mhurhangee/ep-ind-claims huggingface dataset:
An uplink control information, UCI, sending method, comprising: determining that time-frequency resources of a physical uplink shared channel, PUSCH, and a physical uplink control channel, PUCCH, overlap, wherein the PUSCH is scheduled by a physical downlink control channel, PDCCH, and the PUCCH is used to transmit UCI; and depending on whether the PUCCH is associated with a PDCCH configuration, the method further comprises: - transmitting the UCI on the PUSCH when the PUCCH is associated with the PDCCH configuration of the PDCCH; and - not-transmitting the UCI on the PUSCH when the PUCCH is not associated with the PDCCH configuration, wherein the resource of the PUCCH is determined by a channel state information, CSI, report configuration, and the CSI report configuration is associated with the PDCCH configuration. determining that time-frequency resources of a physical uplink shared channel, PUSCH, and a physical uplink control channel, PUCCH, overlap, wherein the PUSCH is scheduled by a physical downlink control channel, PDCCH, and the PUCCH is used to transmit UCI; and depending on whether the PUCCH is associated with a PDCCH configuration, the method further comprises: - transmitting the UCI on the PUSCH when the PUCCH is associated with the PDCCH configuration of the PDCCH; and - not-transmitting the UCI on the PUSCH when the PUCCH is not associated with the PDCCH configuration, - transmitting the UCI on the PUSCH when the PUCCH is associated with the PDCCH configuration of the PDCCH; and - not-transmitting the UCI on the PUSCH when the PUCCH is not associated with the PDCCH configuration, wherein the resource of the PUCCH is determined by a channel state information, CSI, report configuration, and the CSI report configuration is associated with the PDCCH configuration.
Hydrogenation process of a compound of formula wherein R 1 is linear or branched C 5 -C 35 alkyl or linear or branched C 5 -C 35 alkenyl moiety, wherein the C-chains can be substituted, and R 2 is linear or branched C 1 -C 4 alkyl, wherein the C-chain can be substituted, with hydrogen in the presence of a structured catalyst based on sintered metal fibers coated by a non-acidic metal oxide layer impregnated with Pd- and Ag-nanoparticles, characterized in that the ratio of Pd:Ag-nanoparticles is 1:1 to 10:1, wherein the Pd-nanoparticles have an average particle size of between 0.5 and 20 nm and wherein the Ag-nanoparticles have an average particle size of between 0.5 and 10 nm, wherein no organic modifier is used. R 1 is linear or branched C 5 -C 35 alkyl or linear or branched C 5 -C 35 alkenyl moiety, wherein the C-chains can be substituted, and R 2 is linear or branched C 1 -C 4 alkyl, wherein the C-chain can be substituted,
Double coupling arrangement for a double coupling transmission having an input shaft, the double coupling arrangement having a first friction coupling, a second friction coupling, two output shafts (32, 42), a hub which is fixed on the housing, a first piston/cylinder arrangement which is fixed on the housing, and a second piston/cylinder arrangement which is fixed on the housing, it being possible for input members (28, 38, 100) of the friction couplings (24, 26) to be coupled to the input shaft, output members (30, 40) of the friction couplings (24, 26) being connected in each case to one of the two output shafts (32, 42), the friction couplings (24, 26) being nested inside one another in the radial direction, and it being possible for the friction couplings (24, 26) to be actuated in each case by means of one of the piston/cylinder arrangements (50, 52) which are fixed on the housing and by means of an engagement bearing (58, 68), a first radial bearing being coupled to an end of the input members (28, 38, 100) which faces away from the input shaft, in order to absorb both radial and axial forces (62, 72) during the actuation of the friction couplings (24, 26), the first piston/cylinder arrangement having a first cylinder which is connected rigidly to the hub which is fixed on the housing, the first piston/cylinder arrangement having, furthermore, a first piston which is mounted such that it can be displaced in the first cylinder in the axial direction, the outer side of the first piston being connected via a first engagement bearing to a first pressure plate, characterized in that the first pressure plate extends radially to the outside and has an axial section which is deigned to load the first friction coupling axially with a force.
