mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a driver assistance system in a motor vehicle (1, 17), wherein the motor vehicle (1, 17) has a detection device for detecting changes in the articulation angle between a trailer of the motor vehicle (1, 17) and the motor vehicle (1, 17), comprising the steps: a) beginning the detection of the articulation angle changes, b) detecting of a first steering angle information, which describes a steering angle of the motor vehicle (1, 17), by a steering angle detection device at a first detection time, at which a stability condition evaluating an articulation angle change is met, wherein when fulfilling the stability condition a stable articulation angle is present between the trailer and the motor vehicle (1, 17), which does not change or only changes insignificantly over time, c) detecting a second steering angle information at a second detection time, at which the stability condition is met, d) determining a relative articulation angle value, which describes a relative change of the articulation angle between the first and second detection times, as the sum of the articulation angle changes between the first and second detection times, e) calculating a drawbar length value for the trailer and/or an absolute articulation angle value at the first and/or second detection times depending on the first steering angle information, the second steering angle information, the relative articulation angle value and specified vehicle geometry data, and f) controlling a driving procedure and/or output of information depending on the calculated drawbar length value and/or the calculated absolute articulation angle value. a) beginning the detection of the articulation angle changes, b) detecting of a first steering angle information, which describes a steering angle of the motor vehicle (1, 17), by a steering angle detection device at a first detection time, at which a stability condition evaluating an articulation angle change is met, wherein when fulfilling the stability condition a stable articulation angle is present between the trailer and the motor vehicle (1, 17), which does not change or only changes insignificantly over time, c) detecting a second steering angle information at a second detection time, at which the stability condition is met, d) determining a relative articulation angle value, which describes a relative change of the articulation angle between the first and second detection times, as the sum of the articulation angle changes between the first and second detection times, e) calculating a drawbar length value for the trailer and/or an absolute articulation angle value at the first and/or second detection times depending on the first steering angle information, the second steering angle information, the relative articulation angle value and specified vehicle geometry data, and f) controlling a driving procedure and/or output of information depending on the calculated drawbar length value and/or the calculated absolute articulation angle value.
A Zed-type belt tensioner comprising: a spring case defining a cavity; an arm having at its first end an arm arbor and at its second end a pulley mounted thereto, wherein the arm arbor is disposed within the cavity and has a body with an outer surface and an inner surface defining a housing for receiving a spring; wherein the first end is rotatable about the first axis to move the second end into engagement with a belt; wherein the pulley experiences a hub load during engagement with the belt; and characterized by a spring seated within the housing and having a first end coupling the spring to the arm arbor and a second end coupling the spring to a cap, wherein the tensioner applies a biasing force via the spring in the tensioning direction against the belt; and a supplemental force element positioned between the cap and the arm that urges the arm toward the spring case or between the arm and the spring case that urges the arm toward the cap, wherein the supplemental force element is a spring having waves or coils at a location to apply a force opposite the hub load to counteract the hub load, wherein the force is an axial force non-uniformly applied across a surface of the arm and is concentrated at a predetermined portion of the surface of the arm selected to counteract the hub load, thereby reducing cocking of the arm. a spring case defining a cavity; an arm having at its first end an arm arbor and at its second end a pulley mounted thereto, wherein the arm arbor is disposed within the cavity and has a body with an outer surface and an inner surface defining a housing for receiving a spring; wherein the first end is rotatable about the first axis to move the second end into engagement with a belt; wherein the pulley experiences a hub load during engagement with the belt; and characterized by a spring seated within the housing and having a first end coupling the spring to the arm arbor and a second end coupling the spring to a cap, wherein the tensioner applies a biasing force via the spring in the tensioning direction against the belt; and a supplemental force element positioned between the cap and the arm that urges the arm toward the spring case or between the arm and the spring case that urges the arm toward the cap, wherein the supplemental force element is a spring having waves or coils at a location to apply a force opposite the hub load to counteract the hub load, wherein the force is an axial force non-uniformly applied across a surface of the arm and is concentrated at a predetermined portion of the surface of the arm selected to counteract the hub load, thereby reducing cocking of the arm.
