mhurhangee/patent-ind-claim-en huggingface dataset:
Light guide for a motor vehicle lighting device , which light guide has at least two light entry surfaces (42.1, 42.2, 42.n) and a light exit surface and is adapted to illuminate a first zone of the light exit surface with light coupled in via a first one (42.1) of the at least two light entry surfaces (42.1, 42.2, 42.n) and to illuminate a second zone of the light exit surface , which is not identical to the first zone, with light coupled in via a second (42.2) of the at least two light entry surfaces (42.1, 42.2, 42.n), wherein the light guide has a deflecting surface opposite the light exit surface , which deflecting surface has at least a first sector (56.1) and a second sector (56.2), and wherein the light guide is adapted to direct light coupled in via the first light entry surface (42.1) onto the first sector (56.1), and wherein the first sector (56.1) is adapted to direct the light that is directed thereon on the first zone, and wherein the second sector (56.2) is adapted to direct light that is directed thereon, on the second zone, and wherein the first sector (56.1) is not identical to the second sector (56.2), characterized in that the light guide has two transport surfaces opposite one another and lying between the light exit surface and the deflection surface , and a first end abutting both the light exit surface and the deflection surface and both transport surfaces, and in that the first end has a plurality of input branches (54.1, 54.2, 54.n) designed as collimators, and that the light entry surfaces (42.1, 42.2, 42.n) of the light guide are input surfaces of the input branches (54.1, 54.2, 54.n), wherein the light emanating from the light sources passes through the input surfaces (54.1, 54.2, 54.n) of the collimators or of the input branches into the light guide , and is deflected at a flat angle onto collimator surfaces at which the rays are reflected in a deflecting manner, and wherein the light from there reaches sectors (56.1, 56.2, 56.n) of the deflecting surface where the light is deflected by reflection to adjacent zones of the light exit surface .
A system for detecting a movement and/or a position of an object (1; 9) to be monitored, wherein the system comprises: - a camera for capturing images, the camera being sensitive to light in a predetermined wavelength range; - at least one marker radiating light in the predetermined wavelength range, the marker being arranged in an area of the object (1; 9) in such a way that the camera can capture images of the marker , when the object (1; 9) is in a first position, - an image processing unit enabled to detect the marker in the images, the image processing unit being configured to detect a movement and/or a second position of the object (1; 9) in response to a determination that at least a part of the marker cannot be detected in one or more of the images, the determination being indicative of the movement and/or the second position of the object (1; 9). - a camera for capturing images, the camera being sensitive to light in a predetermined wavelength range; - at least one marker radiating light in the predetermined wavelength range, the marker being arranged in an area of the object (1; 9) in such a way that the camera can capture images of the marker , when the object (1; 9) is in a first position, - an image processing unit enabled to detect the marker in the images, the image processing unit being configured to detect a movement and/or a second position of the object (1; 9) in response to a determination that at least a part of the marker cannot be detected in one or more of the images, the determination being indicative of the movement and/or the second position of the object (1; 9).
A one-piece conduit mount for a vibrating fluid sensor assembly , comprising: an inlet port ; an outlet port ; a conduit support base extending from the inlet port to the outlet port ; and characterized by : first and second support blocks configured to support a fluid conduit extending from the conduit support base , wherein the first and second support blocks are tapered and comprise a first thickness, t 1 on an end facing a corresponding port and comprise a second thickness, t 2 on an end facing the other support block, wherein t 2 is less than t 1 . an inlet port ; an outlet port ; a conduit support base extending from the inlet port to the outlet port ; and characterized by : first and second support blocks configured to support a fluid conduit extending from the conduit support base , wherein the first and second support blocks are tapered and comprise a first thickness, t 1 on an end facing a corresponding port and comprise a second thickness, t 2 on an end facing the other support block, wherein t 2 is less than t 1 .
