mhurhangee/ep-ind-claims huggingface dataset:
Blank for producing a three-dimensional structure of paper, cardboard or plastic, in particular a packing or the like, including at least one folding surface (50, 52) for forming a rounded edge area of the three-dimensional structure in a folded state of the blank, wherein the folding surface (50, 52) is bounded by two lateral folding lines (60, 62; 64, 66) extending parallel to each other, characterized in that the lateral folding lines (60, 62; 64, 66) each extend parallel to each other across the entire area of the folding surface (50, 52) and within the folding surface (50, 52) at least one creasing line (68, 70, 72) extending at an angle to the lateral folding lines (60, 62; 64, 66) is formed, wherein both ends of the creasing line (68, 70, 72) intersect the corresponding lateral folding lines (60, 62; 64, 66) of the folding surface (50, 52) or adjoin to them.
Device for monitoring and reporting of medical information for the evidence-based management of patients with chronic respiratory disease, said device being portable and comprising a central unit which measures and collects information related to the state of health of the patient, a removable sensor for the measurement of respiratory air flow and volume with special connecting means, a removable pulse oximetry sensor for measuring a parameter called oxygen saturation (%SpO 2) and motion sensor means for measuring simultaneously a physical activity of the patient during a waltring test with a test duration of 0 minutes to 6 minutes, in ambient air and without any supplementary oxygen, characterized in that the central unit is configured to calculate a CS index representing the quantity of oxygen expressed in L/min which must be given to the patient in order that the patient can complete a subsequent 6-minute walking test without desaturating below the level of 90% Sp02, and without desaturating below the level of 82% Sp02 for the patients having a base SpO 2 at rest below 82% prior the Start of the test and who require 6 L/min of oxygen in order to complete the test, said central unit showing said CS index on a display at the end of a measurement session.
A method of wireless communication between a user equipment, UE, and a base station, the method being performed by one of the UE or the base station and comprising: identifying a set of tones of a first symbol, a center portion of the set of tones, a head portion of the set of tones, and a tail portion of the set of tones; applying a first weighting window to the center portion of the set of tones, a second weighting window to the head portion of the set of tones, and a third weighting window to the tail portion of the set of tones in a weighted overlap and add, WOLA, procedure, the second and third weighting windows being longer than the first weighting window to reduce inter-channel interference; obtaining a first transmission waveform for the first symbol based at least in part on the applying; transmitting the first transmission waveform; repeating the identifying and the applying for a second set of tones of a second symbol to obtain a second transmission waveform for the second symbol; overlapping and adding the first transmission waveform and the second transmission waveform; and transmitting the overlapped and added first transmission waveform and second transmission waveform. identifying a set of tones of a first symbol, a center portion of the set of tones, a head portion of the set of tones, and a tail portion of the set of tones; applying a first weighting window to the center portion of the set of tones, a second weighting window to the head portion of the set of tones, and a third weighting window to the tail portion of the set of tones in a weighted overlap and add, WOLA, procedure, the second and third weighting windows being longer than the first weighting window to reduce inter-channel interference; obtaining a first transmission waveform for the first symbol based at least in part on the applying; transmitting the first transmission waveform; repeating the identifying and the applying for a second set of tones of a second symbol to obtain a second transmission waveform for the second symbol; overlapping and adding the first transmission waveform and the second transmission waveform; and transmitting the overlapped and added first transmission waveform and second transmission waveform.
