mhurhangee/ep-ind-claims huggingface dataset:
A method for descrambling scrambled digital content within a subscriber terminal device, comprising: conducting digital rights management by a first component of the subscriber terminal device to determine whether entitlements needed for accessing digital content in a descrambled format are available to the subscriber terminal device, the first component being a processor; and if it is determined that all of the entitlements are available to the subscriber terminal device, deriving a root key within a second component of the subscriber terminal device implemented by logic separate from and independent of the first component, the second component being non-processor based hardware executing no software, the root key being used to decrypt service keys used for descrambling the scrambled digital content, wherein deriving the root key comprises decrypting seed information representing a series of encrypted keys using a Unique Key stored within a one-time programmable memory of the second component to produce a plurality of decrypted keys (626,627,628,629), subsequently conducting hash operations on the decrypted keys to produce hash values (700, 702, 704, 706) corresponding to the decrypted keys, and subsequently performing hash operations on combined pairs of the hash values (710,712) to produce the root key. conducting digital rights management by a first component of the subscriber terminal device to determine whether entitlements needed for accessing digital content in a descrambled format are available to the subscriber terminal device, the first component being a processor; and if it is determined that all of the entitlements are available to the subscriber terminal device, deriving a root key within a second component of the subscriber terminal device implemented by logic separate from and independent of the first component, the second component being non-processor based hardware executing no software, the root key being used to decrypt service keys used for descrambling the scrambled digital content, wherein deriving the root key comprises decrypting seed information representing a series of encrypted keys using a Unique Key stored within a one-time programmable memory of the second component to produce a plurality of decrypted keys (626,627,628,629), subsequently conducting hash operations on the decrypted keys to produce hash values (700, 702, 704, 706) corresponding to the decrypted keys, and subsequently performing hash operations on combined pairs of the hash values (710,712) to produce the root key.
A welding-type power supply transformer, comprising: a first coil assembly comprising a first plurality of turns of a first solid wire wrapped around a first bobbin to form a first single-layer primary winding, and a second plurality of turns of a second conductor over the first plurality of turns to form a first single-layer secondary winding; a second coil assembly comprising a third plurality of turns of a second solid wire wrapped around a second bobbin to form a second single-layer primary winding, and a fourth plurality of turns of the second conductor over the third plurality of turns to form a second single-layer secondary winding; first and second ferrite cores (118, 120) disposed at least partially within the first and second bobbins (108, 114), wherein the first ferrite core comprises a first U-core and the second ferrite core comprises a second U-core, the first and second U-cores being inserted into each of the first and second bobbins (108, 114); and a tertiary winding wound around a bridge portion of the first U-core configured to increase leakage inductance with the primary windings. a first coil assembly comprising a first plurality of turns of a first solid wire wrapped around a first bobbin to form a first single-layer primary winding, and a second plurality of turns of a second conductor over the first plurality of turns to form a first single-layer secondary winding; a second coil assembly comprising a third plurality of turns of a second solid wire wrapped around a second bobbin to form a second single-layer primary winding, and a fourth plurality of turns of the second conductor over the third plurality of turns to form a second single-layer secondary winding; first and second ferrite cores (118, 120) disposed at least partially within the first and second bobbins (108, 114), wherein the first ferrite core comprises a first U-core and the second ferrite core comprises a second U-core, the first and second U-cores being inserted into each of the first and second bobbins (108, 114); and a tertiary winding wound around a bridge portion of the first U-core configured to increase leakage inductance with the primary windings.
A device (30, 220) comprising: a processor; and a memory connected with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: requesting information about available services associated with a message broker receiving a response comprising a description of the available services, the description comprising a contact address of the message broker; reviewing a first service of the available services from the response; connecting with the message broker based on the description of the first service in the response; and subscribing to receive notifications when a second available service with a matching profile connects with the message broker. a processor; and a memory connected with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: requesting information about available services associated with a message broker receiving a response comprising a description of the available services, the description comprising a contact address of the message broker; reviewing a first service of the available services from the response; connecting with the message broker based on the description of the first service in the response; and subscribing to receive notifications when a second available service with a matching profile connects with the message broker. requesting information about available services associated with a message broker receiving a response comprising a description of the available services, the description comprising a contact address of the message broker; reviewing a first service of the available services from the response; connecting with the message broker based on the description of the first service in the response; and subscribing to receive notifications when a second available service with a matching profile connects with the message broker.
