mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal device that communicates with a base station apparatus , the terminal device comprising: a higher layer processing unit configured to interpret a received higher-layer configuration information for the terminal device ; a reception unit configured to receive, from the base station apparatus, downlink control information, DCI, via a physical downlink control channel, PDCCH; and a signal detection unit configured to determine a modulation and coding scheme, MCS, for the terminal device based on a first parameter for a transport block 1 in the DCI where the DCI includes the first parameter for the transport block 1 and a second parameter for a transport block 2, wherein, the higher-layer configuration information indicates whether the base station apparatus instructs the terminal device to perform interference cancellation and suppression, in a case where the higher-layer configuration information indicates that the base station apparatus instructs the terminal device to perform the interference cancellation and suppression, the signal detection unit detects a MCS of a second terminal device that causes interference, from the second parameter for the transport block 2 in the DCI, and in a case where the higher-layer configuration information does not indicate that the base station apparatus instructs the terminal device to perform the interference cancellation and suppression, the signal detection unit detects a MCS for the terminal device from the second parameter for the transport block 2 in the DCI. a higher layer processing unit configured to interpret a received higher-layer configuration information for the terminal device ; a reception unit configured to receive, from the base station apparatus, downlink control information, DCI, via a physical downlink control channel, PDCCH; and a signal detection unit configured to determine a modulation and coding scheme, MCS, for the terminal device based on a first parameter for a transport block 1 in the DCI where the DCI includes the first parameter for the transport block 1 and a second parameter for a transport block 2, wherein, the higher-layer configuration information indicates whether the base station apparatus instructs the terminal device to perform interference cancellation and suppression, in a case where the higher-layer configuration information indicates that the base station apparatus instructs the terminal device to perform the interference cancellation and suppression, the signal detection unit detects a MCS of a second terminal device that causes interference, from the second parameter for the transport block 2 in the DCI, and in a case where the higher-layer configuration information does not indicate that the base station apparatus instructs the terminal device to perform the interference cancellation and suppression, the signal detection unit detects a MCS for the terminal device from the second parameter for the transport block 2 in the DCI.
Method for encrypted communication between computer systems, characterized in that - a computing unit provides training data; - the computing unit provides an RSA key pair comprising a private key and a public key; - the computing unit stores the public key in a key memory of an external training unit ; - the computing unit generates a first AES one-time key; - the computing unit encrypts the training data with the first AES one-time key; - the computing unit encrypts the first AES one-time key with the private key; - the computing unit transmits the encrypted training data and the encrypted first AES one-time key to the training unit ; - the training unit tries all public keys stored in the key memory to decrypt the received first AES one-time key until the training unit decrypts the first AES one-time key; - the training unit decrypts the training data using the decrypted first AES one-time key; - the training unit processes the training data; - the training unit generates a second AES one-time key; - the training unit calculates result data during the processing of the training data and encrypts the result data with the second AES one-time key; - the training unit encrypts the second AES one-time key with the matching public key found from the key memory; - the training unit transmits the encrypted result data and the encrypted second AES one-time key back to the computing unit; and - the computing unit decrypts the second AES one-time key with the private key and decrypts the result data with the decrypted second AES one-time key. - a computing unit provides training data; - the computing unit provides an RSA key pair comprising a private key and a public key; - the computing unit stores the public key in a key memory of an external training unit ; - the computing unit generates a first AES one-time key; - the computing unit encrypts the training data with the first AES one-time key; - the computing unit encrypts the first AES one-time key with the private key; - the computing unit transmits the encrypted training data and the encrypted first AES one-time key to the training unit ; - the training unit tries all public keys stored in the key memory to decrypt the received first AES one-time key until the training unit decrypts the first AES one-time key; - the training unit decrypts the training data using the decrypted first AES one-time key; - the training unit processes the training data; - the training unit generates a second AES one-time key; - the training unit calculates result data during the processing of the training data and encrypts the result data with the second AES one-time key; - the training unit encrypts the second AES one-time key with the matching public key found from the key memory; - the training unit transmits the encrypted result data and the encrypted second AES one-time key back to the computing unit; and - the computing unit decrypts the second AES one-time key with the private key and decrypts the result data with the decrypted second AES one-time key.
