mhurhangee/patent-ind-claim-en huggingface dataset:
A system for radio frequency, RF, anomaly or interference detection in an environment , comprising: an unmanned vehicle which is configured to move through the environment ; at least one RF receiver which is mounted to the unmanned vehicle and which is configured to record RF spectral data at different locations in the environment ; at least one RF machine learning unit, RFMLU , wherein the RFMLU is configured to analyze the RF spectral data in order to detect RF anomalies or interferences; wherein, in case of detecting an RF anomaly or interference with the RFMLU , the RF receiver is configured to record a baseband signal of an RF environment at the location of the detected RF anomaly or interference; wherein the system is operable in a learning mode in which the RF receiver is configured to record spectral training data, and in which the RFMLU is trained based on said spectral training data using a supervised and/or an unsupervised learning technique; and wherein, in the learning mode, the unmanned vehicle is configured to move through the environment and thereby to generate or update a map of the environment . an unmanned vehicle which is configured to move through the environment ; at least one RF receiver which is mounted to the unmanned vehicle and which is configured to record RF spectral data at different locations in the environment ; at least one RF machine learning unit, RFMLU , wherein the RFMLU is configured to analyze the RF spectral data in order to detect RF anomalies or interferences; wherein, in case of detecting an RF anomaly or interference with the RFMLU , the RF receiver is configured to record a baseband signal of an RF environment at the location of the detected RF anomaly or interference; wherein the system is operable in a learning mode in which the RF receiver is configured to record spectral training data, and in which the RFMLU is trained based on said spectral training data using a supervised and/or an unsupervised learning technique; and wherein, in the learning mode, the unmanned vehicle is configured to move through the environment and thereby to generate or update a map of the environment .
A marine seismic streamer , comprising a sensor array that includes at least first and second transducers , characterized in that : a positive electrode surface area of the first transducer is substantially smaller than a negative electrode surface area of the first transducer ; a negative electrode surface area of the second transducer is substantially smaller than a positive electrode surface area of the second transducer ; the positive electrodes of the first and second transducers are electrically connected to form one signal from the positive electrodes; and the negative electrodes of the first and second transducers are electrically connected to form one signal from the negative electrodes. a positive electrode surface area of the first transducer is substantially smaller than a negative electrode surface area of the first transducer ; a negative electrode surface area of the second transducer is substantially smaller than a positive electrode surface area of the second transducer ; the positive electrodes of the first and second transducers are electrically connected to form one signal from the positive electrodes; and the negative electrodes of the first and second transducers are electrically connected to form one signal from the negative electrodes.
A circuit for a passive radio-identification tag operating in a UHF band, configured for radio communication with a reader which sends a periodic read signal, wherein a period of the read signal comprises an energy recovery phase and a communication phase, the circuit comprising: - a control device configured to accumulate an energy reserve from the radio wave during the energy recovery phase and to communicate with the reader during the communication phase, - an interface to connect an external analogue sensor, the interface comprising: an electrical connection configured to connect and supply the external analogue sensor with electricity and to acquire the analogue measurement from the sensor, an amplifier configured to amplify the signal of the analogue measurement from the sensor, and an analogue-digital converter (ADC) configured to digitise the amplified analogue measurement from the sensor, wherein the energy recovery phase comprises an acquisition phase during which the interface supplies the external analogue sensor, acquires, amplifies and digitises the measurement from the sensor, characterised in that the control device is also configured to: supply the interface to acquire the amplified and digitised measurement during the acquisition phase, and transfer the amplified and digitised measurement to the reader during the communication phase of the same period. - a control device configured to accumulate an energy reserve from the radio wave during the energy recovery phase and to communicate with the reader during the communication phase, - an interface to connect an external analogue sensor, the interface comprising: an electrical connection configured to connect and supply the external analogue sensor with electricity and to acquire the analogue measurement from the sensor, an amplifier configured to amplify the signal of the analogue measurement from the sensor, and an analogue-digital converter (ADC) configured to digitise the amplified analogue measurement from the sensor, wherein the energy recovery phase comprises an acquisition phase during which the interface supplies the external analogue sensor, acquires, amplifies and digitises the measurement from the sensor, an electrical connection configured to connect and supply the external analogue sensor with electricity and to acquire the analogue measurement from the sensor, an amplifier configured to amplify the signal of the analogue measurement from the sensor, and an analogue-digital converter (ADC) configured to digitise the amplified analogue measurement from the sensor, wherein the energy recovery phase comprises an acquisition phase during which the interface supplies the external analogue sensor, acquires, amplifies and digitises the measurement from the sensor, supply the interface to acquire the amplified and digitised measurement during the acquisition phase, and transfer the amplified and digitised measurement to the reader during the communication phase of the same period.
