mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a first terminal in a wireless communication system, the method comprising: identifying a number of symbols for physical sidelink shared channel, PSSCH, transmission and a number of symbols for PSSCH demodulation reference signal, DMRS; transmitting, to a second terminal, sidelink control information, SCI, for scheduling the PSSCH transmission, the SCI including DMRS pattern information identified based on the number of symbols for the PSSCH DMRS; and transmitting, to the second terminal, the PSSCH DMRS at a position identified based on the SCI, wherein a symbol index of the position at which the PSSCH DMRS is transmitted is identified by one of a plurality of index groups included in a first index group for a number of symbols for a physical sidelink control channel, PSCCH, through which the SCI is transmitted being 2 and a second index group for the number of symbols for the PSCCH through which the SCI is transmitted being 3, and wherein, in case that a number of symbols of the PSSCH DMRS is 2, the first index group includes {1, 5}, {3, 8}, and {3, 10} and the second index group includes {1, 5}, {4, 8}, and {4, 10}. identifying a number of symbols for physical sidelink shared channel, PSSCH, transmission and a number of symbols for PSSCH demodulation reference signal, DMRS; transmitting, to a second terminal, sidelink control information, SCI, for scheduling the PSSCH transmission, the SCI including DMRS pattern information identified based on the number of symbols for the PSSCH DMRS; and transmitting, to the second terminal, the PSSCH DMRS at a position identified based on the SCI, wherein a symbol index of the position at which the PSSCH DMRS is transmitted is identified by one of a plurality of index groups included in a first index group for a number of symbols for a physical sidelink control channel, PSCCH, through which the SCI is transmitted being 2 and a second index group for the number of symbols for the PSCCH through which the SCI is transmitted being 3, and wherein, in case that a number of symbols of the PSSCH DMRS is 2, the first index group includes {1, 5}, {3, 8}, and {3, 10} and the second index group includes {1, 5}, {4, 8}, and {4, 10}.
An electric-motor furniture drive having a power supply device, a manual control, and a network circuit breaker device, which is switchable from a turned-off state into a turned-on state and back, for adjusting movable furniture parts relative to one another, wherein the electric-motor furniture drive has at least one electric motor, which is reversible in the rotational direction, wherein a speed reduction gear is connected downstream from each electric motor and wherein a further gear is connected downstream from each speed reduction gear, and wherein the power supply device has a network terminal, which is implemented as connectable to the network by the network circuit breaker device, wherein the power supply device transforms the network-side input voltage into at least one output-side low voltage, and has a disconnection transformer or a transformer unit for the electrical disconnection between the network-connected input side and the low-voltage-providing output side for operating the electric-motor furniture drive, wherein the network circuit breaker device has an auxiliary supply device, at least one network disconnection switch, which is open in the turned-off state and closed in the turned-on state, and a chargeable auxiliary power store, characterized in that the auxiliary power store is decoupled from the power supply device, is connected to the auxiliary supply device, and is chargeable by the auxiliary supply device.
An activatable quality label, operative to provide an indication of exceedance of a temperature threshold following activation thereof at a temperature less than or equal to an activation temperature, comprising: a readable indicator, located on said quality label and operative, following activation of said quality label at or below said activation temperature, to readably indicate exceedance of said temperature threshold; an actuator element, operative to activate said quality label; and characterized by indicia,,,,(650,660) at least partially formed by thermochromic ink, said thermochromic ink having a first visual appearance at temperatures less than or equal to said activation temperature and a second visual appearance at temperatures above said activation temperature, such that a visual appearance of said indicia is indicative of whether said quality label is at a temperature less than or equal to said activation temperature and hence may be activated. a readable indicator, located on said quality label and operative, following activation of said quality label at or below said activation temperature, to readably indicate exceedance of said temperature threshold; an actuator element, operative to activate said quality label; and characterized by indicia,,,,(650,660) at least partially formed by thermochromic ink, said thermochromic ink having a first visual appearance at temperatures less than or equal to said activation temperature and a second visual appearance at temperatures above said activation temperature, such that a visual appearance of said indicia is indicative of whether said quality label is at a temperature less than or equal to said activation temperature and hence may be activated.
System for a vehicle, the system comprising at least one detector for radiation in the visible and / or the infrared portion of the electromagnetic spectrum; at least one sensor, the at least one sensor including at least one sensor for vibration and / or acceleration; characterised by a control and evaluation unit connected to the at least one detector and the at least one sensor, configured to receive and evaluate signals from the at least one detector; and the control and evaluation unit further configured to activate the at least one sensor if the control and evaluation unit determines from the signals received from the at least one detector that an entity is approaching the vehicle. at least one detector for radiation in the visible and / or the infrared portion of the electromagnetic spectrum; at least one sensor, the at least one sensor including at least one sensor for vibration and / or acceleration; characterised by a control and evaluation unit connected to the at least one detector and the at least one sensor, configured to receive and evaluate signals from the at least one detector; and the control and evaluation unit further configured to activate the at least one sensor if the control and evaluation unit determines from the signals received from the at least one detector that an entity is approaching the vehicle.
