mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a processor, the method comprising: profiling an instruction stream for at least one performance criteria; and based on the performance criteria, selecting one of a plurality of mitigation schemes for a speculation-based attack; the method characterised in that: wherein the selecting is performed by: measuring the at least one performance criteria when a first one of the mitigation schemes is used when operating the processor; measuring the at least one performance criteria when a second, different one of the mitigation schemes is used when operating the processor; and comparing measurements for the at least one performance criteria when a first one of the mitigation schemes is used when operating the processor to measurements for the at least one performance criteria when a second one of the mitigation schemes is used when operating the processor. profiling an instruction stream for at least one performance criteria; and based on the performance criteria, selecting one of a plurality of mitigation schemes for a speculation-based attack; the method characterised in that: wherein the selecting is performed by: measuring the at least one performance criteria when a first one of the mitigation schemes is used when operating the processor; measuring the at least one performance criteria when a second, different one of the mitigation schemes is used when operating the processor; and comparing measurements for the at least one performance criteria when a first one of the mitigation schemes is used when operating the processor to measurements for the at least one performance criteria when a second one of the mitigation schemes is used when operating the processor. measuring the at least one performance criteria when a first one of the mitigation schemes is used when operating the processor; measuring the at least one performance criteria when a second, different one of the mitigation schemes is used when operating the processor; and comparing measurements for the at least one performance criteria when a first one of the mitigation schemes is used when operating the processor to measurements for the at least one performance criteria when a second one of the mitigation schemes is used when operating the processor.
A ride control system for a power machine having a frame, a lift arm movably coupled to the frame, and a hydraulic power conversion system, the ride control system comprising: a hydraulic cylinder having a first end and a second end, the hydraulic cylinder configured to selectively control movement of the lift arm relative to the frame; an accumulator in selective communication with the first end of the hydraulic cylinder; a pressure sensor capable of communicating a signal indicative of a hydraulic pressure at the first end of the hydraulic cylinder; a ride control circuit configured to allow selective communication between the accumulator and the first end of the hydraulic cylinder; and a controller configured to receive the signal from the pressure sensor, wherein the controller is configured to prevent communication between the accumulator and the first end of the hydraulic cylinder until the signal from the pressure sensor indicates that the hydraulic pressure at the first end of the hydraulic cylinder is below an initial pressure threshold value, characterised in that the controller is configured to allow communication between the accumulator and the first end of the hydraulic cylinder when the pressure sensor has previously indicated a pressure below the initial pressure threshold value and subsequently indicates a pressure above an operational minimum pressure threshold and between the operational minimum pressure threshold and a high pressure threshold, wherein the operational minimum pressure threshold is a lower pressure than the initial threshold pressure value. a hydraulic cylinder having a first end and a second end, the hydraulic cylinder configured to selectively control movement of the lift arm relative to the frame; an accumulator in selective communication with the first end of the hydraulic cylinder; a pressure sensor capable of communicating a signal indicative of a hydraulic pressure at the first end of the hydraulic cylinder; a ride control circuit configured to allow selective communication between the accumulator and the first end of the hydraulic cylinder; and a controller configured to receive the signal from the pressure sensor, wherein the controller is configured to prevent communication between the accumulator and the first end of the hydraulic cylinder until the signal from the pressure sensor indicates that the hydraulic pressure at the first end of the hydraulic cylinder is below an initial pressure threshold value, characterised in that the controller is configured to allow communication between the accumulator and the first end of the hydraulic cylinder when the pressure sensor has previously indicated a pressure below the initial pressure threshold value and subsequently indicates a pressure above an operational minimum pressure threshold and between the operational minimum pressure threshold and a high pressure threshold, wherein the operational minimum pressure threshold is a lower pressure than the initial threshold pressure value.
A condylar prosthesis for a temporomandibular joint, the condylar prosthesis comprising a mandibular implant intended to be secured to the branch of a mandible and an articulation head intended to serve as a substitute mandibular condyle, the mandibular implant comprising an anchoring tail allowing the implementation of an intramedullary connection in the top of the branch of the mandible, and the distal end of the anchoring tail being offset towards the front of the prosthesis with respect to the articulation head and in a midplane of the prosthesis, the condylar prosthesis being characterised in that the anchoring tail follows a curved profile in its length and in the midplane of the prosthesis, the direction of curvature of the anchoring tail being oriented towards the front of the prosthesis.