A computer-implemented method for modifying the user interface or behavior of a global positioning system, GPS, application wherein the GPS application is configured to issue directions, comprising: selecting a learning model created by a machine learning algorithm, the selected learning model matching a set of characteristics of a user ; deriving a learning threshold using the learning model based on the user's familiarity with an area surrounding a current location of the GPS application, wherein the user's familiarity is assessed by evaluating: the user's past travel locations; frequency of travel to a location, an area; frequency that a user has passed a landmark, a location; frequency of the user requesting directions to a location, the learning threshold setting a level of learning cues to be included in the GPS application and the learning threshold being a number that runs from a minimum to maximum value that indicates what and how much to adjust the GPS application, the level of learning cues comprising: a level of detail associated with directions given to the user; a frequency of directions given to the user; and a type of direction given to the user; changing a user interface, a behavior or both of the GPS application based on the learning threshold in order to incorporate learning cues into the application ; monitoring the user's interaction with the application ; and based on the user's interaction, changing the learning threshold using the learning model . selecting a learning model created by a machine learning algorithm, the selected learning model matching a set of characteristics of a user ; deriving a learning threshold using the learning model based on the user's familiarity with an area surrounding a current location of the GPS application, wherein the user's familiarity is assessed by evaluating: the user's past travel locations; frequency of travel to a location, an area; frequency that a user has passed a landmark, a location; frequency of the user requesting directions to a location, the learning threshold setting a level of learning cues to be included in the GPS application and the learning threshold being a number that runs from a minimum to maximum value that indicates what and how much to adjust the GPS application, the level of learning cues comprising: a level of detail associated with directions given to the user; a frequency of directions given to the user; and a type of direction given to the user; changing a user interface, a behavior or both of the GPS application based on the learning threshold in order to incorporate learning cues into the application ; monitoring the user's interaction with the application ; and based on the user's interaction, changing the learning threshold using the learning model .
A method for tracing data in a system on chip with a static structure for evaluating an actual data stream, the method comprising: - loading an event representation file of a static program code, - requesting a trace datagram of a trace group from a trace storage , whereas the trace group consists of trace datagrams and represents one possible execution path of the program code, - post-processing the trace datagram by - calculating a hypothetic checksum of a potential stream of events of the event representation file, - comparing the hypothetic checksum with a checksum of the trace datagram, - if the checksums mismatch, backtracking by calculating a new hypothetic checksum and compare it with the checksum of the requested trace datagram, continuing backtracking until they match, whereas an excessive backtracking is avoided by cutting the logging interval short at the first occurrence of an interrupt, - if the checksums match, requesting a next trace datagram of the trace group and perform the post-processing of the next trace datagram, - continuing until all trace datagrams of the trace group have been checked, whereas the result represents the reconstructed trace of the data stream. - loading an event representation file of a static program code, - requesting a trace datagram of a trace group from a trace storage , whereas the trace group consists of trace datagrams and represents one possible execution path of the program code, - post-processing the trace datagram by - calculating a hypothetic checksum of a potential stream of events of the event representation file, - comparing the hypothetic checksum with a checksum of the trace datagram, - if the checksums mismatch, backtracking by calculating a new hypothetic checksum and compare it with the checksum of the requested trace datagram, continuing backtracking until they match, whereas an excessive backtracking is avoided by cutting the logging interval short at the first occurrence of an interrupt, - calculating a hypothetic checksum of a potential stream of events of the event representation file, - comparing the hypothetic checksum with a checksum of the trace datagram, - if the checksums mismatch, backtracking by calculating a new hypothetic checksum and compare it with the checksum of the requested trace datagram, continuing backtracking until they match, whereas an excessive backtracking is avoided by cutting the logging interval short at the first occurrence of an interrupt, - if the checksums match, requesting a next trace datagram of the trace group and perform the post-processing of the next trace datagram, - continuing until all trace datagrams of the trace group have been checked, whereas the result represents the reconstructed trace of the data stream.
