mhurhangee/ep-ind-claims huggingface dataset:
A method for managing security at a public cloud platform deployment executing an application instance for a first tenant of the public cloud platform deployment, the method comprising: determining, by a landscape service executing at the public cloud platform deployment, a landscape score for the application instance, the landscape score describing a plurality of landscape components to communicate with the application instance; determining, by an access frequency service, an access frequency score for the application instance, the access frequency score based at least in part on access frequencies for a plurality of users of the first tenant; determining, by a last access service, a last access score for the application instance, the last access score based at least in part on last access times for the plurality of users; determining a total risk score for the application instance using the landscape score for the application instance, the access frequency score for the application instance, and the last access score for the application instance; and responsive to determining that the total risk score for the application instance is greater than a threshold value, sending an alert message to an administrative user account for the public cloud platform deployment. determining, by a landscape service executing at the public cloud platform deployment, a landscape score for the application instance, the landscape score describing a plurality of landscape components to communicate with the application instance; determining, by an access frequency service, an access frequency score for the application instance, the access frequency score based at least in part on access frequencies for a plurality of users of the first tenant; determining, by a last access service, a last access score for the application instance, the last access score based at least in part on last access times for the plurality of users; determining a total risk score for the application instance using the landscape score for the application instance, the access frequency score for the application instance, and the last access score for the application instance; and responsive to determining that the total risk score for the application instance is greater than a threshold value, sending an alert message to an administrative user account for the public cloud platform deployment.
Optical object sensing device for a motor vehicle, having an emitter unit for emitting an emission light beam and having a receiver unit for receiving a reception light beam, and having an electronic evaluation device for detecting an object external to the vehicle in a vicinity of the motor vehicle as a function of the reception light beam, the emitter unit comprising an emitter for generating the emission light beam, a controllable micromirror by means of which the emission light beam can be panned at least in a first panning direction, and an emission lens, characterized in that the emission lens is arranged in the emission beam path behind the micromirror and, at least along the first panning direction, is configured as a concave-convex lens with a concavely curved surface, which faces towards the micromirror, and with a convexly curved surface, wherein, at least along the first panning direction, a radius of curvature of the concavely curved surface is less than a radius of curvature of the convexly curved surface of the emission lens.
A method for multi-service adaptation and carriage, comprising: mapping at a service adaptation layer different types of service into uniform Enhanced Gigabit Passive Optical Network Encapsulation Method, E-GEM, frames, the E-GEM frame comprises a frame header, an address identifier, and payload data; wherein the frame header comprises a service identifier for indicating an identification that distinguishes the service in the E-GEM frame from other services in a network;wherein the address identifier comprises a destination identifier for indicating a termination point of the service in the network and a source identifier for indicating a start point of the service in the network; combining at a channel layer E-GEM frames encapsulating the same type of service into the same type of transport-container, T-CONT, frames; setting a priority for each type of T CONT frames; and guaranteeing bandwidth for T-CONT frames with high priority and sending it. mapping at a service adaptation layer different types of service into uniform Enhanced Gigabit Passive Optical Network Encapsulation Method, E-GEM, frames, the E-GEM frame comprises a frame header, an address identifier, and payload data; wherein the frame header comprises a service identifier for indicating an identification that distinguishes the service in the E-GEM frame from other services in a network;wherein the address identifier comprises a destination identifier for indicating a termination point of the service in the network and a source identifier for indicating a start point of the service in the network; combining at a channel layer E-GEM frames encapsulating the same type of service into the same type of transport-container, T-CONT, frames; setting a priority for each type of T CONT frames; and guaranteeing bandwidth for T-CONT frames with high priority and sending it.
