mhurhangee/ep-ind-claims huggingface dataset:
A method for network monitoring, comprising: intercepting, in an anomaly detection module, data packets transmitted over a network to or from an entity on the network; and analyzing the intercepted data packets in order to detect anomalous behavior and to attribute the anomalous behavior to the entity, characterized in that the analyzing includes: extracting from the intercepted data packets, first data packets in accordance with a predefined protocol, that include both a network address that is assigned to the entity and a strong identity, which persistently identifies the entity, and which is incorporated in the first data packet in accordance with the predefined protocol, and recording in the anomaly detection module a respective association between the network address and the strong identity; identifying in the intercepted data packets, by the anomaly detection module, second data packets transmitted over the network and containing a specific network address; responsively to the recorded association and the specific network address, associating the second data packets with the strong identity; and analyzing the associated second data packets in order to detect anomalous behavior and to attribute the anomalous behavior to the entity. intercepting, in an anomaly detection module, data packets transmitted over a network to or from an entity on the network; and analyzing the intercepted data packets in order to detect anomalous behavior and to attribute the anomalous behavior to the entity, extracting from the intercepted data packets, first data packets in accordance with a predefined protocol, that include both a network address that is assigned to the entity and a strong identity, which persistently identifies the entity, and which is incorporated in the first data packet in accordance with the predefined protocol, and recording in the anomaly detection module a respective association between the network address and the strong identity; identifying in the intercepted data packets, by the anomaly detection module, second data packets transmitted over the network and containing a specific network address; responsively to the recorded association and the specific network address, associating the second data packets with the strong identity; and analyzing the associated second data packets in order to detect anomalous behavior and to attribute the anomalous behavior to the entity.
A layer 2 measurement method in a heterogeneous network, performed by a Local Evolved Node B, eNB, whereby a UE in the heterogeneous network simultaneously aggregates resources of the Local eNB, and a Macro eNB, Radio Resource Control, RRC, connection of the UE is maintained under the Macro eNB, and the resources of the Local eNB are applied to data transmission, and the method comprises: performing, by the Local eNB, layer 2 measurement according to a measurement request of performing layer 2 measurement, after receiving the measurement request of performing layer 2 measurement; reporting, by the Local eNB, a measurement result of the layer 2 measurement to a processing entity which has sent the measurement request of performing layer 2 measurement. performing, by the Local eNB, layer 2 measurement according to a measurement request of performing layer 2 measurement, after receiving the measurement request of performing layer 2 measurement; reporting, by the Local eNB, a measurement result of the layer 2 measurement to a processing entity which has sent the measurement request of performing layer 2 measurement.
A method for manufacturing a magnetic core (100; 150; 200; 250) for an electrical power transformer or reactor, the method comprising: cutting a symmetric cut-out from the middle of a long side of a rectangular yoke plate made of electrical steel such that a symmetric gap is formed in the yoke plate; forming building elements (40; 40') of grain oriented electrical steel, GOES, either from the symmetric cut-out if the yoke plate is made of grain oriented electrical steel, or from an end cut (42; 42') from a short end of a rectangular limb plate made of grain oriented electrical steel, where the building elements (40, 40') have the same size and shape as the symmetric gap divided into two equal parts; repositioning the building elements (40; 40') such that at least some of the building elements (40; 40') get a new orientation and/or position in relation to the yoke plate or the limb plate after the repositioning; building a magnetic core (100; 150; 200; 250) by assembling at least yoke plates and repositioned building elements (40; 40') such that the repositioned building elements (40; 40') fit into the symmetric gaps formed in the yoke plates at the positions and with the orientations the building elements (40; 40') got after the repositioning. cutting a symmetric cut-out from the middle of a long side of a rectangular yoke plate made of electrical steel such that a symmetric gap is formed in the yoke plate; forming building elements (40; 40') of grain oriented electrical steel, GOES, either from the symmetric cut-out if the yoke plate is made of grain oriented electrical steel, or from an end cut (42; 42') from a short end of a rectangular limb plate made of grain oriented electrical steel, where the building elements (40, 40') have the same size and shape as the symmetric gap divided into two equal parts; repositioning the building elements (40; 40') such that at least some of the building elements (40; 40') get a new orientation and/or position in relation to the yoke plate or the limb plate after the repositioning; building a magnetic core (100; 150; 200; 250) by assembling at least yoke plates and repositioned building elements (40; 40') such that the repositioned building elements (40; 40') fit into the symmetric gaps formed in the yoke plates at the positions and with the orientations the building elements (40; 40') got after the repositioning.
