mhurhangee/ep-ind-claims huggingface dataset:
Range estimation method for estimating the range between a radio signal emitter and a receiver wherein: (a) the receiver measures the strength of a radio signal received from said radio signal emitter; (b) one obtains path loss parameters of a path loss model modeling the attenuation of the channel between said emitter and said receiver; (c) one calculates, according to a median estimator, a mean estimator or a mode estimator, an estimate ( d̃) of the range separating the emitter and the receiver, based on said path loss model and said path loss parameters thus obtained, (d) one determines a systematic bias ( μ d) of said range, (e) one corrects said range estimate with said systematic bias to obtain a corrected range estimate (d̃ corr) characterized in that said systematic bias is calculated as a parametric function of a power detection threshold ( P th) of said receiver and the path loss parameters. (a) the receiver measures the strength of a radio signal received from said radio signal emitter; (b) one obtains path loss parameters of a path loss model modeling the attenuation of the channel between said emitter and said receiver; (c) one calculates, according to a median estimator, a mean estimator or a mode estimator, an estimate ( d̃) of the range separating the emitter and the receiver, based on said path loss model and said path loss parameters thus obtained, (d) one determines a systematic bias ( μ d) of said range, (e) one corrects said range estimate with said systematic bias to obtain a corrected range estimate (d̃ corr)
A method for controlling electrical power in a micro-grid, which micro-grid comprises a grid switch that connects the micro-grid to a main grid for receiving power from the main grid, at least one power source (10, 16)including an energy storage, a plurality loads (12A-D), and at least one controller (5, 7, 18, 9) configured for performing load shedding and configured for controlling the at least one power source (10, 16), the at least one controller (5, 7, 18, 9) being configured to selectively disconnect each respective load (12A-D), the method being performed in a grid-connected mode when the micro-grid is connected to the main grid, and in an islanding mode when the connection to the main grid is lost, said method comprising: determining a load shedding for islanding mode during operation in the grid-connected mode, monitoring the status of the grid switch, entering the islanding mode from the grid-connected mode when the grid switch opens, performing a load shedding upon entering islanding mode by disconnecting one or more of the loads (12A-D), the load shedding being made in accordance with the determined load shedding, performing a frequency based regulation by monitoring the frequency in the micro-grid in the grid-connected mode and in the islanding mode, and adjusting the power provided by the energy storage on the basis of variations of the frequency, and performing load shedding on the basis of variations of the frequency, characterised in that the frequency based load shedding is performed with a faster response than the adjustment of the power provided by the energy storage during islanding mode. determining a load shedding for islanding mode during operation in the grid-connected mode, monitoring the status of the grid switch, entering the islanding mode from the grid-connected mode when the grid switch opens, performing a load shedding upon entering islanding mode by disconnecting one or more of the loads (12A-D), the load shedding being made in accordance with the determined load shedding, performing a frequency based regulation by monitoring the frequency in the micro-grid in the grid-connected mode and in the islanding mode, and adjusting the power provided by the energy storage on the basis of variations of the frequency, and performing load shedding on the basis of variations of the frequency, characterised in that the frequency based load shedding is performed with a faster response than the adjustment of the power provided by the energy storage during islanding mode.
An audio processing device comprising: a power supply for a conversion circuit; a first detection circuit that is connected to the power supply, detects that a digital audio signal terminal is connected, and supplies a first detection signal; and the conversion circuit, which is connected to the power supply for the conversion circuit and converts a first digital audio signal that complies with a standard for transferring between two pieces of equipment into a second digital audio signal when the first detection circuit supplies the first detection signal; characterized in that the second digital audio signal complies with a standard for serially transferring, the audio processing device further comprising: a second detection circuit that is connected to the power supply, detects that the second digital audio signal into which the conversion circuit converts is an audio signal indicating sound, and supplies a second detection signal; and a microcomputer that activates the audio processing device when the second detection circuit supplies the second detection signal. a power supply for a conversion circuit; a first detection circuit that is connected to the power supply, detects that a digital audio signal terminal is connected, and supplies a first detection signal; and the conversion circuit, which is connected to the power supply for the conversion circuit and converts a first digital audio signal that complies with a standard for transferring between two pieces of equipment into a second digital audio signal when the first detection circuit supplies the first detection signal; characterized in that the second digital audio signal complies with a standard for serially transferring, the audio processing device further comprising: a second detection circuit that is connected to the power supply, detects that the second digital audio signal into which the conversion circuit converts is an audio signal indicating sound, and supplies a second detection signal; and a microcomputer that activates the audio processing device when the second detection circuit supplies the second detection signal. a second detection circuit that is connected to the power supply, detects that the second digital audio signal into which the conversion circuit converts is an audio signal indicating sound, and supplies a second detection signal; and a microcomputer that activates the audio processing device when the second detection circuit supplies the second detection signal.
