mhurhangee/ep-ind-claims huggingface dataset:
An isolated force/torque sensor assembly for a force controlled robot comprising: an end effector for operatively attaching to an arm of the force controlled robot for user controlled positioning of a surgical tool, said end effector having a gripping portion adapted to be gripped by a hand of a user and a shaft portion radially extending from said gripping portion; and a force/torque sensor (42, 142, 242) having a high force end effector interface adapted to be fixed to the arm of the robot for positioning of the surgical tool, a low force end effector interface attached to said shaft portion and movable relative to said high force end effector interface (44, 144, 244), and a transducer disposed between said high force end effector interface and said low force end effector interface for reacting to loads applied to said low force end effector interface for generating corresponding output signals; and wherein said end effector further comprises a guide including an aperture extending axially through said guide to receive the surgical tool, and wherein said guide is connected to or integral with said high force end effector interface (44, 144, 244) such that said transducer is bypassed for high loads applied to the surgical tool. an end effector for operatively attaching to an arm of the force controlled robot for user controlled positioning of a surgical tool, said end effector having a gripping portion adapted to be gripped by a hand of a user and a shaft portion radially extending from said gripping portion; and a force/torque sensor (42, 142, 242) having a high force end effector interface adapted to be fixed to the arm of the robot for positioning of the surgical tool, a low force end effector interface attached to said shaft portion and movable relative to said high force end effector interface (44, 144, 244), and a transducer disposed between said high force end effector interface and said low force end effector interface for reacting to loads applied to said low force end effector interface for generating corresponding output signals; and wherein said end effector further comprises a guide including an aperture extending axially through said guide to receive the surgical tool, and wherein said guide is connected to or integral with said high force end effector interface (44, 144, 244) such that said transducer is bypassed for high loads applied to the surgical tool.
A user equipment comprising: a receiver, which in operation, receives, from a base station communicating with the user equipment via an unlicensed radio cell, uplink configuration information to configure at least one set of radio resources of the unlicensed radio cell, the at least one set of radio resources available to the user equipment for transmitting uplink control information, wherein the at least one set of radio resources is associated with a UE group ID indicating a group of user equipment to which the user equipment is associated, the receiver, which in operation, receives, from the base station, downlink control information, DCI, indicating a UE group ID, processing circuitry, which in operation, determines whether the UE group ID to which the user equipment is associated is the same as the UE group ID received with the downlink control information, the processing circuitry, when determining that the UE group ID to which the user equipment is associated is the same as the UE group ID indicated by the downlink control information, determines scheduling request radio resources within the at least one set of uplink control information radio resources based on the received downlink control information, and a transmitter, which in operation, transmits a scheduling request to the base station using the determined scheduling request radio resources. a receiver, which in operation, receives, from a base station communicating with the user equipment via an unlicensed radio cell, uplink configuration information to configure at least one set of radio resources of the unlicensed radio cell, the at least one set of radio resources available to the user equipment for transmitting uplink control information, wherein the at least one set of radio resources is associated with a UE group ID indicating a group of user equipment to which the user equipment is associated, the receiver, which in operation, receives, from the base station, downlink control information, DCI, indicating a UE group ID, processing circuitry, which in operation, determines whether the UE group ID to which the user equipment is associated is the same as the UE group ID received with the downlink control information, the processing circuitry, when determining that the UE group ID to which the user equipment is associated is the same as the UE group ID indicated by the downlink control information, determines scheduling request radio resources within the at least one set of uplink control information radio resources based on the received downlink control information, and a transmitter, which in operation, transmits a scheduling request to the base station using the determined scheduling request radio resources.
A system for processing and enhancing utility of a sound mask noise signal, comprising: a processor configured to repetitively generate the sound mask noise signal by modulating a noise signal with embedded additional information, wherein the additional information comprises a system identification, wherein the sound mask noise signal comprises a plurality of orthogonal sinusoidal pseudo-random phase shifted waves with the embedded additional information; a plurality of audio speakers configured to output sound signals comprising the sound mask noise signal comprising the specific pseudo-random phases associated with each audio speaker in addition to the embedded additional information; and one or more microphones each configured to receive the sound signals comprising the sound mask noise signal output from the plurality of audio speakers, wherein the processor derives an impulse response between each audio speaker and each microphone repetitively in real time based on the embedded additional information. a processor configured to repetitively generate the sound mask noise signal by modulating a noise signal with embedded additional information, wherein the additional information comprises a system identification, wherein the sound mask noise signal comprises a plurality of orthogonal sinusoidal pseudo-random phase shifted waves with the embedded additional information; a plurality of audio speakers configured to output sound signals comprising the sound mask noise signal comprising the specific pseudo-random phases associated with each audio speaker in addition to the embedded additional information; and one or more microphones each configured to receive the sound signals comprising the sound mask noise signal output from the plurality of audio speakers, wherein the processor derives an impulse response between each audio speaker and each microphone repetitively in real time based on the embedded additional information.