A method for the selective analysis of a subpopulation of cells or organelles based on determining the level of at least one cell or organelle marker, said method comprising: a) partitioning said cells or organelles into a plurality of compartments, so that the majority of the compartments do not comprise more than a single cell of one cellular type or a single organelle of one cellular type, together with at least one cell or organelle marker-specific ligand coupled to at least one activator oligonucleotide or repressor oligonucleotide and with a DNA toolbox mixture comprising at least one polymerase, at least one restriction or nicking enzyme, at least one amplification oligonucleotide able to bind and amplify a signal oligonucleotide, and a buffer comprising less than 0.7 mM phosphate ions, b) in each compartment, letting the activator oligonucleotide(s) and/or the repressor oligonucleotide(s) bound to the cell or organelle marker, interact together and with the components of the DNA toolbox mixture, to generate one or more signal oligonucleotides and/or one or more anti-signal oligonucleotides and to amplify said signal oligonucleotide(s), c) analyzing the cells or organelles of the compartments in which at least one signal oligonucleotide is present at a concentration over or below a threshold value. a) partitioning said cells or organelles into a plurality of compartments, so that the majority of the compartments do not comprise more than a single cell of one cellular type or a single organelle of one cellular type, together with at least one cell or organelle marker-specific ligand coupled to at least one activator oligonucleotide or repressor oligonucleotide and with a DNA toolbox mixture comprising at least one polymerase, at least one restriction or nicking enzyme, at least one amplification oligonucleotide able to bind and amplify a signal oligonucleotide, and a buffer comprising less than 0.7 mM phosphate ions, together with at least one cell or organelle marker-specific ligand coupled to at least one activator oligonucleotide or repressor oligonucleotide and with a DNA toolbox mixture comprising at least one polymerase, at least one restriction or nicking enzyme, at least one amplification oligonucleotide able to bind and amplify a signal oligonucleotide, and a buffer comprising less than 0.7 mM phosphate ions, b) in each compartment, letting the activator oligonucleotide(s) and/or the repressor oligonucleotide(s) bound to the cell or organelle marker, interact together and with the components of the DNA toolbox mixture, to generate one or more signal oligonucleotides and/or one or more anti-signal oligonucleotides and to amplify said signal oligonucleotide(s), c) analyzing the cells or organelles of the compartments in which at least one signal oligonucleotide is present at a concentration over or below a threshold value.
An agricultural combine comprising: a chassis configured for movement on a surface; an intermediate member movably connected to the chassis; a header movably connected to the intermediate member; a first actuator connecting the chassis to the intermediate member and configured to move the intermediate member relative to the chassis; a second actuator connecting the header to the intermediate member and configured to move the header relative to the intermediate member; a first gauge configured to measure a first force generated by the first actuator; a second gauge configured to measure a second force generated by the second actuator; and a processing unit operatively connected to the first gauge and to the second gauge and comprising a processor and a memory, characterized in that the memory stores computer readable instructions that, when executed by the processor, are configured to evaluate the first force and the second force to determine a position of a center of gravity of the header relative to the chassis. a chassis configured for movement on a surface; an intermediate member movably connected to the chassis; a header movably connected to the intermediate member; a first actuator connecting the chassis to the intermediate member and configured to move the intermediate member relative to the chassis; a second actuator connecting the header to the intermediate member and configured to move the header relative to the intermediate member; a first gauge configured to measure a first force generated by the first actuator; a second gauge configured to measure a second force generated by the second actuator; and a processing unit operatively connected to the first gauge and to the second gauge and comprising a processor and a memory, characterized in that the memory stores computer readable instructions that, when executed by the processor, are configured to evaluate the first force and the second force to determine a position of a center of gravity of the header relative to the chassis.
A data processing system, comprising: a processor; and a memory coupled to the processor, the memory storing program instructions executable by the processor to cause the data processing system to: receive a collection of values being words of the same type from a user; identify a data type for each of the values; identify datasets that correspond to the data types, each identified data set having one or more of the data types that correspond to the values received from the user; identify relationships among the datasets, the relationships corresponding to links between similar data types in different datasets; and provide a list of proposed groups of datasets, wherein the datasets within each proposed group are linked to each other through one or more relationships. a processor; and a memory coupled to the processor, the memory storing program instructions executable by the processor to cause the data processing system to: receive a collection of values being words of the same type from a user; identify a data type for each of the values; identify datasets that correspond to the data types, each identified data set having one or more of the data types that correspond to the values received from the user; identify relationships among the datasets, the relationships corresponding to links between similar data types in different datasets; and receive a collection of values being words of the same type from a user; identify a data type for each of the values; identify datasets that correspond to the data types, each identified data set having one or more of the data types that correspond to the values received from the user; identify relationships among the datasets, the relationships corresponding to links between similar data types in different datasets; and provide a list of proposed groups of datasets, wherein the datasets within each proposed group are linked to each other through one or more relationships.
