mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting SIM swap fraud, the method being performed by a classifier entity , the method comprising: monitoring (S102) subscriber update data request messages sent as part of an update data procedure between a first network entity and a second network entity in a mobile network ; determining (S104) that one or more of the subscriber update data request messages is associated with SIM swap fraud by verifying that the subscriber update data request messages fulfil a set of conditions pertaining at least to: an MSISDN of a first subscriber entity in the mobile network within a first predefined timeframe being associated with more than one IMSI, and/or an IMSI of a second subscriber entity in the mobile network within a second predefined timeframe being associated with more than one MSISDN; and performing (S106), upon the set of conditions being fulfilled for the one or more of the subscriber update data request messages, an action according to which the IMSI of the second subscriber entity is associated with SIM swap fraud. monitoring (S102) subscriber update data request messages sent as part of an update data procedure between a first network entity and a second network entity in a mobile network ; determining (S104) that one or more of the subscriber update data request messages is associated with SIM swap fraud by verifying that the subscriber update data request messages fulfil a set of conditions pertaining at least to: an MSISDN of a first subscriber entity in the mobile network within a first predefined timeframe being associated with more than one IMSI, and/or an IMSI of a second subscriber entity in the mobile network within a second predefined timeframe being associated with more than one MSISDN; and performing (S106), upon the set of conditions being fulfilled for the one or more of the subscriber update data request messages, an action according to which the IMSI of the second subscriber entity is associated with SIM swap fraud.
Assembly, comprising an end link of a chain strand made of chain links of a predetermined geometry, and a device for attaching the end link of the chain strand made of the chain links of a predetermined geometry comprising at least a retaining device comprising at least an insertion segment at at least one end that can be inserted in an opening of the end link, and at least a retaining segment where the retaining segment comprises a cross section on which the end link can be placed in a limited number of retaining positions from the insertion segment, and comprising at least a closure element by which the end link can be permanently secured to the retaining device, wherein the closure element forms a stop by which a motion of the end link out of the retaining segment in the direction of the insertion segment is blocked, wherein the insertion segment comprises a cross section on/onto which the end link of the chain strand can be slid or placed in a limited number of insertion positions , characterized in that a single insertion position is provided.
A vaporized coating mixture for a pyrolytic coating process, the coating mixture consisting of: a vaporized niobium precursor; a vaporized titanium precursor, and a carrier gas selected from the group of nitrogen, helium, argon, xenon, air, oxygen and combinations thereof, wherein the pyrolytic coating process is a chemical vapor deposition process; wherein the niobium precursor is selected from the group of niobium ethoxide, niobium V n-butoxide, tetrakis(2,2,6,6-tetramethyl-3, 5-heptanedionato)niobium(IV), niobium 2-ethylhexanoate and combinations thereof and wherein the titanium precursor is selected from the group of titanium tetraisopropoxide (TPT), titanium tetrachloride, titanium(IV) ethoxide, titanium(IV) n-butoxide, titanium(IV) methoxide, tetrakis(diethylamino) titanium, titanium(IV) t-butoxide, titanium(IV) bis(ethyl acetoacetato)diisopropoxide and combinations thereof. a vaporized niobium precursor; a vaporized titanium precursor, and a carrier gas selected from the group of nitrogen, helium, argon, xenon, air, oxygen and combinations thereof, wherein the pyrolytic coating process is a chemical vapor deposition process; wherein the niobium precursor is selected from the group of niobium ethoxide, niobium V n-butoxide, tetrakis(2,2,6,6-tetramethyl-3, 5-heptanedionato)niobium(IV), niobium 2-ethylhexanoate and combinations thereof and wherein the titanium precursor is selected from the group of titanium tetraisopropoxide (TPT), titanium tetrachloride, titanium(IV) ethoxide, titanium(IV) n-butoxide, titanium(IV) methoxide, tetrakis(diethylamino) titanium, titanium(IV) t-butoxide, titanium(IV) bis(ethyl acetoacetato)diisopropoxide and combinations thereof.
