mhurhangee/ep-ind-claims huggingface dataset:
Cosmetic process for treating keratin fibres, preferably human keratin fibres such as the hair, comprising: (i) a step of mixing at least: - a first composition comprising one or more non-amino oxyalkylenated silicones, one or more first cationic surfactants, and less than 10% by weight of water relative to the total weight of the composition, and - a second composition comprising water and one or more second cationic surfactants, so as to obtain a final cosmetic composition, and then (ii) a step of applying the final cosmetic composition to the keratin fibres. (i) a step of mixing at least: - a first composition comprising one or more non-amino oxyalkylenated silicones, one or more first cationic surfactants, and less than 10% by weight of water relative to the total weight of the composition, and - a second composition comprising water and one or more second cationic surfactants, so as to obtain a final cosmetic composition, and then - a first composition comprising one or more non-amino oxyalkylenated silicones, one or more first cationic surfactants, and less than 10% by weight of water relative to the total weight of the composition, and - a second composition comprising water and one or more second cationic surfactants, so as to obtain a final cosmetic composition, and then (ii) a step of applying the final cosmetic composition to the keratin fibres.
Human monoclonal antibody capable of binding to factor XIa (FXIa) and antigen-binding fragment thereof comprising SEQ ID NO: 19 for the amino acid sequence for the variable light chain domain and SEQ ID NO: 20 for the amino acid sequence for the variable heavy chain.
Pool convertible between a swimming pool and a spray park, the pool comprising: - a basin configured to be filled with a water body to a water level; and - a height-adjustable floor comprising at least one fountain nozzle configured to produce a fountain having a component normal to a top surface of the floor, wherein the floor is arranged in the basin, and wherein the floor is height-adjustable along sidewalls of the basin in contact with one or more than one of these sidewalls between a lower position defining the swimming pool above said floor and inside said basin and an elevated position defining the spray park above said floor. - a basin configured to be filled with a water body to a water level; and - a height-adjustable floor comprising at least one fountain nozzle configured to produce a fountain having a component normal to a top surface of the floor, wherein the floor is arranged in the basin,
A noninvasive monitor for determining measurement values for one or more physiological parameters of a monitored patient, said monitor comprising: a signal processor configured to: receive from a sensor a first sensor signal responsive to light attenuated by tissue of a monitored patient and a second sensor signal responsive to ambient electronic interference proximate said sensor, said sensor including a light source and one or more detectors housed in a sensor housing that positions said light source and said one or more detectors proximate said tissue; process said first sensor signal to determine measurement values for one or more physiological parameters of said monitored patient; and process said second sensor signal to determine an amount of ambient electronic interference proximate said sensor when said light source is off and determine at least one of an audio or visual indication of said amount of ambient electronic interference, said audio or visual indication being perceptible by a caregiver. a signal processor configured to: receive from a sensor a first sensor signal responsive to light attenuated by tissue of a monitored patient and a second sensor signal responsive to ambient electronic interference proximate said sensor, said sensor including a light source and one or more detectors housed in a sensor housing that positions said light source and said one or more detectors proximate said tissue; process said first sensor signal to determine measurement values for one or more physiological parameters of said monitored patient; and process said second sensor signal to determine an amount of ambient electronic interference proximate said sensor when said light source is off and determine at least one of an audio or visual indication of said amount of ambient electronic interference, said audio or visual indication being perceptible by a caregiver. receive from a sensor a first sensor signal responsive to light attenuated by tissue of a monitored patient and a second sensor signal responsive to ambient electronic interference proximate said sensor, said sensor including a light source and one or more detectors housed in a sensor housing that positions said light source and said one or more detectors proximate said tissue; process said first sensor signal to determine measurement values for one or more physiological parameters of said monitored patient; and process said second sensor signal to determine an amount of ambient electronic interference proximate said sensor when said light source is off and determine at least one of an audio or visual indication of said amount of ambient electronic interference, said audio or visual indication being perceptible by a caregiver.
A reinforced geocell made of flexible polymeric strips arranged in rows and interconnected in a staggered order lengthwise to form a three-dimensional cell structure when being stretched in a direction normal to surfaces of said strips, the strips provided with drainage apertures and reinforced with reinforcing threads along a longitudinal direction of said strips, characterized in that the reinforcing threads consist of at least two fibrous elements, each fibrous element being twisted along the whole length of each fibrous element, said at least two fibrous elements being twisted along the whole length of a respective reinforcing thread.