An electrolytic hard gold plating solution comprising: a gold cyanide salt at a gold ion concentration in the electrolytic hard gold plating solution of 0.1 to 20 g/L; 0.01 to 10 g/L of a cobalt salt and/or a nickel salt; 10 to 200 g/L of an organic acid conductive salt; 1 to 50 g/L of formic acid, glycolic acid, lactic acid, oxybenzoic acid, oxalic acid, malonic acid, succinic acid, malic acid, tartaric acid, phthalic acid, diglycolic acid, citric acid, and salts thereof; and a displacement inhibitor, characterized in that the displacement inhibitor is 2-mercapto-1-methylimidazole. a gold cyanide salt at a gold ion concentration in the electrolytic hard gold plating solution of 0.1 to 20 g/L; 0.01 to 10 g/L of a cobalt salt and/or a nickel salt; 10 to 200 g/L of an organic acid conductive salt; 1 to 50 g/L of formic acid, glycolic acid, lactic acid, oxybenzoic acid, oxalic acid, malonic acid, succinic acid, malic acid, tartaric acid, phthalic acid, diglycolic acid, citric acid, and salts thereof; and a displacement inhibitor, characterized in that the displacement inhibitor is 2-mercapto-1-methylimidazole.
A method for providing an integrated natural language voice services system, the integrated voice services system comprising a plurality of voice-enabled devices, the plurality of voice-enabled devices including an input device that receives a natural language input, a central device communicatively coupled to the input device, and one or more secondary devices communicatively coupled to the central device, each of the input device, the central device, and the one or more secondary devices having intent determination capabilities for processing natural language inputs, the method comprising: receiving, at the input device, the natural language input; communicating, by the input device, the natural language input to the central device; aggregating, at the central device, the intent determination capabilities of the input device and the one or more secondary devices; determining, at the central device, an intent of the natural language input received at the input device based on the aggregated intent determination capabilities; receiving, at the input device, the determined intent of the natural language input; and invoking at least one action at one or more of the input device, the central device, or the secondary devices based on the determined intent. receiving, at the input device, the natural language input; communicating, by the input device, the natural language input to the central device; aggregating, at the central device, the intent determination capabilities of the input device and the one or more secondary devices; determining, at the central device, an intent of the natural language input received at the input device based on the aggregated intent determination capabilities; receiving, at the input device, the determined intent of the natural language input; and invoking at least one action at one or more of the input device, the central device, or the secondary devices based on the determined intent.
Instrument panel for a vehicle, with an instrument-panel upper part and a frame-like basic body which can be mounted on a module crossmember of the vehicle bodyshell, which basic body has receptacles for fitting with functional elements, and bounds at least one air duct of a vehicle ventilation system, in particular a defrost duct running along the windscreen in the transverse direction (y) of the vehicle, wherein an airbag arrangement is integrated on the front passenger's side of the instrument panel and has an ejection channel guided as far as the instrument-panel upper part and an airbag module mounted on an ejection channel wall, characterized in that the basic body has at least one supporting portion (36, 37, 38) on which the ejection channel wall is supported, wherein the ejection channel wall is in loose, rattle-free contact, in particular in linear contact, with the supporting portion of the basic body.
An aerosol generating article comprising: a first portion including an aerosol generating element; a second portion including a cooling element; a third portion including a tobacco element; and a fourth portion including a filter element, wherein the first portion, the second portion, the third portion, and the fourth portion are sequentially arranged in a longitudinal direction of the aerosol generating article. a first portion including an aerosol generating element; a second portion including a cooling element; a third portion including a tobacco element; and a fourth portion including a filter element, wherein the first portion, the second portion, the third portion, and the fourth portion are sequentially arranged in a longitudinal direction of the aerosol generating article.
An aseptic filling machine for bottles that comprises at least a sterilizing portion, a filling portion and a sealing portion, wherein a discharge portion chamber that shields a discharge portion including a discharging apparatus that discharges bottles after sealing from an aseptic zone to a non-aseptic zone is provided downstream of the sealing portion, wherein the discharge portion is configured such that a sealed bottle is on a discharging conveyor, placeable and characterised in that the discharge portion chamber comprises a sterilizer spraying nozzle that sprays sterilizer into the discharge portion chamber, and an aseptic air supplying apparatus that supplies aseptic air into the discharge portion chamber. wherein a discharge portion chamber that shields a discharge portion including a discharging apparatus that discharges bottles after sealing from an aseptic zone to a non-aseptic zone is provided downstream of the sealing portion, wherein the discharge portion is configured such that a sealed bottle is on a discharging conveyor, placeable and characterised in that the discharge portion chamber comprises a sterilizer spraying nozzle that sprays sterilizer into the discharge portion chamber, and an aseptic air supplying apparatus that supplies aseptic air into the discharge portion chamber.
