mhurhangee/ep-ind-claims huggingface dataset:
A data center rack comprising a visual indicating device, said data center rack being configured to receive a plurality of items of equipment, said indicating device comprising: - a communication unit to receive at least one signal from at least one item of equipment of said plurality of items of equipment, said at least one signal representing information enabling a state of said at least one item of equipment to be determined, - a control unit (203, 204) configured to determine a state of the data center rack based on at least said at least one signal from at least one item of equipment of said plurality of items of equipment, and - a display unit (201, 301, 401, 501) for displaying a representation of the state determined by the control unit, said display unit being on an upper external face of the data center rack so as to protrude from the top of the data center rack so as to be visually identifiable from among a plurality of data center racks, wherein the items of equipment can have a state among a plurality of possible states, said possible states being ordered by levels, and wherein the display unit (201, 301, 401, 501) comprises a plurality of indicators respectively corresponding to the levels of said plurality of possible states, and wherein the control unit is configured to control the display unit so that each indicator is either active if at least one item of equipment of said plurality of items of equipment is in the state corresponding to the indicator, and inactive otherwise. - a communication unit to receive at least one signal from at least one item of equipment of said plurality of items of equipment, said at least one signal representing information enabling a state of said at least one item of equipment to be determined, - a control unit (203, 204) configured to determine a state of the data center rack based on at least said at least one signal from at least one item of equipment of said plurality of items of equipment, and - a display unit (201, 301, 401, 501) for displaying a representation of the state determined by the control unit, said display unit being on an upper external face of the data center rack so as to protrude from the top of the data center rack so as to be visually identifiable from among a plurality of data center racks,
A floor having a floor layer on a base surface, wherein the floor layer has a floor layer height and a floor surface, wherein there is installed within the floor a floor drain for the sanitary area, in particular for shower stalls, wherein the floor drain comprises a drain body having a connector to a discharge pipe and an inlet pipe in communication with the connector and extending upwards in the installation position of the drain body, characterized in that the drain body has from its lower side to an upper edge of the inlet pipe measured a drain body height, which is higher than the floor layer height of the floor layer formed, wherein the floor layer height is measured from the base surface of the floor, optionally subtracting a mounting distance of the drain body to the base surface, wherein the inlet pipe consists of a material that is cuttable by means of a saw or knife, whereby the drain body is adjustable to the floor layer height of the floor layer formed, and that the floor drain has a water-proof flexible layer that is applicable onto the floor surface and having a sealing sleeve, which is insertable into the inlet pipe of the drain body adjusted to the floor layer height.
Camera arranged to be able to be integrated into a motor vehicle, including: - an electronic sensor, - a multifocal and in particular bifocal optical device, - a far-field focused optical objective, the multifocal optical device and the optical objective being arranged to be able to form, on the sensor, a far-field focused first image and a near-field focused second image, these first and second images occupying separate respective regions of the sensor, characterized in that the multifocal device includes a shield forming region placed between an optically neutral zone and an optically active zone, this shield forming region in particular being arranged to limit the overlap between the first and second images on the sensor. - an electronic sensor, - a multifocal and in particular bifocal optical device, - a far-field focused optical objective,
A method of a terminal for transmitting information to a base station in a wireless communication system, the method comprising: detecting a radio link failure, RLF (300, 500); receiving (210, 335, 400, 535, 600) first control information from the base station; and transmitting (215, 425, 635) second control information in response to the first control information, the second control information comprising time information related to the RLF (300, 500), a cause of the RLF, a physical cell identity of a primary cell where the RLF is detected, and a carrier frequency of the primary cell, wherein the time information related to the RLF (300, 500) comprises time elapsed since the last RLF, and wherein the cause of the RLF includes at least one of a timer expiry and a random access problem. detecting a radio link failure, RLF (300, 500); receiving (210, 335, 400, 535, 600) first control information from the base station; and transmitting (215, 425, 635) second control information in response to the first control information, the second control information comprising time information related to the RLF (300, 500), a cause of the RLF, a physical cell identity of a primary cell where the RLF is detected, and a carrier frequency of the primary cell, wherein the time information related to the RLF (300, 500) comprises time elapsed since the last RLF, and wherein the cause of the RLF includes at least one of a timer expiry and a random access problem.