A method of operating a driver-fatigue warning system suitable for use on an automated vehicle, said method comprising the steps of: detecting, with a speed-limit-detection-means, a speed-limit of a roadway traveled by a host-vehicle; detecting, with a speed-sensor, a speed of the host-vehicle; alerting, with an alert-device, an operator of the host-vehicle of driver-fatigue; and determining, with a controller in communication with the speed-limit-detection-means, the speed-sensor, and the alert-device, a change of the speed-limit of the roadway based on the speed-limit-detection-means; determining that a speed-change has occurred based on the speed-sensor when a variation in the speed is greater than a variation-threshold; not counting occurrences of the speed-change when an increase or decrease in the speed matches an increase or decrease in the speed-limit; and counting occurrences of the speed-change when the increase or decrease in the speed does not match the increase or decrease in the speed-limit; and activating the alert-device when a count of occurrences of the speed-change exceeds a change-threshold indicative of driver-fatigue. detecting, with a speed-limit-detection-means, a speed-limit of a roadway traveled by a host-vehicle; detecting, with a speed-sensor, a speed of the host-vehicle; alerting, with an alert-device, an operator of the host-vehicle of driver-fatigue; and determining, with a controller in communication with the speed-limit-detection-means, the speed-sensor, and the alert-device, a change of the speed-limit of the roadway based on the speed-limit-detection-means; determining that a speed-change has occurred based on the speed-sensor when a variation in the speed is greater than a variation-threshold; not counting occurrences of the speed-change when an increase or decrease in the speed matches an increase or decrease in the speed-limit; and counting occurrences of the speed-change when the increase or decrease in the speed does not match the increase or decrease in the speed-limit; and activating the alert-device when a count of occurrences of the speed-change exceeds a change-threshold indicative of driver-fatigue.
A method for diagnosing Niemann-Pick disease in a subject comprising a step a), wherein the step a) comprises detecting a biomarker in a sample from the subject, and a step b) wherein the step b) comprises determining a level of the biomarker present in the sample, wherein the biomarker is free lyso-sphingomyelin, and wherein the sample is selected from the group consisting of blood, whole blood, whole blood collected on a dry blood filter card, serum and plasma, wherein if the level of the biomarker in the sample from the subject is higher than a cut-off value, this is indicative that the subject is suffering from Niemann-Pick disease or is at risk of suffering from Niemann-Pick disease; wherein the method is for the diagnosis of Niemann-Pick disease type C carrier and the cut-off value is 6.5 ng/ml, or wherein the method is for the diagnosis of Niemann-Pick disease type C and the cut-off value is 9.23 ng/ml, or wherein the method is for the diagnosis of Niemann-Pick disease type A and/or B and the cut-off value is 59 ng/ml.
A portable terminal adapted to receive remote support from an operator terminal, the portable terminal communicatably connected with an electric appliance through a local area network and connected with the operator terminal and an operator server through a public line network, comprising: an electric appliance detection module adapted to detect an electric appliance connected with a local area network connected with the portable terminal, in response to an instruction from the operator terminal; an electric appliance determination module adapted to determine model related information of the detected electric appliance; and an operator assistance module adapted to enable a setting operation or a status viewing of the electric appliance through the operator terminal based on the determined model related information, characterized in that a remote support module is provided with the operator assistance module, wherein the operator assistance module is further adapted to transmit the determined model related information to the operator server and to access the electric appliance based on a setting page address transmitted from the operator server; and the portable terminal is further adapted to receive a setting page, to log on the setting page and to transmit the setting page to the operator server; whereby the operator assistance module is further adapted to enable, by a screen transfer function, viewing of the setting page; the portable terminal is further adapted to transmit input information from the operator terminal to the electric appliance to enable setting operation and to execute a command to set predetermined data received from the operator server in the electric appliance. an electric appliance detection module adapted to detect an electric appliance connected with a local area network connected with the portable terminal, in response to an instruction from the operator terminal; an electric appliance determination module adapted to determine model related information of the detected electric appliance; and an operator assistance module adapted to enable a setting operation or a status viewing of the electric appliance through the operator terminal based on the determined model related information, characterized in that a remote support module is provided with the operator assistance module, wherein the operator assistance module is further adapted to transmit the determined model related information to the operator server and to access the electric appliance based on a setting page address transmitted from the operator server; and the portable terminal is further adapted to receive a setting page, to log on the setting page and to transmit the setting page to the operator server; whereby the operator assistance module is further adapted to enable, by a screen transfer function, viewing of the setting page; the portable terminal is further adapted to transmit input information from the operator terminal to the electric appliance to enable setting operation and to execute a command to set predetermined data received from the operator server in the electric appliance.
An ascend system for ascending along a main cable, the ascend system comprising a back holding means for being made integral with a user 's back, a retaining means comprising a first end part and a second end part, the first end part being to be integral with the back holding means, the second end part comprising a lumen for receiving the main cable, so that the second end part can slide along the main cable, the retaining means further comprising a bar, the first end part being a portion of the bar for being integral with the back holding means, the second end part comprising a sliding device, the ascend system being characterised in that the bar extends from the first end part, along a substantially rectilinear direction, and then has a curvature, the bar extending above the user 's head when the first end part is integral with the back holding means, this back holding means being integral with the user 's back.