An electrically peelable pressure sensitive adhesive composition comprising an acrylic polymer, a (poly)alkylene polyol having a number average molecular weight of 2000 or less, and an ammonium salt, wherein the component is an ammonium sulfonate and wherein the content of the component is 6 to 250 parts by mass based on 100 parts by mass of the component, wherein the measurement of the number average molecular weight is performed at a column temperature of 40°C using a gel permeation chromatograph apparatus and tetrahdrofuran as developing solvent at a flow velocity of 1.0 mL/min, and the values measured in terms of standard polystyrene are used.
Machine tool, in particular saw or mitre saw, for the separative machining of a workpiece, with a drive assembly having a drive motor and a tool holder drivable by the drive motor for a cutting tool, with a swivel base, on which a swivel part is mounted pivotably about a pivot axis for changing a relative position of the tool holder for the cutting tool and a contact surface for placing a workpiece, and with a latching device, which has a latching element, which is loaded towards a latching position by a spring assembly and which in a latching position is in engagement with at least one mating latching contour and non-rotatably locates the swivel part relative to the swivel base and in a release position is out of engagement with the at least one mating latching contour and enables a pivoting of the swivel part relative to the swivel base, and a manually operated actuating element movably mounted on an actuating element bearing with a degree of latching freedom of movement for actuating the latching element from the latching position into the release position, wherein the actuating element is movably mounted on the actuating element bearing with a degree of blocking freedom of movement different from the degree of latching freedom of movement between a latching release position, in which the latching element is enabled to move into the latching position, and a latching blocking position, in which the latching element is blocked against a movement into the latching position, wherein the degree of latching freedom of movement comprises or is represented by a pivotability of the actuating element about a pivot axis forming an unlatching pivot axis, characterised in that the degree of blocking freedom of movement comprises or is represented by a pivotability of the actuating element about a blocking pivot axis oriented at an angle to the unlatching pivot axis of the degree of latching freedom of movement.
Method of protecting an electrical appliance (10, 110), in particular a polyphase electrical transformer (10, 110), connected in series to a power network (14, 114) by the intermediary, for each phase of the electrical appliance (10, 110), of two bushings (20a, 20b) connected by an electrical connection (22, 122), said electrical appliance (10, 110) being intended to be immersed in a dielectric liquid contained in a tank (12, 112) connected to the ground, said method consisting in putting into contact the electrical connection (22, 122) and the ground of the electrical appliance when an electric arc appears in the tank (12, 112), characterised in that the detection of the electric arc is done when the relative pressure inside the tank (12, 112) is higher than a first threshold value and the rate of pressure change is higher than a second threshold value.
A method for determining the distance (d) from a unit to an object comprising: a) sending a pulse of light from a light emitting component to said object by means of passing a current pulse sent through said component; b) measuring the current through or voltage across said light emitting component and determining the point T0 when this values achieves a pre-determined first threshold value THL1 and determining the point T1 when this values is reduced to a pre-determined second threshold value THL2; c) receiving a reflected pulse of light from said object at said unit by a light sensor; d) integrating a measure of the intensity of reflected light in said light sensor between time T0 and T1 to provide a value Q1; e) integrating a measure of the intensity of reflected light in said light sensor between time T1 and T2, where T2 is the time point equal to T0+(2*(T1-T0)), to provide a value Q2; f) determining the distance (d) from the formula d = 1⁄2 x c x (T1-T0) x (Q1/(Q1+Q2)) a) sending a pulse of light from a light emitting component to said object by means of passing a current pulse sent through said component; b) measuring the current through or voltage across said light emitting component and determining the point T0 when this values achieves a pre-determined first threshold value THL1 and determining the point T1 when this values is reduced to a pre-determined second threshold value THL2; c) receiving a reflected pulse of light from said object at said unit by a light sensor; d) integrating a measure of the intensity of reflected light in said light sensor between time T0 and T1 to provide a value Q1; e) integrating a measure of the intensity of reflected light in said light sensor between time T1 and T2, where T2 is the time point equal to T0+(2*(T1-T0)), to provide a value Q2; f) determining the distance (d) from the formula d = 1⁄2 x c x (T1-T0) x (Q1/(Q1+Q2))
A computer-implemented method for monitoring a battery installed in an analyte sensor system (8, 8A, 8B) configured to be worn by a user, comprising: measuring a value indicative of a current power level of the battery; and predicting remaining useful life of the battery based on the measured value indicative of the current power level and an assumed future usage of the analyte sensor system (8, 8A, 8B), wherein the usage is the frequency of different types of transmission events and wherein the assumed future usage is based on stored history of prior usage of the analyte sensor system (8, 8A, 8B). measuring a value indicative of a current power level of the battery; and predicting remaining useful life of the battery based on the measured value indicative of the current power level and an assumed future usage of the analyte sensor system (8, 8A, 8B), wherein the usage is the frequency of different types of transmission events and wherein the assumed future usage is based on stored history of prior usage of the analyte sensor system (8, 8A, 8B).