A storage device state detection method in which a State of Health, SOH, or a State of Charge, SOC, of a storage device is inferred from an internal impedance of the storage device, wherein: an internal resistance of the storage device is measured by using a signal with a first frequency at which the internal impedance of the storage device is reduced as a temperature is raised; the internal impedance of the storage device is measured by using a signal with a second frequency at which the internal impedance of the storage device is increased as a temperature is raised and wherein the internal impedance measured in this way depends only on temperature, and an internal temperature of the storage device is calculated; and the SOH, or SOC respectively, is inferred by using a calculated value of the internal temperature characterized in that an initial SOH, or SOC respectively, of the storage device is calculated from a measured value of the internal resistance, and in that the internal temperature of the storage device is calculated from the measured impedance and is used to correct the initial SOH, or SOC respectively. an internal resistance of the storage device is measured by using a signal with a first frequency at which the internal impedance of the storage device is reduced as a temperature is raised; the internal impedance of the storage device is measured by using a signal with a second frequency at which the internal impedance of the storage device is increased as a temperature is raised and wherein the internal impedance measured in this way depends only on temperature, and an internal temperature of the storage device is calculated; and the SOH, or SOC respectively, is inferred by using a calculated value of the internal temperature characterized in that an initial SOH, or SOC respectively, of the storage device is calculated from a measured value of the internal resistance, and in that the internal temperature of the storage device is calculated from the measured impedance and is used to correct the initial SOH, or SOC respectively.
- A frame profile for receiving cladding (B1; B2; B3; B4) of a piece of joinery intended to be installed in an opening in an external wall of a building, said frame profile comprising: a frame body comprising a first part intended to bear against an edge area of said opening and a second part protruding outwards in the mounted position, where from one side of the body: - an installation flange is connected on one side to said frame body for application against the outer face of said outer wall; - the second part of the frame body is folded along its free edge so as to form an outer flange, the installation flange, the second part and the outer flange forming a receiving space for cladding (B1; B2; B3; B4), and a leaf or an infill that can come to bear against the other side of the body, by means of a connecting member, to close the piece of joinery, characterised by the fact that the outer flange carries, along its free edge, a deformable strip capable of being applied against the cladding (B1; B2; B3; B4) at a region thereof that can vary according to the thickness of the cladding (B1; B2; B3; B4), enabling the fitting of claddings (B1; B2; B3; B4) of different thicknesses. a frame body comprising a first part intended to bear against an edge area of said opening and a second part protruding outwards in the mounted position, where from one side of the body: - an installation flange is connected on one side to said frame body for application against the outer face of said outer wall; - the second part of the frame body is folded along its free edge so as to form an outer flange, - an installation flange is connected on one side to said frame body for application against the outer face of said outer wall; - the second part of the frame body is folded along its free edge so as to form an outer flange, the installation flange, the second part and the outer flange forming a receiving space for cladding (B1; B2; B3; B4), and a leaf or an infill that can come to bear against the other side of the body, by means of a connecting member, to close the piece of joinery, characterised by the fact that the outer flange carries, along its free edge, a deformable strip capable of being applied against the cladding (B1; B2; B3; B4) at a region thereof that can vary according to the thickness of the cladding (B1; B2; B3; B4), enabling the fitting of claddings (B1; B2; B3; B4) of different thicknesses.