An electronic device comprising: circuitry (151, 153) configured to - allocate at least partially shared transmission parameters to at least a subset of signals to which resource blocks are allocated to at least some of a plurality of communication devices, the resource blocks having at least partially overlapping frequency resources or time resources; and - control a transmission of the signals based on the at least partially shared transmission parameters; characterized in that the at least partially shared transmission parameters are for interference cancellation and wherein the electronic device does not transmit transmission parameters of each the plurality of terminal apparatuses to be multiplexed using the resource blocks having at least partially overlapping frequency resources or time resources to each of said terminal apparatuses. - allocate at least partially shared transmission parameters to at least a subset of signals to which resource blocks are allocated to at least some of a plurality of communication devices, the resource blocks having at least partially overlapping frequency resources or time resources; and - control a transmission of the signals based on the at least partially shared transmission parameters;
Outlet valve for inserting in an outlet opening of a WC or an urinal, comprising a cylindrical main body, a cover element which closes the main body, wherein a valve element which closes the outlet cross section of the main body is disposed in the main body, characterized in that an eccentric element is disposed in the outlet valve, which eccentric element is rotatable about a pivot axis which runs transversely to the longitudinal axis of the main body and which is disposed above the valve element and which interacts which the cover element which closes the main body in such a manner that, in the case of a rotation of the eccentric element that is caused by an activating element which is coupled to the eccentric element, the cover element counter to a restoring force is movable from a closing position which closes the main body to an open position which opens the main body.
An image processing system, comprising: an input interface for receiving dark-field image data obtained by imaging of an object with an X-ray imaging apparatus; a corrector module configured to perform a correction operation to correct said dark-field image data for Compton scatter to obtain Compton-Scatter corrected image data, wherein the corrector module is configured to obtain the Compton scatter corrected image data by: estimating a Compton scatter estimate data based on a transmission image data in relation to said object, and applying said Compton scatter estimate data to the dark-field image data or to underlying projection data from which the dark-field image data and/or transmission data have been reconstructed; and an output interface for outputting the Compton scatter corrected image data. an input interface for receiving dark-field image data obtained by imaging of an object with an X-ray imaging apparatus; a corrector module configured to perform a correction operation to correct said dark-field image data for Compton scatter to obtain Compton-Scatter corrected image data, wherein the corrector module is configured to obtain the Compton scatter corrected image data by: estimating a Compton scatter estimate data based on a transmission image data in relation to said object, and applying said Compton scatter estimate data to the dark-field image data or to underlying projection data from which the dark-field image data and/or transmission data have been reconstructed; and an output interface for outputting the Compton scatter corrected image data. estimating a Compton scatter estimate data based on a transmission image data in relation to said object, and applying said Compton scatter estimate data to the dark-field image data or to underlying projection data from which the dark-field image data and/or transmission data have been reconstructed; and an output interface for outputting the Compton scatter corrected image data.
An epoxy resin composition for fiber reinforced composite materials comprising the following components to: component: an epoxy resin component: a dicyandiamide or a derivative thereof component: a polyisocyanate compound, and component: a urea compound as represented by formula: (wherein R 1 and R 2 are each independently H, CH 3, OCH 3, OC 2 H 5, NO 2, halogen, or NH-CO-NR 3 R 4; and R 3 and R 4 are each independently a hydrocarbon group, allyl group, alkoxy group, alkenyl group, aralkyl group, or an alicyclic compound containing both R 3 and R 4, all containing 1 to 8 carbon atoms), and component: at least one compound selected from the group consisting of quaternary ammonium salts, phosphonium salts, imidazole compounds, and phosphine compounds. component: an epoxy resin component: a dicyandiamide or a derivative thereof component: a polyisocyanate compound, and component: a urea compound as represented by formula: (wherein R 1 and R 2 are each independently H, CH 3, OCH 3, OC 2 H 5, NO 2, halogen, or NH-CO-NR 3 R 4; and R 3 and R 4 are each independently a hydrocarbon group, allyl group, alkoxy group, alkenyl group, aralkyl group, or an alicyclic compound containing both R 3 and R 4, all containing 1 to 8 carbon atoms), and component: at least one compound selected from the group consisting of quaternary ammonium salts, phosphonium salts, imidazole compounds, and phosphine compounds.