A compound comprising: - at least one antifouling moiety being di-(4-fluoro)phenylalanine (di- Phe), - at least one surface-adsorbing moiety being DOPA, and - at least one amino acid sequence promoting adherence of cells being RGD. - at least one antifouling moiety being di-(4-fluoro)phenylalanine (di- Phe), - at least one surface-adsorbing moiety being DOPA, and - at least one amino acid sequence promoting adherence of cells being RGD.
A method of processing a received signal in a receiver of a communication system, the received signal including an analog host signal having one or more digital sidebands associated therewith, the method comprising the step of: filtering the analog host signal in a bandreject filter arranged in an intermediate frequency processing stage of the receiver, the bandreject filter substantially attenuating the analog host signal while passing the one or more digital sidebands wherein at least one filter characteristic of the bandreject filter is adjusted based on feedback from a digital signal processing element in the receiver which processes the information associated with the one or more digital sidebands; CHARACTERIZED IN THAT the bandreject filter is arranged in the intermediate frequency processing stage between an output of an intermediate frequency bandpass filter and an input of an intermediate frequency buffer amplifier, wherein an output of the intermediate frequency buffer amplifier is used to control a gain of an automatic gain control amplifier such that an automatic gain control operating point is determined primarily by the one or more digital sidebands. filtering the analog host signal in a bandreject filter arranged in an intermediate frequency processing stage of the receiver, the bandreject filter substantially attenuating the analog host signal while passing the one or more digital sidebands wherein at least one filter characteristic of the bandreject filter is adjusted based on feedback from a digital signal processing element in the receiver which processes the information associated with the one or more digital sidebands; CHARACTERIZED IN THAT the bandreject filter is arranged in the intermediate frequency processing stage between an output of an intermediate frequency bandpass filter and an input of an intermediate frequency buffer amplifier, wherein an output of the intermediate frequency buffer amplifier is used to control a gain of an automatic gain control amplifier such that an automatic gain control operating point is determined primarily by the one or more digital sidebands.
A method for determining a source serving general packet radio service support node, SGSN, characterized by comprising: receiving, by a mobile switching center, MSC, a reverse single radio voice cell continuity, SRVCC, handover request; requesting, by the MSC, a user equipment, UE to send address information of a source SGSN; obtaining, by the MSC, the addressing information of the source SGSN through a non-access stratum, NAS, message sent by the UE; and sending, by the MSC, the addressing information of the source SGSN to a target mobility management entity, MME, or a target SGSN, so that the target MME or the target SGSN determines the source SGSN according to the addressing information of the source SGSN. receiving, by a mobile switching center, MSC, a reverse single radio voice cell continuity, SRVCC, handover request; requesting, by the MSC, a user equipment, UE to send address information of a source SGSN; obtaining, by the MSC, the addressing information of the source SGSN through a non-access stratum, NAS, message sent by the UE; and sending, by the MSC, the addressing information of the source SGSN to a target mobility management entity, MME, or a target SGSN, so that the target MME or the target SGSN determines the source SGSN according to the addressing information of the source SGSN.
A method of providing information about a plurality of entities within a cash processing centre, the method comprising: coupling a first entity with a first radio frequency identification device (RFID), the first entity comprising a container for storing or a securing means for securing one or more banknotes; using a processor to store data comprising the properties of the one or more banknotes and electronically associate the data with the said container or securing means; coupling a second entity with a second RFID, the second entity comprising a storage means for one or more containers or securing means; storing the container or securing means on or within the storage means; using the processor to read data associated with both the first and second RFIDs; using the processor to link data associated with the first RFID to data associated with the second RFID; and using the processor to retrieve information comprising cumulative properties of the banknotes stored on or within the storage means based on the linking. coupling a first entity with a first radio frequency identification device (RFID), the first entity comprising a container for storing or a securing means for securing one or more banknotes; using a processor to store data comprising the properties of the one or more banknotes and electronically associate the data with the said container or securing means; coupling a second entity with a second RFID, the second entity comprising a storage means for one or more containers or securing means; storing the container or securing means on or within the storage means; using the processor to read data associated with both the first and second RFIDs; using the processor to link data associated with the first RFID to data associated with the second RFID; and using the processor to retrieve information comprising cumulative properties of the banknotes stored on or within the storage means based on the linking.