A method of implementing an inter-bay Substation Automation SA application involving primary devices (QA1, QE1) arranged in a plurality of substation bays (Q2, Q3, Q4), comprising, - reading a standardized configuration description of an SA system of a substation, and obtaining there from a static topology of the substation as well as primary device information, - generating a coordination function block (LLN0, GAP1) for control of the inter-bay SA application, and assigning, in the standardized configuration description of the SA system, the coordination function block to a coordination-level above a bay level, and - generating an interface function block (QA1CILO3; QE3CILO1, GAPC1) for exchanging, over an SA communication network, data related to a substation constituent (QA1, QE1; Q2, Q3, Q4), and assigning, in the standardized configuration description of the SA system, the interface function block to an interface-level respective of the substation constituent. - reading a standardized configuration description of an SA system of a substation, and obtaining there from a static topology of the substation as well as primary device information, - generating a coordination function block (LLN0, GAP1) for control of the inter-bay SA application, and assigning, in the standardized configuration description of the SA system, the coordination function block to a coordination-level above a bay level, and - generating an interface function block (QA1CILO3; QE3CILO1, GAPC1) for exchanging, over an SA communication network, data related to a substation constituent (QA1, QE1; Q2, Q3, Q4), and assigning, in the standardized configuration description of the SA system, the interface function block to an interface-level respective of the substation constituent.
A compound of Formula (I'): wherein: R 1 is hydrogen or alkyl,; R 2 is hydrogen, alkyl, alkenyl, haloalkyl, -OR b or -OC R b; R 3 is hydrogen or alkyl; R 4 is hydrogen, alkyl, alkenyl, haloalkyl, -OR b or -OC R b; and R b is hydrogen, alkyl, alkenyl, haloalkyl, aralkyl, cycloalkylalkyl or heterocyclylalkyl, as an isolated stereoisomer or mixture thereof, or a pharmaceutically acceptable salt thereof, provided that at least one of R 1 and R 3 is alkyl. R 1 is hydrogen or alkyl,; R 2 is hydrogen, alkyl, alkenyl, haloalkyl, -OR b or -OC R b; R 3 is hydrogen or alkyl; R 4 is hydrogen, alkyl, alkenyl, haloalkyl, -OR b or -OC R b; and R b is hydrogen, alkyl, alkenyl, haloalkyl, aralkyl, cycloalkylalkyl or heterocyclylalkyl, as an isolated stereoisomer or mixture thereof, or a pharmaceutically acceptable salt thereof, provided that at least one of R 1 and R 3 is alkyl.
An authentication method for at least one of a plurality of devices connected to a home area network, a controller among the plurality of devices having a function of communicating with a server outside the home area network, the authentication method comprising: transmitting, by the controller, to the server controller attribute information regarding the controller and device attribute information regarding a device among the plurality of devices, the device being controlled by the controller; receiving, by the controller, a certificate revocation list generated on the basis of the transmitted controller attribute information and the transmitted device attribute information and including identification information and the device attribute information regarding the device from the server; checking, by the controller, validity of the device using the received certificate revocation list; and revoking, by the controller, the device if a result of the checking of the validity is negative; characterized in that the device attribute information includes information regarding a type of the device. transmitting, by the controller, to the server controller attribute information regarding the controller and device attribute information regarding a device among the plurality of devices, the device being controlled by the controller; receiving, by the controller, a certificate revocation list generated on the basis of the transmitted controller attribute information and the transmitted device attribute information and including identification information and the device attribute information regarding the device from the server; checking, by the controller, validity of the device using the received certificate revocation list; and revoking, by the controller, the device if a result of the checking of the validity is negative;
A method for fabricating an open-porous metal foam body with a nickel base alloy; in which an open-porous base foam body made of nickel or a nickel base alloy is coated with a liquid binding agent; subsequent to this, a mixture with a powdery nickel base alloy and an organic component the phase transition temperature thereof from its solid phase into the liquid phase is at least 30 °C, is deposited at a temperature below the respective phase transition temperature upon the surface of said base foam body coated with said binding agent; and by means of thermal treatment said binding agent and said organic component are expelled, and a portion of the powdery particles is sintered and another portion of said powder particles is connected in a material-fit manner to the surface of said base foam body via sintering bridges; wherein a mixture is used in which the organic component forms at least 0.05 percent by weight of the mixture.