A system for aberrant splicing determination, including numerous processors operating in parallel, coupled to memory, the memory loaded with computer instructions to determine aberrant splicing, comprising: a trained atrous convolutional neural network, abbreviated ACNN, running on the numerous processors, that processes pre-mRNA sequences, including: an input module that receives a variant sequence of at least 101 target nucleotides and flanking nucleotides, comprising at least 901 nucleotides with the target nucleotide flanked by at least 400 nucleotides on each side; and accesses a reference sequence comprising at least 901 nucleotides; layers that perform atrous convolutions on the target nucleotides in the variant sequence and the reference sequence, and assign splice site scores for likelihood that each of the target nucleotides is a donor splice site, an acceptor splice site, or a non-splicing site; and an output module that determines, from position-wise differences in the splice site scores of the target nucleotides in the variant sequence and the reference sequence, whether a variant in the variant sequence causes aberrant splicing at any of the target nucleotides in the variant sequence and is therefore pathogenic. an input module that receives a variant sequence of at least 101 target nucleotides and flanking nucleotides, comprising at least 901 nucleotides with the target nucleotide flanked by at least 400 nucleotides on each side; and accesses a reference sequence comprising at least 901 nucleotides; receives a variant sequence of at least 101 target nucleotides and flanking nucleotides, comprising at least 901 nucleotides with the target nucleotide flanked by at least 400 nucleotides on each side; and accesses a reference sequence comprising at least 901 nucleotides; layers that perform atrous convolutions on the target nucleotides in the variant sequence and the reference sequence, and assign splice site scores for likelihood that each of the target nucleotides is a donor splice site, an acceptor splice site, or a non-splicing site; and an output module that determines, from position-wise differences in the splice site scores of the target nucleotides in the variant sequence and the reference sequence, whether a variant in the variant sequence causes aberrant splicing at any of the target nucleotides in the variant sequence and is therefore pathogenic.
An organic EL module (1, 201) comprising: an organic EL device (3, 203) in which at least one of planes constitutes a light emitting surface; and at least three connector units, wherein two electrode layers (16, 18) and an organic light emitting layer sandwiched between the electrode layers are stacked on a substrate having a planar expanse in the organic EL device, the connector units are arranged with a planar expanse, each of the connector units includes at least a feeding terminal (7, 8), and the feeding terminals are electrically connected in parallel to one another and electrically connected to the two electrode layers, characterized in that the at least three connector units are arranged on a back side of the light emitting surface, the organic EL module further comprises a base member that includes the connector units, wherein the base member is arranged on a projection plane in a member thickness direction of the organic EL device. two electrode layers (16, 18) and an organic light emitting layer sandwiched between the electrode layers are stacked on a substrate having a planar expanse in the organic EL device, the connector units are arranged with a planar expanse, each of the connector units includes at least a feeding terminal (7, 8), and the feeding terminals are electrically connected in parallel to one another and electrically connected to the two electrode layers, characterized in that the at least three connector units are arranged on a back side of the light emitting surface, the organic EL module further comprises a base member that includes the connector units, wherein the base member is arranged on a projection plane in a member thickness direction of the organic EL device.
A can bodymaker comprising a ram and a redraw sleeve assembly for holding a cup or other preform article against a redraw die, the redraw sleeve assembly comprising: a redraw sleeve; a redraw carriage to which the redraw sleeve is removably coupled, the redraw carriage being driven in a reciprocating motion along an axis; and a redraw sleeve alignment mechanism comprising a redraw sleeve module having one or more bearings (26a-b) defining a passage through which the redraw sleeve moves; and characterised by: the redraw sleeve alignment mechanism further comprising a bearing adjustment mechanism to facilitate radial alignment of the redraw sleeve module with the redraw die, wherein the coupling between the redraw carriage and the redraw sleeve permits variable radial offset, relative to said axis, between the two components. a redraw sleeve; a redraw carriage to which the redraw sleeve is removably coupled, the redraw carriage being driven in a reciprocating motion along an axis; and a redraw sleeve alignment mechanism comprising a redraw sleeve module having one or more bearings (26a-b) defining a passage through which the redraw sleeve moves; and characterised by: the redraw sleeve alignment mechanism further comprising a bearing adjustment mechanism to facilitate radial alignment of the redraw sleeve module with the redraw die, wherein the coupling between the redraw carriage and the redraw sleeve permits variable radial offset, relative to said axis, between the two components.
