mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for classifying anomalies of one or more feature-associated anomalies in network data traffic between devices in a first part of a network and devices in a second part of the network, the method comprising: - retrieving at least one network data traffic sample; - determining one or more feature-associated anomaly scores, - determining feature importance value for each feature of a feature-associated anomaly score, and - classifying one or more anomalies based on the determined one or more feature-associated anomaly scores and the determined feature importance values, characterized by the classifying comprising ranking the one or more anomalies in relation to one another based on a combination of the determined one or more feature-associated anomaly scores and the determined feature importance values. - retrieving at least one network data traffic sample; - determining one or more feature-associated anomaly scores, - determining feature importance value for each feature of a feature-associated anomaly score, and - classifying one or more anomalies based on the determined one or more feature-associated anomaly scores and the determined feature importance values, characterized by the classifying comprising ranking the one or more anomalies in relation to one another based on a combination of the determined one or more feature-associated anomaly scores and the determined feature importance values.
A method for influencing transport protocol, TP, selection and setup of a connection between a client and a server, the method being performed in a middlebox located between the client and the server and comprising the steps of: receiving (S2-1) a session setup message comprising: i) setup information for at least one candidate TP, and ii) a preference order for setup of the at least one TP; processing (S2-3) the received session setup message by extending the same with information or removing information from the same so as to influence subsequent TP selection at the server; and intercepting (S2-5), in response to the received and processed session setup message, a setup response message comprising the setup information pertaining exclusively to one TP selected for the connection, wherein the session setup message is accommodated in a Concise Binary Object Representation, CBOR, map comprised in a Substrate Protocol for User Datagrams, SPUD, packet, and the setup information for at least one candidate TP and the preference order are extensions to the CBOR map. receiving (S2-1) a session setup message comprising: i) setup information for at least one candidate TP, and ii) a preference order for setup of the at least one TP; i) setup information for at least one candidate TP, and ii) a preference order for setup of the at least one TP; processing (S2-3) the received session setup message by extending the same with information or removing information from the same so as to influence subsequent TP selection at the server; and intercepting (S2-5), in response to the received and processed session setup message, a setup response message comprising the setup information pertaining exclusively to one TP selected for the connection, wherein the session setup message is accommodated in a Concise Binary Object Representation, CBOR, map comprised in a Substrate Protocol for User Datagrams, SPUD, packet, and the setup information for at least one candidate TP and the preference order are extensions to the CBOR map.
A substrate processing apparatus comprising: a centering stage configured to hold a first area of a lower surface of a substrate; a processing stage configured to hold a second area of the lower surface of the substrate; a stage elevating mechanism configured to move the centering stage between an elevated position higher than the processing stage and a lowered position lower than the processing stage; a processing-stage rotating mechanism configured to rotate the processing stage about its central axis; an eccentricity detector configured to obtain an amount of eccentricity and an eccentricity direction of a center of the substrate, when held on the centering stage, from a central axis of the centering stage; and an aligner (36, 41, 75) configured to perform a centering operation of moving and rotating the centering stage until the center of the substrate on the centering stage is located on the central axis of the processing stage, the aligner (36, 41, 75) being configured to calculate a distance by which the centering stage is to be moved and an angle through which the centering stage is to be rotated, based on an initial relative position of the central axis of the centering stage with respect to the central axis of the processing stage, the amount of eccentricity, and the eccentricity direction. a centering stage configured to hold a first area of a lower surface of a substrate; a processing stage configured to hold a second area of the lower surface of the substrate; a stage elevating mechanism configured to move the centering stage between an elevated position higher than the processing stage and a lowered position lower than the processing stage; a processing-stage rotating mechanism configured to rotate the processing stage about its central axis; an eccentricity detector configured to obtain an amount of eccentricity and an eccentricity direction of a center of the substrate, when held on the centering stage, from a central axis of the centering stage; and an aligner (36, 41, 75) configured to perform a centering operation of moving and rotating the centering stage until the center of the substrate on the centering stage is located on the central axis of the processing stage, the aligner (36, 41, 75) being configured to calculate a distance by which the centering stage is to be moved and an angle through which the centering stage is to be rotated, based on an initial relative position of the central axis of the centering stage with respect to the central axis of the processing stage, the amount of eccentricity, and the eccentricity direction.
