon, or said set includes two pairs of rollers, the rollers in each pair having their axes in a common plane perpendicular to the centre axis and one pair being located above the other, the axes of the four rollers forming a polygon that is a quadrangle in a projection perpendicular to the centre axis, and whereby the guiding device includes a plurality of sets of which at least two adjacent sets of rollers have different size of the polygon.
A solvent-free process for preparing krill oil comprising: a) mincing or grinding whole raw krill and/or a krill fraction to form minced krill; b) preheating the minced krill to a maximum temperature of 55-63°C for 9 minutes, wherein the preheating is carried out using an indirect steam heating system and at low rotation speed of 3 rpm; c) contacting the preheated minced krill with a direct steam injection at a high pressure of 300-500 kPa and at rotation speed of 12 rpm for 62 seconds until the preheated minced krill reaches a temperature of 97-98°C. thereby transforming the preheated minced krill to melted krill containing a partially de-fatted and de-watered solid and liquid; d) separating the partially de-fatted and de-watered solid and a liquid from the melted krill; e) squeezing the partially de-fatted and de-watered melted solid to provide a press liquid having residual solid particles and a solid fraction; f) separating residual solid particles from the press liquid to obtain a substantially residual solid and particle-free press liquid; and g) phase-separating the substantially residual solid, particle-free press liquid, to provide an emulsion comprising krill oil enriched in phospholipids with Eicosapentaenoic acid and Docosahexaenoic acid, emulsified with water, proteins and astaxanthin, and h) removing the water from the emulsion to obtain a dried krill oil enriched in phospholipids with EPA and DHA in combination with astaxanthin a) mincing or grinding whole raw krill and/or a krill fraction to form minced krill; b) preheating the minced krill to a maximum temperature of 55-63°C for 9 minutes, wherein the preheating is carried out using an indirect steam heating system and at low rotation speed of 3 rpm; c) contacting the preheated minced krill with a direct steam injection at a high pressure of 300-500 kPa and at rotation speed of 12 rpm for 62 seconds until the preheated minced krill reaches a temperature of 97-98°C. thereby transforming the preheated minced krill to melted krill containing a partially de-fatted and de-watered solid and liquid; d) separating the partially de-fatted and de-watered solid and a liquid from the melted krill; e) squeezing the partially de-fatted and de-watered melted solid to provide a press liquid having residual solid particles and a solid fraction; f) separating residual solid particles from the press liquid to obtain a substantially residual solid and particle-free press liquid; and g) phase-separating the substantially residual solid, particle-free press liquid, to provide an emulsion comprising krill oil enriched in phospholipids with Eicosapentaenoic acid and Docosahexaenoic acid, emulsified with water, proteins and astaxanthin, and h) removing the water from the emulsion to obtain a dried krill oil enriched in phospholipids with EPA and DHA in combination with astaxanthin
A method for manufacturing an electrical energy storage module including electrical energy storage assemblies, each assembly including an external cover (1, 2) and an electrical energy storage element positioned inside the cover, the method comprising the setting into place of at least one electrically insulating sleeve around the cover of at least one assembly so that a sleeve is interposed between each pair of adjacent assemblies, the at least one sleeve at least partly covering the cover of the at least one assembly, this method being characterized in that it further comprises the subsequent successive following steps: - the placement (20, 120) of one of the ends of each assembly on a support, so that the longitudinal axes of the assemblies extend substantially parallel with each other, - the application (30, 130) of at least two perpendicular forces (F, F A, F B, F B ') on the assemblies along a direction substantially perpendicular to the longitudinal axes of the assemblies, to flatten them against each other and against at least two reference planes (P1, P2), the reference planes being perpendicular to each other, at least one of the reference planes preferably being a plane of symmetry of the assemblies, - the positioning (40, 140) of at least one electrically conducting strap on the assemblies so as to electrically connect said assemblies, the position of the at least one strap being predetermined relatively to at least one reference plane (P0; P1; P2) of the support containing a direction parallel to that of the longitudinal axes of the assemblies, and - the connection, notably by welding, of the at least one strap on the assemblies. - the placement (20, 120) of one of the ends of each assembly on a support, so that the longitudinal axes of the assemblies extend substantially parallel with each other, - the application (30, 130) of at least two perpendicular forces (F, F A, F B, F B ') on the assemblies along a direction substantially perpendicular to the longitudinal axes of the assemblies, to flatten them against each other and against at least two reference planes (P1, P2), the reference planes being perpendicular to each other, at least one of the reference planes preferably being a plane of symmetry of the assemblies, - the positioning (40, 140) of at least one electrically conducting strap on the assemblies so as to electrically connect said assemblies, the position of the at least one strap being predetermined relatively to at least one reference plane (P0; P1; P2) of the support containing a direction parallel to that of the longitudinal axes of the assemblies, and - the connection, notably by welding, of the at least one strap on the assemblies.