A last for shaping a shoe upper , wherein the last is formed of an aggregate of a plurality of masses composed of a plastic material, each smaller than the last, and adhered to each other, wherein the plurality of masses are either a plurality of spherical beads or a plurality of cylindrical beads .
A method for processing lithium ion battery scrap, the method comprising: a leaching step of leaching lithium ion battery scrap to obtain a leached solution; an aluminum removal step of neutralizing the leached solution to a pH range of from 4.0 to 6.0, then performing solid-liquid separation and removing aluminum in the leached solution to obtain a first separated solution; and an iron removal step of adding an oxidizing agent to the first separated solution and adjusting the pH in a range of from 3.0 to 5.0, then performing solid-liquid separation and removing iron in the first separated solution to obtain a second separated solution. a leaching step of leaching lithium ion battery scrap to obtain a leached solution; an aluminum removal step of neutralizing the leached solution to a pH range of from 4.0 to 6.0, then performing solid-liquid separation and removing aluminum in the leached solution to obtain a first separated solution; and an iron removal step of adding an oxidizing agent to the first separated solution and adjusting the pH in a range of from 3.0 to 5.0, then performing solid-liquid separation and removing iron in the first separated solution to obtain a second separated solution.
A wrap material supply system utilized to deliver wrap material from a wrap material roll for application around a crop bale, the wrap material supply system comprising: a baler housing containing a baling chamber ; a drive roll rotatably mounted to the baler housing ; a feed roll positioned to engage the wrap material roll when loaded into the wrap material supply system ; a drive belt transmitting rotation from the drive roll to the feed roll when the drive belt is tensioned; characterized in that a pivoting frame coupled to the baler housing at a first pivot point ; and the feed roll is rotatably mounted to the pivoting frame ; and an actuator mechanically linked to the pivoting frame and controllable to rotate the pivoting frame about the first pivot point to move the feed roll relative to the drive roll , tension the drive belt , and initiate feeding of the wrap material from the wrap material roll into the baling chamber . a baler housing containing a baling chamber ; a drive roll rotatably mounted to the baler housing ; a feed roll positioned to engage the wrap material roll when loaded into the wrap material supply system ; a drive belt transmitting rotation from the drive roll to the feed roll when the drive belt is tensioned; characterized in that a pivoting frame coupled to the baler housing at a first pivot point ; and the feed roll is rotatably mounted to the pivoting frame ; and an actuator mechanically linked to the pivoting frame and controllable to rotate the pivoting frame about the first pivot point to move the feed roll relative to the drive roll , tension the drive belt , and initiate feeding of the wrap material from the wrap material roll into the baling chamber .
A radio access network node configured to interact with a mobile station , the radio access network node comprising: at least one processor ; and, at least one memory that stores processor-executable instructions, wherein the at least one processor interfaces with the at least one memory to execute the processor-executable instructions to carry the method according to any one of claims 2 to 6. at least one processor ; and, at least one memory that stores processor-executable instructions, wherein the at least one processor interfaces with the at least one memory to execute the processor-executable instructions to carry the method according to any one of claims 2 to 6.
A method performed in a network node (1, 1a-c, 1a'-c', 5, 5a-b, 5a'-b', 6, 6a-b, 6a'-b', 10a-g, 15, 15', 16, 17, 18) of a cellular communication network , the method comprising the steps of: obtaining an indicator to secure a traffic availability for a connection, wherein the traffic availability is related to how likely the connection will remain operable; determining whether the network node can secure resources to support the traffic availability; allocating resources for the connection when resources can support the traffic availability; and transmitting a positive response when the network node can secure resources to support the traffic availability characterized in that the traffic availability comprises an availability parameter indicating a number of redundant communication paths greater than one, and wherein the traffic availabilty comprises an indicator of maximum acceptable number of common nodes, being common between at least two of the redundant communication paths. obtaining an indicator to secure a traffic availability for a connection, wherein the traffic availability is related to how likely the connection will remain operable; determining whether the network node can secure resources to support the traffic availability; allocating resources for the connection when resources can support the traffic availability; and transmitting a positive response when the network node can secure resources to support the traffic availability