A film dispenser for securely rotatably supporting a film roll with a film band wound onto a core sleeve, comprising an elongated dispenser housing and a system with two roll holders arranged axially spaced from each other in said dispenser housing and connected to said dispenser housing as well as two pegs which are mountable at the axial ends of the core sleeve or which comprise axial end portions of said core sleeve, wherein the roll holders each comprise a supporting body with a cutout, wherein said cutout is delimited by an inner edge of the supporting body and formed to receive a portion of the respective peg, characterized in that the cutout comprises an open insert region at the top for inserting a peg portion and a supporting region on the lowermost level for supporting and for rotatably bearing the peg, in that a portion of the inner edge is formed between the insert region and the supporting region as an insert ramp sloping in the direction of the supporting region, and in that the cutout comprises a lateral bulge adjacent to the supporting region as a catch space for the peg.
A method of detecting radio disturbances in a radio communication system of a building security and alarm system, the radio communication system comprising a gateway device and a peripheral device (14, 16), each arranged to send radio signals to and to receive radio signals from the other, the radio signals being in the form of separate information segments transmitted as data packets in the time domain, the method comprising the steps: i. measuring at the gateway device the power level (Pm) of separate information segments of the radio signals received from the peripheral device (14, 16), to obtain measured power level values; ii. determining a statistical value (Pd) of the measured power level values for the separate information segments; iii. comparing a selected measured power level with the statistical value; and iv. producing an alert signal, indicating a radio disturbance, if the difference between the selected measured power level and the statistical value exceeds a threshold. i. measuring at the gateway device the power level (Pm) of separate information segments of the radio signals received from the peripheral device (14, 16), to obtain measured power level values; ii. determining a statistical value (Pd) of the measured power level values for the separate information segments; iii. comparing a selected measured power level with the statistical value; and iv. producing an alert signal, indicating a radio disturbance, if the difference between the selected measured power level and the statistical value exceeds a threshold.
Chassis for a commercial vehicle with an axle body which is connected in a fastening portion to an axle link, the one end of which is mounted pivotably on the vehicle frame of the commercial vehicle, and the other end of which is supported against the vehicle frame via a pneumatic spring, wherein the axle body is provided in its fastening portion with individual supporting surfaces (11, 22, 33, 44) and is supported against the axle link only by said supporting surfaces, characterized in that the axle body is substantially designed as a round tube which, in the fastening portion, has a deformation, with a bending profile of more than 90°, to form a square consisting of wall portions and radius portions arranged in between, and in that the supporting surfaces (11, 22, 33, 44) are situated on the deformed circumferential portions.
An aerosol-generation apparatus comprising a heater and a fluid-transfer article, the fluid-transfer article comprising a reservoir for holding an aerosol precursor and a wick arranged and configured to receive said aerosol precursor from said reservoir, the wick making abutting unbonded contact with a heating region of said heater, wherein said fluid-transfer article and said heater are separable, and characterized in that said heating region of said heater is flexible, thereby to be deformable due to said contact between said wick and said heating region; and wherein at least one of: (i) said heating region is convoluted; (ii) said wick is U-shaped, with the base of the U-shape making said unbonded contact with said heating region; (iii) said fluid-transfer article includes a sealing member sealing said reservoir, said wick extending through said sealing member; (iv) said wick is flexible; and/or (v) said heating region of said heater is located in an air-flow pathway (44a, 44b). (i) said heating region is convoluted; (ii) said wick is U-shaped, with the base of the U-shape making said unbonded contact with said heating region; (iii) said fluid-transfer article includes a sealing member sealing said reservoir, said wick extending through said sealing member; (iv) said wick is flexible; and/or (v) said heating region of said heater is located in an air-flow pathway (44a, 44b).