An apparatus for position sensing, comprising: a probe (12, 38), comprising at least one probe electrode (22, 24, 26), which is adapted to be inserted into a body of a subject; a plurality of body surface electrodes (28, 36), which are adapted to be fixed to a surface of the body at respective locations; a controller, which is adapted to be coupled to the probe and to the body surface electrodes for passing electrical currents through the body between the at least one probe electrode and the plurality of body surface electrodes, and to iteratively determine position coordinates of the probe by measuring respective characteristics of the currents passing through the plurality of body surface electrodes; and a processor operative to perform the steps of: creating a subject-specific skeletal model of the body by registering reference locations corresponding to known subject-specific anatomical landmarks; in the model defining an intended path of the probe within the body that leads from a point of insertion of the probe to a target; tracking in the model an actual path of the probe during insertion thereof using the iteratively determined position coordinates; and determining whether the actual path corresponds to the intended path. a probe (12, 38), comprising at least one probe electrode (22, 24, 26), which is adapted to be inserted into a body of a subject; a plurality of body surface electrodes (28, 36), which are adapted to be fixed to a surface of the body at respective locations; a controller, which is adapted to be coupled to the probe and to the body surface electrodes for passing electrical currents through the body between the at least one probe electrode and the plurality of body surface electrodes, and to iteratively determine position coordinates of the probe by measuring respective characteristics of the currents passing through the plurality of body surface electrodes; and a processor operative to perform the steps of: creating a subject-specific skeletal model of the body by registering reference locations corresponding to known subject-specific anatomical landmarks; in the model defining an intended path of the probe within the body that leads from a point of insertion of the probe to a target; tracking in the model an actual path of the probe during insertion thereof using the iteratively determined position coordinates; and determining whether the actual path corresponds to the intended path. creating a subject-specific skeletal model of the body by registering reference locations corresponding to known subject-specific anatomical landmarks; in the model defining an intended path of the probe within the body that leads from a point of insertion of the probe to a target; tracking in the model an actual path of the probe during insertion thereof using the iteratively determined position coordinates; and determining whether the actual path corresponds to the intended path.
A circuit breaker comprising: at least two contacts (1, 2) movable in relation to each other and defining a quenching region in which an arc is formed during a current breaking operation, a pressurization chamber designed such that a quenching gas contained therein is pressurized during a current breaking operation, and a nozzle arrangement designed to blow an arc in the quenching region using the quenching gas flowing out from the pressurization chamber, said nozzle arrangement comprising at least one nozzle (61, 62) defining a nozzle channel, which during a current breaking operation is connected to the pressurization chamber by a pressurization chamber outflow channel, the narrowest passage of the pressurization chamber outflow channel to be passed by the outflowing quenching gas defining a pressurization chamber outflow limiting area A pc, and the narrowest passage of the nozzle channel to be passed by the outflowing quenching gas defining a nozzle outflow limiting area A n, the smaller area of which defining an absolute outflow limiting area A, characterised by the quenching gas having a global warming potential lower than the one of SF 6 over an interval of 100 years, wherein the ratio of the pressurization chamber outflow limiting area A pc to the nozzle outflow limiting area A n ranges from 0.2:1 to 0.9:1, wherein the quenching gas comprises at least one gas component selected from the group consisting of CO 2, O 2, N 2, H 2, air, N 2 O, CH 4, and mixtures thereof. at least two contacts (1, 2) movable in relation to each other and defining a quenching region in which an arc is formed during a current breaking operation, a pressurization chamber designed such that a quenching gas contained therein is pressurized during a current breaking operation, and a nozzle arrangement designed to blow an arc in the quenching region using the quenching gas flowing out from the pressurization chamber, said nozzle arrangement comprising at least one nozzle (61, 62) defining a nozzle channel, which during a current breaking operation is connected to the pressurization chamber by a pressurization chamber outflow channel, the narrowest passage of the pressurization chamber outflow channel to be passed by the outflowing quenching gas defining a pressurization chamber outflow limiting area A pc, and the narrowest passage of the nozzle channel to be passed by the outflowing quenching gas defining a nozzle outflow limiting area A n, the smaller area of which defining an absolute outflow limiting area A, characterised by the quenching gas having a global warming potential lower than the one of SF 6 over an interval of 100 years, wherein the ratio of the pressurization chamber outflow limiting area A pc to the nozzle outflow limiting area A n ranges from 0.2:1 to 0.9:1, wherein the quenching gas comprises at least one gas component selected from the group consisting of CO 2, O 2, N 2, H 2, air, N 2 O, CH 4, and mixtures thereof.
