mhurhangee/patent-ind-claim-en huggingface dataset:
A method for categorizing a Stream Control Transmission Protocol (SCTP) receiver terminal as a malicious SCTP receiver terminal generating spoofed optimistic SCTP selective acknowledgement (SACK) packet, comprising: (a) receiving, by a transceiver of a SCTP receiver terminal , a SCTP data packet containing a data chunk containing payload within a SCTP association; (b) generating, by a processor of the SCTP receiver terminal , a data enriched SCTP SACK packet , the data enriched SCTP SACK packet comprising a cumulative payload essence of all data chunks successfully received within the SCTP association, wherein a payload essence refers to a fixed size sequence of binary digits obtained from at-least a portion of the payload in the SCTP data packet, and the cumulative payload essence refers to a binary sum of the payload essences of all the data packets cumulatively acknowledged by a Cumulative Transmission Sequence Number (TSN) Ack field of the data enriched SACK; and (c) transmitting, by the transceiver of the SCTP receiver terminal , the data enriched SCTP SACK packet for enabling categorization of the SCTP receiver terminal as a malicious SCTP receiver terminal. (a) receiving, by a transceiver of a SCTP receiver terminal , a SCTP data packet containing a data chunk containing payload within a SCTP association; (b) generating, by a processor of the SCTP receiver terminal , a data enriched SCTP SACK packet , the data enriched SCTP SACK packet comprising a cumulative payload essence of all data chunks successfully received within the SCTP association, wherein a payload essence refers to a fixed size sequence of binary digits obtained from at-least a portion of the payload in the SCTP data packet, and the cumulative payload essence refers to a binary sum of the payload essences of all the data packets cumulatively acknowledged by a Cumulative Transmission Sequence Number (TSN) Ack field of the data enriched SACK; and (c) transmitting, by the transceiver of the SCTP receiver terminal , the data enriched SCTP SACK packet for enabling categorization of the SCTP receiver terminal as a malicious SCTP receiver terminal.
A system for determining an olfactory nuisance level generated by an industrial installation , characterized in that it comprises at least one aerial drone , said aerial drone being controllable for moving to a measuring point above or near said industrial installation, and for determining, at the measuring point, at least one level of a quantity generating said nuisance, by means of at least one sensor fitted to said aerial drone, said system further comprising a processing unit configured for determining said level of nuisance based on said level of said sensed quantity, wherein: the at least one sensor is a gas concentration sensor , and the aerial drone is fitted with a boom arranged for having the sensor at a distance from said aerial drone . the at least one sensor is a gas concentration sensor , and the aerial drone is fitted with a boom arranged for having the sensor at a distance from said aerial drone .
Magnetic levitation railway system for integration in a conventional wheel railway track comprising a magnetic levitation railway track including a linear motor and magnetic levitation rails to be arranged on outer sides of the wheel railway track , each magnetic levitation rail comprising a conductive guide rail having at least a horizontal portion configured for a magnetic levitation railway vehicle having a levitation device with magnets, the guide rail being configured for passive levitation of the magnetic levitation railway vehicle due to the electromotive force generated by the moving magnets of the magnetic levitation railway vehicle , the system characterized by further comprising a coupling adaptor comprising a fixation portion configured for mounting to an underside of a conventional wheel rail for wheel railway tracks and further comprising a portion for mounting of the guide rail of the magnetic levitation rail thereon.
Method for minimizing common mode interference in a physiological measurement device , the method comprising receiving samples (c i ) of multiple input signals (s i ) of the measurement device corresponding to a test signal (TS) applied to multiple input channels of the measurement device ; inputting at least one definition vector (v j ) describing a linear combination of samples (c i ) of at least two input channels; optimizing a metric calculated from at least one vector signal (y j ), the vector signal being based on the samples (c i ) of at least two of the received input signals and the definition vector (v j ); and based on the optimizing , obtaining at least one set filter coefficients (x i ) for at least one digital input filter associated with a specific input channel. receiving samples (c i ) of multiple input signals (s i ) of the measurement device corresponding to a test signal (TS) applied to multiple input channels of the measurement device ; inputting at least one definition vector (v j ) describing a linear combination of samples (c i ) of at least two input channels; optimizing a metric calculated from at least one vector signal (y j ), the vector signal being based on the samples (c i ) of at least two of the received input signals and the definition vector (v j ); and based on the optimizing , obtaining at least one set filter coefficients (x i ) for at least one digital input filter associated with a specific input channel.
