mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: at least one sensor; a processing system comprising a memory coupled to a processor; wherein the processing system is configured to be coupled to the at least one sensor; wherein the memory comprises a consistency test, at least one model, measurement data, and an estimator, wherein the at least one model comprises a state space model for at least one of a direct estimation of a state parameter and an indirect estimation of the state parameter; wherein the measurement data comprises data measured by the at least one sensor; wherein the estimator comprises at least one non-linear filter which is configured to provide at least one predictive measurement estimate probability density function; wherein the estimator is configured to generate the at least one predictive measurement estimate PDF using the at least one model, and the consistency test is configured to determine if the measurement data is within at least one allowable area of the at least one predictive measurement estimate PDF; wherein the at least one allowable area is a region where the measurement data is expected to be; and wherein if the measurement data is determined to be within at least one allowable area, then the estimator estimates at least one state parameter using the measurement data. at least one sensor; a processing system comprising a memory coupled to a processor; wherein the processing system is configured to be coupled to the at least one sensor; wherein the memory comprises a consistency test, at least one model, measurement data, and an estimator, wherein the at least one model comprises a state space model for at least one of a direct estimation of a state parameter and an indirect estimation of the state parameter; wherein the measurement data comprises data measured by the at least one sensor; wherein the estimator comprises at least one non-linear filter which is configured to provide at least one predictive measurement estimate probability density function; wherein the estimator is configured to generate the at least one predictive measurement estimate PDF using the at least one model, and the consistency test is configured to determine if the measurement data is within at least one allowable area of the at least one predictive measurement estimate PDF; wherein the at least one allowable area is a region where the measurement data is expected to be; and wherein if the measurement data is determined to be within at least one allowable area, then the estimator estimates at least one state parameter using the measurement data.
A hand-dryer device comprising: (i) means for producing a flow of air, (ii) at least one nozzle that is connected to said air flow production means, for throwing an air blow adapted to dry the hands of a user in a drying zone, and (iii) means for controlling said air flow production means, including at least one proximity sensor provided with a detection zone, said control means being intended to power said air flow production means on when the user's hand(s) are present in said detection zone, wherein said proximity sensor consists of a capacitive proximity sensor, wherein said hand-dryer device includes at least one outer part (7, 11 b) forming at least a portion of the envelope of said hand-dryer device, said outer part (7, 11 b) being made of an opaque material, and wherein said capacitive proximity sensor is positioned behind said outer part (7, 11 b) and has a detection zone that extends through and opposite this outer part (7, 11 b), wherein said drying zone comprises a front opening for the passage of the user's hands, which is equipped with at least the slot-shaped nozzle for throwing at least one air blade adapted to eliminate the water present on said hands, wherein said drying zone has a lower wall placed on the rear of said front opening to form a water collector, and said capacitive proximity sensor is positioned under said lower wall, with the detection zone extending upward and through said lower wall, wherein said hand-dryer device has a front wall (2 b), opposite which an individual is intended to come, characterized in that said detection zone of the capacitive proximity sensor extends just behind said slot-shaped nozzle, and in that said hand-dryer device includes at least one metal part (2 b) forming a barrier for the detection zone of the capacitive proximity detector at said front wall (2 b), so as to define the front limit of said detection zone. (i) means for producing a flow of air, (ii) at least one nozzle that is connected to said air flow production means, for throwing an air blow adapted to dry the hands of a user in a drying zone, and (iii) means for controlling said air flow production means, including at least one proximity sensor provided with a detection zone, said control means being intended to power said air flow production means on when the user's hand(s) are present in said detection zone,