A resonator device (100; 200; 806), comprising: an asymmetric whispering gallery mode resonator disk (102; 202) formed of a transparent material, the asymmetric whispering gallery mode resonator disk comprising: an axial surface (104; 204; 400; 500; 600; 700) along a perimeter of the asymmetric whispering gallery mode resonator disk, wherein a first midplane (106; 206) passes through the axial surface dividing the axial surface into symmetrical halves; a top surface (108; 208); a bottom surface (110; 210) substantially parallel to the top surface, wherein a second midplane (116; 216) is substantially equidistant between the top surface and the bottom surface, and wherein the first midplane and the second midplane are non-coextensive; a first chamfered edge (112; 212; 402; 502; 602; 702) between the top surface and the axial surface; and a second chamfered edge (114; 214; 403; 504; 604; 704) between the bottom surface and the axial surface; a first electrode (118; 218) on the top surface of the asymmetric whispering gallery mode resonator disk; and a second electrode (120; 220) on the bottom surface of the asymmetric whispering gallery mode resonator disk. an asymmetric whispering gallery mode resonator disk (102; 202) formed of a transparent material, the asymmetric whispering gallery mode resonator disk comprising: an axial surface (104; 204; 400; 500; 600; 700) along a perimeter of the asymmetric whispering gallery mode resonator disk, wherein a first midplane (106; 206) passes through the axial surface dividing the axial surface into symmetrical halves; a top surface (108; 208); a bottom surface (110; 210) substantially parallel to the top surface, an axial surface (104; 204; 400; 500; 600; 700) along a perimeter of the asymmetric whispering gallery mode resonator disk, wherein a first midplane (106; 206) passes through the axial surface dividing the axial surface into symmetrical halves; a top surface (108; 208); a bottom surface (110; 210) substantially parallel to the top surface, wherein a second midplane (116; 216) is substantially equidistant between the top surface and the bottom surface, and wherein the first midplane and the second midplane are non-coextensive; a first chamfered edge (112; 212; 402; 502; 602; 702) between the top surface and the axial surface; and a second chamfered edge (114; 214; 403; 504; 604; 704) between the bottom surface and the axial surface; a first chamfered edge (112; 212; 402; 502; 602; 702) between the top surface and the axial surface; and a second chamfered edge (114; 214; 403; 504; 604; 704) between the bottom surface and the axial surface; a first electrode (118; 218) on the top surface of the asymmetric whispering gallery mode resonator disk; and a second electrode (120; 220) on the bottom surface of the asymmetric whispering gallery mode resonator disk.
A ceiling light including a housing intended to be attached at a distance from a ceiling of a room, including - a lamp - an acoustic corrector, and - a heating element placed in the housing, the ceiling light being characterized in that - the acoustic corrector includes acoustic fleece, being in the form of a piece of fabric, and non-woven fibers, and in that - the fibers are placed on one side of the housing towards the ceiling, - the heating element is placed on one side of the housing towards the room, the fleece being placed between the housing and the heating element. - a lamp - an acoustic corrector, and - a heating element - the acoustic corrector includes acoustic fleece, being in the form of a piece of fabric, and non-woven fibers, and in that - the fibers are placed on one side of the housing towards the ceiling, - the heating element is placed on one side of the housing towards the room, the fleece being placed between the housing and the heating element.
An aqueous sizing composition comprising (i) at least one polymeric film former, (ii) at least one coupling agent, (iii) one or more lubricant, (iv) one or more antistatic agent (v) water, wherein the at least one coupling agent is a silane coupling agent and the polymeric film former is a composition present in amounts ranging from 4 wt. percent to 16 wt. percent of the aqueous sizing composition comprising the components A and B as follows: A) a mixture of low molecular weight polyvinylacetate and middle molecular weight polyvinylacetate, said low molecular weight polyvinyl acetate having an average molecular weight between 60,000 g/mol and 40,000 g/mol and the middle molecular weight polyvinyl acetate (component A) having an average molecular weight between 80,000 g/mol and 180,000 g/mol, and B) at least one low viscosity partially hydrolysed polyvinyl alcohol, wherein the weight ratio of A) to B) is between 0.5 and 3.0. (i) at least one polymeric film former, (ii) at least one coupling agent, (iii) one or more lubricant, (iv) one or more antistatic agent (v) water, A) a mixture of low molecular weight polyvinylacetate and middle molecular weight polyvinylacetate, said low molecular weight polyvinyl acetate having an average molecular weight between 60,000 g/mol and 40,000 g/mol and the middle molecular weight polyvinyl acetate (component A) having an average molecular weight between 80,000 g/mol and 180,000 g/mol, and B) at least one low viscosity partially hydrolysed polyvinyl alcohol, wherein the weight ratio of A) to B) is between 0.5 and 3.0.