Longitudinal conveyor for rod-shaped products (6, 7) of the tobacco processing industry, comprising: - a drum which can be driven rotationally to a rotational movement around a first rotation axis by a drive device, - a plurality of lever arms which can be driven rotationally around second rotation axes, wherein the second rotation axes are located parallel to the first rotation axis, and wherein - the lever arms are mounted rotatably on the drum and can be driven to a rotational movement in a sense of rotation opposite to the sense of rotation of the rotational movement of the drum at a rotational speed being identical to the rotational speed of the drum or being an integral multiple of the rotational speed of the drum, and - on the lever arms rotatably mounted arms are provided, on each of which at least one collector (10, 11) for a rod-shaped product (6, 7) is provided, which collectors during the rotational movement of the drum are moved from a take-up point to a hand-over point of the products (6, 7), and - the lever arms can be driven by a wobble drive, characterized in that - the wobble drive includes a wobble plate which drives at least two of the lever arms simultaneously, and - the wobble plate can be driven to a wobbling motion by an eccentric disc driven in a sense of rotation opposite to the sense of rotation of the drum. - a drum which can be driven rotationally to a rotational movement around a first rotation axis by a drive device, - a plurality of lever arms which can be driven rotationally around second rotation axes, wherein the second rotation axes are located parallel to the first rotation axis, and wherein - the lever arms are mounted rotatably on the drum and can be driven to a rotational movement in a sense of rotation opposite to the sense of rotation of the rotational movement of the drum at a rotational speed being identical to the rotational speed of the drum or being an integral multiple of the rotational speed of the drum, and - on the lever arms rotatably mounted arms are provided, on each of which at least one collector (10, 11) for a rod-shaped product (6, 7) is provided, which collectors during the rotational movement of the drum are moved from a take-up point to a hand-over point of the products (6, 7), and - the lever arms can be driven by a wobble drive, - the wobble drive includes a wobble plate which drives at least two of the lever arms simultaneously, and - the wobble plate can be driven to a wobbling motion by an eccentric disc driven in a sense of rotation opposite to the sense of rotation of the drum.
A pharmaceutical composition comprising an effective amount of an isolated peptide of SEQ ID NO: 36 and a pharmaceutically acceptable carrier for use in the treatment of bacterial infections and/or for inducing apoptosis in a host cell.
A floating rotating structure, comprising: a first hinge, wherein the first hinge has a penetrating first matching groove; a second hinge, wherein a top of the second hinge has a matching portion placed in the first matching groove, a limiting structure provided between the first matching groove and the matching portion for preventing relative rotation is separable along a central axis of the first matching groove, and the matching portion is provided with a first central hole that penetrates to a bottom of the second hinge; and an elastic member, wherein the elastic member penetrates the first matching groove and the first central hole of the second hinge, and two ends of the elastic member are configured to be pressed against two external components connected to the first hinge and the second hinge respectively. a first hinge, wherein the first hinge has a penetrating first matching groove; a second hinge, wherein a top of the second hinge has a matching portion placed in the first matching groove, a limiting structure provided between the first matching groove and the matching portion for preventing relative rotation is separable along a central axis of the first matching groove, and the matching portion is provided with a first central hole that penetrates to a bottom of the second hinge; and an elastic member, wherein the elastic member penetrates the first matching groove and the first central hole of the second hinge, and two ends of the elastic member are configured to be pressed against two external components connected to the first hinge and the second hinge respectively.
A method of diagnosing an engine system including a continuous variable valve duration (CVVD) apparatus, the method comprising: detecting data for diagnosing the engine system; the method being characterized in that it comprises: determining whether a fuel cut condition is satisfied based on the data; when the fuel cut condition is satisfied, operating the CVVD apparatus so that a duration of an intake valve is a first target duration; determining whether a decrease amount of an intake pressure by operation of the CVVD apparatus is within a first predetermined range; and determining that the CVVD apparatus is in a failure state when the decrease amount of the intake pressure by operation of the CVVD apparatus is not within the first predetermined range. determining whether a fuel cut condition is satisfied based on the data; when the fuel cut condition is satisfied, operating the CVVD apparatus so that a duration of an intake valve is a first target duration; determining whether a decrease amount of an intake pressure by operation of the CVVD apparatus is within a first predetermined range; and determining that the CVVD apparatus is in a failure state when the decrease amount of the intake pressure by operation of the CVVD apparatus is not within the first predetermined range.
