mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: generating a feature vector based on traffic flow data regarding one or more traffic flows in the network; making a determination as to whether the generated feature vector is already represented in a training dataset dictionary by one or more feature vectors in the dictionary; updating the training dataset dictionary based on the determination as to whether the generated feature vector is already represented in the training dataset dictionary by one or more feature vectors in the dictionary, wherein updating the training dataset dictionary comprises one of: adding the generated feature vector to the dictionary when the generated feature vector is not already represented by one or more feature vectors in the dictionary, or incrementing a count associated with a particular feature vector in the dictionary when the generated feature vector is already represented by the particular feature vector in the dictionary; and generating a training dataset based on the training dataset dictionary for training a machine learning-based traffic flow analyzer. generating a feature vector based on traffic flow data regarding one or more traffic flows in the network; making a determination as to whether the generated feature vector is already represented in a training dataset dictionary by one or more feature vectors in the dictionary; updating the training dataset dictionary based on the determination as to whether the generated feature vector is already represented in the training dataset dictionary by one or more feature vectors in the dictionary, wherein updating the training dataset dictionary comprises one of: adding the generated feature vector to the dictionary when the generated feature vector is not already represented by one or more feature vectors in the dictionary, or incrementing a count associated with a particular feature vector in the dictionary when the generated feature vector is already represented by the particular feature vector in the dictionary; and adding the generated feature vector to the dictionary when the generated feature vector is not already represented by one or more feature vectors in the dictionary, or incrementing a count associated with a particular feature vector in the dictionary when the generated feature vector is already represented by the particular feature vector in the dictionary; and generating a training dataset based on the training dataset dictionary for training a machine learning-based traffic flow analyzer.
A method of analyzing a plurality of samples, comprising: separately reacting first and second samples containing or suspected of containing an analyte with different isomeric labels so as to differentially label the analytes from each sample, thereby generating a plurality of differentially labeled analytes; mixing the differentially labeled analytes; ionizing the mixture of differentially labeled analytes so as to generate ionized labeled analytes; and performing ion mobility spectrometry on the ionized labeled analytes; characterized in that the different isomeric labels are different in the locations of a functional group, wherein the functional group is at a resonant position with the ion's charge site on one species of the isomeric label and at a non-resonant position with the ion's charge site on another species of the isomeric label. separately reacting first and second samples containing or suspected of containing an analyte with different isomeric labels so as to differentially label the analytes from each sample, thereby generating a plurality of differentially labeled analytes; mixing the differentially labeled analytes; ionizing the mixture of differentially labeled analytes so as to generate ionized labeled analytes; and performing ion mobility spectrometry on the ionized labeled analytes; characterized in that the different isomeric labels are different in the locations of a functional group, wherein the functional group is at a resonant position with the ion's charge site on one species of the isomeric label and at a non-resonant position with the ion's charge site on another species of the isomeric label.
Industrial endoscopy camera , comprising at least: - a support intended to be attached to an elongate manoeuvring member of the cable, thrust rod, pole or flexible sheath type; - a central body carrying a first actuator ; - a head structure carrying an imaging unit and mounted for rotation in relation to said central body , said first actuator being connected to said head structure in order to rotate the latter with respect to said central body , the central body being mounted for rotation in relation to said support , characterised in that the central body also carries a second actuator intended to rotate said central body with respect to said support , said first actuator and/or said second actuator being positioned substantially outside said support . - a support intended to be attached to an elongate manoeuvring member of the cable, thrust rod, pole or flexible sheath type; - a central body carrying a first actuator ; - a head structure carrying an imaging unit and mounted for rotation in relation to said central body ,
N-(furan-2-ylmethyl)-7H-purin-6-amine, or a pharmaceutically acceptable salt or solvate thereof, for use in prevention and/or treatment of circadian rhythm disease selected from advanced sleep phase syndrome/disorder - ASPD, age related and hereditary forms of ASPD - FASPD/FASPS, jet-lag, social jet-lag, circadian dysfunction due to shift-work.
