mhurhangee/patent-ind-claim-en huggingface dataset:
Method for operating a drive train for a motor vehicle, having at least one primary drive axle and at least one secondary drive axle , which are operatively interconnected by a clutch with an adjustable transmission torque, wherein a vibration amplitude of a vibration of the drive train is determined, wherein an over pressing of the clutch is determined in a damping mode of operation of the drive train and adjusted on the clutch , and characterised in that the clutch over pressing is determined on the basis of the transmission torque, which is determined on the basis of the vibration amplitude, or is determined directly on the basis of the vibration amplitude.
An apparatus for use in a Call Session Control Function, CSCF in an IP Multimedia Subsystem, IMS, the apparatus comprising: processor circuitry ; a storage unit storing instructions executable by said processor circuitry, a transmitter and a receiver , whereby the apparatus is characterized in being operative to: prior to the set-up of a communications session involving a User Equipment: indicate to a Policy Charging and Rules Function, PCRF, that the CSCF requires RAT change notifications for the User Equipment; upon receipt of a SIP REGISTER message from the User Equipment, include a capability indication that the CSCF supports RAT change notifications in the SIP REGISTER message and forward the message to one or more network nodes; and receive from the one or more network nodes a SIP SUBSCRIBE message containing a requirement indication, which indicates that the network node requires RAT change notifications in respect of said User Equipment; and on receipt of a RAT change notification for the User Equipment by the CSCF from the PCRF: propagate the RAT change notification to each of the one or more network nodes from which a requirement indication has been received by means of a SIP NOTIFY message or messages. prior to the set-up of a communications session involving a User Equipment: indicate to a Policy Charging and Rules Function, PCRF, that the CSCF requires RAT change notifications for the User Equipment; upon receipt of a SIP REGISTER message from the User Equipment, include a capability indication that the CSCF supports RAT change notifications in the SIP REGISTER message and forward the message to one or more network nodes; and receive from the one or more network nodes a SIP SUBSCRIBE message containing a requirement indication, which indicates that the network node requires RAT change notifications in respect of said User Equipment; and indicate to a Policy Charging and Rules Function, PCRF, that the CSCF requires RAT change notifications for the User Equipment; upon receipt of a SIP REGISTER message from the User Equipment, include a capability indication that the CSCF supports RAT change notifications in the SIP REGISTER message and forward the message to one or more network nodes; and receive from the one or more network nodes a SIP SUBSCRIBE message containing a requirement indication, which indicates that the network node requires RAT change notifications in respect of said User Equipment; and on receipt of a RAT change notification for the User Equipment by the CSCF from the PCRF: propagate the RAT change notification to each of the one or more network nodes from which a requirement indication has been received by means of a SIP NOTIFY message or messages.
A method for managing transmission control protocol, TCP, functionality implemented by a network traffic management system comprising one or more network traffic management apparatuses , server devices , or client devices , the method comprising: monitoring a message generated by an application or characteristic data of a TCP connection with a destination device or a source device; determining when a receive window is less than a threshold, wherein the receive window is extracted from a header of an acknowledgement received from the destination device or the source device; and setting a first TCP push flag for a first packet prior to the first packet being sent to the destination device via the TCP connection if a network protocol layer above a TCP layer in a network stack has communicated an end of a current application data transmission, when the determination indicates that the receive window is less than the threshold to reduce network traffic associated with acknowledgement traffic. monitoring a message generated by an application or characteristic data of a TCP connection with a destination device or a source device; determining when a receive window is less than a threshold, wherein the receive window is extracted from a header of an acknowledgement received from the destination device or the source device; and setting a first TCP push flag for a first packet prior to the first packet being sent to the destination device via the TCP connection if a network protocol layer above a TCP layer in a network stack has communicated an end of a current application data transmission, when the determination indicates that the receive window is less than the threshold to reduce network traffic associated with acknowledgement traffic.