A compound of the formula: or an ionic, salt or solvate form thereof, wherein: R 1 is selected from: H and wherein: R N1 is selected from H, C 1-3 alkyl and C(=O)Me; R N2 is selected from H, C 1-3 alkyl and C(=O)Me; R N3 is selected from H, C 1-3 alkyl and C(=O)Me; R N4 is selected from H and CH 3; R 2 is selected from H and wherein: R N5 is selected from H, C 1-3 alkyl and C(=O)Me; R N6 is selected from H, C 1-3 alkyl and C(=O)Me; and wherein only one of R 1 and R 2 is H; R 3 is selected from O-C 1-2 alkyl, C 1-2 alkyl, halo, cyano, where the C 1-2 alkyl group may be substituted by one or more fluoro groups; R 4 is selected from CF 3, halo, CF 2 H and CN; and R 5 is selected from groups of the following formulae: wherein: R 6 is selected from H, (CHR C1) n1 C N(R N7)Z 1 and (CH 2) n2 C OZ 2; wherein: n1 is 1; R C1 is H or Me; R N7 is H or CH 3; Z 1 is H, CH 3 or OCH 3; n2 is 1; and Z 2 is CH 3; and where only one of R N7 and Z 1 can be CH 3, R 7 is selected from H, and (CH 2) m1 C N(R M1)Y 1, wherein: m1 is 0 or 1; R M1 is H; and Y 1 is H, Me or OCH 3; and only one of R 6 and R 7 is H; and R 8 is H or, when R 7 is C(=O)NH 2, R 8 is selected from H and C 1-2 alkyl. R 1 is selected from: H and wherein: R N1 is selected from H, C 1-3 alkyl and C(=O)Me; R N2 is selected from H, C 1-3 alkyl and C(=O)Me; R N3 is selected from H, C 1-3 alkyl and C(=O)Me; R N4 is selected from H and CH 3; R N1 is selected from H, C 1-3 alkyl and C(=O)Me; R N2 is selected from H, C 1-3 alkyl and C(=O)Me; R N3 is selected from H, C 1-3 alkyl and C(=O)Me; R N4 is selected from H and CH 3; R 2 is selected from H and wherein: R N5 is selected from H, C 1-3 alkyl and C(=O)Me; R N6 is selected from H, C 1-3 alkyl and C(=O)Me; and wherein only one of R 1 and R 2 is H; R N5 is selected from H, C 1-3 alkyl and C(=O)Me; R N6 is selected from H, C 1-3 alkyl and C(=O)Me; R 3 is selected from O-C 1-2 alkyl, C 1-2 alkyl, halo, cyano, where the C 1-2 alkyl group may be substituted by one or more fluoro groups; R 4 is selected from CF 3, halo, CF 2 H and CN; and R 5 is selected from groups of the following formulae: wherein: R 6 is selected from H, (CHR C1) n1 C N(R N7)Z 1 and (CH 2) n2 C OZ 2; wherein: n1 is 1; R C1 is H or Me; R N7 is H or CH 3; Z 1 is H, CH 3 or OCH 3; n2 is 1; and Z 2 is CH 3; and where only one of R N7 and Z 1 can be CH 3, n1 is 1; R C1 is H or Me; R N7 is H or CH 3; Z 1 is H, CH 3 or OCH 3; n2 is 1; and Z 2 is CH 3; R 7 is selected from H, and (CH 2) m1 C N(R M1)Y 1, wherein: m1 is 0 or 1; R M1 is H; and Y 1 is H, Me or OCH 3; m1 is 0 or 1; R M1 is H; and Y 1 is H, Me or OCH 3; and only one of R 6 and R 7 is H; and R 8 is H or, when R 7 is C(=O)NH 2, R 8 is selected from H and C 1-2 alkyl.
Military service vehicle, comprising: an actuation device, which is provided with a computer unit, a display and actuation unit and at least two data interfaces (14, 15) for connecting external components (2, 3), which can each be connected to one of the at least two data interfaces (14, 15) of the actuation device, a service vehicle computer which is connectable to the first data interface and is in turn formed for coupling to the actuation device and for this purpose is provided with an interface unit for connection to the first data interface of the actuation device, the service vehicle computer having a vehicle computer unit, which is connectable to the actuation device via the interface unit and the first data interface, and at least one vehicle interface, which is connected or connectable for data transmission between the actuation device, when this is connected to the service vehicle computer, and at least one vehicle component of the service vehicle, a weapon system, which has a central weapon computer which is directly or indirectly connectable to the second data interface, a test and simulation means, which has a test and simulation computer and which is connected or connectable to the central weapon computer, wherein the test and simulation means is configured to simulate functions of the weapon system or of the weapon carrier means provided for the weapon system, and wherein the actuation device is connectable via the second data interface thereof to the test and simulation means for data transmission. an actuation device, which is provided with a computer unit, a display and actuation unit and at least two data interfaces (14, 15) for connecting external components (2, 3), which can each be connected to one of the at least two data interfaces (14, 15) of the actuation device, a service vehicle computer which is connectable to the first data interface and is in turn formed for coupling to the actuation device and for this purpose is provided with an interface unit for connection to the first data interface of the actuation device, the service vehicle computer having a vehicle computer unit, which is connectable to the actuation device via the interface unit and the first data interface, and at least one vehicle interface, which is connected or connectable for data transmission between the actuation device, when this is connected to the service vehicle computer, and at least one vehicle component of the service vehicle, a weapon system, which has a central weapon computer which is directly or indirectly connectable to the second data interface, a test and simulation means, which has a test and simulation computer and which is connected or connectable to the central weapon computer, wherein the test and simulation means is configured to simulate functions of the weapon system or of the weapon carrier means provided for the weapon system, and wherein the actuation device is connectable via the second data interface thereof to the test and simulation means for data transmission.
