mhurhangee/ep-ind-claims huggingface dataset:
A compound of Formula: or a pharmaceutically acceptable salt thereof, where: R 1 is methyl; R 2 is hydro or methyl; or R 1 and R 2 together with the nitrogen atom to which they are bonded form an azetidinyl, pyrrolidinyl or piperidinyl ring; R 3 is hydro or fluoro; R 4 is hydro or methyl; and R 5 is hydro or fluoro, for use in the treatment of Huntington's disease. R 1 is methyl; R 2 is hydro or methyl; or R 1 and R 2 together with the nitrogen atom to which they are bonded form an azetidinyl, pyrrolidinyl or piperidinyl ring; R 3 is hydro or fluoro; R 4 is hydro or methyl; and R 5 is hydro or fluoro,
A method of transmitting physical control format indicator channel (PCFICH) symbols in a downlink subframe to a user equipment, the method comprising: mapping 16 PCFICH symbols to four resource element groups (REGs) in a first OFDM symbol of the downlink subframe; and transmitting the mapped 16 PCFICH symbols, wherein the four resource element groups comprises a first resource element group including first four resource elements, a second resource element group including second four resource elements, a third resource element group including third four resource elements and a fourth resource element group including fourth four resource elements, wherein first resource elements from the first four resource elements, the second four resource elements, the third four resource elements and the fourth four resource elements have positions given by: K 0, K 0 + ⌊ N RB DL / 2 ⌋ * N SC RB / 2, K 0 + ⌊ 2 N RB DL / 2 ⌋ * N SC RB / 2, and K 0 + ⌊ 3 N RB DL / 2 ⌋ * N SC RB / 2, respectively, wherein 'N SC RB ' indicates a number of resource elements per resource block in the frequency domain, N RB DL is the number of resource blocks in downlink, and wherein K 0 = (N SC RB /2). (N ID cell mod2 N RB DL), N ID cell being a physical layer cell identifier. mapping 16 PCFICH symbols to four resource element groups (REGs) in a first OFDM symbol of the downlink subframe; and transmitting the mapped 16 PCFICH symbols, wherein the four resource element groups comprises a first resource element group including first four resource elements, a second resource element group including second four resource elements, a third resource element group including third four resource elements and a fourth resource element group including fourth four resource elements, wherein first resource elements from the first four resource elements, the second four resource elements, the third four resource elements and the fourth four resource elements have positions given by: K 0, K 0 + ⌊ N RB DL / 2 ⌋ * N SC RB / 2, K 0 + ⌊ 2 N RB DL / 2 ⌋ * N SC RB / 2, and K 0 + ⌊ 3 N RB DL / 2 ⌋ * N SC RB / 2, respectively, wherein 'N SC RB ' indicates a number of resource elements per resource block in the frequency domain, N RB DL is the number of resource blocks in downlink, and wherein K 0 = (N SC RB /2). (N ID cell mod2 N RB DL), N ID cell being a physical layer cell identifier.
A length measuring device for measuring the physical length of a person, said length measuring device having a measuring slide, a linear guide in the form of a hollow profile, on which the measuring slide is mounted so it is externally displaceable, to be able to bring it into contact on the head of the person to be measured, an inner slide, which is mounted so it is displaceable in the interior of the hollow profile, and which is coupled to the measuring slide so that the inner slide follows every movement of the measuring slide along the hollow profile, a measuring unit for measuring the position of the inner slide along the hollow profile, and a display, which is visible in the exterior of the hollow profile, of the length ascertained by the measuring unit in accordance with the measured position of the inner slide, characterized in that a magnet assembly (5, 7) magnetically couples the measuring slide to the inner slide, and that the measuring unit has a sound source (8; 20), a sound receiver (8; 22), and a control and analysis unit connected thereto, which is configured to excite the sound source (8; 20) to emit a sound signal and to analyze output signals of the sound receiver (8; 22), to determine a runtime of a first sound signal reflected on the inner slide and to calculate the position of the inner slide along the hollow profile therefrom, wherein the control and analysis unit is furthermore configured to capture a further reflected sound signal in the output signal of the sound receiver (8; 22), which has been reflected at a known point along the hollow profile or at a known distance to the reflection location of the first reflected sound signal, and to cause its runtime to be incorporated as a reference measurement in the calculation of the position of the inner slide.
A pharmaceutical composition formulated for topical application to a subject, the composition comprising 0.1% gentamicin by weight, 5 to 15 mg/ml diethylenetriamine pentaacetic acid (DTPA), and an oil-in-water emulsion.