A method for marking a tool (20, 50) including the steps of providing a dented mark (22, 58) in the tool (20, 50), providing a first protection layer on the tool (20, 50) except the dented mark (22, 58), and providing a second protection layer on the first protection layer and except the dented mark (22, 58), wherein a) the color of the first protection layer is at least similar to that of the second protection layer, or b) the first protection layer is transparent while the color of the second protection layer is at least similar to that of the tool, or c) the color of the first protection layer is at least similar to that of the tool while the second protection layer is transparent such that when there is a scratch in the second protection layer, a color shown in the scratch is similar to the color of the second protection layer.
An arrangement for determining and/or monitoring a temperature of a medium in a measuring tube, comprising a thermometer for cryogenic applications, wherein the thermometer has a measuring insert with a temperature sensor and a protective tube for mounting the measuring insert, and a mounting insert, wherein the mounting insert is configured to mount the thermometer in a tube adapter of the measuring tube, comprising • a retaining element for mounting the thermometer on the mounting insert, and • a locking mechanism, which is configured to prevent a rotational movement relative to the measuring tube, wherein at least one component of the mounting insert is configured and/or arranged in such a way that the mounting insert can be moved toward a longitudinal axis of the tube adapter in such a way that it is possible to compensate for temperature effects caused by different components of the thermometer having different coefficients of thermal expansion. • a retaining element for mounting the thermometer on the mounting insert, and • a locking mechanism, which is configured to prevent a rotational movement relative to the measuring tube,
Device for determining a respiration rate of a subject, said device comprising: - an input interface for obtaining a red and/or an infrared photoplethysmography, PPG, signal, - a feature signal unit configured to extract a first sequence of features from the PPG signal and to generate a first feature signal from said sequence of features, a resampling unit configured to resample with a resampling function the first feature signal to yield a resampled signal with a constant sampling rate and/or to resample a first derivative to yield a resampled first derivative with a constant sampling rate, a transformation unit configured to calculate a Fourier transform of the resampled signal to yield a transformed resampled signal or to calculate a Fourier transform of the resampled first derivative to yield a transformed resampled first derivative 29a, and - an extraction unit configured to extract from the transformed resampled signal a first respiration rate or from the transformed resampled first derivative the first respiration rate, wherein the first sequence of features is a sequence of phases of the first harmonic of a heart beat of the subject with respect to a start of the heart beat and whererin the first feature signal corresponds to the sequenc of phases. - an input interface for obtaining a red and/or an infrared photoplethysmography, PPG, signal, - a feature signal unit configured to extract a first sequence of features from the PPG signal and to generate a first feature signal from said sequence of features, a resampling unit configured to resample with a resampling function the first feature signal to yield a resampled signal with a constant sampling rate and/or to resample a first derivative to yield a resampled first derivative with a constant sampling rate, a transformation unit configured to calculate a Fourier transform of the resampled signal to yield a transformed resampled signal or to calculate a Fourier transform of the resampled first derivative to yield a transformed resampled first derivative 29a, and a resampling unit configured to resample with a resampling function the first feature signal to yield a resampled signal with a constant sampling rate and/or to resample a first derivative to yield a resampled first derivative with a constant sampling rate, a transformation unit configured to calculate a Fourier transform of the resampled signal to yield a transformed resampled signal or to calculate a Fourier transform of the resampled first derivative to yield a transformed resampled first derivative 29a, and - an extraction unit configured to extract from the transformed resampled signal a first respiration rate or from the transformed resampled first derivative the first respiration rate, wherein the first sequence of features is a sequence of phases of the first harmonic of a heart beat of the subject with respect to a start of the heart beat and whererin the first feature signal corresponds to the sequenc of phases.
