mhurhangee/ep-ind-claims huggingface dataset:
A transmission method in a wireless communication system, comprising: - selecting K number of data streams for transmission, wherein each data stream comprises one or more data messages; and independently for each data stream k = 0,..., K - 1: - encoding and modulating the one or more data messages of the k -th data stream using a Trellis Coded Modulation, TCM, scheme TCM k, - interleaving the encoded and modulated one or more data messages of the k -th data stream by using a stream specific interleaver Π k, - scrambling the interleaved one or more data messages of the k -th data stream by using a stream specific scrambling sequence; - combining all scrambled data messages of the K number of data streams into at least one transmission signal s ( l); and - transmitting the at least one transmission signal s ( l) over a radio channel of the wireless communication system; wherein the K number of data streams is selected from a set of Z > K data streams based on a channel quality of the radio channel; and wherein the number of selected streams is K ≥ 2. - selecting K number of data streams for transmission, wherein each data stream comprises one or more data messages; and independently for each data stream k = 0,..., K - 1: - encoding and modulating the one or more data messages of the k -th data stream using a Trellis Coded Modulation, TCM, scheme TCM k, - interleaving the encoded and modulated one or more data messages of the k -th data stream by using a stream specific interleaver Π k, - scrambling the interleaved one or more data messages of the k -th data stream by using a stream specific scrambling sequence; - encoding and modulating the one or more data messages of the k -th data stream using a Trellis Coded Modulation, TCM, scheme TCM k, - interleaving the encoded and modulated one or more data messages of the k -th data stream by using a stream specific interleaver Π k, - scrambling the interleaved one or more data messages of the k -th data stream by using a stream specific scrambling sequence; - combining all scrambled data messages of the K number of data streams into at least one transmission signal s ( l); and - transmitting the at least one transmission signal s ( l) over a radio channel of the wireless communication system; wherein the K number of data streams is selected from a set of Z > K data streams based on a channel quality of the radio channel; and wherein the number of selected streams is K ≥ 2.
A method of wireless communications using a mobile device, comprising: determining that a handover from a first base station (105-a) to a second base station (105-b) has occurred; and characterized by delaying transmission of a scheduling request to the second base station (105-b) for a predetermined time period based at least on determining an absence, at the mobile device, of receipt of a Master Information Block, MIB, from the second base station (105-b) following the handover. determining that a handover from a first base station (105-a) to a second base station (105-b) has occurred; and characterized by delaying transmission of a scheduling request to the second base station (105-b) for a predetermined time period based at least on determining an absence, at the mobile device, of receipt of a Master Information Block, MIB, from the second base station (105-b) following the handover.
Cooking hob, in particular induction cooking hob, comprising a cooking hob plate and a housing disposed underneath for accommodating functional units of the cooking hob, wherein on a bottom side of the cooking hob plate two opposite fastening rails (15a, 15b) are fixedly arranged, wherein a first fastening rail includes a U-shaped groove extending along the length thereof, said groove being open in a direction parallel to the cooking hob plate, wherein the housing has on one side a longitudinal lug or a longitudinal outer edge and projects into the U-shaped groove of the first fastening rail with the longitudinal lug or the longitudinal outer edge, wherein the clear height of the U-shaped groove is at least somewhat greater than the height of the inserted longitudinal lug or the longitudinal outer edge, characterized in that the second fastening rail is configured for fastening the housing applied from the underside by means of removable fastening means, wherein the housing is applied directly to an underside of the second fastening rail and contacts the latter, wherein the removable fastening means are provided for the second fastening rail.
A method comprising: receiving, by a controller and from a plurality of network devices (204A,..., 204N) of a software defined wide area network, SD-WAN, a metric for each link connected to the plurality of network devices, wherein the metric is associated with an application or application-group; computing, by the controller and based on an aggregate of the metric received from each of the plurality for network devices, a recommended service level agreement, SLA, metric for the application or application-group, wherein computing the recommended SLA metric comprises determining a mean of the aggregate of the SLA metric received from each of the plurality of network devices; and sending, by the controller, the recommended SLA metric to each of the plurality of network devices to cause each of the plurality of network devices to compute an intent-based SLA metric used to select a path to send traffic from the application or application-group, wherein the intent-based SLA metric is computed based on the recommended SLA metric, one or more characteristics of the one or more links connected to a given network device of the plurality of network devices, and a user-configured intent model that defines a tolerance level to apply the recommended SLA metric. receiving, by a controller and from a plurality of network devices (204A,..., 204N) of a software defined wide area network, SD-WAN, a metric for each link connected to the plurality of network devices, wherein the metric is associated with an application or application-group; computing, by the controller and based on an aggregate of the metric received from each of the plurality for network devices, a recommended service level agreement, SLA, metric for the application or application-group, wherein computing the recommended SLA metric comprises determining a mean of the aggregate of the SLA metric received from each of the plurality of network devices; and sending, by the controller, the recommended SLA metric to each of the plurality of network devices to cause each of the plurality of network devices to compute an intent-based SLA metric used to select a path to send traffic from the application or application-group, wherein the intent-based SLA metric is computed based on the recommended SLA metric, one or more characteristics of the one or more links connected to a given network device of the plurality of network devices, and a user-configured intent model that defines a tolerance level to apply the recommended SLA metric.