A transportation system comprising: a transportation space including destinations distributed in the transportation space ; multiple independent automated vehicles configured for free roving through the transportation space to and between the destinations so that the vehicles are dynamically distributed through the transportation space ; and a control system communicably connected via a remote communication link to each of the vehicles and having a system controller that addresses each vehicle to different destinations; the transportation system being characterized in that the control system includes a vehicle accountant controller separate and distinct from the system controller , the vehicle accountant controller being connected via the remote communication link to each of the multiple independent automated vehicles and the vehicle accountant controller is configured to independently register a dynamic location of at least one of the vehicles , selected from the multiple independent automated vehicles in the transportation space , and command shutdown, via the remote communication link, to only the selected at least one vehicle at the registered location if the registered location corresponds to a predetermined location. a transportation space including destinations distributed in the transportation space ; multiple independent automated vehicles configured for free roving through the transportation space to and between the destinations so that the vehicles are dynamically distributed through the transportation space ; and a control system communicably connected via a remote communication link to each of the vehicles and having a system controller that addresses each vehicle to different destinations; the transportation system being characterized in that the control system includes a vehicle accountant controller separate and distinct from the system controller , the vehicle accountant controller being connected via the remote communication link to each of the multiple independent automated vehicles and the vehicle accountant controller is configured to independently register a dynamic location of at least one of the vehicles , selected from the multiple independent automated vehicles in the transportation space , and command shutdown, via the remote communication link, to only the selected at least one vehicle at the registered location if the registered location corresponds to a predetermined location.
Housing assembly for accommodating electrical storage means for an electric drive of an electrically drivable motor vehicle, comprising: a base tray with a base and a circumferentially closed tray frame , which is produced from a metallic material by forming; a structural frame which comprises a plurality of frame elements connected to each other to form a circumferential frame and a plurality of reinforcing elements extending between two frame elements , wherein the frame elements and the reinforcing elements are each made of a steel material and are connected to each other to form the structural frame , and wherein the structural frame is connected to the base tray ; wherein the yield strength of the steel material of the frame elements and reinforcing elements is at least 10 % greater than the yield strength of the metallic material of the tray frame ; a cover which is releasably connectable to the tray frame , wherein the tray frame and the cover enclose a receiving space for electrical storage means, characterised in that the structural frame is arranged in the base tray inside the tray frame . a base tray with a base and a circumferentially closed tray frame , which is produced from a metallic material by forming; a structural frame which comprises a plurality of frame elements connected to each other to form a circumferential frame and a plurality of reinforcing elements extending between two frame elements , wherein the frame elements and the reinforcing elements are each made of a steel material and are connected to each other to form the structural frame , and wherein the structural frame is connected to the base tray ; wherein the yield strength of the steel material of the frame elements and reinforcing elements is at least 10 % greater than the yield strength of the metallic material of the tray frame ; a cover which is releasably connectable to the tray frame , wherein the tray frame and the cover enclose a receiving space for electrical storage means, characterised in that the structural frame is arranged in the base tray inside the tray frame .
Method for location of an earth fault in an IT network , which has a power transmission network , a rotating electrical machine and a converter , wherein the converter is connected on its input side to the power transmission network and on its output side to the electrical machine and has a DC link circuit and an inverter connected to the DC link circuit and the electrical machine , wherein - voltage pulses of a voltage between a DC link circuit potential of the DC link circuit and an earth potential or voltage pulses of a network voltage of the power transmission network in relation to an earth potential are acquired, - the voltage pulses are compared with switching actions of a phase of the inverter , characterised in that - a count duration and a number threshold value are predetermined and within the count period an evaluation number of simultaneous voltage pulses and switching actions is acquired - and in the event of an earth fault in the IT network , it is concluded that a machine area of the IT network connected downstream of the converter , which has the electrical machine and a connecting line between the electrical machine and the converter is the cause of the earth fault if the evaluation number exceeds the number threshold value. - voltage pulses of a voltage between a DC link circuit potential of the DC link circuit and an earth potential or voltage pulses of a network voltage of the power transmission network in relation to an earth potential are acquired, - the voltage pulses are compared with switching actions of a phase of the inverter , - a count duration and a number threshold value are predetermined and within the count period an evaluation number of simultaneous voltage pulses and switching actions is acquired - and in the event of an earth fault in the IT network , it is concluded that a machine area of the IT network connected downstream of the converter , which has the electrical machine and a connecting line between the electrical machine and the converter is the cause of the earth fault if the evaluation number exceeds the number threshold value.
A particulate material pump comprising: a passageway between an inlet and an outlet defined on all sides by a moving wall (20A-20D; 20A'-20D') such that an entire perimeter of said passageway is movable, and characterised by said passageway being defined by four identical moving walls.
A process for the preparation of an organic sulfone by oxidation of the respective sulfoxide in the presence of at least one peroxide comprising at least one carboxylic acid which is liquid at 40°C and has a miscibility gap with water at 40°C and atmospheric pressure.