An interconnect member for a battery module, comprising: a first plate portion having a first thickness; a second plate portion having a second thickness equal to the first thickness, the second plate portion extending parallel to the first plate portion; a first vibration dampening portion coupled to the first and second plate portions, the first vibration dampening portion having a third thickness greater than the first thickness; a third plate portion having a fourth thickness equal to the first thickness, the third plate portion extending parallel to the second plate portion; and a second vibration dampening portion coupled to the second and third plate portions, the second vibration dampening portion having a fifth thickness greater than the second thickness; the first and second vibration dampening portions being connected at opposite ends of the second plate portion, the second vibration dampening portion being parallel to the first vibration dampening portion; and the first and second vibration dampening portions having a thickness that is twice as thick as the thickness of the plate portions. a first plate portion having a first thickness; a second plate portion having a second thickness equal to the first thickness, the second plate portion extending parallel to the first plate portion; a first vibration dampening portion coupled to the first and second plate portions, the first vibration dampening portion having a third thickness greater than the first thickness; a third plate portion having a fourth thickness equal to the first thickness, the third plate portion extending parallel to the second plate portion; and a second vibration dampening portion coupled to the second and third plate portions, the second vibration dampening portion having a fifth thickness greater than the second thickness; the first and second vibration dampening portions being connected at opposite ends of the second plate portion, the second vibration dampening portion being parallel to the first vibration dampening portion; and the first and second vibration dampening portions having a thickness that is twice as thick as the thickness of the plate portions.
A method comprising: receiving an instruction for execution by a processor; identifying, by a decoder, a plurality of fixed-length prefixes in the instruction; identifying, by the decoder, a plurality of variable-length suffixes in the instruction immediately following the plurality of fixed-length prefixes in the instruction, wherein each of the plurality of fixed-length prefixes is associated with one of the variable-length suffixes; and executing the instruction based on the plurality of variable-length suffixes. receiving an instruction for execution by a processor; identifying, by a decoder, a plurality of fixed-length prefixes in the instruction; identifying, by the decoder, a plurality of variable-length suffixes in the instruction immediately following the plurality of fixed-length prefixes in the instruction, wherein each of the plurality of fixed-length prefixes is associated with one of the variable-length suffixes; and executing the instruction based on the plurality of variable-length suffixes.
An ultrasonic surgical instrument, comprising: a housing; an outer sheath supported by said housing and protruding therefrom, said outer sheath having a distal blade opening therein that defines at least one cutting surface (402, 404); an ultrasonic transducer assembly supported by said housing; a blade coupled to said ultrasonic transducer assembly and extending through said outer sheath such that a distal tip of said blade extends into said distal blade opening and wherein a tissue cutting portion thereof protrudes radially out of said distal blade opening; and a motor supported by said housing and coupled to one of said ultrasonic transducer assembly and said outer sheath for applying rotational motion thereto such that said tissue cutting portion of said blade is brought into contact with said at least one cutting surface on said outer sheath. a housing; an outer sheath supported by said housing and protruding therefrom, said outer sheath having a distal blade opening therein that defines at least one cutting surface (402, 404); an ultrasonic transducer assembly supported by said housing; a blade coupled to said ultrasonic transducer assembly and extending through said outer sheath such that a distal tip of said blade extends into said distal blade opening and wherein a tissue cutting portion thereof protrudes radially out of said distal blade opening; and a motor supported by said housing and coupled to one of said ultrasonic transducer assembly and said outer sheath for applying rotational motion thereto such that said tissue cutting portion of said blade is brought into contact with said at least one cutting surface on said outer sheath.
A method for predicting therapeutic response to Fc gamma receptor IIB (FcγRIIB) therapy in an individual suffering from Idiopathic thrombocytopenic purpura, comprising detecting the presence of the allelic pattern for the Fc gamma receptor IIB (FcγRIIB) in a sample of said individual, wherein the presence of the homozygous FcγRIIB 232 T/T genotype, wherein T is Threonine, is indicative of an individual that will exhibit a negative therapeutic response to said Fc gamma receptor IIB (FcγRIIB) therapy, wherein the FcγRIIB therapy is treatment with a soluble FcγRIIB receptor consisting of the amino acid sequence shown in SEQ ID No: 1 or 3.