A traction battery comprising several battery cells which are interconnected with each other and which respectively comprise alternating positive and negative electrode plates arranged in a cell housing, and comprising several battery trays which each serve for receiving a plurality of battery cells , wherein each battery tray is configured to be electrolyte resistant and tight, as well as comprising a battery box receiving the battery trays , wherein adjacent battery trays are spaced from each other while leaving a gap space , characterized in that a battery tray is formed like a U-profile, wherein the U-profile is closed on the front side, wherein the closure on the front side is formed by opposite side walls of the battery box.
A measurement system for testing a device under test , comprising at least two antennas , at least two reflectors , a signal generation and/or analysis equipment , and a test location for the device under test , wherein each of the at least two antennas is assigned to a corresponding reflector , wherein each of the at least two antennas is configured to transmit and/or receive an electromagnetic signal so that a beam path is provided between the respective antenna and the test location , wherein the electromagnetic signal is reflected by the respective reflector so that the electromagnetic signal corresponds to a planar wave, wherein the beam paths have different angular orientations that are adjustable, characterized in that at least one antenna and the corresponding reflector are coupled with each other so that an integrated beam path adjustment unit is established including at least one antenna and the corresponding reflector .
An advanced epoxy resin comprising a reaction product of (A) at least one epoxy resin; (B) at least one cashew nutshell liquid; and (C) at least one multifunctional carboxylic acid.
Hand-held pulling and compressing device for driving interchangeable tools, with - a drive unit comprising a battery-operated electric motor , - a screw drive with a threaded spindle connected to the electric motor and mounted rotatably on a housing body , and a threaded nut mounted rotatably on the threaded spindle via a bearing unit and non-rotatably on the housing body , and - a coupling unit connected to a first tool holder for transmitting tensile and compressive forces resulting from the direction of rotation of the threaded spindle from the threaded nut to the first tool holder , characterized in that the screw drive is designed to transmit rotational movements of the threaded spindle to a second tool holder . - a drive unit comprising a battery-operated electric motor , - a screw drive with a threaded spindle connected to the electric motor and mounted rotatably on a housing body , and a threaded nut mounted rotatably on the threaded spindle via a bearing unit and non-rotatably on the housing body , and - a coupling unit connected to a first tool holder for transmitting tensile and compressive forces resulting from the direction of rotation of the threaded spindle from the threaded nut to the first tool holder ,
An image forming apparatus , comprising: holding means configured to hold a permission list for a host application associated with the host application; addition means configured to add a plug-in application to the host application; characterised by update means configured to add and update a permission included in the plug-in application to the permission list for the host application; and determination means configured to determine whether processing in the host application and the plug-in application is to be executed based on the updated permission list . holding means configured to hold a permission list for a host application associated with the host application; addition means configured to add a plug-in application to the host application; characterised by update means configured to add and update a permission included in the plug-in application to the permission list for the host application; and determination means configured to determine whether processing in the host application and the plug-in application is to be executed based on the updated permission list .
An error coding circuit , the error coding circuit comprised of: a non-systematic convolutional encoder for coding an input bit stream ( I ) to produce three groups of parity bits ( P 1 , P 2 , P 3 ), wherein said encoder implements a rate 1/3 tail-biting convolutional code belonging to the class of maximum free distance codes with optimal distance spectra, such that a rate 1/2 code belonging to the class of maximum free distance codes with optimal distance spectra can be obtained by puncturing one of the groups of parity bits; an interleaver circuit for interleaving parity bits within each group of parity bits; and a rate-matching circuit for outputting ( C ) a selected number of said interleaved parity bits ( P 1 ', P 2 ', P 3 ') ordered by group to obtain a desired code rate. a non-systematic convolutional encoder for coding an input bit stream ( I ) to produce three groups of parity bits ( P 1 , P 2 , P 3 ), wherein said encoder implements a rate 1/3 tail-biting convolutional code belonging to the class of maximum free distance codes with optimal distance spectra, such that a rate 1/2 code belonging to the class of maximum free distance codes with optimal distance spectra can be obtained by puncturing one of the groups of parity bits; an interleaver circuit for interleaving parity bits within each group of parity bits; and a rate-matching circuit for outputting ( C ) a selected number of said interleaved parity bits ( P 1 ', P 2 ', P 3 ') ordered by group to obtain a desired code rate.
A network node for a wireless network, the network node comprising a processor, a memory and an antenna, wherein the network node is configured to: generate a pseudo-random number, wherein said pseudo-random number is a sequence number generated by a pseudo-random number generator, PRNG, applying a PRNG algorithm; assign said number as an address for identifying said node to other nodes in said network, each node having the same PRNG algorithm; and update said address prior to each transmission by said node by replacing said sequence number by a next sequence number generated by said pseudo-random number generator. generate a pseudo-random number, wherein said pseudo-random number is a sequence number generated by a pseudo-random number generator, PRNG, applying a PRNG algorithm; assign said number as an address for identifying said node to other nodes in said network, each node having the same PRNG algorithm; and update said address prior to each transmission by said node by replacing said sequence number by a next sequence number generated by said pseudo-random number generator.