A pharmaceutical composition comprising a compound inhibiting the expression and/or the activity of the IncRNA of SEQ ID NO: 1, wherein the compound is (a) a nucleic acid sequence which comprises or consists of a nucleotide sequence being complementary to at least 12 continuous nucleotides of SEQ ID NO: 1, (b) a nucleic acid sequence which comprises or consists of a nucleotide sequence which is at least 69% identical to the complementary strand of the IncRNA of SEQ ID NO: 1, (c) a nucleic acid sequence which comprises or consists of a nucleotide sequence according to (a) or (b), wherein U is replaced by T, (d) an expression vector expressing the nucleic acid sequence as defined in any one of (a) to (c), preferably under the control of a heart-specific promoter, or (e) a host comprising the expression vector of (d). (a) a nucleic acid sequence which comprises or consists of a nucleotide sequence being complementary to at least 12 continuous nucleotides of SEQ ID NO: 1, (b) a nucleic acid sequence which comprises or consists of a nucleotide sequence which is at least 69% identical to the complementary strand of the IncRNA of SEQ ID NO: 1, (c) a nucleic acid sequence which comprises or consists of a nucleotide sequence according to (a) or (b), wherein U is replaced by T, (d) an expression vector expressing the nucleic acid sequence as defined in any one of (a) to (c), preferably under the control of a heart-specific promoter, or (e) a host comprising the expression vector of (d).
Clamping collar comprising: - a base member, and - a gripper segment for gripper collar, the gripper segment comprising: - a segment member, and - a plurality of grips which delimit an apex region which has a convex profile, the profile of the or each apex region being curved in a continuous manner, and the segment member comprising an outer frustoconical surface and an inner frustoconical surface, characterised in that - the base member extends around a central axis (X-X) over an angular range of less than 180°, in that - the profile of the or each apex region is delimited by an apex generating line which is inclined through 90o relative to the outer surface and inner surface, in that - the segment member delimits a radially exterior edge which is delimited by a surface inclined through 90° with respect to the exterior and interior surfaces, and in that each gripper segment extends around the central axis (X-X) over an angular range smaller than the angular range of the base member. - a base member, and - a gripper segment for gripper collar, - a segment member, and - a plurality of grips which delimit an apex region which has a convex profile, the profile of the or each apex region being curved in a continuous manner, and the segment member comprising an outer frustoconical surface and an inner frustoconical surface, characterised in that - the base member extends around a central axis (X-X) over an angular range of less than 180°, in that - the profile of the or each apex region is delimited by an apex generating line which is inclined through 90o relative to the outer surface and inner surface, in that - the segment member delimits a radially exterior edge which is delimited by a surface inclined through 90° with respect to the exterior and interior surfaces, and in that each gripper segment extends around the central axis (X-X) over an angular range smaller than the angular range of the base member.
A decorative sheet comprising: a first refractive index layer having a first refractive index; a decorative layer; a second refractive index layer that is a resin layer having a second refractive index lower than the first refractive index and provided between the first refractive index layer and the decorative layer; and a light diffusion layer that is provided in partial contact with one surface of the first refractive index layer and diffuses light entering from the first refractive index layer so that light is released from part of the front surface of the decorative sheet, characterised in that the decorative layer is provided on the back surface side of the first refractive index layer through the second refractive index layer, and the light diffusion layer is provided in partial contact with the front surface of the first refractive index layer. a first refractive index layer having a first refractive index; a decorative layer; a second refractive index layer that is a resin layer having a second refractive index lower than the first refractive index and provided between the first refractive index layer and the decorative layer; and a light diffusion layer that is provided in partial contact with one surface of the first refractive index layer and diffuses light entering from the first refractive index layer so that light is released from part of the front surface of the decorative sheet, characterised in that the decorative layer is provided on the back surface side of the first refractive index layer through the second refractive index layer, and the light diffusion layer is provided in partial contact with the front surface of the first refractive index layer.
Antenna structural module incorporating elementary radiating feeds, themselves comprising bent waveguides, each radiating feed comprising a radiating horn linked to a bent waveguide intended to orient the radiating horn in a desired direction, characterized in that the bent waveguide is an orientation ring and in that each radiating feed further comprises an RF radio frequency chain comprising a main waveguide having longitudinal axis arranged at right angles to a plane XY and an orthomodal transducer OMT comprising two mutually orthogonal transverse branches (41, 42), situated parallel to the plane XY and coupled at right angles to the main waveguide by coupling slots, the radiating horn being coupled to a terminal end of the main waveguide via the bent orientation ring intended to orient the horn radiating in a desired direction different from the longitudinal axis of the main waveguide, the bend of the orientation ring being placed in a plane of symmetry of the RF chain, the plane of symmetry being orthogonal to the plane XY and containing the bisecting line of the angle formed by the two transverse branches (41, 42).