Band saw machine for sawing metallic workpieces, comprising a lower saw part, an upper saw part attached to the lower saw part, at least two running wheels which are mounted in the upper saw part and of which at least one is driven, a saw band which revolves with a cutting motion around the running wheels and passes through a cutting region, and a feed device which is attached to the lower saw part for feeding the workpieces to the cutting region of the saw band and/or into a sawing plane in which the cutting region of the saw band is displaceable to carry out a saw advance motion, whereby the feed device includes a movable holder for releasably fastening the workpiece, whereby the holder of the feed device, starting from an initial position, is movable both with a translational motion and also with a rotational motion to the cutting region of the saw band or the sawing plane, and whereby the holder of the feed device is rotatable about a substantially horizontal axis of rotation before the saw advance motion is carried out, and whereby the saw band runs through the cutting region in substantially the same orientation in which it revolves around the running wheels, characterised in that the saw band runs with a substantially horizontal orientation in the cutting region, and in that the holder of the feed device is movable translationally against the cutting region of the saw band in order to carry out the saw advance motion.
A compressor arrangement for operating a compressed air supply installation, the compressor arrangement comprising: - an electric motor (300, 300', 300"), which is arranged inside a drive housing, the electric motor having an internal stator and an external outer rotor (340, 340', 340"), wherein the external outer rotor (340, 340', 340") is arranged in a rotatable manner about the internal stator, and - a pneumatic compressor, and wherein - the external outer rotor (340, 340', 340") is supported in a rotatable manner about a center axis with respect to the drive housing via a bearing arrangement (320, 320a-f), the bearing arrangement having at least one bearing (313, 313a-e, 313.1, 313.2), characterized in that - the external outer rotor (340, 340', 340") is supported, in particular exclusively, by the bearing arrangement (320, 320a -f) on an outer circumference of the outer rotor (340, 340', 340"). - an electric motor (300, 300', 300"), which is arranged inside a drive housing, the electric motor having an internal stator and an external outer rotor (340, 340', 340"), wherein the external outer rotor (340, 340', 340") is arranged in a rotatable manner about the internal stator, and - a pneumatic compressor, and wherein - the external outer rotor (340, 340', 340") is supported in a rotatable manner about a center axis with respect to the drive housing via a bearing arrangement (320, 320a-f), the bearing arrangement having at least one bearing (313, 313a-e, 313.1, 313.2), characterized in that - the external outer rotor (340, 340', 340") is supported, in particular exclusively, by the bearing arrangement (320, 320a -f) on an outer circumference of the outer rotor (340, 340', 340").
Food preparation apparatus having a food preparation space and a heating element for heating a food in the food preparation space and/or a tool for mixing and/or chopping a food in the food preparation space, wherein the food preparation apparatus comprises a spectrometer and a beam source for analyzing a food, characterized in that an optical fiber is provided for guiding a measurement radiation from a food to the spectrometer and/or for guiding an excitation radiation from the beam source to a food, wherein an optical splitter is provided and adapted such that the excitation radiation or the measurement radiation can be guided through the optical fiber and an additional optical fiber.
A cam manipulator, especially for automatic tool change on a machine tool, comprising a gripper with at least one gripping arm (10, 11) which terminates in a clamp (100, 110), whereby the gripper is coupled to a motion mechanism, which is coupled to a drive, a control device and a power source, the gripper is mounted reversibly slidably on a bearing mandrel and with the gripper is coupled a linear carrier, whereby on the carrier is mounted by its first end a control lever, which is by its other end mounted reversibly swingingly about the transverse axis in the manipulator structure, while the control lever is in the area between its both ends (30, 31) coupled to a control cam, characterized in that the bearing mandrel is mounted reversibly rotatably about its longitudinal axis in the manipulator structure, whereby the linear carrier is with respect to both the gripper and the bearing mandrel rotatable about the longitudinal axis of the bearing mandrel, whereby the control cam is created by axial cam, which is non-rotatably mounted on a main shaft of the manipulator, whereby the bearing mandrel and the main shaft are coupled together by means of a stepper gearbox with a carousel comprising discs, between which pins are arranged on a common pitch diameter and at determined angular spacings, whereby to the pins is associated a control surface of at least one stepping radial cam and the main shaft is coupled to the manipulator drive.