An automated method for processing and imaging a first and second plurality of biological samples in a molecular pathology system, comprising: processing at least one sample from the first plurality of samples; imaging the at least one sample from the first plurality of samples, while simultaneously processing at least one sample from the second plurality of samples; imaging the at least one processed sample from the second plurality of samples; and imaging one of the first or the second plurality of samples, prior to processing, while the other plurality of samples is being processed, to establish background images. processing at least one sample from the first plurality of samples; imaging the at least one sample from the first plurality of samples, while simultaneously processing at least one sample from the second plurality of samples; imaging the at least one processed sample from the second plurality of samples; and imaging one of the first or the second plurality of samples, prior to processing, while the other plurality of samples is being processed, to establish background images.
A computer-implemented method for determining the contributions of domestic dog breeds to a test domestic dog genome, comprising determining the contributions of domestic dog breeds to a test domestic dog genome by comparing one or both alleles identified in the test domestic dog genome for each of a set of single nucleotide polymorphisms (SNPs) to a database comprising domestic dog breed profiles, wherein each domestic dog breed profile comprises genotype information for the set of markers in the domestic dog breed, and discriminating between the contributions of two or more genetically related domestic dog breeds to the test domestic dog genome by comparing the alleles in the test domestic dog genome to a database comprising profiles of two or more genetically related domestic dog breeds selected from: (i) Belgian Sheep Dog and Belgian Tervuren; (ii) Collie and Shetland Sheep Dog; (iii) Whippet and Greyhound; (iv) Siberian Husky and Alaskan Malamute; (v) Mastiff and Bullmastiff; (vi) Greater Swiss Mountain Dog and Bernese Mountain Dog; (vii) West Highland White Terrier and Cairn Terrier; or (viii) Lhasa Apso, Shih Tzu, and Pekinese. (i) Belgian Sheep Dog and Belgian Tervuren; (ii) Collie and Shetland Sheep Dog; (iii) Whippet and Greyhound; (iv) Siberian Husky and Alaskan Malamute; (v) Mastiff and Bullmastiff; (vi) Greater Swiss Mountain Dog and Bernese Mountain Dog; (vii) West Highland White Terrier and Cairn Terrier; or (viii) Lhasa Apso, Shih Tzu, and Pekinese.
A non-transitory computer-readable storage medium storing instructions to cause computing hardware to perform a method of extracting a signal feature based on an estimation of a superposition of Gaussian functions from a photoplethysmogram, PPG, signal, the method comprising: estimating element signals forming an input signal being the PPG signal using a signal model to be determined by parameters; and extracting a signal feature using the estimated element signals, wherein the estimating of the element signals comprises calculating derivative functions of different order by differentiating the waveform of the input signal, determining time values corresponding to peak points of the derivative functions and amplitude values of the input signal at the determined time values, estimating a mean and a standard deviation of the signal model by applying the determined time values and estimating an amplitude coefficient and an offset of the signal model by applying the determined amplitude values, determining a first element signal of the input signal by applying the estimated mean, standard deviation, amplitude coefficient and offset to the signal model, setting , as a new input signal, an intermediate signal in which the first element signal is removed from the input signal , and repeating the steps of calculating , determining , estimating , determining and setting for estimating a second element signal based on a waveform of the set new input signal as long as an increased index has a value below or equal to a preset index value. estimating element signals forming an input signal being the PPG signal using a signal model to be determined by parameters; and extracting a signal feature using the estimated element signals, wherein the estimating of the element signals comprises calculating derivative functions of different order by differentiating the waveform of the input signal, determining time values corresponding to peak points of the derivative functions and amplitude values of the input signal at the determined time values, estimating a mean and a standard deviation of the signal model by applying the determined time values and estimating an amplitude coefficient and an offset of the signal model by applying the determined amplitude values, determining a first element signal of the input signal by applying the estimated mean, standard deviation, amplitude coefficient and offset to the signal model, setting , as a new input signal, an intermediate signal in which the first element signal is removed from the input signal , and repeating the steps of calculating , determining , estimating , determining and setting for estimating a second element signal based on a waveform of the set new input signal as long as an increased index has a value below or equal to a preset index value.