A combination of a wing of an aircraft and a fence coupled to the wing , the fence having a first end positioned toward a leading edge of the wing and a second end positioned toward a trailing edge of the wing, the fence being movable relative to the wing between a stowed position in which a panel of the fence extends along a skin of the wing, and a deployed position in which the panel extends at an upward angle away from the skin, the panel configured to impede a spanwise airflow along the wing when the fence is in the deployed position, the fence configured to move from the deployed position to the stowed position in response to an aerodynamic force exerted on the panel, the combination further comprising an actuator configured to move the fence from the stowed position to the deployed position, wherein the fence is configured to move from the deployed position to the stowed position during a cruise operation of the aircraft having a first speed, wherein the fence is further configured to move from the stowed position to the deployed position during a reduced speed operation of the aircraft having a second speed less than the first speed, and wherein the actuator includes a spring-loaded axle operatively coupled to the fence and mounted to the wing via a first axle mount positioned toward the leading edge of the wing and a second axle mount positioned toward the trailing edge of the wing, the spring-loaded axle including an axle and a spring coiled around the axle, the spring being located between the second end of the fence and the second axle mount. the combination further comprising an actuator configured to move the fence from the stowed position to the deployed position, wherein the fence is configured to move from the deployed position to the stowed position during a cruise operation of the aircraft having a first speed, wherein the fence is further configured to move from the stowed position to the deployed position during a reduced speed operation of the aircraft having a second speed less than the first speed, and wherein the actuator includes a spring-loaded axle operatively coupled to the fence and mounted to the wing via a first axle mount positioned toward the leading edge of the wing and a second axle mount positioned toward the trailing edge of the wing, the spring-loaded axle including an axle and a spring coiled around the axle, the spring being located between the second end of the fence and the second axle mount.
A fluoroscopy system for processing and real-time display of fluoroscopy images comprising: - a first processing unit adapted to receive and process fluoroscopy images and to generate processed fluoroscopy images ; - a first display adapted to display said processed fluoroscopy images in a real-time viewing mode; wherein said fluoroscopy system further comprises: - a buffer adapted to store a first fluoroscopy image of said fluoroscopy images when a buffer filling of said buffer is below a predetermined threshold as a stored fluoroscopy image ; and - said first processing unit is further adapted to process said stored fluoroscopy image and to generate a processed fluoroscopy image ; characterised in that said fluoroscopy system further comprises: - a memory adapted to store a second fluoroscopy image of said fluoroscopy images as a stored unprocessed fluoroscopy image when said buffer filling of said buffer is not below said predetermined threshold , and to store said processed fluoroscopy image as a stored processed fluoroscopy image . - a first processing unit adapted to receive and process fluoroscopy images and to generate processed fluoroscopy images ; - a first display adapted to display said processed fluoroscopy images in a real-time viewing mode; - a buffer adapted to store a first fluoroscopy image of said fluoroscopy images when a buffer filling of said buffer is below a predetermined threshold as a stored fluoroscopy image ; and - said first processing unit is further adapted to process said stored fluoroscopy image and to generate a processed fluoroscopy image ; - a memory adapted to store a second fluoroscopy image of said fluoroscopy images as a stored unprocessed fluoroscopy image when said buffer filling of said buffer is not below said predetermined threshold , and to store said processed fluoroscopy image as a stored processed fluoroscopy image .
A method , in a first wireless device , the method comprises: receiving a first data transmission from a second wireless device in a first subframe interval, wherein the first data transmission is received within a duration that is less than a maximum data transmission duration that is possible within the first subframe interval; and transmitting hybrid automatic repeat request, HARQ, feedback for the first data transmission and channel state information, CSI, to the second wireless device in a subsequent subframe interval, within a duration that is less than a maximum transmission duration that is possible within the subsequent subframe interval, the maximum transmission duration that is possible within the subsequent subframe interval is one millisecond and consists of fourteen orthogonal frequency-division multiplexing, OFDM, symbols, wherein one or more HARQ feedback bits for the first data transmission are bundled with one or more additional HARQ feedback bits for a second data transmission received by the first wireless device . receiving a first data transmission from a second wireless device in a first subframe interval, wherein the first data transmission is received within a duration that is less than a maximum data transmission duration that is possible within the first subframe interval; and transmitting hybrid automatic repeat request, HARQ, feedback for the first data transmission and channel state information, CSI, to the second wireless device in a subsequent subframe interval, within a duration that is less than a maximum transmission duration that is possible within the subsequent subframe interval, the maximum transmission duration that is possible within the subsequent subframe interval is one millisecond and consists of fourteen orthogonal frequency-division multiplexing, OFDM, symbols, wherein one or more HARQ feedback bits for the first data transmission are bundled with one or more additional HARQ feedback bits for a second data transmission received by the first wireless device .