A packaging machine used to package products, such as piece goods, bundles, or the like article sets, that are to be at least partly wrapped in flat material and/or film material pulled off from rolls (12, 20, 21), the packaging machine comprising - at least one installation position (EB1, EB2) for the rolls (12, 20, 21); - at least one device used to remove used up and/or partly used up rolls from the at least one installation position (EB1, EB2) and/or to introduce new rolls into the at least one installation position (EB1, EB2) in order to replace used up or partly used up rolls; characterised in that at least one intermediate deposit is assigned to the packaging machine, the intermediate deposit being used as intermediate storage for partly used up rolls and for the staging thereof in order to be used again in the packaging machine. - at least one installation position (EB1, EB2) for the rolls (12, 20, 21); - at least one device used to remove used up and/or partly used up rolls from the at least one installation position (EB1, EB2) and/or to introduce new rolls into the at least one installation position (EB1, EB2) in order to replace used up or partly used up rolls;
An apparatus comprising: a fabric substrate; at least one sensing electrode at an interior surface of the fabric substrate for placement adjacent a first portion of a subject's body; at least one reference electrode at the interior surface of the fabric substrate for placement adjacent a second portion of a subject's body; and a first conductive interconnect connecting to the at least one reference electrode wherein the first conductive interconnect is arranged and positioned to provide part of a shield to the at least one sensing electrode characterized in that the first conductive interconnect is positioned on a portion of the fabric substrate other than the interior surface of the fabric substrate. a fabric substrate; at least one sensing electrode at an interior surface of the fabric substrate for placement adjacent a first portion of a subject's body; at least one reference electrode at the interior surface of the fabric substrate for placement adjacent a second portion of a subject's body; and a first conductive interconnect connecting to the at least one reference electrode wherein the first conductive interconnect is arranged and positioned to provide part of a shield to the at least one sensing electrode characterized in that the first conductive interconnect is positioned on a portion of the fabric substrate other than the interior surface of the fabric substrate.
A method for providing intelligent capture, storage, and retrieval of information for task completion, the method comprising: analyzing a captured information item for identifying an associated entity, associated properties, and associated actions, wherein the captured information item is associated with a user, further comprising prioritizing one or more actions based on collected data associated with the user, the collected data comprising the user's usage and reactions to previously suggested actions; passing the identified entities, properties, and prioritized actions to an inference generator operative to index and represent the identified entities, properties, and relationships between the entities in a knowledge graph; storing the entity, properties, and actions associated with the captured information item in the knowledge graph; indexing the entity, properties, and actions associated with the captured information item in an index; receiving an indication to query the index for a captured information item; querying the index for the captured information item; and retrieving the captured information item and providing the captured information item to the user on an endpoint computing device for task completion. analyzing a captured information item for identifying an associated entity, associated properties, and associated actions, wherein the captured information item is associated with a user, further comprising prioritizing one or more actions based on collected data associated with the user, the collected data comprising the user's usage and reactions to previously suggested actions; passing the identified entities, properties, and prioritized actions to an inference generator operative to index and represent the identified entities, properties, and relationships between the entities in a knowledge graph; storing the entity, properties, and actions associated with the captured information item in the knowledge graph; indexing the entity, properties, and actions associated with the captured information item in an index; receiving an indication to query the index for a captured information item; querying the index for the captured information item; and retrieving the captured information item and providing the captured information item to the user on an endpoint computing device for task completion.
A method for providing assistance in aiming of one or more illumination devices (10, 310, 510) in an area comprising, by a processor: receiving photometric data for an area, wherein the area comprises an illumination device (10, 310, 510); using the photometric data to determine an aiming vector for the illumination device (10, 310, 510); receiving, from an orientation sensor module (50, 311) of the illumination device (10, 310, 510), current orientation data for the illumination device (10, 310, 510); and using the current orientation data and the aiming vector to determine if there is an error in the aiming of the illumination device (10, 310, 510), wherein the photometric data comprises a desired measure of at least one light characteristic corresponding to light received from the illumination device (10, 310, 510) at one or more reference points in the area when the illumination device (10, 310, 510) is oriented in accordance with the aiming vector.. receiving photometric data for an area, wherein the area comprises an illumination device (10, 310, 510); using the photometric data to determine an aiming vector for the illumination device (10, 310, 510); receiving, from an orientation sensor module (50, 311) of the illumination device (10, 310, 510), current orientation data for the illumination device (10, 310, 510); and using the current orientation data and the aiming vector to determine if there is an error in the aiming of the illumination device (10, 310, 510), wherein the photometric data comprises a desired measure of at least one light characteristic corresponding to light received from the illumination device (10, 310, 510) at one or more reference points in the area when the illumination device (10, 310, 510) is oriented in accordance with the aiming vector..
