mhurhangee/ep-ind-claims huggingface dataset:
An apparatus to be implemented in a user equipment, UE, residing in a cell included in a cell cluster, the apparatus comprising: transceiver circuitry configured to receive a discovery signal from a node associated with the cell, the discovery signal to include a base sequence that distinguishes the cell cluster that includes the cell from other cell clusters and an orthogonal sequence that distinguishes the cell from other cells in the cell cluster that includes the cell, wherein the base sequence is a Zadoff-Chu sequence or a pseudo-random sequence; and processing circuitry, communicatively coupled with the transceiver circuitry, and configured to determine an identity of the cell cluster that includes the cell based on the base sequence and to determine an identity of the cell based on the orthogonal sequence; and measurement circuitry, communicatively coupled with the transceiver circuitry, to measure a Radio Resource Management, RRM, metric value associated with the cell; wherein the transceiver circuitry is further to transmit the measured RRM metric value to an eNB that is to serve the UE where a Radio Resource Control, RRC, state of the UE is connected, and the processing circuitry is further to compare the measured RRM metric value with a threshold value where a RRC state of the UE is idle, the comparison to the threshold value enabling the UE to determine whether to camp on the cell. transceiver circuitry configured to receive a discovery signal from a node associated with the cell, the discovery signal to include a base sequence that distinguishes the cell cluster that includes the cell from other cell clusters and an orthogonal sequence that distinguishes the cell from other cells in the cell cluster that includes the cell, wherein the base sequence is a Zadoff-Chu sequence or a pseudo-random sequence; and processing circuitry, communicatively coupled with the transceiver circuitry, and configured to determine an identity of the cell cluster that includes the cell based on the base sequence and to determine an identity of the cell based on the orthogonal sequence; and measurement circuitry, communicatively coupled with the transceiver circuitry, to measure a Radio Resource Management, RRM, metric value associated with the cell; wherein the transceiver circuitry is further to transmit the measured RRM metric value to an eNB that is to serve the UE where a Radio Resource Control, RRC, state of the UE is connected, and the processing circuitry is further to compare the measured RRM metric value with a threshold value where a RRC state of the UE is idle, the comparison to the threshold value enabling the UE to determine whether to camp on the cell.
Method for operating a sensor arrangement having at least two sensors (S1, S2) and an evaluation facility for monitoring a technical system, wherein the evaluation facility is designed to evaluate the sensor signals (Msl, Ms2) of the at least two sensors (S1, S2), characterised in that - a trust indication (Vw(Sl), Vw) is assigned to each of the sensors (S1, S2) in each case, said trust indication indicating the trustworthiness of the sensor signal (Msl, Ms2) of the respective sensor (S1, S2), wherein the trust indications (Vw(Sl), Vw) are determined and/or updated on the basis of the temporal course of the sensor signals (Msl, Ms2), and wherein the trust indication (Vw(Sl), Vw) indicates whether the sensor (S1, S2) is to be considered as trustworthy and its sensor signal (Msl, Ms2) is usable, the sensor (S1, S2) is not to be considered as trustworthy and its sensor signal (Msl, Ms2) is not usable, or the sensor (S1, S2) is to be considered as trustworthy to a restricted degree and its sensor signal (Msl, Ms2) is usable to a restricted degree, and - the evaluation facility generates a status indication describing the status of the system exclusively on the basis of the trustworthy sensors (S1, S2) as well as those sensors (S1, S2) which are trustworthy to a restricted degree and which fulfil at least one predetermined additional condition. - a trust indication (Vw(Sl), Vw) is assigned to each of the sensors (S1, S2) in each case, said trust indication indicating the trustworthiness of the sensor signal (Msl, Ms2) of the respective sensor (S1, S2), wherein the trust indications (Vw(Sl), Vw) are determined and/or updated on the basis of the temporal course of the sensor signals (Msl, Ms2), and wherein the trust indication (Vw(Sl), Vw) indicates whether the sensor (S1, S2) is to be considered as trustworthy and its sensor signal (Msl, Ms2) is usable, the sensor (S1, S2) is not to be considered as trustworthy and its sensor signal (Msl, Ms2) is not usable, or the sensor (S1, S2) is to be considered as trustworthy to a restricted degree and its sensor signal (Msl, Ms2) is usable to a restricted degree, and - the evaluation facility generates a status indication describing the status of the system exclusively on the basis of the trustworthy sensors (S1, S2) as well as those sensors (S1, S2) which are trustworthy to a restricted degree and which fulfil at least one predetermined additional condition.
