mhurhangee/patent-ind-claim-en huggingface dataset:
A method of training at least one machine-learning network to classify radio frequency "RF" signals, the method performed by at least one processor executing instructions stored on at least one computer memory coupled to the at least one processor, the method comprising: determining an RF signal that is configured to be transmitted through an RF band of a communication medium; extracting one or more features of the RF signal using prior knowledge about the RF signal; determining first classification information associated with the RF signal, the first classification information comprising a representation of at least one of a characteristic of the RF signal or a characteristic of an environment in which the RF signal is communicated; providing the RF signal and the extracted one or more features of the RF signal as inputs to a machine-learning network to generate second classification information as a prediction of the first classification information; calculating a measure of distance between (i) the second classification information that was generated by the at least one machine-learning network, and (ii) the first classification information that was associated with the RF signal; and updating the at least one machine-learning network based on the measure of distance between the second classification information and the first classification information. determining an RF signal that is configured to be transmitted through an RF band of a communication medium; extracting one or more features of the RF signal using prior knowledge about the RF signal; determining first classification information associated with the RF signal, the first classification information comprising a representation of at least one of a characteristic of the RF signal or a characteristic of an environment in which the RF signal is communicated; providing the RF signal and the extracted one or more features of the RF signal as inputs to a machine-learning network to generate second classification information as a prediction of the first classification information; calculating a measure of distance between (i) the second classification information that was generated by the at least one machine-learning network, and (ii) the first classification information that was associated with the RF signal; and updating the at least one machine-learning network based on the measure of distance between the second classification information and the first classification information.
A touch input device comprising: a cover ; a display module disposed under the cover ; and a pressure sensing unit disposed under the display module , wherein the pressure sensing unit (400, 400', 400") comprises a first elastic foam , a pressure sensor disposed on the first elastic foam , and a first adhesive layer disposed between the first elastic foam and the pressure sensor , characterized in that a change amount of a stress of the first elastic foam required for the first elastic foam to be compressed to half of the thickness thereof from its original state is less than the change amount of the stress of the first elastic foam required for the first elastic foam to be compressed from half of the thickness thereof to the thickness to which the first elastic foam is able to be maximally compressed. a cover ; a display module disposed under the cover ; and a pressure sensing unit disposed under the display module , wherein the pressure sensing unit (400, 400', 400") comprises a first elastic foam , a pressure sensor disposed on the first elastic foam , and a first adhesive layer disposed between the first elastic foam and the pressure sensor , characterized in that a change amount of a stress of the first elastic foam required for the first elastic foam to be compressed to half of the thickness thereof from its original state is less than the change amount of the stress of the first elastic foam required for the first elastic foam to be compressed from half of the thickness thereof to the thickness to which the first elastic foam is able to be maximally compressed.
An integrated structure , comprising: a vertical stack of alternating conductive levels and insulative levels , the conductive levels having a conductive core and an outer conductive layer surrounding the conductive core ; charge-blocking material extending vertically along the vertical stack; charge-storage material extending vertically along the charge-blocking material ; an insulative material extending vertically along the charge-storage material ; a charge-passage structure extending vertically along the insulative material , and having a central region sandwiched between first and second regions, each of the first region , the second region and central region containing silicon and nitrogen; the central region containing nitrogen throughout, having a higher concentration of oxygen than the first and second regions and having a lower probability of trapping charges and/or a lower rate of trapping charges than the first and second regions; dielectric material extending vertically along the charge-passage structure ; channel material extending vertically along the dielectric material ; and an insulative region extending vertically along and laterally surrounded by the channel material . a vertical stack of alternating conductive levels and insulative levels , the conductive levels having a conductive core and an outer conductive layer surrounding the conductive core ; charge-blocking material extending vertically along the vertical stack; charge-storage material extending vertically along the charge-blocking material ; an insulative material extending vertically along the charge-storage material ; a charge-passage structure extending vertically along the insulative material , and having a central region sandwiched between first and second regions, each of the first region , the second region and central region containing silicon and nitrogen; the central region containing nitrogen throughout, having a higher concentration of oxygen than the first and second regions and having a lower probability of trapping charges and/or a lower rate of trapping charges than the first and second regions; dielectric material extending vertically along the charge-passage structure ; channel material extending vertically along the dielectric material ; and an insulative region extending vertically along and laterally surrounded by the channel material .