A method for controlling an ultrasonic motor (5, 12) adapted to drive a rotary shaft (6, 11) of a surveying instrument in response to a drive signal, characterized in that in a low-speed rotation range of the ultrasonic motor, a ratio of an acceleration period (Ta) as a time of application of the drive signal in a control cycle is controlled, and 0th to k-1-th sections are set by dividing the control cycle by k, wherein k is a natural number not less than 2, a starting time of the acceleration period is set in any of the sections, and the starting time is regularly shifted by one section for consecutive control cycles. in a low-speed rotation range of the ultrasonic motor, a ratio of an acceleration period (Ta) as a time of application of the drive signal in a control cycle is controlled, and 0th to k-1-th sections are set by dividing the control cycle by k, wherein k is a natural number not less than 2, a starting time of the acceleration period is set in any of the sections, and the starting time is regularly shifted by one section for consecutive control cycles.
A customized track for driving a race car (10, 20) not provided with power device, using gravity, wherein a starting point of the track is located at a site that is higher than an ending point of the track, wherein a length, a slope, a radius of rotation, and a super elevation of the track are designed to drive the race car (10, 20) at at least one of a predetermined longitudinal acceleration and a predetermined transverse acceleration corresponding to a difficulty level, characterized by the fact that the track includes a first lane including a first curved lane; and a second lane including a second curved lane having a same center as the first curved lane, wherein the first curved lane has a first super elevation that allows the first lane to have a first difficulty level, wherein the second curved lane has a second super elevation that allows the second lane to have a second difficulty level, wherein the slopes that allow driving of the race car (10, 20) using gravity from the starting point to the ending point of the track are provided at least a portion of each of the first and second lanes of the track, wherein the first difficulty level and the second difficulty level are determined by at least one of the longitudinal acceleration and the transverse acceleration that is applied to the race car when the race car travels respectively on the first curved lane and the second curved lane by using the slopes of the first curved lane and the second curved lane, and wherein the super elevation i of the first curved lane or the second curved lane is determined by the following equation when a speed at which the race car (10, 20) that performs the driving enters the first curved lane or the second curved lane is v, the radius of rotation of the first curved lane or the second curved lane is r, and the transverse acceleration applied to the race car (10, 20) that performs the non-powered driving on the first curved lane or the second curved lane is a, i = v 2 127 r − a
A drive control method of hydraulic actuator for construction machine, including an electronic swing operation lever; an electronic working device operation lever; a variable displacement hydraulic pump; a swing motor and a hydraulic cylinder that is driven by hydraulic fluid of the hydraulic pump; first electric proportional control valves a (55,56,57,58) at an inlet line and an outlet line of the swing motor for supplying and discharging the hydraulic fluid of the hydraulic pump, respectively; second electric proportional control valves (59,60,61,62) at an inlet line and an outlet line of the hydraulic cylinder for supplying and discharging the hydraulic fluid of the hydraulic pump, respectively; and a controller which operation signals are inputted by operating the swing operation lever and the working device operation lever, the method comprising; a step of judging whether or not the swing operation lever and the working device operation lever are in combined operations; a step of calculating a required pressure of the hydraulic cylinder corresponding to the operation amount of the swing operation lever; a step of calculating a required flow rate of the hydraulic cylinder corresponding to the operation amount of the working device operation lever, and a required flow rate of the swing motor corresponding to the operation amount of the swing operation lever; a step of calculating valve opening areas of the first and second electric proportional control valves at the inlet and outlet lines of the hydraulic cylinder or the swing motor using the required pressure and flow rate of the hydraulic cylinder and the swing motor, respectively; and, a step of calculating electric current values inputted to the first and second proportional control valves at the inlet and outlet lines by comparing the valve opening areas of the first and second electric proportional control valves at the inlet and outlet lines with a predetermined data or a value of data table, respectively.
A composition comprising a plurality of at least 30 or 40 different antigenic peptides, wherein each one of said different antigenic peptides comprises one or more HLA-binding epitopes of a different HSV-2 herpesvirus peptide selected from among HSV-2 herpesvirus peptides differing in amino acid sequence, the amino acid sequence of each HSV-2 herpesvirus peptide selected from the group consisting of SEQ ID NO: 1 to 49.
A nucleic acid comprising the nucleotide sequence of SEQ ID NO: 1 or a nucleic acid comprising the nucleotide sequence complementary to the nucleotide sequence of SEQ ID NO: 1.