Additive manufacturing apparatus for building objects by layerwise consolidation of material , the apparatus comprising a build chamber containing a working area, a high energy beam for consolidating material deposited in the working area in layers and a flow device for generating a gas flow across at least a part of the working area from a gas inlet to a gas outlet , characterized in that the gas inlet and gas outlet arranged to be movable within the build chamber .
Method for determining the flank contour, in particular the clearance angle, of a blade-shaped tool or tool tooth of a tool for hob peeling workpieces, wherein - in a first step, taking into account a specified or specifiable transmission ratio between the tool and the workpiece, which is determined by the respective number of teeth, as well as the desired tooth cross-sectional contour of the workpiece, the rake face contour of the tool is defined and the course of the path movement of the rake face of the tool during the hob peeling machining is calculated, and wherein - in a second step, the tangential speed of each point on the cutting edge of the tool during hob peeling machining is ascertained in the form of vectors and the directional components of the orientation-inverted vectors are graphically represented as groups for each point on the cutting edge and a closed enveloping surface is determined, within which no vectors lie, and - wherein this enveloping surface, in addition to the desired clearance angle, is selected as the shape for the tool flank or flank of a tool tooth. - in a first step, taking into account a specified or specifiable transmission ratio between the tool and the workpiece, which is determined by the respective number of teeth, as well as the desired tooth cross-sectional contour of the workpiece, the rake face contour of the tool is defined and the course of the path movement of the rake face of the tool during the hob peeling machining is calculated, and wherein - in a second step, the tangential speed of each point on the cutting edge of the tool during hob peeling machining is ascertained in the form of vectors and the directional components of the orientation-inverted vectors are graphically represented as groups for each point on the cutting edge and a closed enveloping surface is determined, within which no vectors lie, and - wherein this enveloping surface, in addition to the desired clearance angle, is selected as the shape for the tool flank or flank of a tool tooth.
An aerodynamic system for an aircraft comprising: a fixed portion of a wing ; a seal coupled to and extending from the fixed portion of the wing ; a high-lift device surface coupled to the wing having an as-built shape wherein, while not in flight, the high-lift device surface in the as-built shape does not make contact with the seal or partially makes contact with the seal such that air can flow between the seal and the high-lift device surface and wherein, at one or more flight conditions, the high-lift device surface, under aerodynamic forces, deforms from the as-built shape to a second shape such that in the second shape the high-lift device surface fully contacts the seal to prevent air flow between the seal and the high-lift device surface. a fixed portion of a wing ; a seal coupled to and extending from the fixed portion of the wing ; a high-lift device surface coupled to the wing having an as-built shape wherein, while not in flight, the high-lift device surface in the as-built shape does not make contact with the seal or partially makes contact with the seal such that air can flow between the seal and the high-lift device surface and wherein, at one or more flight conditions, the high-lift device surface, under aerodynamic forces, deforms from the as-built shape to a second shape such that in the second shape the high-lift device surface fully contacts the seal to prevent air flow between the seal and the high-lift device surface.
A system for condensing moisture in a gas stream entering or leaving a bioreactor, the system comprising: a single-use bioreactor configured for growth of mammalian cells, bacteria or yeast; a contact condenser container fluidically coupled to the bioreactor through an exhaust line; a condensate accumulator fluidically coupled to the contact condenser container through at least a first condensate line and a second condensate line; the condensate accumulator further fluidically coupled to the bioreactor through a condensate overflow line; a first condensate control device disposed on the first condensate line and configured to control a flow of condensate leaving the contact condenser container and entering the condensate accumulator; and a second condensate control device disposed on the second condensate line and configured to control a flow of condensate leaving the condensate accumulator to be mixed with the gas stream in a location inside the exhaust line. a single-use bioreactor configured for growth of mammalian cells, bacteria or yeast; a contact condenser container fluidically coupled to the bioreactor through an exhaust line; a condensate accumulator fluidically coupled to the contact condenser container through at least a first condensate line and a second condensate line; the condensate accumulator further fluidically coupled to the bioreactor through a condensate overflow line; a first condensate control device disposed on the first condensate line and configured to control a flow of condensate leaving the contact condenser container and entering the condensate accumulator; and a second condensate control device disposed on the second condensate line and configured to control a flow of condensate leaving the condensate accumulator to be mixed with the gas stream in a location inside the exhaust line.