Optically variable security element, the planar extent of which defines a z-direction perpendicular thereto, having a polychromatic, reflective surface region, wherein - the polychromatic, reflective surface region contains two relief structures (24, 34) arranged at different levels in the z-direction, - the relief structures (24, 34) are each provided with a colour coating (26, 36) which generates a different colour impression, - the two relief structures (24, 34) overlap in a feature region, - the colour coating of the relief structure higher up is formed in the feature region as a regular or irregular raster with raster elements and raster interspaces, and - the dimensions of the raster elements and/or raster interspaces are below 140 μm in at least one direction such that, to an observer at at least one observation angle, the colour coating of the relief structure further down becomes visible in the feature region through the raster interspaces of the colour coating of the relief structure higher up. - the polychromatic, reflective surface region contains two relief structures (24, 34) arranged at different levels in the z-direction, - the relief structures (24, 34) are each provided with a colour coating (26, 36) which generates a different colour impression, - the two relief structures (24, 34) overlap in a feature region, - the colour coating of the relief structure higher up is formed in the feature region as a regular or irregular raster with raster elements and raster interspaces, and - the dimensions of the raster elements and/or raster interspaces are below 140 μm in at least one direction such that, to an observer at at least one observation angle, the colour coating of the relief structure further down becomes visible in the feature region through the raster interspaces of the colour coating of the relief structure higher up.
Fluid conductor for conducting a fluid, comprising: a barrier layer which limits a conductor interior of the fluid conductor for conducting the fluid, wherein the barrier layer is configured to reduce a diffusion of the fluid through the barrier layer, wherein the barrier layer comprises a peroxide crosslinked thermoplastic elastomer vulcanizate (TPE-V), wherein the fluid conductor comprises a further conductor layer which is arranged radially outside of the barrier layer, wherein the further conductor layer comprises a peroxide crosslinked thermoplastic elastomer vulcanizate (TPE-V) or a sulfur-crosslinked thermoplastic elastomer vulcanizate (TPE-V) or a resin-crosslinked thermoplastic elastomer vulcanizate (TPE-V). a barrier layer which limits a conductor interior of the fluid conductor for conducting the fluid, wherein the barrier layer is configured to reduce a diffusion of the fluid through the barrier layer, wherein the barrier layer comprises a peroxide crosslinked thermoplastic elastomer vulcanizate (TPE-V), wherein the fluid conductor comprises a further conductor layer which is arranged radially outside of the barrier layer, wherein the further conductor layer comprises a peroxide crosslinked thermoplastic elastomer vulcanizate (TPE-V) or a sulfur-crosslinked thermoplastic elastomer vulcanizate (TPE-V) or a resin-crosslinked thermoplastic elastomer vulcanizate (TPE-V).
A blood purifier package obtained by packing a blood purifier comprising selectively permeable separation membranes as a main component, characterized in that said blood purifier is packed and sealed together with an oxygen scavenger in a packaging material capable of shutting out an external air and a water vapor, under a condition of a relative humidity of above 40%RH at 25°C, wherein the selectively permeable separation membrane comprises a hydrophobic polymer containing a hydrophilic polymer.
A method comprising: pressing a pre-fabricated first end plate of an induction cage for an induction rotor assembly against a first end of a rotor core; pressing a pre-fabricated second end plate of the induction cage against a second end of the rotor core; wherein the pre-fabricated first and second end plates (108a, 108b) include one or more flow channels; and injecting, via at least one or more of the flow channels of the prefabricated first end plate, a liquid casting material into one or more core passageways of the rotor core, the liquid casting material adapted to solidify as one or more electrically conductive conductors of the induction cage; positioning a first mold about at least a portion of the pre-fabricated first end plate and a second mold about at least a portion of the pre-fabricated second end plate; characterized in that the flow channels of the pre-fabricated first and second end plates (108a, 108b) each extend along a respective central axis that is not parallel to a longitudinal axis of the rotor core, and have a tapered configuration. pressing a pre-fabricated first end plate of an induction cage for an induction rotor assembly against a first end of a rotor core; pressing a pre-fabricated second end plate of the induction cage against a second end of the rotor core; wherein the pre-fabricated first and second end plates (108a, 108b) include one or more flow channels; and injecting, via at least one or more of the flow channels of the prefabricated first end plate, a liquid casting material into one or more core passageways of the rotor core, the liquid casting material adapted to solidify as one or more electrically conductive conductors of the induction cage; positioning a first mold about at least a portion of the pre-fabricated first end plate and a second mold about at least a portion of the pre-fabricated second end plate; characterized in that the flow channels of the pre-fabricated first and second end plates (108a, 108b) each extend along a respective central axis that is not parallel to a longitudinal axis of the rotor core, and have a tapered configuration.