A method of an on-demand system information, SI, request procedure performed by a user equipment, UE, , in the connected state, the method comprising: transmitting a first SI request message to a base station, BS, wherein the first SI request message indicates at least one system information block, SIB, that the UE requests; determining that the on-demand SI request procedure is unsuccessful; storing SI request failure information when the UE determines that the SI request procedure is unsuccessful, wherein the SI request failure information includes at least one of the following: a cell identifier, ID, associated with the BS , a synchronization signal block, SSB, index for performing the on-demand SI request procedure, a message type of the on-demand SI request procedure, and a timestamp for performing the on-demand SI request procedure; activating a prohibit timer when the UE receives a SI request rejection message in response to the first SI request message, wherein after the prohibit timer expires a second SI request message is transmitted to the BS . transmitting a first SI request message to a base station, BS, wherein the first SI request message indicates at least one system information block, SIB, that the UE requests; determining that the on-demand SI request procedure is unsuccessful; storing SI request failure information when the UE determines that the SI request procedure is unsuccessful, wherein the SI request failure information includes at least one of the following: a cell identifier, ID, associated with the BS , a synchronization signal block, SSB, index for performing the on-demand SI request procedure, a message type of the on-demand SI request procedure, and a timestamp for performing the on-demand SI request procedure; activating a prohibit timer when the UE receives a SI request rejection message in response to the first SI request message, wherein after the prohibit timer expires a second SI request message is transmitted to the BS . a cell identifier, ID, associated with the BS , a synchronization signal block, SSB, index for performing the on-demand SI request procedure, a message type of the on-demand SI request procedure, and a timestamp for performing the on-demand SI request procedure; activating a prohibit timer when the UE receives a SI request rejection message in response to the first SI request message, wherein after the prohibit timer expires a second SI request message is transmitted to the BS .
A marker for estimating the posture of an object, comprising: a first visual line angle estimation means (VS1) for estimating a visual line angle (SA) around at least one axis (Y) with respect to the object; and a second visual line angle estimation means (VH1) for estimating the visual line angle (SA) around the axis (Y), the second visual line angle estimation means (VH1) having a resolution of the visual line angle higher than that of the first visual line angle estimation means (VS1), wherein the first and second visual line angle estimation means (VS1, VH1) consist of a lenticular lens (LL) or a lens array provided on a stripe pattern (ST), wherein the lenticular lens (LL) or the lens array as the first visual line angle estimation means (VS1) has a lens pitch p and a focal distance f, wherein the lenticular lens (LL) or the lens array as the second visual line angle estimation means (VH1) has a ratio (p/f) between the lens pitch (p) and the focal distance (f) according to tan(tan -1 (p/f)/n), where n is a number larger than 1. a first visual line angle estimation means (VS1) for estimating a visual line angle (SA) around at least one axis (Y) with respect to the object; and a second visual line angle estimation means (VH1) for estimating the visual line angle (SA) around the axis (Y), the second visual line angle estimation means (VH1) having a resolution of the visual line angle higher than that of the first visual line angle estimation means (VS1), wherein the first and second visual line angle estimation means (VS1, VH1) consist of a lenticular lens (LL) or a lens array provided on a stripe pattern (ST), wherein the lenticular lens (LL) or the lens array as the first visual line angle estimation means (VS1) has a lens pitch p and a focal distance f, wherein the lenticular lens (LL) or the lens array as the second visual line angle estimation means (VH1) has a ratio (p/f) between the lens pitch (p) and the focal distance (f) according to tan(tan -1 (p/f)/n), where n is a number larger than 1.
A robotic end effector assembly for robotic spindle drilling to perforate acoustic surfaces of structures comprising: a base configured to be connected to a robot , the base comprising a robot adapter coupled to a base plate ; a spindle support plate positioned substantially parallel with and coupled to the base plate , via a first flexure member and a second flexure member ; a spindle disposed on the spindle support plate ; and an actuator coupled between the base plate and the spindle support plate , the actuator configured to engage an actuator mount attached to the spindle support plate , to displace the spindle support plate , wherein the first flexure member and a second flexure member inhibit an off-axis drilling motion , as the spindle support plate is displaced, and the second flexure member comprises a central opening used for a pass-through for the actuator to be inserted through for reducing the actuation force required to actuate the actuator . a base configured to be connected to a robot , the base comprising a robot adapter coupled to a base plate ; a spindle support plate positioned substantially parallel with and coupled to the base plate , via a first flexure member and a second flexure member ; a spindle disposed on the spindle support plate ; and an actuator coupled between the base plate and the spindle support plate , the actuator configured to engage an actuator mount attached to the spindle support plate , to displace the spindle support plate , wherein the first flexure member and a second flexure member inhibit an off-axis drilling motion , as the spindle support plate is displaced, and the second flexure member comprises a central opening used for a pass-through for the actuator to be inserted through for reducing the actuation force required to actuate the actuator .