A method for producing a multipack, the method comprising the following steps: - providing a plurality of beverage containers, - forming openings in a flat packaging blank, and - applying the flat packaging blank onto the plurality of provided beverage containers, wherein the plurality of provided beverage containers dip into the openings of the flat packaging blank and are subsequently held to each other in a form-fitting manner via the flat packaging blank, wherein, - in order to form the openings, a particular portion is at least partially separated from the flat packaging blank, and the particular portion separated at least partially from the flat packaging blank is assigned to a top side of a particular beverage container such that the portion separated at least partially from the flat packaging blank at least in sections covers the particular top side of a particular assigned beverage container in the multipack, characterised in that the particular portion at least partially separated from the flat packaging blank is joined to a particular top side of a particular assigned beverage container with a particular adhesive application. - providing a plurality of beverage containers, - forming openings in a flat packaging blank, and - applying the flat packaging blank onto the plurality of provided beverage containers, wherein the plurality of provided beverage containers dip into the openings of the flat packaging blank and are subsequently held to each other in a form-fitting manner via the flat packaging blank, wherein, - in order to form the openings, a particular portion is at least partially separated from the flat packaging blank, and the particular portion separated at least partially from the flat packaging blank is assigned to a top side of a particular beverage container such that the portion separated at least partially from the flat packaging blank at least in sections covers the particular top side of a particular assigned beverage container in the multipack, characterised in that the particular portion at least partially separated from the flat packaging blank is joined to a particular top side of a particular assigned beverage container with a particular adhesive application.
A vibrating member adapted for use in a vibrating densitometer having a base and a vibrating tube portion affixed to the base, with the vibrating tube portion, comprising: an inner diameter; and characterized by: an outer diameter, wherein the inner diameter is radially shifted from the outer diameter such that the inner diameter is not concentric with the outer diameter, and wherein the radial shift increases a frequency separation between vibration modes in the vibrating tube portion.
A nuclear reactor configured to be cooled via liquid metal circulation, the nuclear reactor comprising: a primary electromagnetic pump, EMP, (120-1...120-n) within a reactor pressure vessel of the nuclear reactor, the primary EMP configured to circulate a liquid metal coolant through a primary coolant loop that includes a reactor core within the reactor pressure vessel; and a backflow EMP (130-1... 130-n) within the reactor pressure vessel, the backflow EMP coupled in series with the primary EMP within the primary coolant loop, the backflow EMP being configured to be activated to at least partially mitigate liquid metal coolant backflow through the primary EMP and the primary coolant loop in response to an at least partial failure of the primary EMP. a primary electromagnetic pump, EMP, (120-1...120-n) within a reactor pressure vessel of the nuclear reactor, the primary EMP configured to circulate a liquid metal coolant through a primary coolant loop that includes a reactor core within the reactor pressure vessel; and a backflow EMP (130-1... 130-n) within the reactor pressure vessel, the backflow EMP coupled in series with the primary EMP within the primary coolant loop, the backflow EMP being configured to be activated to at least partially mitigate liquid metal coolant backflow through the primary EMP and the primary coolant loop in response to an at least partial failure of the primary EMP.
Arrangement for the testing of switch mechanisms, characterized by: - a horizontal component, which is mounted movably on at least one horizontal linear guide, - a vertical component (41, 42), which is mounted perpendicularly on the horizontal component, is aligned transversely in relation to the horizontal linear guide and has a clearance which allows an object to be led through parallel to the horizontal linear guide, - wherein the vertical component (41, 42) is set up to enter into a connection with a fastening foot at a plurality of coupling positions, - wherein the fastening foot is connected to a test slider of a switch mechanism, and - wherein an actuating slider of a switch mechanism or a component coupled to the actuating slider of the switch mechanism is led through the clearance in the vertical component (41, 42). - a horizontal component, which is mounted movably on at least one horizontal linear guide, - a vertical component (41, 42), which is mounted perpendicularly on the horizontal component, is aligned transversely in relation to the horizontal linear guide and has a clearance which allows an object to be led through parallel to the horizontal linear guide, - wherein the vertical component (41, 42) is set up to enter into a connection with a fastening foot at a plurality of coupling positions, - wherein the fastening foot is connected to a test slider of a switch mechanism, and - wherein an actuating slider of a switch mechanism or a component coupled to the actuating slider of the switch mechanism is led through the clearance in the vertical component (41, 42).