A chimeric peptide consisting of a first domain, a second domain and optionally a linker sequence, the first domain consisting of a trafficking sequence and the second domain consisting of a JNK inhibitor sequence, wherein the first domain consists of the all-D retro-inverso amino acid sequence according to SEQ ID NO:6 and wherein the second domain consists of the all-D retro-inverso amino acid sequence according to SEQ ID NO:2, wherein the first domain is linked to the C-terminal end of the second domain either directly or by said linker sequence consisting of 1 to 10 amino acids.
Angle sensor including two scannable magnetic patterns (101, 102) on a side of a disc and two magnetic sensors (231, 232), wherein the two magnetic sensors (231, 232) are fixedly arranged relative to each other, the disk and the two magnetic sensors (231, 232) are rotatable relative to each other, around the rotations axis of the disk, the first magnetic sensor of the two sensors being associated to the first magnetic pattern, and is adapted to output a first electric signal when the first magnetic pattern and the first magnetic sensor rotate relative to each other, the second magnetic sensor of the two sensors being associated to the second magnetic pattern, and is adapted to output a second electric signal when the second magnetic pattern and the second magnetic sensor rotate relative to each other, the first magnetic pattern includes a number N1 of first portions of spirals which are regularly distributed in a first ring, the second magnetic pattern includes a number N2 of second portions of spirals which are regularly distributed in a second ring, wherein the radius of a spiral portion is a function of the polar angle in a polar coordinate system including the centre point of the disc as origin, the first ring and the second ring being concentrically arranged around the center point of the disc, N1 is different from N2, characterized in that N1 is different from N2-1, N1 is different from N2+1, N1 and N2 are coprime, the first magnetic sensor includes a first magneto-resistive bridge having four magneto-resistive structures/layers (416 to 419) along the width direction of a spiral of the first magnetic pattern, arranged in such a way that the width of the first magneto-resistive bridge matches the width of a spiral of the first magnetic pattern, wherein the spirals (221, 223) of the first magnetic pattern have all the same width, preferably the width of the first magneto-resistive bridge is equal to the width of a spiral of the first magnetic pattern, and/or the second magnetic sensor includes a second magneto-resistive bridge having other four magneto-resistive structures/layers along the width direction of a spiral of the second magnetic pattern, arranged in such a way that the width of the second magneto-resistive bridge matches the width of a spiral of the second magnetic pattern, wherein the spirals (222, 224) of the second magnetic pattern have all the same width, preferably the width of the second magneto-resistive bridge is equal to the width of a spiral of the second magnetic pattern: preferably the first magneto-resistive bridge and the second magneto-resistive bridge are anisotropic magneto-resistive, AMR, bridges.
Pressure-sensitive adhesive tape comprising or consisting of a radiation-activatable polymerizable composition comprising or consisting of: A 5 to 60 parts by weight of at least one film former component; B 40 to 95 parts by weight of at least one epoxy component; C 0.1 to 10 parts by weight of at least one photoinitiator, and D optionally 0.1 to 200 parts by weight of at least one additive, based in each case on the radiation-activatable polymerizable composition, where the parts by weight of components A and B add up to 100, characterized in that the film former component A comprises or consists of at least one polyurethane polymer. A 5 to 60 parts by weight of at least one film former component; B 40 to 95 parts by weight of at least one epoxy component; C 0.1 to 10 parts by weight of at least one photoinitiator, and D optionally 0.1 to 200 parts by weight of at least one additive, characterized in that the film former component A comprises or consists of at least one polyurethane polymer.
A die for casting junctions of a coating along a pipeline, the die being configured to be coupled to the pipeline for forming an annular-shaped closed compartment about a tubular joint portion and comprising a tubular wall, which extends about a given axis; a plurality of centering devices for substantially aligning the axis of the tubular wall with a longitudinal axis of the pipeline; a first and a second annular wall arranged respectively at the opposite ends of the tubular wall; and a first and a second plurality of vent openings arranged along the tubular wall respectively in proximity to the first and second annular wall; and at least one feeding port for supplying polymer material into the closed compartment, characterized in that each annular wall is made of an elastic material, in particular silicon and more in particular with a hardness from 50 to 70 Shore A.