An apparatus comprising: an active noise reducing headphone, a boom microphone to provide microphone signals representative of a voice of a user wearing the headphone, circuitry arranged for signal processing of the signals provided by the boom microphone to produce derived signals representative of the voice, a transducer in the headphone arranged to deliver the derived signals to be played to the user, characterized in that the circuitry is arranged to cause the derived signals to be natural reproductions of the user's voice as played to the user, so that the user hears his voice naturally as if he were not wearing the headphone, the circuitry including an equalizer having a response that is the inverse of a complete transfer function, in the frequency domain, from mouth to ear of the user, multiplied by a measured response from mouth to ear through the air. an active noise reducing headphone, a boom microphone to provide microphone signals representative of a voice of a user wearing the headphone, circuitry arranged for signal processing of the signals provided by the boom microphone to produce derived signals representative of the voice, a transducer in the headphone arranged to deliver the derived signals to be played to the user, characterized in that the circuitry is arranged to cause the derived signals to be natural reproductions of the user's voice as played to the user, so that the user hears his voice naturally as if he were not wearing the headphone, the circuitry including an equalizer having a response that is the inverse of a complete transfer function, in the frequency domain, from mouth to ear of the user, multiplied by a measured response from mouth to ear through the air.
A transgenic plant comprising heterologous nucleotide sequences encoding photosystem II subunit S (PsbS), zeaxanthin epoxidase, and violaxanthin deepoxidase, operably linked to at least one expression control sequence, wherein the transcript levels of VDE, PsbS and ZEP are increased when compared to a control plant that is a genetically unaltered or a non-transgenic plant of the parental line used to generate said transgenic plant.
A row unit for a seeding machine comprising: a frame; at least a first seed meter coupled to the frame, the at least first seed meter having a metering member for singulating seeds (S1, S2), the metering member having a groove recessed from a surface of the metering member; and at least a first ramp surface (161, 163) for guiding the singulated seeds (S1, S2) from the metering member, wherein the at least first ramp surface (161, 163) is at least partially disposed in the groove characterized in further comprising the at least first seed meter having the metering member for moving seeds sequentially from a first seed pool; a second seed meter having a metering member for moving seeds sequentially from a second seed pool; a seed delivery mechanism having a conduit for discharging seeds (S1, S2) from the seeding machine; the at least first ramp surface for guiding the seeds (S1, S2) from the metering member of the at least first seed meter to the conduit; and a second ramp surface for guiding the seeds (S1, S2) from the metering member of the second seed meter to the conduit. a frame; at least a first seed meter coupled to the frame, the at least first seed meter having a metering member for singulating seeds (S1, S2), the metering member having a groove recessed from a surface of the metering member; and at least a first ramp surface (161, 163) for guiding the singulated seeds (S1, S2) from the metering member, wherein the at least first ramp surface (161, 163) is at least partially disposed in the groove characterized in further comprising the at least first seed meter having the metering member for moving seeds sequentially from a first seed pool; a second seed meter having a metering member for moving seeds sequentially from a second seed pool; a seed delivery mechanism having a conduit for discharging seeds (S1, S2) from the seeding machine; the at least first ramp surface for guiding the seeds (S1, S2) from the metering member of the at least first seed meter to the conduit; and a second ramp surface for guiding the seeds (S1, S2) from the metering member of the second seed meter to the conduit.
A method comprising: receiving information as to capability of a Remote Desktop Protocol client device to receive an object from a Remote Desktop Protocol server computer, said object comprising a graphics image; determining whether to break up the object or send the object as a whole to the client device based at least on the capability of the client device; adding metadata to the object, wherein the metadata is to be used by an application resident at the client device to process the object, said metadata being synchronized with the object; structuring the object and the metadata into a multi-fragment particular data unit, multi-fragment PDU, format, wherein said multi-fragment particular data unit includes a header 202, metadata and payload, and wherein said multi-fragment particular data unit is split up into multiple fragments as represented by a first fragment 208, next fragments 210, and a last fragment 212; sending the object and metadata as structured in the multi-fragment particular data unit, multi-fragment PDU, format, to the client device; and reassembling the object at the client device. receiving information as to capability of a Remote Desktop Protocol client device to receive an object from a Remote Desktop Protocol server computer, said object comprising a graphics image; determining whether to break up the object or send the object as a whole to the client device based at least on the capability of the client device; adding metadata to the object, wherein the metadata is to be used by an application resident at the client device to process the object, said metadata being synchronized with the object; structuring the object and the metadata into a multi-fragment particular data unit, multi-fragment PDU, format, wherein said multi-fragment particular data unit includes a header 202, metadata and payload, and wherein said multi-fragment particular data unit is split up into multiple fragments as represented by a first fragment 208, next fragments 210, and a last fragment 212; sending the object and metadata as structured in the multi-fragment particular data unit, multi-fragment PDU, format, to the client device; and reassembling the object at the client device.