System for sampling tissue from an ear of an animal including: - a male component including an engagement profile and a detachable sample collecting part with a cutting edge ; - a female component including a hole and retaining means for retaining the engagement profile of the male component , once the engagement profile has passed the hole ; - a tissue sample container including an opening arranged below the hole of the female component , for receiving the sample collecting part and the tissue sampled, the opening being closed by a sealed membrane or a cover ; - the tissue sample container includes a protrusion arranged at least in part in the hole of the female component , wherein the tissue sample container includes support means arranged above the sealed membrane or cover , the support means include a ring disposed below the female component when the female component is attached to the tissue sample container , the ring having at least one radial portion supporting the protrusion at the middle of the ring , wherein the ring is attached to a top of a housing of the tissue sample container by a plastic member thermo moulded over a peripheral flange of the ring and the housing , the ring including fastening means projecting towards the opening of the tissue sample container , the detachable sample collecting part comprising an engagement profile adapted to be blocked by the fastening means , and wherein the support means are adapted to be cut by the cutting edge of the male component . - a male component including an engagement profile and a detachable sample collecting part with a cutting edge ; - a female component including a hole and retaining means for retaining the engagement profile of the male component , once the engagement profile has passed the hole ; - a tissue sample container including an opening arranged below the hole of the female component , for receiving the sample collecting part and the tissue sampled, the opening being closed by a sealed membrane or a cover ; - the tissue sample container includes a protrusion arranged at least in part in the hole of the female component , wherein the tissue sample container includes support means arranged above the sealed membrane or cover , the support means include a ring disposed below the female component when the female component is attached to the tissue sample container , the ring having at least one radial portion supporting the protrusion at the middle of the ring , wherein the ring is attached to a top of a housing of the tissue sample container by a plastic member thermo moulded over a peripheral flange of the ring and the housing , the ring including fastening means projecting towards the opening of the tissue sample container , the detachable sample collecting part comprising an engagement profile adapted to be blocked by the fastening means , and wherein the support means are adapted to be cut by the cutting edge of the male component .
An annular magnetic pole member comprising: a core portion including a plurality of single layer units (U) laminated in a direction of a center axis (R), each of the single layer units (U) including a plurality of magnetic body pieces annularly arranged around the center axis (R) in a state where the magnetic body pieces are in contact with each other, and each of the magnetic body pieces including a plurality of openings ; and a plurality of fastening bolts that are respectively inserted through a plurality of penetration holes which are the plurality of openings continuously connected to each other in the direction of the center axis (R); wherein in the single layer units (U) adjacent to each other, contact positions of the magnetic body pieces are different from each other, and the plurality of openings are round holes , characterized in that a rectangular hole extending in a radial direction of the core portion is provided on each of both sides of each round hole in a circumferential direction of the core portion , and in that a rectangular hole extending in the circumferential direction is provided on each of both sides of each round hole in the radial direction. a core portion including a plurality of single layer units (U) laminated in a direction of a center axis (R), each of the single layer units (U) including a plurality of magnetic body pieces annularly arranged around the center axis (R) in a state where the magnetic body pieces are in contact with each other, and each of the magnetic body pieces including a plurality of openings ; and a plurality of fastening bolts that are respectively inserted through a plurality of penetration holes which are the plurality of openings continuously connected to each other in the direction of the center axis (R); wherein in the single layer units (U) adjacent to each other, contact positions of the magnetic body pieces are different from each other, and the plurality of openings are round holes , characterized in that a rectangular hole extending in a radial direction of the core portion is provided on each of both sides of each round hole in a circumferential direction of the core portion , and in that a rectangular hole extending in the circumferential direction is provided on each of both sides of each round hole in the radial direction.
Housing for an electric apparatus such as a transformer, comprising an enclosure delimiting an internal space intended to be filled with a medium such as dielectric gas or insulating oil, this enclosure comprising a top part , a bottom part , and a surrounding part surrounding all the internal space , comprising an inner wall and an outer wall arranged to define together a single intermediate volume extending at least all along the surrounding part, this intermediate volume being intended to isolate the noise generated by the electric system contained in the internal space , this housing comprising outer stiffeners at the inner face of the outer wall , characterized in that these outer stiffeners comprise each a main plate and a perpendicular plate welded to the main plate , and in that the outer wall is made of panels having their edges welded to the perpendicular plates of the outer stiffeners .