An insertion device for establishing optical accessibility to a flow system for the purpose of measuring the flow velocity, the flow rate and the flow velocity field of fluids in the flow system by means of optical measurement methods, comprising - a push-in window assembly (10, 11) consisting of a push-in window glued into a push-in window sleeve, - wherein the push-in window assembly (10, 11) includes means for a first bayonet fastening for detachable locking of the push-in window assembly (10, 11) inside a tube installed in the flow system, - wherein the push-in window assembly (10, 11) includes means for a second bayonet fastening for detachable locking of the push-in window assembly (10, 11) to a push-in device which is designed to extend and retract the push-in window assembly (10, 11) into and out of the tube installed in the flow system. - a push-in window assembly (10, 11) consisting of a push-in window glued into a push-in window sleeve, - wherein the push-in window assembly (10, 11) includes means for a first bayonet fastening for detachable locking of the push-in window assembly (10, 11) inside a tube installed in the flow system, - wherein the push-in window assembly (10, 11) includes means for a second bayonet fastening for detachable locking of the push-in window assembly (10, 11) to a push-in device which is designed to extend and retract the push-in window assembly (10, 11) into and out of the tube installed in the flow system.
A method for controlling a thermal printhead of a printer, the printhead comprising an array of printing elements, the method comprising: performing a plurality of printing operations, each printing operation comprising energisation of one or more printing elements; determining, for each printing element, a respective energisation value based upon energisations of that printing element during said printing operations; generating a printhead control signal for the printhead for a subsequent printing operation based upon the energisation values of a predetermined subset of the printing elements, the printhead control signal affecting energisation of a plurality of printing elements in the subsequent printing operation in the same way, said generating the printhead control signal comprising generating a plurality of timing signals controlling a respective plurality of times for which printing elements are energised in said subsequent printing operation; and for each of a plurality of printing elements to be energised, determining a printing element control signal, said determining comprising determining a time for which the printing element is to be energised in the subsequent printing operation by selecting one of said plurality of times. performing a plurality of printing operations, each printing operation comprising energisation of one or more printing elements; determining, for each printing element, a respective energisation value based upon energisations of that printing element during said printing operations; generating a printhead control signal for the printhead for a subsequent printing operation based upon the energisation values of a predetermined subset of the printing elements, the printhead control signal affecting energisation of a plurality of printing elements in the subsequent printing operation in the same way, said generating the printhead control signal comprising generating a plurality of timing signals controlling a respective plurality of times for which printing elements are energised in said subsequent printing operation; and for each of a plurality of printing elements to be energised, determining a printing element control signal, said determining comprising determining a time for which the printing element is to be energised in the subsequent printing operation by selecting one of said plurality of times.
Vehicle seat comprising a seat frame having a seat surface frame and a backrest frame, the backrest frame wherein at least one left backrest longitudinal strut and at least one right backrest longitudinal strut and an upper cross strut and optionally a lower cross strut, characterised in that the right and left backrest longitudinal struts (15, 16) are pivotally arranged on the seat surface frame under a resistance, with a restoring force being built up, such that the backrest frame is able to deform in the vertical direction thereof in a torsionally twisted manner.
Use of a foam spray, a1) that comprises surfactants, d) for inhibition of chloride-induced corrosion a) in the pretreatment of contaminated medical or surgical instruments and apparatuses, b) before transfer of the instruments and/or apparatuses to a central instrument preparation station, characterized in that the foam spray a2) is enzyme-free and a3) has a pH of 9 or more. a1) that comprises surfactants, d) for inhibition of chloride-induced corrosion a) in the pretreatment of contaminated medical or surgical instruments and apparatuses, b) before transfer of the instruments and/or apparatuses to a central instrument preparation station, characterized in that the foam spray d) for inhibition of chloride-induced corrosion a) in the pretreatment of contaminated medical or surgical instruments and apparatuses, b) before transfer of the instruments and/or apparatuses to a central instrument preparation station, a2) is enzyme-free and a3) has a pH of 9 or more.
Method for the reply charging functionality when transmitting a message, in particular a multimedia message, via a communication network, from a transmitting application (MMS User Agent A, MMS Client A) to a receiving application (MMS User Agent B, MMS Client B) using an originator network unit (MMS Relay/Server A, MMS Proxy-Relay A) and a recipient network unit (MMS Relay/Server B, MMS Proxy-Relay B) which is different than the latter, the originator network unit and the recipient network unit being situated in the domain of two service providers (MMS Service Provider), with the message containing information regarding the readiness of the originator to accept the costs for the reply message from the recipient (reply charging), wherein at least one of the following information items is transmitted from the originator network unit to the recipient network unit or is received by the latter: • the readiness of the originator to accept the costs for the reply message from the recipient (information element "Reply-Charging"); • a time limit for sending the free-of-charge reply message (information element "Reply-Charging-Deadline"); • the maximum size of the reply message (information element "Reply-Charging-Size"); • the message identification number (Message-ID) of the original message (information element "Reply-Charging-ID") when transmitting the reply message. • the readiness of the originator to accept the costs for the reply message from the recipient (information element "Reply-Charging"); • a time limit for sending the free-of-charge reply message (information element "Reply-Charging-Deadline"); • the maximum size of the reply message (information element "Reply-Charging-Size"); • the message identification number (Message-ID) of the original message (information element "Reply-Charging-ID") when transmitting the reply message.