A treatment device for engaging and manipulating a median lobe of a prostate gland, comprising an elongate tissue access assembly coupled to a handle assembly , wherein; the elongate tissue access assembly is configured to be inserted within an introducer sheath; and a tissue engagement structure attached to a distal end portion of the elongate tissue access assembly, wherein the tissue engagement structure includes a distal end portion with an expandable member comprising arms situated in parallel and secured to the distal end portion of the elongate tissue access assembly, the arms comprising curved wings , such that the tissue engagement structure can transition from a contracted state in which the wings are compressed toward a midline defined by a longitudinal axis of the arms , to an expanded state in which the wings expand outward past a midline defined by the longitudinal axis of the arms when the elongate tissue access assembly exits a distal end of the introducer sheath. the elongate tissue access assembly is configured to be inserted within an introducer sheath; and a tissue engagement structure attached to a distal end portion of the elongate tissue access assembly, wherein the tissue engagement structure includes a distal end portion with an expandable member comprising arms situated in parallel and secured to the distal end portion of the elongate tissue access assembly, the arms comprising curved wings , such that the tissue engagement structure can transition from a contracted state in which the wings are compressed toward a midline defined by a longitudinal axis of the arms , to an expanded state in which the wings expand outward past a midline defined by the longitudinal axis of the arms when the elongate tissue access assembly exits a distal end of the introducer sheath.
Electric motor having a motor shaft which by the motor rotor is axially movable and, on account thereof, activates in particular the actuator of a valve, wherein the rotor is movable axially in relation to the stator and, on account thereof, is partially moved out of the field of the stator, characterized in that a gearbox which enables an axial movement of the rotor in relation to the shaft , and/or an axial movement of the shaft in relation to the rotor, is disposed between the shaft and the rotor, or the rotor lamination , respectively.
An impact beam for reinforcing a vehicle door , the impact beam comprising: an elongated beam having a hollow interior spanning a length of the elongated beam and an impact portion spanning the length and configured to face an exterior side of the vehicle door ; wherein the elongated beam includes a cross-sectional shape having a top wall section and a bottom wall section that interconnect at a bend section of the cross-sectional shape that includes the impact portion ; and wherein the top and bottom wall sections each include an intermediate bend to define a horizontal or planar section and an angled section on opposing sides of the intermediate bend , the intermediate bends configured to prevent inward displacement of the elongated beam from an impact force at the exterior side of the vehicle door, characterized in that the horizontal or planar sections are spaced from each other and are parallel relative to each other, wherein the bend section is rounded and includes an inside radius greater than or equal to four times a thickness of a metal sheet that forms the elongated beam . an elongated beam having a hollow interior spanning a length of the elongated beam and an impact portion spanning the length and configured to face an exterior side of the vehicle door ; wherein the elongated beam includes a cross-sectional shape having a top wall section and a bottom wall section that interconnect at a bend section of the cross-sectional shape that includes the impact portion ; and wherein the top and bottom wall sections each include an intermediate bend to define a horizontal or planar section and an angled section on opposing sides of the intermediate bend , the intermediate bends configured to prevent inward displacement of the elongated beam from an impact force at the exterior side of the vehicle door, characterized in that the horizontal or planar sections are spaced from each other and are parallel relative to each other, wherein the bend section is rounded and includes an inside radius greater than or equal to four times a thickness of a metal sheet that forms the elongated beam .
An asphalt production facility comprising: - a drum dryer comprising an elongated enclosure extending along a central axis (X3), said drum dryer being mounted rotatable about the central axis (X3), and having a first end for the introduction of fresh granulates and a second, opposite end forming an exit of the drum , - a combustion chamber rotatably linked to the drum dryer , - a burner configured to generate, in the combustion chamber , a hot gas flow (F1) circulating in the drum dryer from the first end to the second end , - at least one first device for the introduction of asphalt aggregates to be recycled, arranged along the drum downstream from the combustion chamber and configured to allow the introduction of asphalt aggregates to be recycled into the drum , and which defines at least one recycling area of the drum , characterized by - a cooling channel surrounding at least partially the combustion chamber , said cooling channel being defined between a wall of the combustion chamber and an external envelop of the drum , - a device for injection of a cooling fluid (F4) into the cooling channel , and - a control and regulation system to pilot the cooling fluid injection device in such a way that the hot gas flow (F1) has a temperature that is lower than 700°C in said first recycling area . - a drum dryer comprising an elongated enclosure extending along a central axis (X3), said drum dryer being mounted rotatable about the central axis (X3), and having a first end for the introduction of fresh granulates and a second, opposite end forming an exit of the drum , - a combustion chamber rotatably linked to the drum dryer , - a burner configured to generate, in the combustion chamber , a hot gas flow (F1) circulating in the drum dryer from the first end to the second end , - at least one first device for the introduction of asphalt aggregates to be recycled, arranged along the drum downstream from the combustion chamber and configured to allow the introduction of asphalt aggregates to be recycled into the drum , and which defines at least one recycling area of the drum , - a cooling channel surrounding at least partially the combustion chamber , said cooling channel being defined between a wall of the combustion chamber and an external envelop of the drum , - a device for injection of a cooling fluid (F4) into the cooling channel , and - a control and regulation system to pilot the cooling fluid injection device in such a way that the hot gas flow (F1) has a temperature that is lower than 700°C in said first recycling area .