A method comprising: in response to an indication sent from a user equipment, UE, to release a radio connection, temporarily prohibiting transmission of at least a first type of traffic to or from the UE; and throughout the temporary prohibition, refraining from running any connection establishment procedure that involves the UE except to establish a connection for transmission of a different second type of traffic to or from the UE, wherein the at least first type of traffic includes normal event reporting and the second type of traffic includes exceptional event reporting, or the at least first type of traffic includes low and normal priority data and the second type of traffic includes high priority data. in response to an indication sent from a user equipment, UE, to release a radio connection, temporarily prohibiting transmission of at least a first type of traffic to or from the UE; and throughout the temporary prohibition, refraining from running any connection establishment procedure that involves the UE except to establish a connection for transmission of a different second type of traffic to or from the UE, wherein the at least first type of traffic includes normal event reporting and the second type of traffic includes exceptional event reporting, or the at least first type of traffic includes low and normal priority data and the second type of traffic includes high priority data.
Product for electrically configuring a vehicle seat , comprising an instruction means for creating an instruction for a person to assume a predefined posture in which the person is standing and at least one hand of the person is visible on the hip of the person , a determination unit for determining an H point (H) of the person based on the assumed predefined posture of the person , a computing means for calculating seat configuration information based on the determined H-point (H), and a signal output means for outputting an configuration signal for electrically configuring the vehicle seat on the basis of the calculated seat configuration information characterized in that the determination unit is configured to determine the H point (H) on the basis of a detected position of the wrist of the person and a statistical value added to this position.
A spectral X-ray imaging system comprising: an X-ray source ; an X-ray detector ; a support structure ; and one or more processors ; wherein the X-ray source and the X-ray detector are mounted to the support structure, and configured to generate spectral image data representing attenuation of X-rays traversing an imaging region between the X-ray source and the X-ray detector , for each of three or more energy intervals (170 1..n ) of the X-rays; wherein the support structure is configured to rotate the X-ray source and the X-ray detector around two or more orthogonal axes (A - A', B - B'); and wherein the one or more processors are configured to cause the system to perform operations, comprising: - generating a spectral image based on the spectral image data; - identifying, in the spectral image, a position of a first fiducial marker (180 1 ) comprising a first material, based on a first X-ray absorption k-edge energy value (190 1 ) of the first material, and - identifying, in the spectral image, a position of a second fiducial marker (180 2 ) comprising a second material, based on a second X-ray absorption k-edge energy value (190 2 ) of the second material, the second X-ray absorption k-edge energy value being different to the first X-ray absorption k-edge energy value. an X-ray source ; an X-ray detector ; a support structure ; and one or more processors ; wherein the X-ray source and the X-ray detector are mounted to the support structure, and configured to generate spectral image data representing attenuation of X-rays traversing an imaging region between the X-ray source and the X-ray detector , for each of three or more energy intervals (170 1..n ) of the X-rays; wherein the support structure is configured to rotate the X-ray source and the X-ray detector around two or more orthogonal axes (A - A', B - B'); and wherein the one or more processors are configured to cause the system to perform operations, comprising: - generating a spectral image based on the spectral image data; - identifying, in the spectral image, a position of a first fiducial marker (180 1 ) comprising a first material, based on a first X-ray absorption k-edge energy value (190 1 ) of the first material, and - identifying, in the spectral image, a position of a second fiducial marker (180 2 ) comprising a second material, based on a second X-ray absorption k-edge energy value (190 2 ) of the second material, the second X-ray absorption k-edge energy value being different to the first X-ray absorption k-edge energy value. - generating a spectral image based on the spectral image data; - identifying, in the spectral image, a position of a first fiducial marker (180 1 ) comprising a first material, based on a first X-ray absorption k-edge energy value (190 1 ) of the first material, and - identifying, in the spectral image, a position of a second fiducial marker (180 2 ) comprising a second material, based on a second X-ray absorption k-edge energy value (190 2 ) of the second material, the second X-ray absorption k-edge energy value being different to the first X-ray absorption k-edge energy value.