An authentication method performed by a terminal device, comprising: acquiring, from a network device, first indication information, wherein the first indication information comprises one or more single network slice selection assistance information, S-NSSAI, corresponding to one or more network slices corresponding to a third-party server, wherein the one or more S-NSSAI is used to indicate whether the third-party server needs to perform secondary authentication on the terminal device when the terminal device needs to use the one or more network slices; the method further comprises: determining, based on the first indication information, if secondary authentication needs to be performed for a network slice corresponding to first S-NSSAI of the one or more S-NSSAI; sending, a request message containing authentication information for the first S-NSSAI to the network device if the secondary authentication needs to be performed for the network slice corresponding to the first S-NSSAI; and sending, a request message not containing authentication information for the first S-NSSAI to the network device if the secondary authentication does not need to be performed for the network slice corresponding to the first S-NSSAI. acquiring, from a network device, first indication information, wherein the first indication information comprises one or more single network slice selection assistance information, S-NSSAI, corresponding to one or more network slices corresponding to a third-party server, wherein the one or more S-NSSAI is used to indicate whether the third-party server needs to perform secondary authentication on the terminal device when the terminal device needs to use the one or more network slices; the method further comprises: determining, based on the first indication information, if secondary authentication needs to be performed for a network slice corresponding to first S-NSSAI of the one or more S-NSSAI; sending, a request message containing authentication information for the first S-NSSAI to the network device if the secondary authentication needs to be performed for the network slice corresponding to the first S-NSSAI; and sending, a request message not containing authentication information for the first S-NSSAI to the network device if the secondary authentication does not need to be performed for the network slice corresponding to the first S-NSSAI. determining, based on the first indication information, if secondary authentication needs to be performed for a network slice corresponding to first S-NSSAI of the one or more S-NSSAI; sending, a request message containing authentication information for the first S-NSSAI to the network device if the secondary authentication needs to be performed for the network slice corresponding to the first S-NSSAI; and sending, a request message not containing authentication information for the first S-NSSAI to the network device if the secondary authentication does not need to be performed for the network slice corresponding to the first S-NSSAI.
Cable grommet separating and conveying device for separating and conveying cable grommets to a mounting tool for mounting the separated cable grommets on the cable, comprising a bulk container for accommodating a plurality of loose cable grommets and a conveying device for conveying the loose cable grommets located in the bulk container to a separating and transport device, characterized in that a cross-sectional constriction is provided in the transition area from the bulk container to the conveying device, and that the bulk container is designed as a separate component which can be coupled to at least the conveying device.
A saw blade fastening system comprising: a saw blade; a first blade washer (534, 612) having a first washer body defining a first central aperture, the first blade washer including a first plurality of fins extending outwardly from the first washer body; and a fastening mechanism extending through the first central aperture to fasten the first blade washer (534, 612) to the saw blade, characterized in that each fin of the first plurality of fins is resiliently flexible. a saw blade; a first blade washer (534, 612) having a first washer body defining a first central aperture, the first blade washer including a first plurality of fins extending outwardly from the first washer body; and a fastening mechanism extending through the first central aperture to fasten the first blade washer (534, 612) to the saw blade, characterized in that each fin of the first plurality of fins is resiliently flexible.
A device, comprising: a current digital-to-analog converter, DAC, configured to convey a current to an antenna in a first near-field communication, NFC, mode and enable for load modulation in a second NFC mode, characterized in that the DAC provides the moduation load. a current digital-to-analog converter, DAC, configured to convey a current to an antenna in a first near-field communication, NFC, mode and enable for load modulation in a second NFC mode, characterized in that the DAC provides the moduation load.