Method for ordering a tracing of the activities of a wireless terminal in a wireless network, WN, characterised by the steps of: receiving (62; 72), in a core network management device provided in a core network section, CN, of the wireless network, WN, a first request for a tracing regarding a wireless terminal, wherein said first request is received from an access network management device provided in relation to an access network section, AN, of the wireless network, WN, and managing network elements (10, 12, 14, 20, 22, 24) of said access network section, AN, and where said first request includes an address of a destination trace log data handling device that is to receive trace log data associated with said first request or data enabling the locating of the address, automatically ordering (68; 76), based on said request, network elements (10, 12, 14, 20, 22, 24) of the access network section, AN, of the wireless network, WN, to perform tracing regarding said wireless terminal, and ensuring (68; 80) that trace log data associated with said first request is sent to the destination trace log data handling device. receiving (62; 72), in a core network management device provided in a core network section, CN, of the wireless network, WN, a first request for a tracing regarding a wireless terminal, wherein said first request is received from an access network management device provided in relation to an access network section, AN, of the wireless network, WN, and managing network elements (10, 12, 14, 20, 22, 24) of said access network section, AN, and where said first request includes an address of a destination trace log data handling device that is to receive trace log data associated with said first request or data enabling the locating of the address, automatically ordering (68; 76), based on said request, network elements (10, 12, 14, 20, 22, 24) of the access network section, AN, of the wireless network, WN, to perform tracing regarding said wireless terminal, and ensuring (68; 80) that trace log data associated with said first request is sent to the destination trace log data handling device.
Method of obtaining a fine fraction intended for producing hydraulic binder from a mineral material containing at least calcium and metal impurities, implemented in plant comprising a grinder and a granulometric selection device, referred to as a selector device, able to separate the material into two fractions (12, 13), said method comprising the following steps: - said mineral material, which comprises slag from the metallurgical industry, in whole or in part, is provided, - said mineral material is ground by material bed compression by means of the grinder, obtaining a ground material, - the ground material is separated into said fine fraction and a coarse fraction by means of said selector device, - the coarse fraction is returned to the grinder for a further grinding step, characterised in that the metal impurities are extracted by subjecting at least part of the ground material to magnetic sorting intended to separate the metal impurities from the mineral materials, the sorting being implemented either on the coarse fraction downstream of the selector device and upstream of the grinder, or between the grinder and the selector device, before separation of the ground material. - said mineral material, which comprises slag from the metallurgical industry, in whole or in part, is provided, - said mineral material is ground by material bed compression by means of the grinder, obtaining a ground material, - the ground material is separated into said fine fraction and a coarse fraction by means of said selector device, - the coarse fraction is returned to the grinder for a further grinding step, characterised in that the metal impurities are extracted by subjecting at least part of the ground material to magnetic sorting intended to separate the metal impurities from the mineral materials, the sorting being implemented either on the coarse fraction downstream of the selector device and upstream of the grinder, or between the grinder and the selector device, before separation of the ground material.
A method of chemically-mechanically polishing a substrate comprising: (i) providing a substrate, wherein the substrate comprises a tungsten layer on a surface of the substrate and a silicon oxide layer on a surface of the substrate; (ii) providing a polishing pad; (iii) providing a chemical-mechanical polishing composition comprising: (a) surface-modified colloidal silica particles comprising a negatively-charged group on the surface of the particles, wherein the surface-modified colloidal silica particles have a negative charge, a particle size of 90 nm to 350 nm, wherein particle size refers to the diameter of the smallest sphere that encompasses the particle, and a zeta potential of -20 mV to -70 mV at a pH of about 2, (b) an iron compound, (c) a stabilizing agent, and (d) an aqueous carrier; (iv) contacting the substrate with the polishing pad and the chemical mechanical polishing composition; and (v) moving the polishing pad and the chemical-mechanical polishing composition relative to the substrate to abrade at least a portion of the tungsten layer and at least a portion of the silicon oxide layer to polish the substrate. (i) providing a substrate, wherein the substrate comprises a tungsten layer on a surface of the substrate and a silicon oxide layer on a surface of the substrate; (ii) providing a polishing pad; (iii) providing a chemical-mechanical polishing composition comprising: (a) surface-modified colloidal silica particles comprising a negatively-charged group on the surface of the particles, wherein the surface-modified colloidal silica particles have a negative charge, a particle size of 90 nm to 350 nm, wherein particle size refers to the diameter of the smallest sphere that encompasses the particle, and a zeta potential of -20 mV to -70 mV at a pH of about 2, (b) an iron compound, (c) a stabilizing agent, and (d) an aqueous carrier; (a) surface-modified colloidal silica particles comprising a negatively-charged group on the surface of the particles, wherein the surface-modified colloidal silica particles have a negative charge, a particle size of 90 nm to 350 nm, wherein particle size refers to the diameter of the smallest sphere that encompasses the particle, and a zeta potential of -20 mV to -70 mV at a pH of about 2, a negative charge, a particle size of 90 nm to 350 nm, wherein particle size refers to the diameter of the smallest sphere that encompasses the particle, and a zeta potential of -20 mV to -70 mV at a pH of about 2, (b) an iron compound, (c) a stabilizing agent, and (d) an aqueous carrier; (iv) contacting the substrate with the polishing pad and the chemical mechanical polishing composition; and (v) moving the polishing pad and the chemical-mechanical polishing composition relative to the substrate to abrade at least a portion of the tungsten layer and at least a portion of the silicon oxide layer to polish the substrate.