A method of evaluating operability of gaseous fuel admission valves of a dual fuel internal combustion engine comprising a plurality of cylinders and at least one gaseous fuel admission valve for each cylinder of the plurality of cylinders, the method comprising: operating (step 312) the dual fuel internal combustion engine on liquid fuel; supplying (step 354) gaseous fuel to the gaseous fuel admission valves at a pressure above an intake manifold air pressure thereby setting a differential gas pressure across the gaseous fuel admission valves; operating (step 356) the gaseous fuel admission valves to add gaseous fuel to intake air while operating the dual fuel internal combustion engine primarily on liquid fuel; measuring (step 360), for each cylinder of the plurality of cylinders a combustion process parameters; and evaluating (step 362) operability of the gaseous fuel admission valves based on the measured combustion process parameters. operating (step 312) the dual fuel internal combustion engine on liquid fuel; supplying (step 354) gaseous fuel to the gaseous fuel admission valves at a pressure above an intake manifold air pressure thereby setting a differential gas pressure across the gaseous fuel admission valves; operating (step 356) the gaseous fuel admission valves to add gaseous fuel to intake air while operating the dual fuel internal combustion engine primarily on liquid fuel; measuring (step 360), for each cylinder of the plurality of cylinders a combustion process parameters; and evaluating (step 362) operability of the gaseous fuel admission valves based on the measured combustion process parameters.
A composition comprising or obtained from a reaction mixture comprising: a first propylene-based polymer; an olefin block copolymer; and a cure component comprising: i. a second propylene/a-olefin copolymer; ii. a scorch retardant; and iii. a crosslinking agent. a first propylene-based polymer; an olefin block copolymer; and a cure component comprising: i. a second propylene/a-olefin copolymer; ii. a scorch retardant; and iii. a crosslinking agent. i. a second propylene/a-olefin copolymer; ii. a scorch retardant; and iii. a crosslinking agent.
A method of transmitting a message that identifies a geographical position of a moving object, the method comprising: selecting a predetermined point layout from a plurality of possible point layouts using an optimization routine that reduces error between prior geographical positions of the moving object and the predetermined point layout, the predetermined point layout having a plurality of predefined point positions; encoding the track history to generate an encoded track history, the track history comprising one or more track history points based on the prior geographical positions, wherein each of the track history points is determined with reference to the predetermined point layout; generating the message comprising the encoded track history; and transmitting the message. selecting a predetermined point layout from a plurality of possible point layouts using an optimization routine that reduces error between prior geographical positions of the moving object and the predetermined point layout, the predetermined point layout having a plurality of predefined point positions; encoding the track history to generate an encoded track history, the track history comprising one or more track history points based on the prior geographical positions, wherein each of the track history points is determined with reference to the predetermined point layout; generating the message comprising the encoded track history; and transmitting the message.
A vacuum pump (200,201,202) comprising rotary compressing elements in a casing, wherein the casing comprises a casing body in which a cylinder chamber in which the rotary compressing elements (227,228) slide is formed, an exhausting path which connects the cylinder chamber and an exhausting port, and an expansion chamber which is formed in the exhausting path, characterized in that the expansion chamber communicates with an exhausting port which is formed in a pump cover, and the expansion chamber is provided at a peripheral part of the cylinder chamber in the casing body, wherein a resonance chamber is connected to the expansion chamber through an orifice, the resonance chamber only having a singular orifice.
AN ADAPTIVE CONTROL METHOD FOR REFRIGERATION SYSTEMS which, being of the type which manages the fans according to the level of frost in the evaporator, is characterised in that it comprises the detection of the level of frost in the evaporator by means of a calculation method of a FVT indicator representing the facility to the variation of temperature of the evaporator, according to the following expression: FVT = Te _ end − Te _ ini timestep ⋅ ∑ abs T evap − T air i where ( Te end - Te ini) is the difference between the temperatures of the evaporator at the end and at the commencement, respectively, of an evaporator heating process, ( T evap - T air) are the successive samples of the thermal gradient between the temperature of the evaporator T evap and that of the refrigeration chamber of the refrigeration system T air occurring during said heating process, measured with each timestep or time in seconds between thermal gradient samples i; and in that the method comprises the performance of said detection of the level of frost by means of the obtaining of a dimensionless coefficient fc of the relative level of frost in the evaporator and the monitoring of the temporal evolution of the same, where the method comprises the obtaining of said dimensionless coefficient fc of the relative level of frost in the evaporator by means of the relationship FVT ice /FVT dry, where FVT ice includes the values of the FVT indicator obtained when there is frost in the evaporator, and FVT dry the values of the same when there is no frost in the evaporator.
