mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method, comprising: receiving, at a certificate authority of a service provider computing environment (100, 200) and from a client device, a request to issue a digital certificate, the request specifying configuration information for monitoring usage of the digital certificate; determining, by the certificate authority, a network endpoint to be specific to the digital certificate and to provide a Certificate Revocation List associated with the digital certificate; issuing, by the certificate authority, the digital certificate, the digital certificate specifying a network address for the network endpoint that can be used to access the network endpoint and to obtain the Certificate Revocation List; receiving, by the certificate authority and from the network endpoint, information about requests made to the network endpoint to obtain the Certificate Revocation List; recording, by the certificate authority or the network endpoint, the information about the requests made to the network endpoint in accordance with the configuration information; determining, by the certificate authority, a usage pattern of the digital certificate based at least in part on the information, where the usage pattern of the digital certificate is used to generate a determination to renew the digital certificate prior to expiration of the digital certificate; and storing, by the certificate authority or the network endpoint, and in a data store, the information about the requests made to the network endpoint in association with the digital certificate. receiving, at a certificate authority of a service provider computing environment (100, 200) and from a client device, a request to issue a digital certificate, the request specifying configuration information for monitoring usage of the digital certificate; determining, by the certificate authority, a network endpoint to be specific to the digital certificate and to provide a Certificate Revocation List associated with the digital certificate; issuing, by the certificate authority, the digital certificate, the digital certificate specifying a network address for the network endpoint that can be used to access the network endpoint and to obtain the Certificate Revocation List; receiving, by the certificate authority and from the network endpoint, information about requests made to the network endpoint to obtain the Certificate Revocation List; recording, by the certificate authority or the network endpoint, the information about the requests made to the network endpoint in accordance with the configuration information; determining, by the certificate authority, a usage pattern of the digital certificate based at least in part on the information, where the usage pattern of the digital certificate is used to generate a determination to renew the digital certificate prior to expiration of the digital certificate; and storing, by the certificate authority or the network endpoint, and in a data store, the information about the requests made to the network endpoint in association with the digital certificate.
Machine for electrical discharge machining, comprising - a tool to machine a workpiece under the effect of erosive discharges, - a stand and a mechanical assembly (X, Y, Z, C) making it possible to effect relative movements between the tool and the workpiece, - a first assembly comprising the tool and tool attachment members capable of being attached to a first part of the machine, - a second assembly comprising the workpiece capable of being attached to a second part of the machine, - characterized in that it has a detection device comprising an optical detection appliance fixed by means of an attachment to a part of the machine and adapted for viewing at least a first identification feature on the first assembly along a predetermined optical axis that is fixed with respect to the said attachment and to assign the coordinates to the first identification feature, - whereby the optical detection appliance is arranged so that it views at least one second identification feature on the second assembly along the same predetermined optical axis and to assign the coordinates to the second identification features, Wherein the machine further comprises a numerical controller, which is adapted based on the coordinates of the first assembly and the second assembly to evaluate any relative geometric deviation between the first and second assemblies (41, 42) and to correct this geometric deviation. - a tool to machine a workpiece under the effect of erosive discharges, - a stand and a mechanical assembly (X, Y, Z, C) making it possible to effect relative movements between the tool and the workpiece, - a first assembly comprising the tool and tool attachment members capable of being attached to a first part of the machine, - a second assembly comprising the workpiece capable of being attached to a second part of the machine, - characterized in that it has a detection device comprising an optical detection appliance fixed by means of an attachment to a part of the machine and adapted for viewing at least a first identification feature on the first assembly along a predetermined optical axis that is fixed with respect to the said attachment and to assign the coordinates to the first identification feature, - whereby the optical detection appliance is arranged so that it views at least one second identification feature on the second assembly along the same predetermined optical axis and to assign the coordinates to the second identification features, Wherein the machine further comprises a numerical controller, which is adapted based on the coordinates of the first assembly and the second assembly to evaluate any relative geometric deviation between the first and second assemblies (41, 42) and to correct this geometric deviation.