A method of printing a three-dimensional color object using materials having at least some transparency, layer-by-layer, the method comprising: obtaining a 3D CAD file defining a 3D geometry and a color texture for said color object; dividing said 3D geometry into a core and a color shell; dividing said color shell into volumetric regions; based on a look up table (LUT), assigning each of said regions with an arrangement of voxels in a color stack that results in an optimal reproduction of the requested color; based on said 3D geometry, determining conflicting instances in which the color stack of one region interferes with a color stack of another region ; in case of conflict between color stacks, applying a color correction; and printing said 3D color object. obtaining a 3D CAD file defining a 3D geometry and a color texture for said color object; dividing said 3D geometry into a core and a color shell; dividing said color shell into volumetric regions; based on a look up table (LUT), assigning each of said regions with an arrangement of voxels in a color stack that results in an optimal reproduction of the requested color; based on said 3D geometry, determining conflicting instances in which the color stack of one region interferes with a color stack of another region ; in case of conflict between color stacks, applying a color correction; and printing said 3D color object.
A heat pump apparatus, comprising: a heat source-side refrigeration cycle sequentially connecting a compressor , a heat source-side heat exchanger , an expansion valve , and a heat source side of a cascade heat exchanger , the heat source-side refrigeration cycle being configured to circulate refrigerant; and a load-side refrigeration cycle sequentially connecting a heat medium sending unit , a load-side heat exchanger , and a load side of the cascade heat exchanger , the load-side refrigeration cycle being configured to circulate a heat medium, the refrigerant being flammable refrigerant or slightly flammable refrigerant, the heat source-side heat exchanger and the cascade heat exchanger each having an equivalent diameter of less than 1 mm, which is calculated by 4 x S/L, where S represents a cross-sectional area of a fluid passage and L represents a length of a wetted perimeter, wherein the heat source-side refrigeration cycle further includes a flow switching device , and wherein, when V1 represents an internal volume of a fluid passage for the refrigerant of the heat source-side heat exchanger and V2 represents an internal volume of a fluid passage for the refrigerant of the cascade heat exchanger , V1 and V2 are set to satisfy a relationship of 0.9 < (V1/V2) < 1.1. a heat source-side refrigeration cycle sequentially connecting a compressor , a heat source-side heat exchanger , an expansion valve , and a heat source side of a cascade heat exchanger , the heat source-side refrigeration cycle being configured to circulate refrigerant; and a load-side refrigeration cycle sequentially connecting a heat medium sending unit , a load-side heat exchanger , and a load side of the cascade heat exchanger , the load-side refrigeration cycle being configured to circulate a heat medium, the refrigerant being flammable refrigerant or slightly flammable refrigerant, the heat source-side heat exchanger and the cascade heat exchanger each having an equivalent diameter of less than 1 mm, which is calculated by 4 x S/L, where S represents a cross-sectional area of a fluid passage and L represents a length of a wetted perimeter, wherein the heat source-side refrigeration cycle further includes a flow switching device , and wherein, when V1 represents an internal volume of a fluid passage for the refrigerant of the heat source-side heat exchanger and V2 represents an internal volume of a fluid passage for the refrigerant of the cascade heat exchanger , V1 and V2 are set to satisfy a relationship of 0.9 < (V1/V2) < 1.1.
A method comprising: associating a plurality of preform plies to define a preform , wherein a first preform ply and a second preform ply of the plurality of preform plies have different average pore sizes; wherein the method includes shaping the preform into a shape of a turbine component, wherein the turbine component is a combustion liner, vane, blade, nozzle, bucket, turbine center frame or a shroud; and wherein the method is characterized by providing one or more center preform plies of the plurality of preform plies to have smaller average pore sizes than one or more outer surface preform ply of the plurality of preform plies and subjecting the preform to chemical vapor infiltration (CVI) to define a densified ceramic matrix composite (CMC) structure . associating a plurality of preform plies to define a preform , wherein a first preform ply and a second preform ply of the plurality of preform plies have different average pore sizes; wherein the method includes shaping the preform into a shape of a turbine component, wherein the turbine component is a combustion liner, vane, blade, nozzle, bucket, turbine center frame or a shroud; and wherein the method is characterized by providing one or more center preform plies of the plurality of preform plies to have smaller average pore sizes than one or more outer surface preform ply of the plurality of preform plies and subjecting the preform to chemical vapor infiltration (CVI) to define a densified ceramic matrix composite (CMC) structure .