A method for carrying out nucleic acid sequence analysis, said method comprising: a. Providing a double stranded nucleic acid having two complementary strands; b. Fragmenting said double stranded nucleic acid into double stranded nucleic acid fragments; c. Connecting the two complementary strands of the double stranded nucleic acid fragments prepared in step (b) with a linking oligonucleotide, wherein the 3' end of one complementary strand is linked to the 5' end of the other complementary strand via the linking oligonucleotide in each double stranded nucleic acid fragment, whereby the linking oligonucleotide provides a single stranded portion of the resulting linked nucleic acid fragments; d. Determining the consensus sequence of each double stranded nucleic acid fragment from the sequences of the two complementary strands by single-molecule sequencing of the linked nucleic acid fragments. a. Providing a double stranded nucleic acid having two complementary strands; b. Fragmenting said double stranded nucleic acid into double stranded nucleic acid fragments; c. Connecting the two complementary strands of the double stranded nucleic acid fragments prepared in step (b) with a linking oligonucleotide, wherein the 3' end of one complementary strand is linked to the 5' end of the other complementary strand via the linking oligonucleotide in each double stranded nucleic acid fragment, whereby the linking oligonucleotide provides a single stranded portion of the resulting linked nucleic acid fragments; d. Determining the consensus sequence of each double stranded nucleic acid fragment from the sequences of the two complementary strands by single-molecule sequencing of the linked nucleic acid fragments.
A sensor system, comprising: a sensor device including a sensor array configured to produce sensor data; a flow cell in fluid communication with the sensor array; wherein the sensor system is configured to apply a sequence of alternating flows of a reactant solution and a wash solution through the flow cell; bias circuitry (525, 535) to apply bias arrangements to the sensor array to produce the sensor data; peripheral circuitry coupled to the bias circuitry (525, 535), said peripheral circuitry including a sequencer (522, 532) configured to operate the peripheral circuitry in an active mode for a first number of frames of the sensor data in a time interval overlapping with the flow of reactant solution followed by an idle mode for a second number of frames of the sensor data in a time interval overlapping with the flow of wash solution. a sensor device including a sensor array configured to produce sensor data; a flow cell in fluid communication with the sensor array; wherein the sensor system is configured to apply a sequence of alternating flows of a reactant solution and a wash solution through the flow cell; bias circuitry (525, 535) to apply bias arrangements to the sensor array to produce the sensor data; peripheral circuitry coupled to the bias circuitry (525, 535), said peripheral circuitry including a sequencer (522, 532) configured to operate the peripheral circuitry in an active mode for a first number of frames of the sensor data in a time interval overlapping with the flow of reactant solution followed by an idle mode for a second number of frames of the sensor data in a time interval overlapping with the flow of wash solution.