A downhole-tool stop device, the stop device including: a first stop collar permanently attached to an elongated body of a pipe string; a second stop collar attached to the elongated body of the pipe string; and the first stop collar and the second stop collar being placed a distance apart: characterized in that the second stop collar is displaceably attached to the elongated body of the pipe string with at least one rupture body and the at least one rupture body is taken from the group consisting of shear screws and shear pins.
A final energy storage device product, comprising: a container; a first electrode; a second electrode; a separator between the first electrode and the second electrode, wherein the first electrode, second electrode and separator are within the container; and an electrolyte within the container comprising a salt concentration between 0.6 moles/L to 0.95M, and acetonitrile; wherein the electrolyte comprises a mass of electrolyte configured to be at least 100 % of a saturation quantity and less than or equal to 104 % of the saturation quantity of electrolyte, wherein the saturation quantity of electrolyte is the amount of electrolyte sufficient to fully saturate the accessible spaces of the first electrode, the second electrode and the separator. a container; a first electrode; a second electrode; a separator between the first electrode and the second electrode, wherein the first electrode, second electrode and separator are within the container; and an electrolyte within the container comprising a salt concentration between 0.6 moles/L to 0.95M, and acetonitrile; wherein the electrolyte comprises a mass of electrolyte configured to be at least 100 % of a saturation quantity and less than or equal to 104 % of the saturation quantity of electrolyte, wherein the saturation quantity of electrolyte is the amount of electrolyte sufficient to fully saturate the accessible spaces of the first electrode, the second electrode and the separator.
A method of wireless communication performed by a user equipment, UE, the method comprising: receiving a multicast channel configuration that indicates a set of multicast channel time domain resources allocated to a multicast channel for a multicast broadcast area; receiving an indication of a first set of time domain resources, of the set of multicast channel time domain resources, that have a first reference signal pattern and an indication of a second set of time domain resources, of the set of multicast channel time domain resources, that have a second reference signal pattern, wherein the first reference signal pattern differs in frequency domain density as compared to the second reference signal pattern; and decoding the first set of time domain resources based at least in part on the first reference signal pattern and the second set of time domain resources based at least in part on the second reference signal pattern. receiving a multicast channel configuration that indicates a set of multicast channel time domain resources allocated to a multicast channel for a multicast broadcast area; receiving an indication of a first set of time domain resources, of the set of multicast channel time domain resources, that have a first reference signal pattern and an indication of a second set of time domain resources, of the set of multicast channel time domain resources, that have a second reference signal pattern, wherein the first reference signal pattern differs in frequency domain density as compared to the second reference signal pattern; and decoding the first set of time domain resources based at least in part on the first reference signal pattern and the second set of time domain resources based at least in part on the second reference signal pattern.
A toner outlet device for a toner cartridge, comprising: a top lid and a driving claw arranged on the top lid, wherein the top lid is in clearance fit with the driving claw; a rotary lid is rotatably arranged inside the top lid; the driving claw is clutched on the rotary lid; a toner outlet on the rotary lid is selectively connected to a side opening of the top lid; a driving head is arranged on a top portion of the top lid; the driving head transmits a torsion to the driving claw through the rotary lid.
Fluid flow machine blade, comprising an airfoil having a head-side end and a foot-side end, an airfoil front edge, and an airfoil rear edge, the airfoil, on an outer side of an airfoil contour which, during operation, is flowed around by hot gas, having a thermal barrier coating, and purposefully only first part-regions of the airfoil having the thermal barrier coating and well-defined second part-regions (42, 43, 44) being realized purposefully without thermal barrier coating, and the thermal barrier coating, in the direction of circumfluence running from the airfoil front edge to the airfoil rear edge, ending a distance upstream of the airfoil rear edge such that an upstream first region of the airfoil has a thermal barrier coating, and a rear edge region of the airfoil is realized without thermal barrier coating, wherein the thermal barrier coating is applied to the airfoil of the blade basic element manufactured from a base material or to a bond coat applied to the airfoil, characterized in that the airfoil, in the region adjoining a blade-foot-side platform, is realized without thermal barrier coating.
An apparatus for slicing food products, in particular a high-performance slicer, comprising a product feed which supplies a product to be sliced along a product supply direction to a cutting plane in which a cutting blade moves, in particular in a rotating and/or revolving manner, wherein the product feed comprises at least one product conveyor configured for the continuous conveying of the product and a product holder which can be brought into engagement with the product, in particular with a rear product end, wherein a control device is provided for the product holder and is configured to adjust the product holder after the start of the slicing process from a waiting position clearing the path for the product into a working position behind the product and/or in the path for the product and after the end of the slicing process back into the waiting position, characterized in that the product holder and the product conveyor form a unit or belong to a common assembly, with preferably the product holder being integrated into the product conveyor, wherein the product conveyor reaches up to the cutting plane, and wherein the product holder is formed with two side parts (75, 77), is supported at its rear end pivotable about an axis relative to side parts of the product conveyor, is provided with holding claws at its front end and is adjustable relative to the product conveyor in the product supply direction.