System for measuring motor bearings consumption of railway vehicles, comprising: - a phonic wheel , arranged to be fixed to a shaft of a rotor, having a profile including an alternation of teeth and holes; - a sensor , arranged to measure an air-gap between the teeth of the phonic wheel and said sensor during rotation of the shaft, said sensor generating a basic sinusoidal signal function of said profile, wherein the basic sinusoidal signal is superimposed to a modulating wave, representative of a radial motion of the shaft, the basic signal and the modulating wave forming a complete signal; characterized in that the sensor further comprises: a control unit arranged to measure a maximum and a minimum amplitude value of the complete signal, said maximum and minimum amplitude values representing the maximum and minimum air-gap between the phonic wheel and the sensor , and for calculating an air-gap swing value; memory means arranged to store said air-gap swing value; wherein said sensor is arranged to send to an external control unit said air-gap swing value when the shaft stops rotating, said external control unit being arranged to determine the motor bearing consumption in function of said air-gap swing value. - a phonic wheel , arranged to be fixed to a shaft of a rotor, having a profile including an alternation of teeth and holes; - a sensor , arranged to measure an air-gap between the teeth of the phonic wheel and said sensor during rotation of the shaft, said sensor generating a basic sinusoidal signal function of said profile, wherein the basic sinusoidal signal is superimposed to a modulating wave, representative of a radial motion of the shaft, the basic signal and the modulating wave forming a complete signal; characterized in that the sensor further comprises: a control unit arranged to measure a maximum and a minimum amplitude value of the complete signal, said maximum and minimum amplitude values representing the maximum and minimum air-gap between the phonic wheel and the sensor , and for calculating an air-gap swing value; memory means arranged to store said air-gap swing value; wherein said sensor is arranged to send to an external control unit said air-gap swing value when the shaft stops rotating, said external control unit being arranged to determine the motor bearing consumption in function of said air-gap swing value. a control unit arranged to measure a maximum and a minimum amplitude value of the complete signal, said maximum and minimum amplitude values representing the maximum and minimum air-gap between the phonic wheel and the sensor , and for calculating an air-gap swing value; memory means arranged to store said air-gap swing value; wherein said sensor is arranged to send to an external control unit said air-gap swing value when the shaft stops rotating, said external control unit being arranged to determine the motor bearing consumption in function of said air-gap swing value.
Method for determining the type of soil on which a vehicle (V) is traveling, comprising a step (10-40) in which said type of soil is determined as a function of a value of a sum of at least two associated digital coefficients respectively to at least two parameters chosen from a meteorological parameter outside said vehicle (V), a ground parameter representative of the type of ground on which said vehicle (V) is traveling, and a grip parameter in course of at least one driving wheel of said vehicle (V), characterized in that in said step (10-40) said soil type is determined in a table establishing a correspondence between soil types and sum values of coefficients digital.
Wind turbine comprising a turbine generator , rotating mast and bedplate which is the foundation of the turbine, and three vertical airfoils positioned parallel forming a diffuser, where two of them are side airfoils and the third one, which is positioned in an equal distance between the side airfoils , is the central airfoil , characterized in that three vertical airfoils have cross-section diminishing upwardly and the central airfoil comprises in its leeward area a mounted turbine generator having at least one rotor connected to at least one electric generator, wherein said turbine generator is located inside the central airfoil , wherein the central airfoil in its cross-section has a shape of biconvex airfoil section preferably drop-shaped while the side airfoils in their cross-sections have the shape of an asymmetrical plane-convex airfoil section, the side airfoils are connected to the central airfoil with arms preferably positioned in the V shape, between the side airfoils and the central airfoil there are adjustable curtains attached to the arms while the central airfoil also comprises in its leeward side area inlet openings for intercepting the wind stream directed through the side airfoils and adjustable curtains and at least one diffuser directing the wind stream from inlet openings onto the rotor of turbine generator .
An isolated antibody or antigen binding fragment thereof that specifically binds to cannabinoid 1 (CB1) receptor, wherein the antibody or fragment comprises a heavy chain CDR1, CDR2, and CDR3 according to SEQ ID NOs: 352, 353, and 354, respectively, and a light chain CDR1, CDR2, and CDR3 according to SEQ ID NOs: 355, 356, and 357, respectively wherein the antibody or antigen binding fragment thereof is an inverse agonist of the CB1 receptor.