A method for wireless communication, performed by a wireless communication device , comprising: when a modem in the wireless communication device detects a start of a silent period in a circuit-switched voice call, conducted using a remote Bluetooth, BT, device in conjunction with the wireless communication device, from a base station to the wireless communication device : the modem entering into a discontinuous reception, DRX mode; receiving , by a Bluetooth, BT module in the wireless communication device , a silent indication, SID start message from the modem ; sending the SID start message from the BT module to the remote BT device , which communicates with the wireless communication device during the circuit-switched voice call, to instruct the remote BT device to insert comfort noise during the silent period; disabling a BT transmitter of the BT module during the silent period based on the SID start message received from the modem ; and reallocating radio frequency, RF resources used to communicate with the remote BT device to another radio interface for a coexistence operation during the silent period. when a modem in the wireless communication device detects a start of a silent period in a circuit-switched voice call, conducted using a remote Bluetooth, BT, device in conjunction with the wireless communication device, from a base station to the wireless communication device : the modem entering into a discontinuous reception, DRX mode; receiving , by a Bluetooth, BT module in the wireless communication device , a silent indication, SID start message from the modem ; sending the SID start message from the BT module to the remote BT device , which communicates with the wireless communication device during the circuit-switched voice call, to instruct the remote BT device to insert comfort noise during the silent period; disabling a BT transmitter of the BT module during the silent period based on the SID start message received from the modem ; and reallocating radio frequency, RF resources used to communicate with the remote BT device to another radio interface for a coexistence operation during the silent period. the modem entering into a discontinuous reception, DRX mode; receiving , by a Bluetooth, BT module in the wireless communication device , a silent indication, SID start message from the modem ; sending the SID start message from the BT module to the remote BT device , which communicates with the wireless communication device during the circuit-switched voice call, to instruct the remote BT device to insert comfort noise during the silent period; disabling a BT transmitter of the BT module during the silent period based on the SID start message received from the modem ; and reallocating radio frequency, RF resources used to communicate with the remote BT device to another radio interface for a coexistence operation during the silent period.
A refrigerator comprising: a cabinet having a storage compartment therein; an illumination device for illuminating an interior of the storage compartment; a door hinged to the cabinet for opening and closing the storage compartment, the door having an opening formed therein and a panel assembly having a vacuum space; a knock sensor module for sensing a knock input applied on the panel assembly ; and a controller configured to operate the illumination device when the knock sensor module senses the knock input, wherein the knock sensor module is in contact with the panel assembly , characterized in that the panel assembly includes: a first heat insulation panel ; a second heat insulation panel spaced apart from the first heat insulation panel ; a frit glass disposed between the first heat insulation panel and the second heat insulation panel such that the vacuum space is provided between the first heat insulation panel and the second heat insulation panel ; and spacers disposed in the vacuum space between the first heat insulation panel and the second heat insulation panel . a cabinet having a storage compartment therein; an illumination device for illuminating an interior of the storage compartment; a door hinged to the cabinet for opening and closing the storage compartment, the door having an opening formed therein and a panel assembly having a vacuum space; a knock sensor module for sensing a knock input applied on the panel assembly ; and a controller configured to operate the illumination device when the knock sensor module senses the knock input, wherein the knock sensor module is in contact with the panel assembly , characterized in that the panel assembly includes: a first heat insulation panel ; a second heat insulation panel spaced apart from the first heat insulation panel ; a frit glass disposed between the first heat insulation panel and the second heat insulation panel such that the vacuum space is provided between the first heat insulation panel and the second heat insulation panel ; and spacers disposed in the vacuum space between the first heat insulation panel and the second heat insulation panel . a first heat insulation panel ; a second heat insulation panel spaced apart from the first heat insulation panel ; a frit glass disposed between the first heat insulation panel and the second heat insulation panel such that the vacuum space is provided between the first heat insulation panel and the second heat insulation panel ; and spacers disposed in the vacuum space between the first heat insulation panel and the second heat insulation panel .