Polymer compositions with improved lacquer adhesion containing A) 40 to 62 parts by wt. of at least one polymer chosen from the group of aromatic polycarbonates and aromatic polyester carbonates, B) 14 to 20 parts by wt. of at least one rubber-free and/or rubber-modified vinyl (co)polymer, the rubber-modified vinyl (co)polymers being prepared in the bulk, solution or suspension polymerization process, C) 4 to 10 parts by wt. of at least one rubber-modified vinyl (co)polymer prepared in the emulsion polymerization process, D) 4 to 10 parts by wt. of polybutylene terephthalate, E) 15 to 25 parts by wt. of talc F) 0.3 to 5.0 parts by wt. of at least one polymer additive, wherein the sum of the parts by weight of components A+B+C+D+E+F in the composition is 100. A) 40 to 62 parts by wt. of at least one polymer chosen from the group of aromatic polycarbonates and aromatic polyester carbonates, B) 14 to 20 parts by wt. of at least one rubber-free and/or rubber-modified vinyl (co)polymer, the rubber-modified vinyl (co)polymers being prepared in the bulk, solution or suspension polymerization process, C) 4 to 10 parts by wt. of at least one rubber-modified vinyl (co)polymer prepared in the emulsion polymerization process, D) 4 to 10 parts by wt. of polybutylene terephthalate, E) 15 to 25 parts by wt. of talc F) 0.3 to 5.0 parts by wt. of at least one polymer additive,
A method for dual-homing protection switching applied in a Virtual Private Lan Service, VPLS environment, characterized in that comprising: starting an Operation, Administration and Maintenance,, OAM, function between a Customer Edge, CE and Provider Edge, PE, and starting a Multi-chassis Link Aggregation Group, MC-LAG, function on the CE; the PE, judging a bidirectional forwarding detection, BFD, state of a Pseudo Wire, PW; when the BFD state of the PW is DOWN, the PE disenabling Ethernet Operation, Administration, Maintenance, OAM, function of a port connected with the CE; the CE judging an Ethernet OAM state; when the OAM state is UP, entering a preset VPLS processing flow; when the OAM state is DOWN, the CE on which the Multi-chassis Link Aggregation Group function is started, having a master and standby link switching function, switching service traffic from the master link to the standby link. starting an Operation, Administration and Maintenance,, OAM, function between a Customer Edge, CE and Provider Edge, PE, and starting a Multi-chassis Link Aggregation Group, MC-LAG, function on the CE; the PE, judging a bidirectional forwarding detection, BFD, state of a Pseudo Wire, PW; when the BFD state of the PW is DOWN, the PE disenabling Ethernet Operation, Administration, Maintenance, OAM, function of a port connected with the CE; the CE judging an Ethernet OAM state; when the OAM state is UP, entering a preset VPLS processing flow; when the OAM state is DOWN, the CE on which the Multi-chassis Link Aggregation Group function is started, having a master and standby link switching function, switching service traffic from the master link to the standby link.
A method for access to a medium by a multi-channel device, which medium comprises a transmission system having at least two channels (ch1 - ch6) on which a message to be transmitted comprises at least a preamble and a header plus a succeeding control or data section, wherein the channels (ch1 ch6) are channel-grouped for increased bandwidth and the control or data section is transmitted using the channel-grouped channels (ch1 - ch6) and wherein the preamble and header of the message are repeated on all the channels.
A cervical collar having an anterior component arranged for connecting to a posterior component, the anterior component comprising: a main support having an arcuate configuration arranged to extend about a mandible of a user; an upper support received by the main support, the upper support arranged to be fitted against a user's chin; a lower support hingedly connected to the main support at first and second end portions (40, 42) of the anterior component, the lower support having an arcuate configuration contoured for being adapted for securing against a sternum of a user; a lock mechanism arranged for locking rotation of the lower support relative to the main support simultaneously at the first and second end portions (40, 42) such that the first and second end portions (40, 42) are coaxial relative to one another, the lock mechanism including an actuator for adjusting the lock mechanism from locked to unlocked condition the actuator being rotatably mounted on and resiliently or spring biased against the main support, such that it may be activated under force to an unlocked condition whereby such force returns the actuator to a predetermined locked condition; an elongate element operatively connected to the lock mechanism, the elongate element being arcuate and located along an inner side of the main support and extending to the first and second end portions (40, 42) such that actuation of the lock mechanism moves the elongate element relative to the first and second end portions (40, 42) to lock and unlock the main support relative to the lower support. a main support having an arcuate configuration arranged to extend about a mandible of a user; an upper support received by the main support, the upper support arranged to be fitted against a user's chin; a lower support hingedly connected to the main support at first and second end portions (40, 42) of the anterior component, the lower support having an arcuate configuration contoured for being adapted for securing against a sternum of a user; a lock mechanism arranged for locking rotation of the lower support relative to the main support simultaneously at the first and second end portions (40, 42) such that the first and second end portions (40, 42) are coaxial relative to one another, the lock mechanism including an actuator for adjusting the lock mechanism from locked to unlocked condition the actuator being rotatably mounted on and resiliently or spring biased against the main support, such that it may be activated under force to an unlocked condition whereby such force returns the actuator to a predetermined locked condition; an elongate element operatively connected to the lock mechanism, the elongate element being arcuate and located along an inner side of the main support and extending to the first and second end portions (40, 42) such that actuation of the lock mechanism moves the elongate element relative to the first and second end portions (40, 42) to lock and unlock the main support relative to the lower support.