A microbial cell genetically engineered to express (i) a polypeptide having carboxylic acid reductase activity and comprising an amino acid sequence with at least 90% sequence identity to an amino acid sequence selected from the group consisting of SEQ ID NO: 22, SEQ ID NO: 20, and SEQ ID NO: 18; (ii) a polypeptide having thioesterase (EC 3.1.2.14 or EC 3.1.1.5) activity; and (iii) a polypeptide having alcohol dehydrogenase activity. (i) a polypeptide having carboxylic acid reductase activity and comprising an amino acid sequence with at least 90% sequence identity to an amino acid sequence selected from the group consisting of SEQ ID NO: 22, SEQ ID NO: 20, and SEQ ID NO: 18; (ii) a polypeptide having thioesterase (EC 3.1.2.14 or EC 3.1.1.5) activity; and (iii) a polypeptide having alcohol dehydrogenase activity.
A system for forming a labyrinth seal on a turbine blade, said system comprising: a fixture; a first jaw set for holding said turbine blade in a first orientation attached to said fixture; and a plurality of grinding wheels (46,46',46") for forming said labyrinth seal; characterised in that: said first jaw set comprises two jaw members (32,34) having aligned ridges (33,35) for mating with a root portion of the turbine blade and in that said fixture has a plurality of nozzles for distributing a coolant. a fixture; a first jaw set for holding said turbine blade in a first orientation attached to said fixture; and a plurality of grinding wheels (46,46',46") for forming said labyrinth seal; said first jaw set comprises two jaw members (32,34) having aligned ridges (33,35) for mating with a root portion of the turbine blade and in that said fixture has a plurality of nozzles for distributing a coolant.
A high-purity titanium ingot or sputtering target having a purity, excluding an additive element and gas components, of 99.99 mass% or more, wherein at least one nonmetallic element selected from sulfur, phosphorus, and boron is contained in a total amount of 0.1 to 100 mass ppm as the additive component and the variation in the content of the nonmetallic element between the top, middle, and bottom portions of the ingot is within ±200%.
Air-conditioning device for control cabinets, wherein the air-conditioning device being placed in a housing is mounted in structural proximity to a control cabinet, and an air circulation is enabled between the control cabinet and the air-conditioning device by means of openings oriented toward the control cabinet, wherein the air-conditioning device can be operated in three different modes enabling - active cooling, in which the control cabinet's cooling is realized by compression cooling with the help of a speed-controlled compressor, a condenser and an evaporator, - passive cooling, in which the control cabinet is cooled with ambient air, and - heating of the air circulating within the control cabinet, wherein the air-conditioning device has an emergency power system provided in the form of batteries, wherein the air-conditioning device comprises a hydrogen or gas level sensor which activates the passive cooling mode in the event of a threshold being exceeded, wherein a throttle valve driven by means of a DC-powered motor is activated and adopts a position such that direct cooling of the control cabinet by ambient air is achieved. - active cooling, in which the control cabinet's cooling is realized by compression cooling with the help of a speed-controlled compressor, a condenser and an evaporator, - passive cooling, in which the control cabinet is cooled with ambient air, and - heating of the air circulating within the control cabinet,
A touch sensitive element, comprising: an electroactive layer formed of a linear boron nitride polymer, which has a back bone that extends in a straight line like a chain structure; and an electrode disposed on at least one surface of the electroactive layer. an electroactive layer formed of a linear boron nitride polymer, which has a back bone that extends in a straight line like a chain structure; and an electrode disposed on at least one surface of the electroactive layer.
Perfuming solution comprising from 40 to 95 wt.% of at least one volatile alcohol, a perfume, a mixture of one UV filter selected from the derivatives of cinnamate and one UV filter selected from the derivatives of dibenzoylmethane, and at least one non-volatile oil that is soluble in said alcohol and that solubilizes said filters, wherein said non-volatile oil is selected from aliphatic mono- and diesters, non-hydroxylated aromatic esters, aliphatic carbonates and phenylated silicones, characterized in that it comprises at most two UV filters.