An information processing device comprising: a data processing unit that performs format conversion of converting MPEG-2 TS format data into MP4 format data, wherein the MPEG-2 TS format data is data that includes each segment region having a plurality of pieces of variation data decryptable with different keys, and the data processing unit selects encrypted MP4 variation data from the segment region of the MPEG-2 TS format data and stores the MP4 variation data as MP4 format structure data in an MP4 file, while the encrypted variation data remains, without performing a decryption process and a re-encryption process for the selected MP4 variation data, wherein each of the pieces of variation data set in the segment region of the MPEG-2 TS format data is data in which a variation identifier is embedded and is data for which the variation identifier is extractable from decrypted data, and wherein the segment region of the MPEG-2 TS format data is a data region in which one piece of variation data is selected and reproduced along a reproduction path permitted to a reproduction device. a data processing unit that performs format conversion of converting MPEG-2 TS format data into MP4 format data, wherein the MPEG-2 TS format data is data that includes each segment region having a plurality of pieces of variation data decryptable with different keys, and the data processing unit selects encrypted MP4 variation data from the segment region of the MPEG-2 TS format data and stores the MP4 variation data as MP4 format structure data in an MP4 file, while the encrypted variation data remains, without performing a decryption process and a re-encryption process for the selected MP4 variation data, wherein each of the pieces of variation data set in the segment region of the MPEG-2 TS format data is data in which a variation identifier is embedded and is data for which the variation identifier is extractable from decrypted data, and wherein the segment region of the MPEG-2 TS format data is a data region in which one piece of variation data is selected and reproduced along a reproduction path permitted to a reproduction device.
A method for reducing immunogenicity of a therapeutic protein, comprising: providing a therapeutic protein preparation having at least 90% monomeric protein as determined by size exclusion chromatography and greater than 2 ng/ml of subvisible particulates in the range of 0.1 to 10 μm in size; determining high pressure conditions that reduce the amount of subvisible particulates in the range of 0.1 to 10 μm in size while favoring monomeric protein; treating the therapeutic protein preparation with high pressure under said high pressure conditions, wherein a reduced level of said subvisible particulates is indicative of reduced immunogenicity. providing a therapeutic protein preparation having at least 90% monomeric protein as determined by size exclusion chromatography and greater than 2 ng/ml of subvisible particulates in the range of 0.1 to 10 μm in size; determining high pressure conditions that reduce the amount of subvisible particulates in the range of 0.1 to 10 μm in size while favoring monomeric protein; treating the therapeutic protein preparation with high pressure under said high pressure conditions, wherein a reduced level of said subvisible particulates is indicative of reduced immunogenicity.
A substrate spacing member which is configured to be disposed between two substrates (20, 60) on which electronic components (21, 61) are mounted at least on one of the two substrates such that the electronic components thereon are configured to be between the two substrates (20, 60), and to keep a distance between the two substrates (20, 60) constant, the substrate spacing member comprising: spacer portions (31, 41) which are configured to be disposed between the two substrates (20, 60) in contact with both edge portions (20a, 60a) thereof, to keep a distance between the two substrates (20, 60) constant; a frame body portion that connects the spacer portions (31, 41) together; a branch portion which extends toward a predetermined position between the electronic components between the two substrates (20, 60), from the frame body portion or the spacer portion (31, 41); and a branch holding portion which is provided at the branch portion and holds an electrode, the electrode configured to electrically connect the two substrates (20, 60) and to be positioned and held by the branch holding portion at the predetermined position, wherein each of the spacer portions (31, 41) includes a spacer member which has conductive properties and includes a through hole into which a screw is able to be inserted, and a spacer member holding portion which is formed of an insulating body and holds the spacer member. spacer portions (31, 41) which are configured to be disposed between the two substrates (20, 60) in contact with both edge portions (20a, 60a) thereof, to keep a distance between the two substrates (20, 60) constant; a frame body portion that connects the spacer portions (31, 41) together; a branch portion which extends toward a predetermined position between the electronic components between the two substrates (20, 60), from the frame body portion or the spacer portion (31, 41); and a branch holding portion which is provided at the branch portion and holds an electrode, the electrode configured to electrically connect the two substrates (20, 60) and to be positioned and held by the branch holding portion at the predetermined position, wherein each of the spacer portions (31, 41) includes a spacer member which has conductive properties and includes a through hole into which a screw is able to be inserted, and a spacer member holding portion which is formed of an insulating body and holds the spacer member.