A system for use in a vehicle for determining an indication of the type of terrain ahead of the vehicle, the system comprising; a processor configured to receive sensor output data from a plurality of vehicle-mounted sensors (12, 22), including at least one radar sensor and at least one acoustic sensor, each for receiving a reflected signal from the terrain ahead of the vehicle; a human machine interface configured to enable communication of the determined terrain type to the user and to enable user-input in relation to the terrain type following determination of the terrain type by the user; and a data memory configured to store pre-determined data relating sensor output data for the or each acoustic sensor and the or each radar sensor to a particular terrain type; wherein the processor is configured to compare the sensor output data with the pre-determined data to determine an indication of the particular terrain type corresponding to the sensor output data; and wherein the processor includes means configured to receive the user-input in relation to the terrain type and for, in dependence upon the user-input, providing a terrain type to the data memory together with sensor output data corresponding to the terrain type to supplement the pre-determined data as part of a self-learning process.
A medicine case, comprising: a case body that accommodates a medicine, the case body including a bottom part in which a discharge port for the medicine is provided; and a rotating member disposed inside the case body, the rotating member rotating about a rotating shaft, wherein the rotating member includes a first side wall member and a second side wall member; wherein the first side wall member and the second side wall member form a passage through which the medicine is guided to the discharge port, characterized in that the first side wall member and the second side wall member are parallel to each other, and the first side wall member and the second side wall member approach and separate from each other while being maintained parallel to each other and thus adjust a width of the passage. a case body that accommodates a medicine, the case body including a bottom part in which a discharge port for the medicine is provided; and a rotating member disposed inside the case body, the rotating member rotating about a rotating shaft, wherein the rotating member includes a first side wall member and a second side wall member; wherein the first side wall member and the second side wall member form a passage through which the medicine is guided to the discharge port, characterized in that the first side wall member and the second side wall member are parallel to each other, and the first side wall member and the second side wall member approach and separate from each other while being maintained parallel to each other and thus adjust a width of the passage.
A display device, comprising: a substrate; a light-emitting element disposed on the substrate; an encapsulation stack disposed on the light-emitting element, the encapsulation stack including a plurality of inorganic encapsulation layers (142, 146) and an organic encapsulation layer disposed between the inorganic encapsulation layers; a touch sensor including a touch-sensing line and a touch-driving line disposed on the encapsulation stack, the touch-driving line including first touch electrodes arranged in a first direction, and a first bridge for interconnecting the first touch electrodes, the touch-sensing line including second touch electrodes arranged in a second direction that intersects the first direction, and a second bridge for interconnecting the second touch electrodes, the second bridge intersecting the first bridge; an organic touch dielectric film disposed between the encapsulation stack and the first and second electrodes (152e, 154e); an inorganic touch dielectric film disposed between a top surface of the organic touch dielectric film and the first and second electrodes (152e, 154e); a first routing line electrically coupled to the touch-driving line, the first routing line extending from the touch-driving line; and a second routing line electrically coupled to the touch-sensing line, the second routing line extending from the touch-sensing line, and wherein each of the organic touch dielectric film and the inorganic touch dielectric film includes a portion between the first bridge and the second bridge. a substrate; a light-emitting element disposed on the substrate; an encapsulation stack disposed on the light-emitting element, the encapsulation stack including a plurality of inorganic encapsulation layers (142, 146) and an organic encapsulation layer disposed between the inorganic encapsulation layers; a touch sensor including a touch-sensing line and a touch-driving line disposed on the encapsulation stack, the touch-driving line including first touch electrodes arranged in a first direction, and a first bridge for interconnecting the first touch electrodes, the touch-sensing line including second touch electrodes arranged in a second direction that intersects the first direction, and a second bridge for interconnecting the second touch electrodes, the second bridge intersecting the first bridge; an organic touch dielectric film disposed between the encapsulation stack and the first and second electrodes (152e, 154e); an inorganic touch dielectric film disposed between a top surface of the organic touch dielectric film and the first and second electrodes (152e, 154e); a first routing line electrically coupled to the touch-driving line, the first routing line extending from the touch-driving line; and a second routing line electrically coupled to the touch-sensing line, the second routing line extending from the touch-sensing line, and wherein each of the organic touch dielectric film and the inorganic touch dielectric film includes a portion between the first bridge and the second bridge.