A method comprising at least: authenticating (7-5) a user of a remote support application for remote support of industrial automation devices, the remote support application running in a mobile device, at a first cloud service; establishing, after successful authentication of the user, a remote support session between the mobile device and the first cloud service; receiving (7-7), at the first cloud service, in the remote support session, from the mobile device, a request for a token for a second cloud service for an industrial automation device and industrial automation device information of the industrial automation device, wherein the second cloud service is another cloud service for the industrial automation device than the first cloud service; generating (7-8) at the first cloud service a token to be used as authentication information required to send data from the industrial automation device to the second cloud service or to receive data in the industrial automation device from the second cloud service, or to acquire, by the second cloud service, data from the industrial automation device, the mobile device not being involved in the information exchange; and causing sending (7-9) at least the token for the industrial automation device to the mobile device. authenticating (7-5) a user of a remote support application for remote support of industrial automation devices, the remote support application running in a mobile device, at a first cloud service; establishing, after successful authentication of the user, a remote support session between the mobile device and the first cloud service; receiving (7-7), at the first cloud service, in the remote support session, from the mobile device, a request for a token for a second cloud service for an industrial automation device and industrial automation device information of the industrial automation device, wherein the second cloud service is another cloud service for the industrial automation device than the first cloud service; generating (7-8) at the first cloud service a token to be used as authentication information required to send data from the industrial automation device to the second cloud service or to receive data in the industrial automation device from the second cloud service, or to acquire, by the second cloud service, data from the industrial automation device, the mobile device not being involved in the information exchange; and causing sending (7-9) at least the token for the industrial automation device to the mobile device.
Capsule comprising a preferably rotationally symmetrical capsule body with a side wall and with a base formed integrally therewith, and a lid covering the capsule body to form at least one chamber which contains a substance for the preparation of a liquid foodstuff, wherein, for the passage of a liquid through the chamber, the lid forms an inlet side and the base forms an outlet side with at least one outlet opening , and wherein the side wall or the base has an in particular circular receiving shoulder on which a retaining base retaining the substance is held, and wherein between the retaining base and the outlet opening and at a distance from the retaining base is arranged a barrier membrane which can be ruptured under internal pressure in the capsule, wherein a substance-free intermediate space remains between the retaining base and the barrier membrane , characterised in that the retaining base is latched onto the receiving shoulder and that the liquid can flow through or around it, wherein the barrier membrane is fastened at its outer edge to a peripheral edge which is formed integrally with the base of the capsule and which extends inside the receiving shoulder , wherein the barrier membrane is fastened in the centre to a supporting body which is arranged coaxially to the outlet opening .
Refrigeration appliance with an evaporator chamber , an evaporator assembled in the evaporation chamber , a ventilator for driving a flow of air through the evaporator chamber and a water outlet tray , which is assembled in the evaporator chamber below the evaporator and a front wall , which faces a wall of the evaporator chamber which is downstream in respect of the direction of the flow of air, characterised in that the refrigeration appliance has at least one fastening lug which projects beyond the front wall and passes through an opening of the downstream wall , wherein in a stop position, in which an outer surface of the front wall touches an inner surface of the downstream wall at an inner contact point and a rearward surface of the fastening lug touches an outer surface of the downstream wall at an outer contact point , at which surfaces which touch one another converge on planes (34, 45; 44) tangential to the contact points from the outer contact point to the opening , wherein the outer contact point lies above the opening and wherein an upper edge of the front wall runs at the height of the opening.
A composition comprising oxidatively transformed carotenoid for use in: (i) a method of improving or maintaining the coat quality of an animal comprising administering the composition to the animal in an amount sufficient to improve or maintain the coat quality, (ii) a method of increasing joint mobility of an animal comprising administering the composition to the animal in an amount sufficient to increase the joint mobility, (iii) a method of increasing the activity level of an animal comprising administering the composition to the animal in an amount sufficient to increase the activity level, or (iv) a method of reducing discoloration in an eye of an animal in need thereof comprising administering the composition to the animal in an amount sufficient to reduce the discoloration, wherein the oxidatively transformed carotenoid is a mixture formed by reaction of a carotenoid with 6 to 8 molar equivalents of oxygen and contains an oligomeric material.