A method for a user equipment, UE, to transmit a periodic sounding reference signal, P-SRS, comprising: monitoring a physical downlink control channel, PDCCH, for a downlink, DL, control information, DCI, format, wherein the DCI format indicates a set of time resources that include time resources with fixed DL direction, time resources with fixed uplink, UL, direction, and time resources with flexible direction, wherein the time resources correspond to transmission time intervals; if the DCI format is detected and indicates an UL direction for a time resource with flexible direction, transmitting the P-SRS in the time resource with flexible direction, and if the DCI format is not detected or the DCI format is detected and indicates a DL direction for a time resource with flexible direction, not transmitting the P-SRS in the time resource with flexible direction. monitoring a physical downlink control channel, PDCCH, for a downlink, DL, control information, DCI, format, wherein the DCI format indicates a set of time resources that include time resources with fixed DL direction, time resources with fixed uplink, UL, direction, and time resources with flexible direction, wherein the time resources correspond to transmission time intervals; if the DCI format is detected and indicates an UL direction for a time resource with flexible direction, transmitting the P-SRS in the time resource with flexible direction, and if the DCI format is not detected or the DCI format is detected and indicates a DL direction for a time resource with flexible direction, not transmitting the P-SRS in the time resource with flexible direction.
Stop , in particular numerical aperture stop, obscuration stop or false-light stop, for a lithography apparatus , comprising a light-transmissive aperture , and at least one stop element , in which or at which the aperture is provided, wherein the stop element is opaque and fluid-permeable outside the aperture . a light-transmissive aperture , and at least one stop element , in which or at which the aperture is provided, wherein the stop element is opaque and fluid-permeable outside the aperture .
A terminal apparatus for communicating with a base station apparatus , the terminal apparatus comprising: a reception unit configured to receive a radio resource control, RRC, connection reconfiguration message from the base station apparatus with a first cell, wherein the first cell is a primary cell of a master cell group serving the terminal apparatus ; and a control unit configured to configure a secondary cell group for serving the terminal apparatus based on first information included in the RRC connection reconfiguration message, and configure a data radio bearer, DRB, based on a drb-ToAddModList information element, IE, included in the first information, wherein the drb-ToAddModList IE includes an identifier of the DRB and subcarrier spacing information corresponding to the DRB, and the terminal apparatus is further configured to transmit an RRC connection reconfiguration complete message to the base station apparatus if the terminal apparatus follows a configuration included in the RRC connection reconfiguration message. a reception unit configured to receive a radio resource control, RRC, connection reconfiguration message from the base station apparatus with a first cell, wherein the first cell is a primary cell of a master cell group serving the terminal apparatus ; and a control unit configured to configure a secondary cell group for serving the terminal apparatus based on first information included in the RRC connection reconfiguration message, and configure a data radio bearer, DRB, based on a drb-ToAddModList information element, IE, included in the first information, wherein the drb-ToAddModList IE includes an identifier of the DRB and subcarrier spacing information corresponding to the DRB, and the terminal apparatus is further configured to transmit an RRC connection reconfiguration complete message to the base station apparatus if the terminal apparatus follows a configuration included in the RRC connection reconfiguration message.
A footwear component manufacturing fixture , comprising: a fixed portion having a first compression surface , wherein the fixed portion comprises a first maintaining member , wherein the first maintaining member is a protrusion extending from a component-facing surface of the fixed portion ; an adjustable portion having a second compression surface , the adjustable portion moveably coupled to the fixed portion between at least a maintaining position to maintain a footwear component relative to the footwear component manufacturing fixture and a receiving position, wherein the first compression surface is closer in proximity to the second compression surface in the maintaining position than when in the receiving position; and an adjustment mechanism , the adjustment mechanism extending between the fixed portion and the adjustable portion , wherein the adjustment mechanism provides, in part, the moveable coupling between the fixed portion and the adjustable portion , wherein the first maintaining member is configured to be received and frictionally engaged with a receiving member of the footwear component . a fixed portion having a first compression surface , wherein the fixed portion comprises a first maintaining member , wherein the first maintaining member is a protrusion extending from a component-facing surface of the fixed portion ; an adjustable portion having a second compression surface , the adjustable portion moveably coupled to the fixed portion between at least a maintaining position to maintain a footwear component relative to the footwear component manufacturing fixture and a receiving position, wherein the first compression surface is closer in proximity to the second compression surface in the maintaining position than when in the receiving position; and an adjustment mechanism , the adjustment mechanism extending between the fixed portion and the adjustable portion , wherein the adjustment mechanism provides, in part, the moveable coupling between the fixed portion and the adjustable portion , wherein the first maintaining member is configured to be received and frictionally engaged with a receiving member of the footwear component .