A method comprising: programming a digital broadcast receiver's frequency synthesizer to a nominal center frequency of a broadcast channel; receiving a first pilot symbol on the programmed frequency, characterized in that the method further comprises: correlating the first pilot symbol in frequency domain with one or more stored pilot symbols in the receiver to determine a coarse frequency offset, wherein a bandwidth of the first pilot symbol is smaller than the channel band width of data symbols of the broadcast channel; if correlation in the frequency domain is found, using the coarse frequency offset for reprogramming the receiver's frequency synthesizer, and demodulating at least a second pilot symbol to detect modulation parameters for the data symbols of the broadcast channel; and if non-correlation in the frequency domain is found, determining that the broadcast channel is not of a desired type and proceeding with service/channel discovery on a next broadcast channel. programming a digital broadcast receiver's frequency synthesizer to a nominal center frequency of a broadcast channel; receiving a first pilot symbol on the programmed frequency, characterized in that the method further comprises: correlating the first pilot symbol in frequency domain with one or more stored pilot symbols in the receiver to determine a coarse frequency offset, wherein a bandwidth of the first pilot symbol is smaller than the channel band width of data symbols of the broadcast channel; if correlation in the frequency domain is found, using the coarse frequency offset for reprogramming the receiver's frequency synthesizer, and demodulating at least a second pilot symbol to detect modulation parameters for the data symbols of the broadcast channel; and if non-correlation in the frequency domain is found, determining that the broadcast channel is not of a desired type and proceeding with service/channel discovery on a next broadcast channel. correlating the first pilot symbol in frequency domain with one or more stored pilot symbols in the receiver to determine a coarse frequency offset, wherein a bandwidth of the first pilot symbol is smaller than the channel band width of data symbols of the broadcast channel; if correlation in the frequency domain is found, using the coarse frequency offset for reprogramming the receiver's frequency synthesizer, and demodulating at least a second pilot symbol to detect modulation parameters for the data symbols of the broadcast channel; and using the coarse frequency offset for reprogramming the receiver's frequency synthesizer, and demodulating at least a second pilot symbol to detect modulation parameters for the data symbols of the broadcast channel; and if non-correlation in the frequency domain is found, determining that the broadcast channel is not of a desired type and proceeding with service/channel discovery on a next broadcast channel. determining that the broadcast channel is not of a desired type and proceeding with service/channel discovery on a next broadcast channel.
A method for communication in a wireless telecommunication network, the method comprising: providing, by a network element (120, 130), one of an uplink grant or a downlink grant to at least one cell-centre user equipment, UE, that the network element has determined, based on information received from a plurality of UEs, is closer to the network element than are other cell-edge UEs, wherein the uplink grant is scheduled such that the UE transmits to the network element only during at least one flexible subframe that is capable of dynamically switching between an uplink subframe and a downlink subframe, and wherein the downlink grant is scheduled such that the network element transmits to the UE only during at least one flexible subframe; transmitting, by the network element, to the at least one cell-centre UE only during at least one flexible subframe; and receiving, by the network element, from the at least one cell-centre UE only during at least one flexible subframe, wherein the network element determines flexible subframes and static subframes in a radio frame, the static subframes being used for the cell-edge UEs; characterized in that the network element (120, 130): sends information about the flexible subframes and static subframes to the UE, transmits at least one control signal in at least one flexible subframe at a power that is reduced compared to the power of the same control signal in the static subframes, and signals information related to the power reduction to the UE. providing, by a network element (120, 130), one of an uplink grant or a downlink grant to at least one cell-centre user equipment, UE, that the network element has determined, based on information received from a plurality of UEs, is closer to the network element than are other cell-edge UEs, wherein the uplink grant is scheduled such that the UE transmits to the network element only during at least one flexible subframe that is capable of dynamically switching between an uplink subframe and a downlink subframe, and wherein the downlink grant is scheduled such that the network element transmits to the UE only during at least one flexible subframe; transmitting, by the network element, to the at least one cell-centre UE only during at least one flexible subframe; and receiving, by the network element, from the at least one cell-centre UE only during at least one flexible subframe, wherein the network element determines flexible subframes and static subframes in a radio frame, the static subframes being used for the cell-edge UEs; characterized in that the network element (120, 130): sends information about the flexible subframes and static subframes to the UE, transmits at least one control signal in at least one flexible subframe at a power that is reduced compared to the power of the same control signal in the static subframes, and signals information related to the power reduction to the UE.