A power management system for an RF power amplifier comprising: an amplifier circuit including an amplifier in communication with a power amplifier supply voltage; and a multi-level charge pump buck converter comprising: a switcher control circuit configured to output a logic level indication; a frequency lock loop in communication with the switcher control circuit and receiving the logic level indication; the FLL provides a frequency threshold scaler for adjusting an operating frequency of the multi-level charge pump buck converter based upon the logic level indication;_and a switching voltage output (Vcc) in communication with the power amplifier supply voltage, wherein the multi-level charge pump buck converter is configured to shunt the switching voltage output to ground in a first operational state, provide a direct current input voltage to the switching voltage output in a second operational state, provide 1.5 times the direct current input voltage to the switching voltage output in a third operational state, and provide 2 times the direct current input voltage to the switching voltage output in a fourth operational state. an amplifier circuit including an amplifier in communication with a power amplifier supply voltage; and a multi-level charge pump buck converter comprising: a switcher control circuit configured to output a logic level indication; a frequency lock loop in communication with the switcher control circuit and receiving the logic level indication; the FLL provides a frequency threshold scaler for adjusting an operating frequency of the multi-level charge pump buck converter based upon the logic level indication;_and a switching voltage output (Vcc) in communication with the power amplifier supply voltage, wherein the multi-level charge pump buck converter is configured to shunt the switching voltage output to ground in a first operational state, provide a direct current input voltage to the switching voltage output in a second operational state, provide 1.5 times the direct current input voltage to the switching voltage output in a third operational state, and provide 2 times the direct current input voltage to the switching voltage output in a fourth operational state. a switcher control circuit configured to output a logic level indication; a frequency lock loop in communication with the switcher control circuit and receiving the logic level indication; the FLL provides a frequency threshold scaler for adjusting an operating frequency of the multi-level charge pump buck converter based upon the logic level indication;_and a switching voltage output (Vcc) in communication with the power amplifier supply voltage, wherein the multi-level charge pump buck converter is configured to shunt the switching voltage output to ground in a first operational state, provide a direct current input voltage to the switching voltage output in a second operational state, provide 1.5 times the direct current input voltage to the switching voltage output in a third operational state, and provide 2 times the direct current input voltage to the switching voltage output in a fourth operational state.
A system for the storage of electrical energy for a vehicle with electric propulsion; the storage system comprises: at least one group of chemical batteries, which are arranged aligned with one another and each of which presents an upper wall, which is provided with a pair of electrical terminals and a safety valve, and a lower wall, which is parallel and opposite to the upper wall; a container, which houses the group of chemical batteries; a relief duct, which rests against the upper walls of the chemical batteries and, for each safety valve, presents a corresponding opening, which is coupled to the safety valve; and a cooling element, which is parallel and opposite to the relief duct and rests against the lower walls of the chemical batteries, so as to be thermally coupled to the chemical batteries themselves; in which the relief duct is rigidly connected to the container and is shaped so as to press against the upper walls of the chemical batteries, in order to apply a thrust to the chemical batteries, which is perpendicular to the upper walls and keeps the chemical batteries pressed against the cooling element; the storage system is characterized in that the relief duct comprises a plurality of pressing elements, each of which is elastically deformable in a direction that is perpendicular to the upper walls of the chemical batteries and transmits the thrust from the relief duct to the upper walls of the chemical batteries. at least one group of chemical batteries, which are arranged aligned with one another and each of which presents an upper wall, which is provided with a pair of electrical terminals and a safety valve, and a lower wall, which is parallel and opposite to the upper wall; a container, which houses the group of chemical batteries; a relief duct, which rests against the upper walls of the chemical batteries and, for each safety valve, presents a corresponding opening, which is coupled to the safety valve; and a cooling element, which is parallel and opposite to the relief duct and rests against the lower walls of the chemical batteries, so as to be thermally coupled to the chemical batteries themselves; in which the relief duct is rigidly connected to the container and is shaped so as to press against the upper walls of the chemical batteries, in order to apply a thrust to the chemical batteries, which is perpendicular to the upper walls and keeps the chemical batteries pressed against the cooling element; the storage system is characterized in that the relief duct comprises a plurality of pressing elements, each of which is elastically deformable in a direction that is perpendicular to the upper walls of the chemical batteries and transmits the thrust from the relief duct to the upper walls of the chemical batteries.