A syringe adapter comprising: a housing having a first end and a second end , the first end configured to be secured to a first container; a cannula having a first end and a second end , the second end of the cannula positioned within the housing ; and a collet having a first end and a second end , at least a portion of the collet received within the housing , the collet comprising a body defining a passageway , a membrane received by the passageway , and a locking member connected to the body of the collet , the membrane comprising a body having a first end and a second end , the body of the membrane defines a passageway extending from the first end of the membrane body towards the second end of the membrane body and terminating intermediate the first and second ends of the membrane body , the collet is movable from a first position where the locking member is open to receive a mating connector to a second position where radially outward movement of the locking member is restricted, characterized in that when the collet is in the first position the second end of the cannula is positioned within the membrane passageway . a housing having a first end and a second end , the first end configured to be secured to a first container; a cannula having a first end and a second end , the second end of the cannula positioned within the housing ; and a collet having a first end and a second end , at least a portion of the collet received within the housing , the collet comprising a body defining a passageway , a membrane received by the passageway , and a locking member connected to the body of the collet , the membrane comprising a body having a first end and a second end , the body of the membrane defines a passageway extending from the first end of the membrane body towards the second end of the membrane body and terminating intermediate the first and second ends of the membrane body , the collet is movable from a first position where the locking member is open to receive a mating connector to a second position where radially outward movement of the locking member is restricted, characterized in that when the collet is in the first position the second end of the cannula is positioned within the membrane passageway .
An uplink access method of a mobile station, the method comprising: receiving a synchronization signal and a broadcast control signal from a base station; selecting an uplink transmission beam for transmitting an uplink access signal based on a reception result of at least one of the synchronization signal and broadcast control signal; transmitting the uplink access signal using the selected uplink transmission beam; and receiving an access response of the uplink access signal and a control channel initial configuration information from the base station, wherein the control channel initial configuration information is used for a connection setup procedure. receiving a synchronization signal and a broadcast control signal from a base station; selecting an uplink transmission beam for transmitting an uplink access signal based on a reception result of at least one of the synchronization signal and broadcast control signal; transmitting the uplink access signal using the selected uplink transmission beam; and receiving an access response of the uplink access signal and a control channel initial configuration information from the base station, wherein the control channel initial configuration information is used for a connection setup procedure.
A system for providing respiratory therapy to a patient comprising: a nasal cannula comprising a cannula body , first and second inlet tubes , and a nasal prong for the delivery of a flow of breathing gas to the patient, the flow of breathing gas supplied to the cannula body via the first and second inlet tubes , the nasal prong having a longitudinal axis, an inlet in fluid communication with the cannula body , and an outlet for insertion into the nare of the patient; and a nebulizer adapted to receive a liquid medicament and having an aerosol generator positioned along and centered on the longitudinal axis, the aerosol generator operable to generate a flow of aerosolized medicament from the liquid medicament along the longitudinal axis; characterized in that the system comprises a flow director being coupled to the inlet of the nasal prong , the flow director having a first portion and a second portion, the first portion coupled to the cannula body and adapted to receive the flow of breathing gas from the first and second inlet tubes and direct the flow of breathing gas into the nasal prong such that the breathing gas flows along the longitudinal axis, and the second portion secured to the nebulizer and configured such that the flow of aerosolized medicament is contained within the flow of breathing gas as it moves along the longitudinal axis of the nasal prong for delivery to the patient; wherein the flow director is coupled to the inlet of the nasal prong . a nasal cannula comprising a cannula body , first and second inlet tubes , and a nasal prong for the delivery of a flow of breathing gas to the patient, the flow of breathing gas supplied to the cannula body via the first and second inlet tubes , the nasal prong having a longitudinal axis, an inlet in fluid communication with the cannula body , and an outlet for insertion into the nare of the patient; and a nebulizer adapted to receive a liquid medicament and having an aerosol generator positioned along and centered on the longitudinal axis, the aerosol generator operable to generate a flow of aerosolized medicament from the liquid medicament along the longitudinal axis; the system comprises a flow director being coupled to the inlet of the nasal prong , the flow director having a first portion and a second portion, the first portion coupled to the cannula body and adapted to receive the flow of breathing gas from the first and second inlet tubes and direct the flow of breathing gas into the nasal prong such that the breathing gas flows along the longitudinal axis, and the second portion secured to the nebulizer and configured such that the flow of aerosolized medicament is contained within the flow of breathing gas as it moves along the longitudinal axis of the nasal prong for delivery to the patient; wherein the flow director is coupled to the inlet of the nasal prong .