A drug delivery device, comprising: a body (104, 116) having a reservoir (160, 164, 176) disposed therein for containing a medicament; an injection needle for penetrating the skin of a patient, the needle providing a path for the medicament between the reservoir and the patient; a needle cover (114, 114A, 114B, 114C, 114D, 114E, 114F, 114G) for selectively covering the injection needle; an adhesive for selectively adhering the device to the patient; a release liner (500, 560) for selectively covering a patient side of the adhesive; and characterized by a connecting means (112, 520, 512, 508, 524, 532, 568, 572, 580, 584, 588, 592, 596, 600, 608, 612, 616, 620) for connecting the needle cover and the release liner such that removal of one of the needle cover and the release liner from the device removes the other one of the needle cover and the release liner from the device, the connecting means securing the needle cover and the release liner after removal of the one of the needle cover and the release liner from the device. a body (104, 116) having a reservoir (160, 164, 176) disposed therein for containing a medicament; an injection needle for penetrating the skin of a patient, the needle providing a path for the medicament between the reservoir and the patient; a needle cover (114, 114A, 114B, 114C, 114D, 114E, 114F, 114G) for selectively covering the injection needle; an adhesive for selectively adhering the device to the patient; a release liner (500, 560) for selectively covering a patient side of the adhesive; and characterized by a connecting means (112, 520, 512, 508, 524, 532, 568, 572, 580, 584, 588, 592, 596, 600, 608, 612, 616, 620) for connecting the needle cover and the release liner such that removal of one of the needle cover and the release liner from the device removes the other one of the needle cover and the release liner from the device, the connecting means securing the needle cover and the release liner after removal of the one of the needle cover and the release liner from the device.
Container, in particular display container, for transporting and storing or presenting goods, comprising a floor which is essentially rectangular, in particular, and side walls (6, 8, 10, 12) extending from the floor, wherein at least one of the side walls, in particular a longitudinal side wall is formed by a grid-like structure which is extensible and compressible or able to be pulled apart or squeezed together in at least a vertical direction and in the side wall plane so as to demarcate or to close the container toward the side in a first position and to release the container toward the side in a second position; characterized in that the at least one side wall is formed by the grid-like structure alone, outer end portions of which are each movably accommodated within a guide slot of a respective neighboring side wall (10, 12).
A multilayer composite for a security document and/or document of value, comprising at least one data sheet having a data page and a title page, including at least one fibre composite layer and at least one layer (14, 15) made of a thermoplastic polymer and applied to the data page and the title page of said fibre composite layer, said fibre composite layer comprising perforation holes in which connecting elements are formed when the fibre composite layer and the layers (14, 15) are interconnected, characterised in that the thickness of the layer (14, 15) is 0.5 times to 1.5 times the diameter or minimum width of the at least one perforation hole, or 0.5 times to 1.5 times the diameter or minimum width of the at least one connecting element in said fibre composite layer.
A casing having an interior space in which a battery can be fitted, the casing comprising a plurality of walls that encapsulate the interior space, whereby a wall comprises an assembly of wall elements arranged as layers, the assembly including: - a protective wall element comprising electrically conductive material; and - a set of electrically insulating wall elements (211, 212) located between the protective wall element and the interior space and bounding the interior space, the set of electrically insulating wall elements comprising: - a flexible electrically insulating wall element; and - a rigid electrically insulating wall element located between the flexible electrically insulating wall element and the interior space, so that the flexible electrically insulating wall element is sandwiched between the protective wall element and the rigid electrically insulating wall element. - a protective wall element comprising electrically conductive material; and - a set of electrically insulating wall elements (211, 212) located between the protective wall element and the interior space and bounding the interior space, the set of electrically insulating wall elements comprising: - a flexible electrically insulating wall element; and - a rigid electrically insulating wall element located between the flexible electrically insulating wall element and the interior space, so that the flexible electrically insulating wall element is sandwiched between the protective wall element and the rigid electrically insulating wall element.
A PUF circuit comprising one or more sensors, the PUF circuit comprising a processor configured to receive information about a subset of sensor components of a sensor, the PUF circuit being configured to apply one or more challenges to the subset of sensor components under uniform conditions, the PUF circuit comprising a receiver configured to receive output signal values from the subset of sensor components, in response to a challenge applied to said subset of sensor components, wherein the PUF circuit comprises a data communication channel, and the PUF circuit is configured to: - determine one or more statistical properties of the noise distribution of said output signal values; - receive input data IN from one or more external data sources using the data communication channel; - determine a response to the challenge from said statistical properties and selected input data IN received from said one or more external data sources, said response being a digital signature, wherein the input Data IN are used to handle the PUF circuit. wherein the PUF circuit comprises a data communication channel, and the PUF circuit is configured to: - determine one or more statistical properties of the noise distribution of said output signal values; - receive input data IN from one or more external data sources using the data communication channel; - determine a response to the challenge from said statistical properties and selected input data IN received from said one or more external data sources, said response being a digital signature, - determine one or more statistical properties of the noise distribution of said output signal values; - receive input data IN from one or more external data sources using the data communication channel; - determine a response to the challenge from said statistical properties and selected input data IN received from said one or more external data sources, said response being a digital signature, wherein the input Data IN are used to handle the PUF circuit.