A wireless communications device for managing multiple component carriers, comprising: a wireless module, configured to perform wireless transceiving to and from a radio access network; and a controller module, configured to receive a preamble assignment message from the radio access network via the wireless module, transmit a Random Access Preamble, RAP, message to the radio access network via the wireless module, and receive a Random Access Response, RAR, message corresponding to the RAP message from the radio access network via the wireless module, characterized in that: the preamble assignment message comprises a component carrier indicator; the RAP message is transmitted on a component carrier corresponding to the component carrier indicator; the RAR message is received on the component carrier or on another component carrier that has already been activated; and the controller module is further configured to determine whether the RAR message is scrambled with a User Equipment Identification, UE ID, or Cell-Radio network Temporary Identifier, C-RNTI, in response to the RAR message being received on another component carrier that has already been activated. a wireless module, configured to perform wireless transceiving to and from a radio access network; and a controller module, configured to receive a preamble assignment message from the radio access network via the wireless module, transmit a Random Access Preamble, RAP, message to the radio access network via the wireless module, and receive a Random Access Response, RAR, message corresponding to the RAP message from the radio access network via the wireless module, the preamble assignment message comprises a component carrier indicator; the RAP message is transmitted on a component carrier corresponding to the component carrier indicator; the RAR message is received on the component carrier or on another component carrier that has already been activated; and the controller module is further configured to determine whether the RAR message is scrambled with a User Equipment Identification, UE ID, or Cell-Radio network Temporary Identifier, C-RNTI, in response to the RAR message being received on another component carrier that has already been activated.
Package constituted by a box made from a blank by cutting and grooving, having a base, two transverse faces (5, 5'), two main faces, a prismatoid-shaped transported object, of which the height is less than those of the transverse faces (5, 5'), and having, in the upper part, at least one orifice equipped with a stopper for filling with a corrosive liquid, being placed on the base, characterised in that the wedges are interposed between the transverse faces and the object, and the main faces are split on the end thereof opposite the base so as to arrange the flaps covering a part of the upper part of the transported object, said object being secured to the box by a binding bearing against the flaps.
A device for assessing changes in erythrocyte deformability, such as erythrocyte sickling tendency, comprising: an at least partially transparent inner wall, an at least partially transparent outer wall extending parallel with the inner wall, wherein a gap is present between the inner and outer walls (11, 12) for receiving a blood sample, wherein one of said walls (11, 12) is movable parallel to and relative to the other one of said walls (11, 12) so as to exert a shear force to the sample in the gap, a light source arranged to emit light in a perpendicular direction through overlapping transparent parts of the inner and outer walls (11, 12), and a camera or a light sensor array arranged to observe the light from the light source after it is emitted through said transparent parts of the inner and outer walls (11, 12) in order to detect and assess a diffraction pattern therein when a blood sample is present in said gap and the movable wall is being moved, characterized in that said device further comprises: an oxygen sensor comprising a luminophoric element arranged to be in contact with the blood sample in the gap between the inner and outer walls (11, 12), the luminophoric element comprising a luminophore, the luminescent property of which depends on the oxygen level of the blood sample in contact with the element, and a light sensor arranged to measure the intensity of the light emitted from said luminophore, so as to measure the oxygen concentration in the blood sample when the blood sample is present in said gap and the movable wall is being moved. an at least partially transparent inner wall, an at least partially transparent outer wall extending parallel with the inner wall, wherein a gap is present between the inner and outer walls (11, 12) for receiving a blood sample, wherein one of said walls (11, 12) is movable parallel to and relative to the other one of said walls (11, 12) so as to exert a shear force to the sample in the gap, a light source arranged to emit light in a perpendicular direction through overlapping transparent parts of the inner and outer walls (11, 12), and a camera or a light sensor array arranged to observe the light from the light source after it is emitted through said transparent parts of the inner and outer walls (11, 12) in order to detect and assess a diffraction pattern therein when a blood sample is present in said gap and the movable wall is being moved, characterized in that said device further comprises: an oxygen sensor comprising a luminophoric element arranged to be in contact with the blood sample in the gap between the inner and outer walls (11, 12), the luminophoric element comprising a luminophore, the luminescent property of which depends on the oxygen level of the blood sample in contact with the element, and a light sensor arranged to measure the intensity of the light emitted from said luminophore, so as to measure the oxygen concentration in the blood sample when the blood sample is present in said gap and the movable wall is being moved.