A method of controlling deposition rate of a film deposition in a vacuum multi-nozzle plasma system utilizing plasma-chemical reactions in an active discharge zone, wherein the system comprises: at least one row of plasma nozzles; working tubes of the nozzles terminated by a hollow cathode; wherein an output of the cathode is located at an upper part of a substrate holder with a stored substrate, characterized in that after individual ignition of the discharges in each plasma nozzle and during the controlling of their parameters by means of external voltage sources and during the deposition of the film on the substrate, the method comprises the steps of: temperature monitoring of each hollow cathode by means of contactless temperature measurement; evaluation of the measured temperature values; and based on the evaluation setting parameters of the discharge using a control unit to regulate the effective current in each of the plasma nozzle so that the deposition rates of all hollow cathodes of plasma nozzles are the same. at least one row of plasma nozzles; working tubes of the nozzles terminated by a hollow cathode; wherein an output of the cathode is located at an upper part of a substrate holder with a stored substrate, characterized in that after individual ignition of the discharges in each plasma nozzle and during the controlling of their parameters by means of external voltage sources and during the deposition of the film on the substrate, the method comprises the steps of: temperature monitoring of each hollow cathode by means of contactless temperature measurement; evaluation of the measured temperature values; and based on the evaluation setting parameters of the discharge using a control unit to regulate the effective current in each of the plasma nozzle so that the deposition rates of all hollow cathodes of plasma nozzles are the same. temperature monitoring of each hollow cathode by means of contactless temperature measurement; evaluation of the measured temperature values; and based on the evaluation setting parameters of the discharge using a control unit to regulate the effective current in each of the plasma nozzle so that the deposition rates of all hollow cathodes of plasma nozzles are the same.
A networking device, comprising: a processor; a traffic management component; and a memory storing a container, independent from the traffic management component, hosting an application, which, when executed on the processor, performs an operation for responding to a network event, the operation comprising: receiving a notification that an instance of the network event has occurred, wherein the notification indicates an event type and includes metadata associated with the instance of the network event, and in response, executing one or more functions of the application; wherein at least one of the executed functions generates the publication of the network event to an application on a second network device over a network control plane of the common networking infrastructure. a processor; a traffic management component; and a memory storing a container, independent from the traffic management component, hosting an application, which, when executed on the processor, performs an operation for responding to a network event, the operation comprising: receiving a notification that an instance of the network event has occurred, wherein the notification indicates an event type and includes metadata associated with the instance of the network event, and in response, executing one or more functions of the application; receiving a notification that an instance of the network event has occurred, wherein the notification indicates an event type and includes metadata associated with the instance of the network event, and in response, executing one or more functions of the application; wherein at least one of the executed functions generates the publication of the network event to an application on a second network device over a network control plane of the common networking infrastructure.
Sample inspection apparatus comprising: a source of electromagnetic radiation; a beam forming collimator for producing a substantially conical shell of radiation, a first radiation detector arranged to receive diffracted radiation after incidence of the conical shell beam upon a sample to be inspected; and characterised by: a coded aperture provided at a detection surface of the first radiation detector, said aperture being provided at a centre point of the detection surface of the first radiation detector; and a range detector which is arranged to collect radiation transmitted through the coded aperture and configured to determine a distance between the sample and the detection surface of the first radiation detector according to a diameter of a ring of radiation formed on the detection surface of the range detector. a source of electromagnetic radiation; a beam forming collimator for producing a substantially conical shell of radiation, a first radiation detector arranged to receive diffracted radiation after incidence of the conical shell beam upon a sample to be inspected; and characterised by: a coded aperture provided at a detection surface of the first radiation detector, said aperture being provided at a centre point of the detection surface of the first radiation detector; and a range detector which is arranged to collect radiation transmitted through the coded aperture and configured to determine a distance between the sample and the detection surface of the first radiation detector according to a diameter of a ring of radiation formed on the detection surface of the range detector. a coded aperture provided at a detection surface of the first radiation detector, said aperture being provided at a centre point of the detection surface of the first radiation detector; and a range detector which is arranged to collect radiation transmitted through the coded aperture and configured to determine a distance between the sample and the detection surface of the first radiation detector according to a diameter of a ring of radiation formed on the detection surface of the range detector.