A method of assisting in the positioning of the arms of forks of a forklift truck which, by means of a light beam projecting a luminous mark onto a load to be handled, informs the driver of said truck of the relative position of said arms of said forks with respect to said load to be handled so as to enable him to position said arms of said forks adequately prior to inserting them, in complete safety, under said load to be handled, said light beam being activated during at least one step chosen from among all the steps of the handling process, said step being identified by calculations and analyses relating solely to the measurement of the total acceleration vector acting on the forks, characterised in that said light beam is activated during the step of taking charge of the load to be handled, said take-over step being identified, in a continuous manner, by the following phases of said process: - extraction of the displacement acceleration vector from the total acceleration vector of the forks, - extraction of the two component vectors (28h, 28v) of said displacement acceleration vector of the forks - calculation by double mathematical integration with respect to time of said two component vectors (28h, 28v): of the horizontal and vertical speeds and displacements of the forks, - verification that the said forks are in the process of moving vertically and that their horizontal movement is slow or even zero. - extraction of the displacement acceleration vector from the total acceleration vector of the forks, - extraction of the two component vectors (28h, 28v) of said displacement acceleration vector of the forks - calculation by double mathematical integration with respect to time of said two component vectors (28h, 28v): of the horizontal and vertical speeds and displacements of the forks, - verification that the said forks are in the process of moving vertically and that their horizontal movement is slow or even zero.
Device for filling defects in a surface of a wooden article, that comprises a movable nozzle for applying a filling material into the defects in the surface of the wooden article, which device further comprises a reservoir connected to the nozzle for applying the filling material, characterised in that the device is provided with a flat end part with an end face that extends around the nozzle, in that the end part is movably mounted in such a way that the orientation of the end part can be changed, in that the device is arranged to push the end face against the surface of the wooden article to be treated at a first pressure and to allow it to move over the article in contact with this surface while applying the filler, and in that the reservoir is arranged to expel the filling material at a second pressure, wherein the second pressure which is smaller than the first pressure.
A medical-endoscopic instrument with a distal elongate insertion section for the minimal-invasive introduction into a human or animal body, wherein the insertion section comprises at least one first LED, a second LED and a picture sensor, wherein the first LED, the second LED and the picture sensor are aligned in a common viewing direction (x), wherein the first LED comprises a first light spectrum which is suitable for fluorescence endoscopy and the second LED comprises a second light spectrum which is suitable for white light endoscopy, wherein a light filter is arranged in front of the second LED in the viewing direction (x), wherein the light filter has a transmission spectrum, wherein the second LED is designed to irradiate according to the second light spectrum on average more intensively in a first wavelength region than in a second wavelength region, and wherein the light filter is designed to let through light which is emitted by the second LED, according to the transmission spectrum, on average less in the second wavelength region than in the first wavelength region, characterized in that the first LED is arranged offset to the front relative to the second LED with respect to the viewing direction (x).
An in vitro diagnostic method for quantification of a clinical chemistry analyte from a clinical sample wherein the clinical chemistry analyte a) undergoes a chemical reaction or reactions with a reagent or reagents in one or several steps, or in a reaction sequence, or b) catalyses a chemical reaction, or reactions, or a reaction in a reaction sequence of a reagent or reagents, in one or several steps; in a reaction system, said reaction or reactions or reaction sequence resulting in a change of a measurable property of a compound or compounds of said reaction or reactions or reaction sequence in which i) said chemical reaction or reactions or reaction sequence results in • formation of a two-photon fluorescent compound, or • a change in two-photon fluorescence properties of the reaction system comprising at least one two-photon fluorescent compound; and ii) said analyte is quantified by exciting said two-photon fluorescent compound or compounds and measuring two-photon exited fluorescence, and relating said measured fluorescence to method standardization data based on measurements obtained from reference material of said analyte. a) undergoes a chemical reaction or reactions with a reagent or reagents in one or several steps, or in a reaction sequence, or b) catalyses a chemical reaction, or reactions, or a reaction in a reaction sequence of a reagent or reagents, in one or several steps; i) said chemical reaction or reactions or reaction sequence results in • formation of a two-photon fluorescent compound, or • a change in two-photon fluorescence properties of the reaction system comprising at least one two-photon fluorescent compound; and • formation of a two-photon fluorescent compound, or • a change in two-photon fluorescence properties of the reaction system comprising at least one two-photon fluorescent compound; and ii) said analyte is quantified by exciting said two-photon fluorescent compound or compounds and measuring two-photon exited fluorescence, and relating said measured fluorescence to method standardization data based on measurements obtained from reference material of said analyte.