A process of producing a supported silver catalyst, the process comprising: (a) providing an alumina-containing carrier, the carrier comprising greater than 80 weight percent alpha-alumina and less than 30 parts per million acid-leachable alkali metals by weight, the weight percent of the alumina and the concentration of the acid-leachable alkali metals being calculated on the weight of the carrier, wherein the acid-leachable alkali metals are selected from lithium, sodium, potassium, and mixtures thereof; and (b) depositing on the carrier: silver; at least one first promoter selected from cesium, rubidium, and mixtures thereof; at least one second promoter selected from sodium, lithium, and mixtures thereof; wherein the deposited sodium, if employed, is present in a concentration from 10 ppm to less than 200 ppm, and wherein the deposited lithium, if employed, is present in a concentration from 10 ppm to 500 ppm by weight, the concentrations of the deposited sodium and lithium being calculated on the weight of the catalyst. (a) providing an alumina-containing carrier, the carrier comprising greater than 80 weight percent alpha-alumina and less than 30 parts per million acid-leachable alkali metals by weight, the weight percent of the alumina and the concentration of the acid-leachable alkali metals being calculated on the weight of the carrier, wherein the acid-leachable alkali metals are selected from lithium, sodium, potassium, and mixtures thereof; and (b) depositing on the carrier: silver; at least one first promoter selected from cesium, rubidium, and mixtures thereof; at least one second promoter selected from sodium, lithium, and mixtures thereof; wherein the deposited sodium, if employed, is present in a concentration from 10 ppm to less than 200 ppm, and wherein the deposited lithium, if employed, is present in a concentration from 10 ppm to 500 ppm by weight, the concentrations of the deposited sodium and lithium being calculated on the weight of the catalyst. silver; at least one first promoter selected from cesium, rubidium, and mixtures thereof; at least one second promoter selected from sodium, lithium, and mixtures thereof;
A method implemented in a RAN node of a radio access network, RAN, associated with a first radio access technology for communicating with mobile radio terminals, the mobile radio terminals having an associated access class for accessing service from a cellular radio communications network including the radio access network and a core network with a core network node coupled to the RAN node, characterized in that the method comprises the steps of: receiving an overload message from the core network node that includes mobile radio terminal access class restriction information for reducing an overload condition, wherein the mobile radio terminal access class restriction information indicates one or more access classes to be restricted from accessing the cellular radio communications network, determining a need for an access class restriction to reduce the number of mobile radio terminals permitted to access service from the cellular radio communications network, determining one or more of the access classes to be restricted based on the information in the overload message, and transmitting or causing to be transmitted, in an area associated with the RAN node, information relating to the one or more restricted access classes so that the mobile radio terminals in the one or more restricted access classes are prohibited from accessing the cellular radio communications network. receiving an overload message from the core network node that includes mobile radio terminal access class restriction information for reducing an overload condition, wherein the mobile radio terminal access class restriction information indicates one or more access classes to be restricted from accessing the cellular radio communications network, determining a need for an access class restriction to reduce the number of mobile radio terminals permitted to access service from the cellular radio communications network, determining one or more of the access classes to be restricted based on the information in the overload message, and transmitting or causing to be transmitted, in an area associated with the RAN node, information relating to the one or more restricted access classes so that the mobile radio terminals in the one or more restricted access classes are prohibited from accessing the cellular radio communications network.