A catheter comprising: an elongated body having a longitudinal axis; a distal assembly distal the elongated body, the distal assembly having a helical form comprising a proximal loop and a distal loop, and a shape-memory support member extending through at least the proximal loop; at least one irrigated ablation ring electrode mounted on proximal loop; and a control handle proximal the elongated body, wherein the proximal loop comprises a multi-lumened tubing; wherein the distal loop comprises a straight distal end section, wherein the distal loop and straight distal end section comprise a nonconductive tubing with a lumen into which the support member extends to help secure the distal loop to the proximal loop; the proximal loop has a lesser flexibility and the distal loop has a greater flexibility, characterized in that a proximal end of the nonconductive tubing is received in a trepanned distal end of the multi-lumened tubing and a sealant seals the lumens of the multi-lumened tubing at its distal end and attaches the nonconductive tubing to the multi-lumened tubing. an elongated body having a longitudinal axis; a distal assembly distal the elongated body, the distal assembly having a helical form comprising a proximal loop and a distal loop, and a shape-memory support member extending through at least the proximal loop; at least one irrigated ablation ring electrode mounted on proximal loop; and a control handle proximal the elongated body, wherein the proximal loop comprises a multi-lumened tubing; wherein the distal loop comprises a straight distal end section, wherein the distal loop and straight distal end section comprise a nonconductive tubing with a lumen into which the support member extends to help secure the distal loop to the proximal loop; the proximal loop has a lesser flexibility and the distal loop has a greater flexibility, characterized in that a proximal end of the nonconductive tubing is received in a trepanned distal end of the multi-lumened tubing and a sealant seals the lumens of the multi-lumened tubing at its distal end and attaches the nonconductive tubing to the multi-lumened tubing.
Cooling and/or heating device (10, 60) having a thermal or cooling unit (8a, 8b, 8c) or multiple thermal or cooling units (8a to 8c), having a line network with supply and return lines (14, 16; 68, 70), having multiple circuits (12a to 12c; 32 to 38; 74 to 78) connected to the supply and return lines (14, 16; 68, 70), having at least one valve (28, 88, 96) incorporated in each circuit, by way of which the volume flow through the circuits (12a to 12c; 32 to 38; 74 to 78) is able to be set, having a fluid as a heat-transfer medium or coolant in the line network, having at least one consumer in each circuit (12a to 12c; 32 to 38; 74 to 78), wherein the valves (28, 88, 96) are connected to a control unit for setting the passage openings of the valves (28, 88, 96), sensors are provided in the individual circuits (12a to 12c; 32 to 38; 74 to 78), the sensors are part of a regulating loop of the control unit, which, in a manner dependent on the signals sent by the sensors to the control unit, sets the valves (28, 88, 98) such that hydraulic balancing between the individual circuits (12a to 12c; 32 to 38; 74 to 78) is established, wherein the valve (28, 88, 96) which is connected to the control unit forms, in the circuit (12a to 12c; 32 to 38; 74 to 78), in the form of a settable valve, the sole passage limiting means of the circuit (12a to 12c; 32 to 38; 74 to 78) over a predetermined setting range of the valve (22, 88, 96) apart from the consumer, or the valves (28, 88, 96) which are connected to the control unit form, in the circuit (12a to 12c; 32 to 38; 74 to 78), in the form of settable valves, the sole passage limiting means of the circuit (12a to 12c; 32 to 38; 74 to 78) over a predetermined setting range of the valves apart from the consumer, characterized in that the control unit is configured for carrying out regulated hydraulic balancing in that the setting of the valves (28, 88, 96) is realized in temporal and, with respect to the extent of the setting of the passage opening of the valve (28, 88, 96), in predefined steps, and in that, in the circuit (12a to 12c; 32 to 38; 74 to 78), there is provided upstream and downstream of the consumer in each case one sensor.
A method for granting resources on a data channel to a wireless device operating with a short Transmission Time Interval, sTTI, the method being performed by a network node, the method comprising: transmitting, to the wireless device, a first control information message for the data channel; and transmitting, to the wireless device, a second control information message for the data channel, wherein the second control information message is decodable based on signalled information in the first control information message; wherein the second control information message has an aggregation level, AL, of Control Channel Elements, CCEs; wherein the signalled information in the first control information message comprises an indication of a set of frequency resources for the second control information message; and wherein the signalled information in the first control information message comprises an indication of an aggregation level of the second control information message. transmitting, to the wireless device, a first control information message for the data channel; and transmitting, to the wireless device, a second control information message for the data channel, wherein the second control information message is decodable based on signalled information in the first control information message; wherein the second control information message has an aggregation level, AL, of Control Channel Elements, CCEs; wherein the signalled information in the first control information message comprises an indication of a set of frequency resources for the second control information message; and wherein the signalled information in the first control information message comprises an indication of an aggregation level of the second control information message. wherein the second control information message has an aggregation level, AL, of Control Channel Elements, CCEs; wherein the signalled information in the first control information message comprises an indication of a set of frequency resources for the second control information message; and wherein the signalled information in the first control information message comprises an indication of an aggregation level of the second control information message.