Multi-layer composite comprising two films whose main constituent is a polyetheretherketone; and a pressure-sensitive adhesive compound obtainable by thermal crosslinking of a composition comprising a) at least one silicone comprising at least two alkenyl groups; b) at least one silicone resin; c) at least one substance suitable for crosslinking alkenyl-group-containing silicones and comprising at least two Si-H groups; and d) at least one substance suitable for accelerating a reaction of the Si-H groups with the alkenyl groups, characterized in that the amount-of-substance ratio of the sum total of the Si-H groups to the sum total of the alkenyl groups provided by the silicones a) and silicone resins b) is less than 1:1; where the pressure-sensitive adhesive compound is disposed between these films. two films whose main constituent is a polyetheretherketone; and a pressure-sensitive adhesive compound obtainable by thermal crosslinking of a composition comprising a) at least one silicone comprising at least two alkenyl groups; b) at least one silicone resin; c) at least one substance suitable for crosslinking alkenyl-group-containing silicones and comprising at least two Si-H groups; and d) at least one substance suitable for accelerating a reaction of the Si-H groups with the alkenyl groups, b) at least one silicone resin; c) at least one substance suitable for crosslinking alkenyl-group-containing silicones and comprising at least two Si-H groups; and d) at least one substance suitable for accelerating a reaction of the Si-H groups with the alkenyl groups, characterized in that the amount-of-substance ratio of the sum total of the Si-H groups to the sum total of the alkenyl groups provided by the silicones a) and silicone resins b) is less than 1:1; where the pressure-sensitive adhesive compound is disposed between these films.
A hydrogel structure (52;60) comprising: a hollow tubular structure (50,51) having an inner diameter of 1.0 mm or less, characterized in that the hydrogel structure has a transmission of 80 percent or more in a visible light range, and in that: the hollow tubular structure comprises a first hydrogel object and is at least partially adjacent to a second hydrogel object having a modulus of elasticity different from that of the first hydrogel object; or: the hollow tubular structure comprises at least two kinds of hydrogel objects having different modulus of elasticity. a hollow tubular structure (50,51) having an inner diameter of 1.0 mm or less, characterized in that the hydrogel structure has a transmission of 80 percent or more in a visible light range, and in that: the hollow tubular structure comprises a first hydrogel object and is at least partially adjacent to a second hydrogel object having a modulus of elasticity different from that of the first hydrogel object; or: the hollow tubular structure comprises at least two kinds of hydrogel objects having different modulus of elasticity. the hollow tubular structure comprises a first hydrogel object and is at least partially adjacent to a second hydrogel object having a modulus of elasticity different from that of the first hydrogel object; or: the hollow tubular structure comprises at least two kinds of hydrogel objects having different modulus of elasticity.
An aircraft comprising at least a component part (1, 2, 3, 4, 5, 6, 7, 8) provided with thermal de-icing means suitable to eliminate and/or prevent the formation of ice on said component part, wherein said de-icing means are directly integrated in the structure of said part (1, 2, 3, 4, 5, 6, 7, 8), characterized in that said de-icing means comprise a multi-layer panel having an external sheet metal that constitutes an aerodynamic surface of said part, and an internal layer, all made in a single piece with a trabecular panel core in a single body, and at least one tube (13, 18) for spreading into the trabecular core through a slot in the internal layer of the panel hot air bled from an engine compressor of said aircraft..
A magnetic field sensor, comprising: a reference magnetic field generator (110, 112), wherein the reference magnetic field generator is configured to generate an AC reference magnetic field having a first frequency with a first phase; a magnetic field sensing circuit comprising at least one magnetic field sensing element (106, 108), wherein the magnetic field sensing circuit is configured to generate a combined output signal (104a, 104b) responsive to the AC reference magnetic field and also responsive to an external magnetic field at the same time; and a signal processing circuit coupled to receive the combined output signal, wherein the signal processing circuit comprises a first modulator, wherein the first modulator is configured to modulate the combined signal with the same first frequency as the reference magnetic field generator but with a second phase different than the first phase of the AC reference magnetic field to generate a modulated combined signal (114a, 114b). a reference magnetic field generator (110, 112), wherein the reference magnetic field generator is configured to generate an AC reference magnetic field having a first frequency with a first phase; a magnetic field sensing circuit comprising at least one magnetic field sensing element (106, 108), wherein the magnetic field sensing circuit is configured to generate a combined output signal (104a, 104b) responsive to the AC reference magnetic field and also responsive to an external magnetic field at the same time; and a signal processing circuit coupled to receive the combined output signal, wherein the signal processing circuit comprises a first modulator, wherein the first modulator is configured to modulate the combined signal with the same first frequency as the reference magnetic field generator but with a second phase different than the first phase of the AC reference magnetic field to generate a modulated combined signal (114a, 114b).