Method for checking the NOx emissions of a vehicle having an internal combustion engine and a system for reducing NOx emissions, characterized in that the internal combustion engine is subjected to a test procedure when the vehicle is at a standstill and idling, in which procedure the internal combustion engine is accelerated from a starting speed (n s ) between a predetermined idling speed (n L ) and a speed (n) of 15-20% of the maximum speed of the internal combustion engine to a target speed (n z ) of 30-70% of the maximum speed of the internal combustion engine within a time (t 1 ) of 3 to 12 seconds, preferably 4 to 11 seconds, and, after the target speed (n z ) has been reached, said target speed is held for a time period (t 2 ) of at least 3 seconds, preferably at least 5 seconds, and then the speed (n) is reduced again, that, during the execution of the test procedure, the NOx emissions in the exhaust gas of the vehicle are measured by taking exhaust gas from the exhaust pipe of the vehicle by means of an exhaust gas probe and supplying said exhaust gas to a measuring device , and in that a fault in the system for reducing the NOx emissions of the vehicle is inferred if an increase is detected in the measured NOx emissions during the test procedure.
A computer-implemented method of encoding an audio signal using a neural network , the method including the steps of: (a) obtaining a perceptual domain audio signal by applying a mask indicative of masking thresholds derived from a psychoacoustic model to the audio signal in an original signal domain; (b) inputting the perceptual domain audio signal into a neural network for mapping the perceptual domain audio signal to a latent feature space representation; (c) obtaining, as an output from the neural network , the latent feature space representation of the perceptual domain audio signal; and (d) outputting the latent feature space representation of the perceptual domain audio signal in a bitstream. (a) obtaining a perceptual domain audio signal by applying a mask indicative of masking thresholds derived from a psychoacoustic model to the audio signal in an original signal domain; (b) inputting the perceptual domain audio signal into a neural network for mapping the perceptual domain audio signal to a latent feature space representation; (c) obtaining, as an output from the neural network , the latent feature space representation of the perceptual domain audio signal; and (d) outputting the latent feature space representation of the perceptual domain audio signal in a bitstream.
A reed comprising: a reed main body having a plate shape, the reed main body comprising a fixed part fixed to a mouthpiece , and a vibrating part that extends from the fixed part and vibrates; and a sensor part that is disposed inside the vibrating part or on an inner surface of the vibrating part , the inner surface of the vibrating part facing the mouthpiece , the sensor part comprising: an effective sensor portion that detects vibration of the vibrating part ; and a tail part that extends from the effective sensor portion , characterized in that the tail part is disposed on an outer surface of the fixed part , the outer surface of the fixed part facing away from the inner surface . a reed main body having a plate shape, the reed main body comprising a fixed part fixed to a mouthpiece , and a vibrating part that extends from the fixed part and vibrates; and a sensor part that is disposed inside the vibrating part or on an inner surface of the vibrating part , the inner surface of the vibrating part facing the mouthpiece , the sensor part comprising: an effective sensor portion that detects vibration of the vibrating part ; and a tail part that extends from the effective sensor portion , characterized in that the tail part is disposed on an outer surface of the fixed part , the outer surface of the fixed part facing away from the inner surface .
A magnetic valve , in particular for electrically continuously adjustable shock absorbers of a vehicle, comprising: - an electrically energizable coil which has a coil body and is cast in a valve housing by means of a casting compound , - a magnetic armature movably supported relative to a longitudinal axis (A) of the coil , and - a pole tube (6a; 6b; 6c) which at least partially surrounds the magnetic armature and is at least partially surrounded by the coil body , characterized in that a corrosion protection cap connected to the casting compound covers the pole tube at one axial end such that this end is protected against corrosion influences from the atmosphere. - an electrically energizable coil which has a coil body and is cast in a valve housing by means of a casting compound , - a magnetic armature movably supported relative to a longitudinal axis (A) of the coil , and - a pole tube (6a; 6b; 6c) which at least partially surrounds the magnetic armature and is at least partially surrounded by the coil body , characterized in that a corrosion protection cap connected to the casting compound covers the pole tube at one axial end such that this end is protected against corrosion influences from the atmosphere.