An assembly for controlling movement of a movable surface, comprising a horizontal stabiliser trim actuator, HSTA, of an aircraft configured to be engaged with the surface and an assembly for manual control of the HSTA for controlling the position of the moveable surface, the assembly comprising a user-operated trim wheel, and transfer means configured to translate rotation of the trim wheel to movement of the HSTA; the transfer means comprising a first motor and a first resolver connected to the trim wheel and a second motor and a second resolver arranged to communicate with the first motor and the first resolver and to cause corresponding movement of the HSTA; characterised in that: rotation of the trim wheel is detected by the first resolver, via the first motor, and is converted to an angle command, and wherein the second motor receives the angle command and drives the HSTA according to the angle command to cause a corresponding movement of the moveable surface, and wherein the second resolver detects the angular position of the moveable surface and provides an output indicative of mechanical input angle, the assembly further comprising a comparator arranged to compare the angle command with the mechanical input angle to provide a command to the second motor, based on the difference between the angle command and the mechanical input angle, to drive the HSTA responsive to the command; the assembly further comprising means for providing a feedback signal from the second resolver to the first motor indicative of the position of the HSTA, whereby the feedback signal causes corresponding movement of the trim wheel.
A method performed by a terminal including a first-version embedded universal integrated circuit card, eUICC, in a communication system, the method comprising: receiving, from a profile server, a request for performing a second function associated with a second-version eUICC; determining whether the second function is supported by the first-version eUICC based on at least one of remote subscriber identity module provisioning, RSP, capability information of the first-version eUICC or version information of the first-version eUICC; in case that the second function is not supported by the first-version eUICC, determining whether to switch the second function to a first function supported by the first-version eUICC, wherein the first function is a local profile management function equivalent to the second function; and in case that the second function is determined to be switched to the first function, performing the first function. receiving, from a profile server, a request for performing a second function associated with a second-version eUICC; determining whether the second function is supported by the first-version eUICC based on at least one of remote subscriber identity module provisioning, RSP, capability information of the first-version eUICC or version information of the first-version eUICC; in case that the second function is not supported by the first-version eUICC, determining whether to switch the second function to a first function supported by the first-version eUICC, wherein the first function is a local profile management function equivalent to the second function; and in case that the second function is determined to be switched to the first function, performing the first function.
A fastening system for the fastening of a sanitary article, in particular a toilet bowl or a wash basin, comprising a carrier element with at least one fastening receptacle which can be connected to a fastening means arranged in a fixed manner on site, at least one upper stop portion which lies on the carrier element and which can strike against an upper stop of the sanitary article, at least one lower stop portion which lies on the carrier element and which can strike against a lower stop of the sanitary article, and at least one clamping element, wherein, in the installation position, the upper stop portion lies above the lower stop portion, and wherein at least one of the stop portions (5, 7) is mounted on the carrier element so as to be displaceable with respect to the carrier element, and is connected to the at least one clamping element in such a way that, as a result of actuation of the clamping element, said stop portion (5, 7) can be displaced in a direction of actuation in such a way that the two stop portions (5, 7) can be braced between the two stops (6, 8) of the sanitary article, characterized in that the at least one upper stop portion and the at least one lower stop portion each have a stop receptacle, into which the stops (6, 8) of the sanitary article can protrude, and in that the two stop receptacles are of dovetail form, as seen transversely with respect to the direction of actuation. a carrier element with at least one fastening receptacle which can be connected to a fastening means arranged in a fixed manner on site, at least one upper stop portion which lies on the carrier element and which can strike against an upper stop of the sanitary article, at least one lower stop portion which lies on the carrier element and which can strike against a lower stop of the sanitary article, and at least one clamping element, wherein, in the installation position, the upper stop portion lies above the lower stop portion, and wherein at least one of the stop portions (5, 7) is mounted on the carrier element so as to be displaceable with respect to the carrier element, and is connected to the at least one clamping element in such a way that, as a result of actuation of the clamping element, said stop portion (5, 7) can be displaced in a direction of actuation in such a way that the two stop portions (5, 7) can be braced between the two stops (6, 8) of the sanitary article, characterized in that the at least one upper stop portion and the at least one lower stop portion each have a stop receptacle, into which the stops (6, 8) of the sanitary article can protrude, and in that the two stop receptacles are of dovetail form, as seen transversely with respect to the direction of actuation.