A screen printing apparatus for printing on a surface of a three-dimensional substrate, the apparatus comprising: (a) a substantially rigid, substantially planar frame having a perimeter defining a region within the perimeter having a given surface area; (b) a screen attached to the frame and extending across at least a portion of the surface area, the screen comprising: (i) a first portion through which a liquid printing medium can pass onto a proximate three-dimensional substrate; and (ii) a second portion coated with an emulsion substantially preventing the liquid printing medium from passing through the second portion of the screen; wherein the screen has a fixed tension of less than 15 N/cm; and (c) a flexible or segmented, pressure controlled squeegee configured to apply a variable pressure to the screen to force a portion of the liquid printing medium through the first portion of the screen onto a non-planar surface of the three-dimensional substrate. (a) a substantially rigid, substantially planar frame having a perimeter defining a region within the perimeter having a given surface area; (b) a screen attached to the frame and extending across at least a portion of the surface area, the screen comprising: (i) a first portion through which a liquid printing medium can pass onto a proximate three-dimensional substrate; and (ii) a second portion coated with an emulsion substantially preventing the liquid printing medium from passing through the second portion of the screen; wherein the screen has a fixed tension of less than 15 N/cm; and (i) a first portion through which a liquid printing medium can pass onto a proximate three-dimensional substrate; and (ii) a second portion coated with an emulsion substantially preventing the liquid printing medium from passing through the second portion of the screen; (c) a flexible or segmented, pressure controlled squeegee configured to apply a variable pressure to the screen to force a portion of the liquid printing medium through the first portion of the screen onto a non-planar surface of the three-dimensional substrate.
A method comprising: receiving, by a wireless device, one or more configuration parameters that indicate one or more physical uplink control channel, PUCCH, resources for transmission of a first signal for a beam failure recovery procedure; determining, based on a detected beam failure, to transmit the first signal; determining that a first PUCCH resource, of the one or more PUCCH resources, for transmission of the first signal overlaps with a a physical uplink shared channel, PUSCH, resource for transmission of one or more transport blocks; and based on the determining that the first PUCCH resource overlaps with the PUSCH resource: dropping a scheduled transmission of the one or more transport blocks; and transmitting, via the first PUCCH resource, the first signal. receiving, by a wireless device, one or more configuration parameters that indicate one or more physical uplink control channel, PUCCH, resources for transmission of a first signal for a beam failure recovery procedure; determining, based on a detected beam failure, to transmit the first signal; determining that a first PUCCH resource, of the one or more PUCCH resources, for transmission of the first signal overlaps with a a physical uplink shared channel, PUSCH, resource for transmission of one or more transport blocks; and based on the determining that the first PUCCH resource overlaps with the PUSCH resource: dropping a scheduled transmission of the one or more transport blocks; and transmitting, via the first PUCCH resource, the first signal. dropping a scheduled transmission of the one or more transport blocks; and transmitting, via the first PUCCH resource, the first signal.
A method of producing a transparent polymer aerogel, the method comprising: dissolving gel precursors consisting of radical polymerizable monomers and crosslinkers, radical initiators, and a chain transfer agent in a reaction solvent, wherein the monomers are divinylbenzene, and wherein the crosslinkers are selected from the group consisting of 1,3,5-trimethacryloyloxy adamantane, dipentaerythritol pentaacrylate, dipentaerythritol hexaacrylate and polyoligosilsequioxane-octamethacrylate; placing the gel precursors into a substrate; polymerizing the gel in the substrate; and drying the gel. dissolving gel precursors consisting of radical polymerizable monomers and crosslinkers, radical initiators, and a chain transfer agent in a reaction solvent, wherein the monomers are divinylbenzene, and wherein the crosslinkers are selected from the group consisting of 1,3,5-trimethacryloyloxy adamantane, dipentaerythritol pentaacrylate, dipentaerythritol hexaacrylate and polyoligosilsequioxane-octamethacrylate; placing the gel precursors into a substrate; polymerizing the gel in the substrate; and drying the gel.