A method of detecting a target and/or anomaly in a hyperspectral image, comprising: spectrally unmixing the hyperspectral image; segmenting the unmixed hyperspectral image into a plurality of segments, each segment having at least one of a similar spectral composition, a similar textural composition, and a similar variation; spectrally unmixing at least one of the segments; creating a clutter rejection filter for at least one of the unmixed segments, using the resulting endmembers of the last spectrally unmixing step; filtering at least one of the unmixed segments using the clutter rejection filter; and calculating a target abundance in at least one of the filtered segments. spectrally unmixing the hyperspectral image; segmenting the unmixed hyperspectral image into a plurality of segments, each segment having at least one of a similar spectral composition, a similar textural composition, and a similar variation; spectrally unmixing at least one of the segments; creating a clutter rejection filter for at least one of the unmixed segments, using the resulting endmembers of the last spectrally unmixing step; filtering at least one of the unmixed segments using the clutter rejection filter; and calculating a target abundance in at least one of the filtered segments.
A method of storing semi-structured data comprising: receiving semi-structured data elements from a data source; performing statistical analysis on the semi-structured data elements as the semi-structured data elements are added to a database; identifying common data elements from within the semi-structured data elements based on the statistical analysis; assigning the common data elements into one of a first class of data and a second class of data using at least a threshold of commonality, wherein the threshold of commonality is based on how many times a data element occurs in the semi-structured data, the first class data comprises reoccurring common data elements, and the second class data comprises less occurring common data elements; and combining the common data elements from the first class of data into separate pseudo-columns, wherein the first class of data is stored in cache memory in pseudo columns, the second class of data in disk storage, and wherein metadata and statistics corresponding to the pseudo-columns of the first class of data are made available to a computer based query generator. receiving semi-structured data elements from a data source; performing statistical analysis on the semi-structured data elements as the semi-structured data elements are added to a database; identifying common data elements from within the semi-structured data elements based on the statistical analysis; assigning the common data elements into one of a first class of data and a second class of data using at least a threshold of commonality, wherein the threshold of commonality is based on how many times a data element occurs in the semi-structured data, the first class data comprises reoccurring common data elements, and the second class data comprises less occurring common data elements; and combining the common data elements from the first class of data into separate pseudo-columns, wherein the first class of data is stored in cache memory in pseudo columns, the second class of data in disk storage, and wherein metadata and statistics corresponding to the pseudo-columns of the first class of data are made available to a computer based query generator.
A method, comprising: performing manual Closed Subscriber Group, CSG, selection with a mobile device to select a cell of a base station advertising a CSG identified by a CSG Identifier, ID; determining whether the base station permits access to the cell for members of the advertised CSG or permits access to members and non-members of the advertised CSG; initiating registration at the cell of the selected base station; determining whether to update a whitelist to include the CSG ID when the registration is successful and the CSG ID is absent from the whitelist of the mobile device by adding the CSG ID of the selected base station to the whitelist upon successful registration when the selected base station permits access to members of the advertised CSG; and inhibiting addition of the CSG ID of the selected base station to the whitelist upon successful registration when the selected base station permits access to members and non-members of the advertised CSG. performing manual Closed Subscriber Group, CSG, selection with a mobile device to select a cell of a base station advertising a CSG identified by a CSG Identifier, ID; determining whether the base station permits access to the cell for members of the advertised CSG or permits access to members and non-members of the advertised CSG; initiating registration at the cell of the selected base station; determining whether to update a whitelist to include the CSG ID when the registration is successful and the CSG ID is absent from the whitelist of the mobile device by adding the CSG ID of the selected base station to the whitelist upon successful registration when the selected base station permits access to members of the advertised CSG; and inhibiting addition of the CSG ID of the selected base station to the whitelist upon successful registration when the selected base station permits access to members and non-members of the advertised CSG.
Process for preparing 3-glycidyloxypropylalkoxysilanes of the general formula (R')O-(CH 2) 3 -Si 3 in which R groups are independently a methyl or ethyl group and R' represents an H 2 C CHCH 2 -group, by reacting (i) a functionalized alkene of the general formula (R')O-C 3 H 5 in which R' represents an H 2 C CHCH 2 - group with (ii) at least one hydroalkoxysilane of the general formula HSi 3 in which R groups are independently a methyl or ethyl group, preferably hydrotrimethoxysilane or hydrotriethoxysilane, in the presence of (iii) a Karstedt catalyst or a catalyst based on hexachloroplatinic acid as homogeneous catalyst and (iv) 2-ethylhexanoic acid and/or isononanoic acid and obtaining the product of the hydrosilylation. (i) a functionalized alkene of the general formula (R')O-C 3 H 5 in which R' represents an H 2 C CHCH 2 - group with (ii) at least one hydroalkoxysilane of the general formula HSi 3 in which R groups are independently a methyl or ethyl group, preferably hydrotrimethoxysilane or hydrotriethoxysilane, in the presence of (iii) a Karstedt catalyst or a catalyst based on hexachloroplatinic acid as homogeneous catalyst and (iv) 2-ethylhexanoic acid and/or isononanoic acid and