An inflatable spa comprising: a top wall ; a bottom wall ; an internal wall ; an external wall ; an inflatable air chamber defined by the top wall, the bottom wall, the internal wall, and the external wall; a plurality of tensioning structures that each extend from the external wall to the internal wall through the air chamber; a water cavity defined by the bottom wall and the internal wall; and a control system including an air pump operable in: an inflation mode that supplies air to the air chamber to inflate the air chamber; a deflation mode that pulls air from the air chamber ; and an aeration mode that supplies air to the water cavity to aerate the water cavity, and wherein the inflatable spa further includes an air transport pipe in communication with the air pump in the aeration mode, the air transport pipe extending through the external wall, through the air chamber and through the internal wall toward the water cavity. a top wall ; a bottom wall ; an internal wall ; an external wall ; an inflatable air chamber defined by the top wall, the bottom wall, the internal wall, and the external wall; a plurality of tensioning structures that each extend from the external wall to the internal wall through the air chamber; a water cavity defined by the bottom wall and the internal wall; and a control system including an air pump operable in: an inflation mode that supplies air to the air chamber to inflate the air chamber; a deflation mode that pulls air from the air chamber ; and an aeration mode that supplies air to the water cavity to aerate the water cavity, an inflation mode that supplies air to the air chamber to inflate the air chamber; a deflation mode that pulls air from the air chamber ; and an aeration mode that supplies air to the water cavity to aerate the water cavity, and wherein the inflatable spa further includes an air transport pipe in communication with the air pump in the aeration mode, the air transport pipe extending through the external wall, through the air chamber and through the internal wall toward the water cavity.
An antibody or an siRNA for use in the treatment of cancer in a patient, wherein said cancer is non-small cell lung carcinoma (NSCLC) and said patient is a mammal having a cancer that expresses a CD74-ROS polypeptide, wherein the CD74-ROS polypeptide is encoded by a nucleotide sequence that is at least 95% identical to a sequence selected from the group consisting of: a) a nucleotide sequence encoding a CD74-ROS polypeptide comprising the amino acid sequence of SEQ ID NO: 1; b) a nucleotide sequence encoding a CD74-ROS fusion polypeptide, said nucleotide sequence comprising the nucleotide sequence of SEQ ID NO: 2; c) a nucleotide sequence encoding a CD74-ROS fusion polypeptide comprising the N-terminal amino acid sequence of CD74 (residues 1-208 of SEQ ID NO: 3) and the kinase domain of ROS (residues 1945-2222 of SEQ ID NO: 5); and d) a nucleotide sequence comprising the N-terminal nucleotide sequence of CD74 (nucleotides 1-624 of SEQ ID NO: 4) and the kinase domain nucleotide sequence of ROS (nucleotides 6032-6865 of SEQ ID NO: 6), and wherein the antibody or siRNA inhibits the expression or ROS kinase activity of the polypeptide. a) a nucleotide sequence encoding a CD74-ROS polypeptide comprising the amino acid sequence of SEQ ID NO: 1; b) a nucleotide sequence encoding a CD74-ROS fusion polypeptide, said nucleotide sequence comprising the nucleotide sequence of SEQ ID NO: 2; c) a nucleotide sequence encoding a CD74-ROS fusion polypeptide comprising the N-terminal amino acid sequence of CD74 (residues 1-208 of SEQ ID NO: 3) and the kinase domain of ROS (residues 1945-2222 of SEQ ID NO: 5); and d) a nucleotide sequence comprising the N-terminal nucleotide sequence of CD74 (nucleotides 1-624 of SEQ ID NO: 4) and the kinase domain nucleotide sequence of ROS (nucleotides 6032-6865 of SEQ ID NO: 6),
System for re-energizing streamflow in control surfaces of aircrafts, comprising a panel provided with at least one aerodynamic element , said aerodynamic element being movable at least between a rest position, where the at least one aerodynamic element does not protrude from the panel , and a use position, where the at least one aerodynamic element protrudes from the panel , acting as a vortex generator, said at least one aerodynamic element being a die-cut portion of said panel that is hinged to the rest of said panel , wherein the aerodynamic element comprises a fixed end joined to the panel , said fixed end defining a control line (A), and a movable end , characterized in that the aerodynamic element comprises at least one longitudinal slot , and in that the fixed end is divided in a plurality of sections, said at least one longitudinal slot being defined by said sections in which the fixed end is divided. wherein the aerodynamic element comprises a fixed end joined to the panel , said fixed end defining a control line (A), and a movable end , characterized in that the aerodynamic element comprises at least one longitudinal slot , and in that the fixed end is divided in a plurality of sections, said at least one longitudinal slot being defined by said sections in which the fixed end is divided.