Relaying method implemented by a half-duplex relay intended for a telecommunications system comprising several sources, the relay and a recipient, comprising: - a phase for receiving code words transmitted by the sources during N uses of the channel, the successive code words transmitted by a source corresponding to B blocks whose first block may be decoded independently of the other blocks, comprising a decoding step for estimating per source, from code words received, a message associated with the code words (c s) transmitted by the source, - a step for error detection and for decision by the relay for the messages decoded without errors and - a phase for coding and for transmission to the recipient of a signal representative only of the messages decoded without error, characterized in that the relay goes from a non-selective reception to a selective reception after the receipt of B1 blocks and switches from the reception phase to the coding and transmission phase under the control of the error detection and decision step, 1 ≤ B1 < B - 1, B > 2. - a phase for receiving code words transmitted by the sources during N uses of the channel, the successive code words transmitted by a source corresponding to B blocks whose first block may be decoded independently of the other blocks, comprising a decoding step for estimating per source, from code words received, a message associated with the code words (c s) transmitted by the source, - a step for error detection and for decision by the relay for the messages decoded without errors and - a phase for coding and for transmission to the recipient of a signal representative only of the messages decoded without error,
Method for recording and evaluating metabolic processes by means of a determination of the gastric emptying time or by means of a determination of the interaction of medicaments in the polymedication via a determination of the gastric emptying time with the aid of isotope-specific analysis, in which method the gastric emptying times are determined by means of the quotient of the 13CO2 concentration and 12CO2 concentration in the test subject expiration air, wherein the 13 C respiratory gas value of the test subject is determined and stored by means of non-dispersive infrared spectroscopy in a continuous, online and periodic manner, with a period which is distinctly shorter than the biological half-life of changes in metabolism or concentrations in the pools of circulating blood, and wherein a kinetic evaluation of the respiratory gas values is replaced or supplemented by a balance-oriented evaluation, by using a cumulative amount of 13CO2 which has been breathed out up to a particular time point after administration of a test substance as an indicator for the amount of test substance which is released into the intestine from the stomach up to said time point, wherein the gastric emptying times are determined by capturing not only the 13CO2 enrichment in the respiratory gas but also the time-triggered absolute amount of breathed-out total CO2 up to said time point, and wherein, from said determined gastric emptying times and further captured status data, gastric emptying and absorption across the intestine are, via computational models, determined and captured separately and indicator variables are generated for gastric emptying and intestinal absorption.
A system for monitoring a patient's vital sign, the system comprising: a pressure-delivery system for applying a variable pressure to the patient's arm; a pressure sensor for measuring a time-dependent pressure waveform representing the pressure applied to the patient's arm; an optical sensor configured to attach to the patient and generate a time-dependent optical waveform representing a flow of blood within the patient; an electrode system configured to attach to the patient and generate a time-dependent electrical waveform representing activity of the patient's heart; and a processing component programmed to: i) determine a pulse transit time which is a measure of a separation in time of a first feature of the time-dependent electrical waveform and a second feature of the time-dependent optical waveform; ii) determine a variation in the pulse transit time as a function of the pressure applied to the patient's arm by the pressure-delivery system; iii) determine from the time- dependent pressure waveform a first value of a mean arterial pressure; and iv) determine from the pres sure-dependent variation of pulse transit time and the first value of the mean arterial pressure a relationship specifying how the mean arterial pressure varies as a function of pulse transit time, wherein the processing component is further programmed to use the relationship to determine the value of the mean arterial pressure based on a measured pulse transit time for the patient, wherein the measured pulse transit time is obtained during a pressure free phase of operation in which the pressure-delivery system applies no pressure to the patient's arm. i) determine a pulse transit time which is a measure of a separation in time of a first feature of the time-dependent electrical waveform and a second feature of the time-dependent optical waveform; ii) determine a variation in the pulse transit time as a function of the pressure applied to the patient's arm by the pressure-delivery system; iii) determine from the time- dependent pressure waveform a first value of a mean arterial pressure; and iv) determine from the pres sure-dependent variation of pulse transit time and the first value of the mean arterial pressure a relationship specifying how the mean arterial pressure varies as a function of pulse transit time,