A mobile terminal comprising: a battery; a power supply block which supplies power of said battery; a radio communication block which communicates with a base station when said power is supplied from said battery through said power supply block; a first switch which is interposed between said power supply block and said radio communication block; a key operation section to which said power is always supplied from said battery through said power supply block; a control unit which controls said first switch to stop the power supply from said battery to said radio communication block in response to a manual operation of said key operation section; a base band block to which said power is always supplied from said battery through said power supply block and is possible to accomplish application functions other than a communication function using said radio communication block; and a second switch which is interposed between said base band block and said radio communication block, wherein said control unit is contained in said base band block and controls said second switch to disconnect said base band block from said radio communication block. a battery; a power supply block which supplies power of said battery; a radio communication block which communicates with a base station when said power is supplied from said battery through said power supply block; a first switch which is interposed between said power supply block and said radio communication block; a key operation section to which said power is always supplied from said battery through said power supply block; a control unit which controls said first switch to stop the power supply from said battery to said radio communication block in response to a manual operation of said key operation section; a base band block to which said power is always supplied from said battery through said power supply block and is possible to accomplish application functions other than a communication function using said radio communication block; and a second switch which is interposed between said base band block and said radio communication block, wherein said control unit is contained in said base band block and controls said second switch to disconnect said base band block from said radio communication block.
A method comprising the steps of implementing by a computer an embedding of cloud demands over a software defined flexible grid optical transport network, the implementing comprising: initially mapping virtual links over physical links in the network; finding (106, 107, 108) potential modulation formats and routing solutions for a virtual link mapping; selecting a modulation format and a physical routing solution for a virtual link based on a probability of mapping the virtual link over the route using the modulation format; assigning a wavelength and allocation spectrum to a virtual link such that spectral fragmentation is minimized thereby improving likelihood of mapping virtual links over physical routes; and subsequently mapping virtual nodes over physical nodes which includes assigning virtual nodes associated with the mapped virtual link to the end of physical nodes of a selected route on which the virtual link is mapped. initially mapping virtual links over physical links in the network; finding (106, 107, 108) potential modulation formats and routing solutions for a virtual link mapping; selecting a modulation format and a physical routing solution for a virtual link based on a probability of mapping the virtual link over the route using the modulation format; assigning a wavelength and allocation spectrum to a virtual link such that spectral fragmentation is minimized thereby improving likelihood of mapping virtual links over physical routes; and subsequently mapping virtual nodes over physical nodes which includes assigning virtual nodes associated with the mapped virtual link to the end of physical nodes of a selected route on which the virtual link is mapped.
A method of drying logs in a microwave dryer having at least a first-end applicator and a second-end applicator having respective first and second cavities, comprising: conveying first wet logs from the first cavity to the second cavity while microwave drying the first wet logs in the first cavity to form first partially dry logs that enter the second cavity, and microwave drying the first partially dry logs in the second cavity to form first dry logs that exit the second cavity; characterized by conveying second wet logs from the second cavity to the first cavity during microwave drying of the first partially dry logs in the second cavity, thereby forming second partially dry logs that enter the first cavity, and microwave drying the second partially dry logs in the first cavity during microwave drying of the first wet logs in the first cavity to form second dry logs that exit the first cavity. conveying first wet logs from the first cavity to the second cavity while microwave drying the first wet logs in the first cavity to form first partially dry logs that enter the second cavity, and microwave drying the first partially dry logs in the second cavity to form first dry logs that exit the second cavity;
A charging method, comprising: receiving, by a charging device, a service volume request that is sent by an authentication device according to an access request from an access device, wherein the service volume request carries a requested service unit; and when a current available service volume is smaller than the requested service unit and a time interval between current time and a tariff switch point does not exceed a preset time interval, and if an exception condition of forcing a user to go offline is fulfilled, instructing, by the charging device, the authentication device to return a granted service unit determined according to the current available service volume to the access device, and instructing, by using the authentication device, the access device to send a service volume request again when the granted service unit is used up. receiving, by a charging device, a service volume request that is sent by an authentication device according to an access request from an access device, wherein the service volume request carries a requested service unit; and when a current available service volume is smaller than the requested service unit and a time interval between current time and a tariff switch point does not exceed a preset time interval, and if an exception condition of forcing a user to go offline is fulfilled, instructing, by the charging device, the authentication device to return a granted service unit determined according to the current available service volume to the access device, and instructing, by using the authentication device, the access device to send a service volume request again when the granted service unit is used up.