Piece of furniture having a furniture body and at least one movable furniture part with a front panel , at least two ejection devices which are coupled to one another via synchronization means , and the synchronization means ensure that, when a locking device of one ejection device is unlocked, the locking device of the other ejection device is also unlocked, whereby each ejection device comprises a drive element which is pretensioned by a force accumulator, wherein, when a locking device is unlocked, the force accumulator drives the drive element relative to a guide in order to eject the movable furniture part in the opening direction, and the locking device can be unlocked from a closed position into an overpressure position by pressing in a front panel of the movable furniture part in that the drive element is moved relative to the guide , characterized in that a mechanical sensor is provided which is coupled to the locking device via mechanical transmission means and, when the front panel moves, the locking device can also be unlocked via the mechanical sensor .
An electronic device comprising: a transceiver adapted to be switchable between: a long-range mode in which the transceiver communicates with at least one external device using a long-range wireless communication technology, wherein the long-range wireless communication technology includes two or more power saving modes; and a short-range mode in which the transceiver communicates with at least one neighboring electronic device using a short-range wireless communication technology; a detection module adapted to determine if the long-range wireless communication technology is in a power saving mode and determine which power saving mode is active; and a switching unit adapted to switch the transceiver between the short-range mode and the long-range mode based on the determined power saving mode of the long-range wireless communication technology. a transceiver adapted to be switchable between: a long-range mode in which the transceiver communicates with at least one external device using a long-range wireless communication technology, wherein the long-range wireless communication technology includes two or more power saving modes; and a short-range mode in which the transceiver communicates with at least one neighboring electronic device using a short-range wireless communication technology; a long-range mode in which the transceiver communicates with at least one external device using a long-range wireless communication technology, wherein the long-range wireless communication technology includes two or more power saving modes; and a short-range mode in which the transceiver communicates with at least one neighboring electronic device using a short-range wireless communication technology; a detection module adapted to determine if the long-range wireless communication technology is in a power saving mode and determine which power saving mode is active; and a switching unit adapted to switch the transceiver between the short-range mode and the long-range mode based on the determined power saving mode of the long-range wireless communication technology.
Turbine for a power plant unit for a hybrid power plant, the turbine being arranged in a turbine housing in which a flow channel for a compressible medium is arranged, wherein the flow channel has a drive side and an output side , wherein the compressible medium in the flow channel flows from the drive side to the output side , wherein the flow cross section of the flow channel increases from the drive side to the output side , so that the compressible medium can expand, wherein a drive shaft and at least one output impeller is arranged in the flow channel , wherein the output impeller contains a driven shaft for operating a generator, wherein the output impeller is non-rotatably connected to the output shaft , wherein the drive shaft is not connected to the output shaft , characterized in that a circulation device is provided for the compressible medium , wherein the circulation device is in fluid-conducting connection with the flow channel , wherein the circulation device contains a branch, such that the compressible medium is configured to be divided into at least two partial flows, wherein one partial flow of the compressible medium is configured to be introduced into the flow channel on the drive side and another partial flow of the compressible medium is configured to be introduced into the flow channel on the output side downstream of the output impeller .
A method for producing a Ni-based heat-resistant superalloy, the method comprising the steps of: providing a material to be hot-worked having a composition consisting of, by mass, 0.001 to 0.05% C, 1.0 to 4.0% Al, 4.5 to 7.0% Ti, 12 to 18% Cr, 14 to 27% Co, 1.5 to 4.5% Mo, 0.5 to 2.5% W, 0.001 to 0.05% B, 0.001 to 0.1% Zr, and the balance of Ni with inevitable impurities; heating the material to be hot-worked in a temperature having a range of 1,130 to 1,200°C for at least 2 hours; cooling the material to be hot-worked heated by the heating step to a hot working temperature or less at a cooling rate of at most 0.03°C/second; and subjecting the material to be hot-worked to hot working after the cooling step. providing a material to be hot-worked having a composition consisting of, by mass, 0.001 to 0.05% C, 1.0 to 4.0% Al, 4.5 to 7.0% Ti, 12 to 18% Cr, 14 to 27% Co, 1.5 to 4.5% Mo, 0.5 to 2.5% W, 0.001 to 0.05% B, 0.001 to 0.1% Zr, and the balance of Ni with inevitable impurities; heating the material to be hot-worked in a temperature having a range of 1,130 to 1,200°C for at least 2 hours; cooling the material to be hot-worked heated by the heating step to a hot working temperature or less at a cooling rate of at most 0.03°C/second; and subjecting the material to be hot-worked to hot working after the cooling step.