A synchrophasor measurement method, comprising: sampling voltage and current signals in a power system based on an absolute time reference; removing out-of-band interference in the sampled voltage and current signals; first-resampling at least one of the voltage and current signals with the out-of-band interference being removed based on an estimated system frequency; characterized by calculating phasor for signals obtained from the first resampling, and updating the estimated system frequency; for a reporting time, second-resampling the voltage and current signals with the out-of-band interference being removed based on the updated estimated system frequency; and calculating synchrophasor for the voltage and current signals obtained from the second resampling. sampling voltage and current signals in a power system based on an absolute time reference; removing out-of-band interference in the sampled voltage and current signals; first-resampling at least one of the voltage and current signals with the out-of-band interference being removed based on an estimated system frequency; characterized by calculating phasor for signals obtained from the first resampling, and updating the estimated system frequency; for a reporting time, second-resampling the voltage and current signals with the out-of-band interference being removed based on the updated estimated system frequency; and calculating synchrophasor for the voltage and current signals obtained from the second resampling.
A liquid supply system for a livestock stable, the liquid supply system comprising: a liquid drinking system comprising: a set of piping configured to carry liquid suitable for consumption by livestock; a liquid spraying system comprising one or more sprinklers connected to the set of piping of the liquid drinking system and configured to controllably spray the liquid carried by the set of piping within the livestock stable; characterized in that the liquid drinking system comprises one or more nipples connected to the set of piping and configured to release liquid, carried by the set of piping, for consumption by the livestock responsive to an interaction with the livestock, and that each of the one or more sprinklers is integrated into a respective nipple. a liquid drinking system comprising: a set of piping configured to carry liquid suitable for consumption by livestock; a liquid spraying system comprising one or more sprinklers connected to the set of piping of the liquid drinking system and configured to controllably spray the liquid carried by the set of piping within the livestock stable; characterized in that the liquid drinking system comprises one or more nipples connected to the set of piping and configured to release liquid, carried by the set of piping, for consumption by the livestock responsive to an interaction with the livestock, and that each of the one or more sprinklers is integrated into a respective nipple.
A method for controlling the clamping force applied to tissue, the method comprising: providing a first clamping member (1005,1105) and a second clamping member (1010,1110) for clamping tissue; clamping the first clamping member and the second clamping member by driving at least one of the clamping members with an electric motor toward a predetermined tissue gap (1025,1125) between the clamping members; during the clamping, monitoring a motor current of the electric motor indicative of a clamping force exerted to the tissue by the clamping members; and during the clamping, controlling the electric motor, based on the monitored net motor current, to limit the clamping force to a predetermined maximum limit, characterized in that the controlling comprises: determining a first motor drive input based on the difference between a motor velocity and a predetermined target motor velocity; determining a second motor drive input based on the difference between a motor position and a predetermined target motor position; and determining a third motor drive input based on the difference between a net motor current and a predetermined target net motor current; and wherein the controlling further comprises applying the smallest of the first motor drive input, the second motor drive input, and the third motor drive input to the motor. providing a first clamping member (1005,1105) and a second clamping member (1010,1110) for clamping tissue; clamping the first clamping member and the second clamping member by driving at least one of the clamping members with an electric motor toward a predetermined tissue gap (1025,1125) between the clamping members; during the clamping, monitoring a motor current of the electric motor indicative of a clamping force exerted to the tissue by the clamping members; and during the clamping, controlling the electric motor, based on the monitored net motor current, to limit the clamping force to a predetermined maximum limit, characterized in that the controlling comprises: determining a first motor drive input based on the difference between a motor velocity and a predetermined target motor velocity; determining a second motor drive input based on the difference between a motor position and a predetermined target motor position; and determining a third motor drive input based on the difference between a net motor current and a predetermined target net motor current; and determining a first motor drive input based on the difference between a motor velocity and a predetermined target motor velocity; determining a second motor drive input based on the difference between a motor position and a predetermined target motor position; and determining a third motor drive input based on the difference between a net motor current and a predetermined target net motor current; and wherein the controlling further comprises applying the smallest of the first motor drive input, the second motor drive input, and the third motor drive input to the motor.
A method of bioassay for the quantification of peptide fragments of C-reactive protein comprising an N-terminal neo-epitope amino acid sequence KAFVFP, said method comprising contacting a sample comprising said peptide fragments with a monoclonal antibody or fragment thereof having specific binding affinity for said N-terminal neo-epitope amino acid sequence KAFVFP, and determining the level of binding of said monoclonal antibody or fragment thereof to peptide fragments in said sample.