An apparatus for light intensity adjustment (500, 700) mountable on an automotive camera, comprising: at least one first linear polarizing filter (501, 701), at least one second linear polarizing filter (503, 703), the first linear polarizing filter (501, 701) and the second polarizing filter (503, 703) are arrangeable in front of a lens unit of an automotive camera such that incident light passes through the at least one first linear polarizing filter (501, 701) and the at least one second linear polarizing filter (503, 703) before entering the lens unit of the automotive camera, and at least one actuator (511, 711) for moving the at least one first linear polarizing filter (501, 701) and/or the at least one second linear polarizing filter (503, 703) with respect to each other such that the intensity of the emergent light is adjustable, characterized by adjustment of the emergent light intensity by moving the first linear polarizing filter (501,701) and/or the second linear polarizing filter (503, 703) with respect to each other is coupled to a frame rate of an image sensor of the automotive camera by the actuator (511, 711) such that the integration time of the sensor is maintained at the maximum. at least one first linear polarizing filter (501, 701), at least one second linear polarizing filter (503, 703), the first linear polarizing filter (501, 701) and the second polarizing filter (503, 703) are arrangeable in front of a lens unit of an automotive camera such that incident light passes through the at least one first linear polarizing filter (501, 701) and the at least one second linear polarizing filter (503, 703) before entering the lens unit of the automotive camera, and at least one actuator (511, 711) for moving the at least one first linear polarizing filter (501, 701) and/or the at least one second linear polarizing filter (503, 703) with respect to each other such that the intensity of the emergent light is adjustable, characterized by adjustment of the emergent light intensity by moving the first linear polarizing filter (501,701) and/or the second linear polarizing filter (503, 703) with respect to each other is coupled to a frame rate of an image sensor of the automotive camera by the actuator (511, 711) such that the integration time of the sensor is maintained at the maximum.
A blade assembly for a laying machine for laying at least one flexible casing or tube, cable or wire and for working on a work surface/area/structure, the blade assembly including a first blade, a second blade, and a third blade, that are axially aligned, each blade having a working portion (201a, 202a, 203a) at the periphery of the blade and a central portion (201c, 202c, 203c) around an axial center of the blade for being operated on by a device for driving the blade assembly, at least one blade support structure (201b, 202b, 203b) extending between the working portion and the central portion characterized in that the blades are spaced apart by a spacer structure (204, 205), said spacer structure forming at least one compartment (206, 207), between the first blade and the second blade, that is in contact with the central portion and extending towards the working portion, and at least at one radius of the spacer structure covering a significant part of the periphery at that radius of the spacer structure, said at least one compartment having an inlet (208, 209) at the central portion, wherein the first blade of the blade assembly has at least one first bore, transversal to a plane of the first blade and starting at radius within the central portion of the first blade, said first bore connecting the outside of the first blade to the compartment between the first blade and the opposite located second blade, wherein the at least one compartment (206, 207) has two side walls (206a, 207a) that both extend radially from a predetermined distance from the centre of the blades and wherein the at least one compartment has a third side wall (206b, 207b) extending between the two side walls (206a, 207a) defining the outer edge of the compartment (206, 207), said third side wall being at a distance closer to the periphery of the blades (201, 202, 203) than to the center of the blades.
A method of detecting colorectal cancer in a human subject, the method comprising: determining a methylation status of at least a portion of each of the following DMRs of Table 9: chr start end SEQ ID NO. 7 96997902 96999222 SEQ ID NO.: 92 8 96145538 96145718 SEQ ID NO.: 108 2 100322218 100322818 SEQ ID NO.: 28 2 29115776 29116791 SEQ ID NO.: 17 identified in DNA from a sample obtained from the subject, and determining whether the subject has colorectal cancer based at least in part on the determined methylation status of at least a portion of each of the DMRs of Table 9., determining a methylation status of at least a portion of each of the following DMRs of Table 9: chr start end SEQ ID NO. 7 96997902 96999222 SEQ ID NO.: 92 8 96145538 96145718 SEQ ID NO.: 108 2 100322218 100322818 SEQ ID NO.: 28 2 29115776 29116791 SEQ ID NO.: 17 identified in DNA from a sample obtained from the subject, and determining whether the subject has colorectal cancer based at least in part on the determined methylation status of at least a portion of each of the DMRs of Table 9., identified in DNA from a sample obtained from the subject, and determining whether the subject has colorectal cancer based at least in part on the determined methylation status of at least a portion of each of the DMRs of Table 9.,