Device for grinding a biological sample, characterised in that it comprises means for supporting and immobilising a jar intended to contain the sample and closed at the upper end thereof by a cap equipped with means for guiding a shaft in rotation that extends inside the jar and carries cutting blades at the lower end thereof, the upper end of this shaft being outside the cap and comprising means for connecting to means for driving in rotation caried by the means for supporting the jar and wherein the means for supporting comprise a flexible cylindrical sleeve that has a shape complementary with that of the jar and connected to means for circulating a cold fluid under pressure.
A method of controlling a wind turbine, the wind turbine comprising at least one wind direction sensor for measuring a wind direction parameter indicative of the wind direction relative to the wind turbine, a number of pitch-adjustable rotor blades, a yawing system, and a control system for yawing the wind turbine rotor relative to the wind and for changing the pitch of the rotor blades and/or a generator torque, the method comprising: - obtaining an estimate for a wind power parameter as a function of a relative wind direction, where the wind power parameter is determined as one of a power, a torque, a blade load, or a blade pitch angle of the wind turbine; - obtaining a number of pre-defined wind direction intervals; - obtaining at time intervals a data set comprising a wind power parameter and a wind direction parameter as measured by the wind direction sensor; - obtaining over time a group of data sets for each wind direction interval; - determining for each wind direction interval and for each group of data sets an average wind power parameter; - determining for each wind direction interval and for each group of data sets a wind direction offset by comparing the average wind power parameter with the estimate of the wind power parameter; - adjusting the wind direction parameter as a function of the wind direction offsets of the different wind direction intervals; and - applying the adjusted wind direction parameter in the controlling of the wind turbine. - obtaining an estimate for a wind power parameter as a function of a relative wind direction, where the wind power parameter is determined as one of a power, a torque, a blade load, or a blade pitch angle of the wind turbine; - obtaining a number of pre-defined wind direction intervals; - obtaining at time intervals a data set comprising a wind power parameter and a wind direction parameter as measured by the wind direction sensor; - obtaining over time a group of data sets for each wind direction interval; - determining for each wind direction interval and for each group of data sets an average wind power parameter; - determining for each wind direction interval and for each group of data sets a wind direction offset by comparing the average wind power parameter with the estimate of the wind power parameter; - adjusting the wind direction parameter as a function of the wind direction offsets of the different wind direction intervals; and - applying the adjusted wind direction parameter in the controlling of the wind turbine.
A catalyst effective to abate NO x , hydrocarbons and carbon monoxide from a gasoline engine exhaust gas, the catalyst comprising: a substrate having a first and second material disposed thereon, wherein the first material is effective to catalyze selective catalytic reduction of nitrogen oxides in the presence of ammonia and the second material is effective to abate hydrocarbons and carbon monoxide; wherein a) the first material comprises a molecular sieve promoted with copper or iron in an amount of about 0.1% to about 2% on an oxide basis based on the weight of the molecular sieve; and b) the second material comprises at least one oxide of a metal selected from Ni, Fe, Co, and Cu on a support selected from an oxide of Ce, Ce-Zr, Zr, Mn, Pr and combinations thereof; wherein there is less than 1000 ppm of platinum group metal in the first material and the second material. a substrate having a first and second material disposed thereon, wherein the first material is effective to catalyze selective catalytic reduction of nitrogen oxides in the presence of ammonia and the second material is effective to abate hydrocarbons and carbon monoxide; wherein a) the first material comprises a molecular sieve promoted with copper or iron in an amount of about 0.1% to about 2% on an oxide basis based on the weight of the molecular sieve; and b) the second material comprises at least one oxide of a metal selected from Ni, Fe, Co, and Cu on a support selected from an oxide of Ce, Ce-Zr, Zr, Mn, Pr and combinations thereof; wherein there is less than 1000 ppm of platinum group metal in the first material and the second material.