An ejector system for propelling a vehicle, the system comprising: a diffusing structure ; a duct coupled to the diffusing structure , the duct comprising a wall having openings formed therethrough, the openings configured to introduce to the diffusing structure a primary fluid produced by the vehicle; and characterised in that each opening has an airfoil positioned within the flow of the primary fluid through the opening . a diffusing structure ; a duct coupled to the diffusing structure , the duct comprising a wall having openings formed therethrough, the openings configured to introduce to the diffusing structure a primary fluid produced by the vehicle; and characterised in that each opening has an airfoil positioned within the flow of the primary fluid through the opening .
A method of ontology-driven querying or programming of at least one sensor, the method comprising: generating at a query origin a query or command for execution in relation to the at least one sensor; transmitting the query or command to an ontology transformer over a first network; classifying the query or command according to an ontology and one or more predetermined capabilities of the at least one sensor; processing the classified query or command to select one or more code fragments suitable to execute the query or command, wherein the one or more code fragments are stored in a memory accessible to the ontology transformer based on the classified query or command; generating a transformed executable query or program based on the classified query or command using the one or more code fragments, wherein said generating comprises completing the code fragments according to parameters specified in the query or command; transmitting the transformed executable query or program to at least one sensor node in communication with the at least one sensor for execution of the transformed executable query or program by the at least one sensor node in relation to the at least one sensor; receiving from the at least one sensor node at least one result of the executable query or program; and returning the at least one result. generating at a query origin a query or command for execution in relation to the at least one sensor; transmitting the query or command to an ontology transformer over a first network; classifying the query or command according to an ontology and one or more predetermined capabilities of the at least one sensor; processing the classified query or command to select one or more code fragments suitable to execute the query or command, wherein the one or more code fragments are stored in a memory accessible to the ontology transformer based on the classified query or command; generating a transformed executable query or program based on the classified query or command using the one or more code fragments, wherein said generating comprises completing the code fragments according to parameters specified in the query or command; transmitting the transformed executable query or program to at least one sensor node in communication with the at least one sensor for execution of the transformed executable query or program by the at least one sensor node in relation to the at least one sensor; receiving from the at least one sensor node at least one result of the executable query or program; and returning the at least one result.
System for generating electric energy by exploiting wind at a height, comprising at least one ultra-light component of the kite type, rotating, when there is wind, around its own axis and mainly composed of two or more retractable wing profiles which can be extended or retracted, totally or partially, through means placed inside a central housing belonging to the rotating kite, thereby obtaining both the chance of rising or descending the rotating kite more easily and the capability of regulating/controlling the working surface of the wing profiles depending on a wind intensity, characterized in that , when there is wind, the wing profiles are totally opened, namely are completely extended or elongated, and the rotating kite will be adapted to exploit winds even of a small intensity by placing itself in a working cycle at high altitudes, while when the profiles are partially opened, namely they are extended or elongated, only partially, the rotating kite can remain operating and exploit also winds with strong intensity at low altitudes, while when the profiles are closed inside the central housing , namely are totally recovered, collected, in the central body , the rotating kite will drop down till a working cycle initial level or to the ground.
A positive electrode plate of a lithium ion battery provided with a solid electrolyte layer, the positive electrode plate being a plate-shaped lithium composite oxide comprising a plurality of mutually bonded primary particles respectively composed of a lithium composite oxide having a layered rock-salt structure, and an expansion-contraction ratio E between a fully-charged state and a discharged state of the positive electrode plate in a plate face direction parallel to a plate surface is less than or equal to 0.5%, where the plate surface is defined by an approximately straight line obtained by a least square method defining an interface between the positive electrode plate and the solid electrolyte layer in a cross sectional face of the positive electrode, wherein an average orientation angle θ of the plurality of primary particles relative to the plate face direction is greater than or equal to 5.6° and less than or equal to 33.8°, where the average orientation angle θ is a calculated average value for an orientation angle of each of the plurality of primary particles that are exposed in a solid electrolyte-side surface in an EBSD (electron backscatter diffraction) image in a cross section of the positive electrode plate, the orientation angle being an angle of inclination that a plane of each of the primary particles subtends relative to the plate face direction, wherein the lithium composite oxide comprises an oxide that is expressed as Li x MO 2 wherein 0.05 < x < 1.10 and wherein M is at least one type of transition metal, and M typically includes one or more types of Co, Ni, Mn, and wherein the expansion-contraction ratio E is defined by the following Equation wherein α is the reduction amount in the composition ratio x of Li when charged and is greater than or equal to 0.1 and less than or equal to 0.7: E = 2.56 α × sin θ % .