An optical waveguide device comprising a substrate of X-cut lithium niobate single crystal; signal and ground electrodes (1A, 1C) for modulation formed on a first main face of the substrate; and a titanium diffusion optical waveguide provided between said signal and ground electrodes (1A, 1C) and comprising an inlet part, an outlet part, and a pair of branched parts (2b, 2c), wherein in a region for applying an electric field, the pair of branched parts (2b, 2c) is positioned between adjacent electrodes so that a signal voltage can be applied on the branched parts (2b, 2c); wherein said substrate has a thickness of 30 μm or smaller at least in the region where signal and ground electrodes (1A, 1C) can apply an electric field, and wherein the optical waveguide device further comprises a supporting body for supporting said substrate and an adhesive layer for adhering said substrate and said supporting body; characterized in that the optical waveguide is configured for single mode propagation in the 1.55 μm band, and each of the branched parts (2b, 2c) of said optical waveguide comprises a swell with respect to the main face of said substrate, said swell when viewed in a cross section taken perpendicularly to the extension direction of the branched parts (2b, 2c) having a height H (Ångstrom) defined as a peak height value and a width W (μm) defined as a distance between two most distant points selected from all the points whose heights are 5 percent of the height H whose product (HxW) is 6000 Ångstrom·μm or smaller and 3000 Ångstrom · μm or larger. a substrate of X-cut lithium niobate single crystal; signal and ground electrodes (1A, 1C) for modulation formed on a first main face of the substrate; and a titanium diffusion optical waveguide provided between said signal and ground electrodes (1A, 1C) and comprising an inlet part, an outlet part, and a pair of branched parts (2b, 2c), wherein in a region for applying an electric field, the pair of branched parts (2b, 2c) is positioned between adjacent electrodes so that a signal voltage can be applied on the branched parts (2b, 2c); wherein said substrate has a thickness of 30 μm or smaller at least in the region where signal and ground electrodes (1A, 1C) can apply an electric field, and wherein the optical waveguide device further comprises a supporting body for supporting said substrate and an adhesive layer for adhering said substrate and said supporting body;
Polyester fibers with an initial tensile resistivity of 15 to 38 cN/dtex, an elastic recovery rate of 70% or more after 20% elongation, and a self-shrinkage percentage of 0.3% to 1.4% after dry heat treatment at 160°C, wherein the polyester fibers contain polytrimethylene terephthalate.
Gasifier/pressure reducer device for self-propulsion systems with gas-fuelled motor, particularly LPG, comprising: - a main body, in which an entrance passage of a fluid communicating with a tank of fluid under pressure and an exit passage of the gas at the required pressure, connected to a utility, are made, - a shut-off device of the fluid associated to the entrance passage; - a gasification circuit made in a first portion of said body and comprising a heat exchanger able to transform, in a gasification duct, the fluid entering, to a gaseous state suitable to fuel the engine; - a single regulator stage of the pressure of the gas supplied housed in a second portion of the main body, downstream of the gasification circuit, said regulator stage comprises a piston pressure regulator, wherein the piston is translatable in a respective piston seat (32, 33) made in said second portion of the main body being subjected to a frontal thrust exerted by the gas present in the exit passage and to a rear thrust exerted by an elastic contrast device calibrated depending on the desired output pressure; an obturator body of a valve seat placed between the gasification duct and the exit passage of the gas being operatively connected to the piston in such a way that said obturator body opens or closes said valve seat depending on the pressure value of the gas present in the exit duct and acting on the piston. - a main body, in which an entrance passage of a fluid communicating with a tank of fluid under pressure and an exit passage of the gas at the required pressure, connected to a utility, are made, - a shut-off device of the fluid associated to the entrance passage; - a gasification circuit made in a first portion of said body and comprising a heat exchanger able to transform, in a gasification duct, the fluid entering, to a gaseous state suitable to fuel the engine; - a single regulator stage of the pressure of the gas supplied housed in a second portion of the main body, downstream of the gasification circuit, said regulator stage comprises a piston pressure regulator, wherein the piston is translatable in a respective piston seat (32, 33) made in said second portion of the main body being subjected to a frontal thrust exerted by the gas present in the exit passage and to a rear thrust exerted by an elastic contrast device calibrated depending on the desired output pressure; an obturator body of a valve seat placed between the gasification duct and the exit passage of the gas being operatively connected to the piston in such a way that said obturator body opens or closes said valve seat depending on the pressure value of the gas present in the exit duct and acting on the piston.