A certificate determination apparatus comprising: a generation unit configured to generate, based on an image in which an identity certificate appears, shadow information related to a shadow of the identity certificate appearing in the image; and a determination unit configured to determine, based on the shadow information, whether or not the identity certificate appearing in the image is authentic, wherein the shadow information includes information related to presence or absence of the shadow, characterised in that the determination unit is configured to determine that the identity certificate is not authentic when the shadow does not appear in the image. a generation unit configured to generate, based on an image in which an identity certificate appears, shadow information related to a shadow of the identity certificate appearing in the image; and a determination unit configured to determine, based on the shadow information, whether or not the identity certificate appearing in the image is authentic, wherein the shadow information includes information related to presence or absence of the shadow, characterised in that the determination unit is configured to determine that the identity certificate is not authentic when the shadow does not appear in the image.
A process for producing hydrogen, gasoline and middle distillate, comprising at least the following steps: (i) dehydrogenation of a heavy naphtha in the presence of at least one reforming catalyst, to obtain a stream of dehydrogenated naphtha; (ii) alkylation of the stream of dehydrogenated naphtha rich in aromatic compounds heavier than benzene obtained in step (i) with an olefinic stream in the presence of a solid acid catalyst; and (iii) separation of the mixture of compounds obtained in step (ii) in at least a middle distillate fraction and a fraction rich in gasoline; (iv) the fraction rich in gasoline obtained in step (iii) is partially recycled to the olefinic stream to the inlet of alkylation of step (ii); and wherein a total or partial separation of hydrogen produced in step (i) is carried out between steps (i) and (ii) or between steps (ii) and (iii) in order to obtain a stream of hydrogen, and which comprises separation of light naphta rich in benzene and heavy naphta rich in aromatics compounds heavier than benzene between steps (i) and (ii). (i) dehydrogenation of a heavy naphtha in the presence of at least one reforming catalyst, to obtain a stream of dehydrogenated naphtha; (ii) alkylation of the stream of dehydrogenated naphtha rich in aromatic compounds heavier than benzene obtained in step (i) with an olefinic stream in the presence of a solid acid catalyst; and (iii) separation of the mixture of compounds obtained in step (ii) in at least a middle distillate fraction and a fraction rich in gasoline; (iv) the fraction rich in gasoline obtained in step (iii) is partially recycled to the olefinic stream to the inlet of alkylation of step (ii);
A method for updating security data in a security module by means of a management center in which the security data comprise at least one useful part PU, this method comprising the following steps: - defining of a symmetric encryption algorithm C, - defining of a symmetric decryption algorithm D corresponding to the encryption algorithm C, - defining of an identical key K for the encryption and decryption by means of the corresponding algorithms defined previously, characterized in that the decryption algorithm D is implemented in the security module in the form of a hardware decryption module containing only the logic elements concerning decryption, this method being further characterized in that it comprises the following steps: - reception by the security module of the security data instantiated by the useful part and a signature SG corresponding to the useful part; - extraction of the signature of the security data; - decryption of the signature extracted by the symmetric decryption algorithm D, - extraction of the useful part of the security data received; - determination of a hash from the useful part, the hash being determined in the identical manner as a hash is determined in a data preparation phase; - comparison of the hash and the decrypted signature; - acceptance or rejection of the data depending on the result of the comparison. - defining of a symmetric encryption algorithm C, - defining of a symmetric decryption algorithm D corresponding to the encryption algorithm C, - defining of an identical key K for the encryption and decryption by means of the corresponding algorithms defined previously, - reception by the security module of the security data instantiated by the useful part and a signature SG corresponding to the useful part; - extraction of the signature of the security data; - decryption of the signature extracted by the symmetric decryption algorithm D, - extraction of the useful part of the security data received; - determination of a hash from the useful part, the hash being determined in the identical manner as a hash is determined in a data preparation phase; - comparison of the hash and the decrypted signature; - acceptance or rejection of the data depending on the result of the comparison.