A multi-mode data card, characterized by comprising at least two mode modules, further comprising an external interface module and an interface control module, wherein: the external interface module connects to the interface control module, and the external interface module is configured to: connect to a computer for data interaction; the interface control module is equipped with at least two channels, and said at least two channels respectively connects to said at least two mode modules, and the interface control module is configured to: when the multi-mode data card is calibrated, connect the external interface module with the channel corresponding to the mode module to be calibrated, and switch the multi-mode data card to a mode to be calibrated; wherein, the interface control module further comprises a cascade interface sub-module; the cascade interface sub-module is configured to: when the multi-mode data card is in cascade, connect to the external interface module of another multi-mode data card. the external interface module connects to the interface control module, and the external interface module is configured to: connect to a computer for data interaction; the interface control module is equipped with at least two channels, and said at least two channels respectively connects to said at least two mode modules, and the interface control module is configured to: when the multi-mode data card is calibrated, connect the external interface module with the channel corresponding to the mode module to be calibrated, and switch the multi-mode data card to a mode to be calibrated; wherein, the interface control module further comprises a cascade interface sub-module; the cascade interface sub-module is configured to: when the multi-mode data card is in cascade, connect to the external interface module of another multi-mode data card.
A biometric identification method comprising the steps of comparing a candidate print with a reference print, calculating a score as a function of a number of characteristics that are close in the two prints and and validating identification by comparing the core with a predetermined validation threshold, the method being characterized in that it comprises the steps of altering the biometric characteristics of one of the two prints prior to comparison and of taking the alteration into account during validation in such a manner that, during an attack of the identification algorithm by successive modifications of a same candidate print, a part a the evolution of the score results from the taking into account of the altered biometric characteristics, in that the alteration consists in adding fake biometric characteristics to the real biometric characteristics of the print, and in that the fake biometric characteristics are added to the real biometric characteristics of the reference print, and validation comprises the step of calculating a first score that varies as the biometric characteristics of the candidate print are matched with real biometric characteristics of the reference print, and a second score that varies as biometric characteristics of the candidate print are matched with fake biometric characteristics of the reference print, validation taking place at the end of the comparison when the first score is greater than the predetermined threshold.
Copper-tin continuous casting alloy which is lead-free, i.e. lead is not actively added as an alloying element and an impurity-related residual amount of lead of at most 0.10 wt.% is present, in particular for the production of machine parts or gear parts, such as in particular gear wheels, worm wheels, bushings or linear guide parts, or for the production of fittings for the conduction of fluids, comprising 3.0 - 8.0 wt.% tin, 1.5 - 6.0 wt.% zinc, 0.1 - 1.8 wt.% indium, 0.2 - 0.8 wt.% sulfur, wherein the sum of the weight percentage of tin and zinc is 5.0 - 12.0 wt.%, wherein the sum of the weight percentage of indium and sulfur is 0.5 - 2.0 wt.%, and further optionally comprising the following alloying elements up to 0.20 wt.% iron, up to 2.5 wt.% nickel, up to 0.30 wt.% antimony, up to 0.50 wt.% manganese, up to 0.3 wt.% phosphorus, and impurity-related elements in each case up to at most 0.10 wt.% and in total up to at most 0.5 wt.%, and the remainder copper. 3.0 - 8.0 wt.% tin, 1.5 - 6.0 wt.% zinc, 0.1 - 1.8 wt.% indium, 0.2 - 0.8 wt.% sulfur, wherein the sum of the weight percentage of tin and zinc is 5.0 - 12.0 wt.%, wherein the sum of the weight percentage of indium and sulfur is 0.5 - 2.0 wt.%, and further optionally comprising the following alloying elements up to 0.20 wt.% iron, up to 2.5 wt.% nickel, up to 0.30 wt.% antimony, up to 0.50 wt.% manganese, up to 0.3 wt.% phosphorus, and impurity-related elements in each case up to at most 0.10 wt.% and in total up to at most 0.5 wt.%, and the remainder copper.
Combination of a piston and a connecting rod mounted in a pivotable manner in a bearing receptacle of the piston, wherein the piston comprises an upper piston part forming the piston head and a piston lower part forming at least one section of the piston skirt, which are connectible within the framework of the assembly of the combination, and wherein a connecting rod head of the connecting rod can be inserted in a first rotational alignment into the bearing receptacle and is secured against loosening from the bearing receptacle in a second rotational alignment twisted by an angular distance about the longitudinal axis of the connecting rod, characterized in that the connecting rod, after assembly of the combination by means of the lower piston part connected to the upper piston part, is secured against twisting from the second rotational alignment into the first rotational alignment, by the piston lower part forming a projection which after assembly of the combination engages in a section of the bearing receptacle, in which a section of the connecting rod head is arranged in the first rotational alignment and is not positioned in the second rotational alignment.