A preamplifier device with a FET device, the FET device including: a gate; a drain; a first source connection coupled to a floating ground; and a second source connection coupled to a second ground, wherein the floating ground and the second ground are distinct from each other, and wherein a series connection of the first source connection, the FET device and the second source connection is established as the only galvanic connection between the floating ground and the second ground. a gate; a drain; a first source connection coupled to a floating ground; and a second source connection coupled to a second ground, wherein the floating ground and the second ground are distinct from each other, and wherein a series connection of the first source connection, the FET device and the second source connection is established as the only galvanic connection between the floating ground and the second ground.
A refrigerated automatic distributor (21; 51) for juices extracted from fresh fruits comprising a fruit or vegetable stocking store (28, 86, 87; 52), a juice extraction device (29, 88, 89; 54) for extracting juice from fruits or vegetables, a fruit moving mechanism (30, 91, 92; 56) for moving fruits or vegetables between the stocking store (28, 86, 87; 52) and the extraction device (29, 88, 89; 54), an access mouth of access to a juice container for the juice and an electronic control unit, the said distributor (21, 51) being characterized in that it further comprises a sealing device for sealing the container with the juice spilled and to be dispensed, in which the sealing device is of the type using a sealing film and includes a container seat for the container, a sealing member for sealing a flange or an edge of the container with the sealing film and moving members for the container seat; the sealing film defines a plain section adjacent to a lower part of the sealing member, while the moving members are actuatable for shifting the container seat between the access mouth and the sealing member; and in which the electronic control unit is provided for activating the moving members and the sealing member of the sealing device, on request of the user, for shifting the container seat with the juice container from the access mouth to the sealing member, sealing the flange or the edge of the container with the sealing film and, after sealing, for shifting the container seat with the juice container from the sealing member to the access mouth, for availability to the user.
A method for receiving a received composite signal, the method comprising: receiving a composite signal, comprising binary offset carrier, BOC, modulated signals, to extract a BOC component by combining with a local BOC replica, and to derive a quadrature BOC, QBOC, component by combining with a local QBOC replica, the BOC component comprising an in-phase BOC component and a quadrature-phase BOC component, the QBOC component comprising in-phase QBOC component and a quadrature-phase QBOC component; detecting a primary amplitude of the BOC component of the received composite signal based on correlation data; detecting a secondary amplitude of the QBOC component of the received composite signal based on correlation data; characterized by determining whether the primary amplitude exceeds the secondary amplitude for a sampling period; selecting a set of BOC correlations in accordance with a BOC correlation function for the sampling period if the primary amplitude exceeds or equals the secondary amplitude for the sampling period; selecting a set of QBOC correlations in accordance with a QBOC correlation function for the sampling period if the secondary amplitude exceeds the primary amplitude for the sampling period; and processing the selected correlations to track a carrier of the received composite signal for estimation of a range between a receiver antenna and satellite transmitter that transmits the received composite signal. receiving a composite signal, comprising binary offset carrier, BOC, modulated signals, to extract a BOC component by combining with a local BOC replica, and to derive a quadrature BOC, QBOC, component by combining with a local QBOC replica, the BOC component comprising an in-phase BOC component and a quadrature-phase BOC component, the QBOC component comprising in-phase QBOC component and a quadrature-phase QBOC component; detecting a primary amplitude of the BOC component of the received composite signal based on correlation data; detecting a secondary amplitude of the QBOC component of the received composite signal based on correlation data; characterized by determining whether the primary amplitude exceeds the secondary amplitude for a sampling period; selecting a set of BOC correlations in accordance with a BOC correlation function for the sampling period if the primary amplitude exceeds or equals the secondary amplitude for the sampling period; selecting a set of QBOC correlations in accordance with a QBOC correlation function for the sampling period if the secondary amplitude exceeds the primary amplitude for the sampling period; and processing the selected correlations to track a carrier of the received composite signal for estimation of a range between a receiver antenna and satellite transmitter that transmits the received composite signal.