A computer-implemented method comprising: extracting a model of a computer application during load time, the extracted model including memory bounds and transition addresses of the computer application; storing the model of the computer application; inserting instructions into the computer application to collect data at runtime; analyzing the data collected at runtime against the stored model including memory bounds and transition addresses of the computer application to perform detection of one or more security events, wherein the one or more security events is associated with malicious action of the computer application; and based upon the detection of the one or more security events: pausing execution of at least one active process or thread associated with the computer application; and modifying , in a manner that preserves continued execution of the computer application, at least one computer routine associated with the at least one active process or thread associated with the computer application, the modifying creating a trampoline from vulnerable code to non-vulnerable code. extracting a model of a computer application during load time, the extracted model including memory bounds and transition addresses of the computer application; storing the model of the computer application; inserting instructions into the computer application to collect data at runtime; analyzing the data collected at runtime against the stored model including memory bounds and transition addresses of the computer application to perform detection of one or more security events, wherein the one or more security events is associated with malicious action of the computer application; and based upon the detection of the one or more security events: pausing execution of at least one active process or thread associated with the computer application; and modifying , in a manner that preserves continued execution of the computer application, at least one computer routine associated with the at least one active process or thread associated with the computer application, the modifying creating a trampoline from vulnerable code to non-vulnerable code. pausing execution of at least one active process or thread associated with the computer application; and modifying , in a manner that preserves continued execution of the computer application, at least one computer routine associated with the at least one active process or thread associated with the computer application, the modifying creating a trampoline from vulnerable code to non-vulnerable code.
A method for producing an intermediate suitable for production of fuel and/or chemicals, the method comprising providing a feedstock comprising at least one ketoacid, and dimerising and/or oligomerising the at least one ketoacid in the feedstock in the presence of a heterogeneous catalyst to obtain a dimer/oligomer product, wherein the heterogeneous catalyst comprises an acidic zeolite embedded in a mesoporous matrix, wherein the step of dimerising/oligomerising is a step of oligomerising the at least one ketoacid in the feedstock in the presence of the heterogeneous catalyst to obtain an oligomer product containing at least oligomers, wherein oligomers are trimers or higher, wherein the step of dimerising/oligomerising is carried out at a reaction temperature in the range of 120 °C to 250 °C.
A fixation device for folding a seal member for a surgical access device, the fixation device comprising: a frame including a horizontal portion and an upright portion; a press assembly secured to the upright portion of the frame, the press assembly including a handle assembly and an anvil assembly operably connected to the handle assembly; and a nest assembly secured to the horizontal portion of the frame, the nest assembly including a clamping assembly , a folding assembly supported on the clamping assembly, a support assembly supported on the folding assembly, and a nest member, wherein the support assembly includes a support plate and a seal clamp for securing a seal member. a frame including a horizontal portion and an upright portion; a press assembly secured to the upright portion of the frame, the press assembly including a handle assembly and an anvil assembly operably connected to the handle assembly; and a nest assembly secured to the horizontal portion of the frame, the nest assembly including a clamping assembly , a folding assembly supported on the clamping assembly, a support assembly supported on the folding assembly, and a nest member, wherein the support assembly includes a support plate and a seal clamp for securing a seal member.
An electric power steering device, comprising: a front-wheel steering mechanism , which is provided to front wheels of a vehicle , and includes a front-wheel steering motor (54a; 55a) as a drive source; and a rear-wheel steering mechanism , which is provided to rear wheels of the vehicle , and includes two rear-wheel steering motors as a drive source, characterized in that the rear-wheel steering motors are configured to be double-inverter three-phase duplex motors, each double-inverter three-phase duplex motor including a first system and a second system , each system including a three-phase winding and an inverter , each configured to individually drive one of the two three-phase windings ; wherein the electric power steering device is configured to when a failure in one of the four systems of the rear-wheel steering motors has occurred, set the drive current for the three-phase winding of that system to zero without increasing the driving currents of the remaining systems. a front-wheel steering mechanism , which is provided to front wheels of a vehicle , and includes a front-wheel steering motor (54a; 55a) as a drive source; and a rear-wheel steering mechanism , which is provided to rear wheels of the vehicle , and includes two rear-wheel steering motors as a drive source, characterized in that the rear-wheel steering motors are configured to be double-inverter three-phase duplex motors, each double-inverter three-phase duplex motor including a first system and a second system , each system including a three-phase winding and an inverter , each configured to individually drive one of the two three-phase windings ; wherein the electric power steering device is configured to when a failure in one of the four systems of the rear-wheel steering motors has occurred, set the drive current for the three-phase winding of that system to zero without increasing the driving currents of the remaining systems.