A method for generating efficient transfer orbits, comprising: for a spacecraft, identifying an initial orbit about a first celestial body, wherein the first celestial body is the Earth and the initial orbit has a perigee altitude of less than 2000 kilometres; identifying a target orbit for the spacecraft about the first celestial body; and using a processor running a transfer orbit generator to generate a transfer orbit for the spacecraft from the initial orbit to the target orbit using gravitational effects of a second celestial body larger in mass than the first celestial body, the transfer orbit generating by the transfer orbit generator including: building a stable three-body, three-dimensional manifold that intersects the initial orbit; and building an unstable three-body, three-dimensional manifold that intersects the target orbit, wherein the stable and unstable three-body, three-dimensional manifolds each defines a tube that encapsulates a set of possible transfer orbits or trajectories originating from or terminating on an unstable three-body orbit. for a spacecraft, identifying an initial orbit about a first celestial body, wherein the first celestial body is the Earth and the initial orbit has a perigee altitude of less than 2000 kilometres; identifying a target orbit for the spacecraft about the first celestial body; and using a processor running a transfer orbit generator to generate a transfer orbit for the spacecraft from the initial orbit to the target orbit using gravitational effects of a second celestial body larger in mass than the first celestial body, the transfer orbit generating by the transfer orbit generator including: building a stable three-body, three-dimensional manifold that intersects the initial orbit; and building an unstable three-body, three-dimensional manifold that intersects the target orbit, wherein the stable and unstable three-body, three-dimensional manifolds each defines a tube that encapsulates a set of possible transfer orbits or trajectories originating from or terminating on an unstable three-body orbit. building a stable three-body, three-dimensional manifold that intersects the initial orbit; and building an unstable three-body, three-dimensional manifold that intersects the target orbit, wherein the stable and unstable three-body, three-dimensional manifolds each defines a tube that encapsulates a set of possible transfer orbits or trajectories originating from or terminating on an unstable three-body orbit.
A protective device for the needle tube of a syringe, comprising a housing which is designed to be pivotable on a carrier element, which housing has an open housing side in the pivot plane, so that the needle tube is able to be pivoted into the housing after being used for injection, wherein the carrier element and the pivotable housing, in addition to the connection of a film hinge for the formation of a pivot axis are additionally connected to one another via a predetermined breaking point, characterized in that on the housing side, a holding device is provided for the pivoted-in needle tube, wherein after being used for injection, the housing is able to be pivoted back into a detent position via the destroyed predetermined breaking point, wherein the needle tube is able to be brought into operative connection with the holding device, which is provided in the housing. a housing which is designed to be pivotable on a carrier element, which housing has an open housing side in the pivot plane, so that the needle tube is able to be pivoted into the housing after being used for injection, wherein the carrier element and the pivotable housing, in addition to the connection of a film hinge for the formation of a pivot axis are additionally connected to one another via a predetermined breaking point, characterized in that on the housing side, a holding device is provided for the pivoted-in needle tube, wherein after being used for injection, the housing is able to be pivoted back into a detent position via the destroyed predetermined breaking point, wherein the needle tube is able to be brought into operative connection with the holding device, which is provided in the housing.
Method for producing a chip card module, in which: - a substrate having a first main face and a second main face is provided, with contacts on the first face of the substrate for making a temporary electrical connection with a contact card reader device; - an electronic chip is attached to the substrate; - a first end of at least one wire is connected directly to a connection pad of the chip, and the chip and the first end of said wire are encapsulated in a resin, characterized in that said wire is intended to make a connection directly between the electronic chip and an antenna and that a second end of said wire is left outside the resin. - a substrate having a first main face and a second main face is provided, with contacts on the first face of the substrate for making a temporary electrical connection with a contact card reader device; - an electronic chip is attached to the substrate; - a first end of at least one wire is connected directly to a connection pad of the chip, and the chip and the first end of said wire are encapsulated in a resin, characterized in that said wire is intended to make a connection directly between the electronic chip and an antenna and that a second end of said wire is left outside the resin.
A lighting arrangement, comprising: - a first group of light sources comprising at least one LED providing white light having a first colour temperature; - a second group of light sources comprising at least one LED providing white light having a second colour temperature; and - a third group of light sources comprising at least one LED providing a light having a predetermined dominant wavelength; characterized in that a light converting device (200, 400) is provided to the third group of light sources, the light converting device (200, 400) comprising a phosphor (208, 208', 208", 208"', 414) and configured for converting light from the third group of light sources to white light having a third colour temperature, wherein the light converting device (200, 400) comprises electrical connecting means providing an electrical connection between one of the first and the second group of light sources and the third group of light sources. - a first group of light sources comprising at least one LED providing white light having a first colour temperature; - a second group of light sources comprising at least one LED providing white light having a second colour temperature; and - a third group of light sources comprising at least one LED providing a light having a predetermined dominant wavelength; characterized in that a light converting device (200, 400) is provided to the third group of light sources, the light converting device (200, 400) comprising a phosphor (208, 208', 208", 208"', 414) and configured for converting light from the third group of light sources to white light having a third colour temperature, wherein the light converting device (200, 400) comprises electrical connecting means providing an electrical connection between one of the first and the second group of light sources and the third group of light sources.