A medical device , comprising: a handle assembly ; an elongate body coupled to the handle assembly and having a proximal portion, a distal portion, and a longitudinal axis, the elongate body defining a guide wire lumen therethrough; a carrier arm having a length, a first end, and a second end opposite the first end, the first end being disposed within at least a portion of and extending distally from the elongate body ,the second end defining a rounded distal tip, the carrier arm defining an aperture for the passage of a guide wire therethrough; and a distal assembly defined by the carrier arm , the distal assembly having a plurality of electrodes forming part of an electrode array and being transitionable between a substantially linear configuration and an expanded configuration, the plurality of electrodes being disposed on between approximately 40% and approximately 60% of the length of the carrier arm , the distal assembly being wound in a substantially semi-circular configuration around the longitudinal axis of the elongate body when the electrode array is in the expanded configuration, wherein all of the plurality of electrodes in the expanded configuration being substantially helicoidal to the longitudinal axis of the elongate body . a handle assembly ; an elongate body coupled to the handle assembly and having a proximal portion, a distal portion, and a longitudinal axis, the elongate body defining a guide wire lumen therethrough; a carrier arm having a length, a first end, and a second end opposite the first end, the first end being disposed within at least a portion of and extending distally from the elongate body ,the second end defining a rounded distal tip, the carrier arm defining an aperture for the passage of a guide wire therethrough; and a distal assembly defined by the carrier arm , the distal assembly having a plurality of electrodes forming part of an electrode array and being transitionable between a substantially linear configuration and an expanded configuration, the plurality of electrodes being disposed on between approximately 40% and approximately 60% of the length of the carrier arm , the distal assembly being wound in a substantially semi-circular configuration around the longitudinal axis of the elongate body when the electrode array is in the expanded configuration, wherein all of the plurality of electrodes in the expanded configuration being substantially helicoidal to the longitudinal axis of the elongate body .
A sample isolation kit comprising: a separation unit configured to separate an isolation object sample from a biological sample; a biological sample housing unit configured to detachably couple to the separation unit and provide the biological sample to the separation unit; an isolation unit having a sample fluid channel and an isolation channel and at least one sheath fluid channel, wherein the isolation unit is configured to isolate a target biological sample from the isolation object sample; and a sheath container configured to detachably couple to the at least one sheath fluid channel of the isolation unit and provide the sheath fluid to the isolation unit; wherein the separation unit and the biological sample housing unit are coupled using a hermetic seal ; and wherein the isolation unit and the sheath container are coupled using a further hermetic seal . a separation unit configured to separate an isolation object sample from a biological sample; a biological sample housing unit configured to detachably couple to the separation unit and provide the biological sample to the separation unit; an isolation unit having a sample fluid channel and an isolation channel and at least one sheath fluid channel, wherein the isolation unit is configured to isolate a target biological sample from the isolation object sample; and a sheath container configured to detachably couple to the at least one sheath fluid channel of the isolation unit and provide the sheath fluid to the isolation unit; wherein the separation unit and the biological sample housing unit are coupled using a hermetic seal ; and wherein the isolation unit and the sheath container are coupled using a further hermetic seal .
Handwash station being frontally accessible from a user position, in which the hand-wash station has a base body including a front side (F), a left side (L) and a right side (R), which base body supports a pivotally connected sink unit including a sink and a faucet for dispensing water, characterised in that the handwash station is convertible from a left to a right version (LV, RV), wherein in the left version (LV), the sink unit is pivotable to the left side (L) about a left pivot , and wherein in the right version (RV), the sink unit is pivotable to the right side (R) about a right pivot .