mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for calculating an authenticity score for a user account, the method comprising: calculating, by an electronic processor of a computer system, a user score in response to at least a portion of profile data associated with at least one social network, professional network and/or other web-based or online environment of a first user account, wherein the calculation comprises comparing at least a portion of the data of the first user account to at least one fake profile model associated with at least one social network, professional network and/or other web-based or online environment; calculating, by the processor, a connections score in response to at least one connection formed between the first user account and at least a second user account through the social network, professional network or other web-based or online environment; calculating, by the processor, an affinity score in response to an overlap between at least a portion of the profile data of the first user account and at least a portion of profile data associated with at least a second user account; combining, by the processor, the calculated user score, the calculated connections score, and the calculated affinity score to yield an authenticity score for at least the first user account; and comparing, by the processor, the calculated authenticity score against an average score range for at least one cluster of other entities with similar affinity scores, wherein the comparison is used to improve the fake profile model. calculating, by an electronic processor of a computer system, a user score in response to at least a portion of profile data associated with at least one social network, professional network and/or other web-based or online environment of a first user account, wherein the calculation comprises comparing at least a portion of the data of the first user account to at least one fake profile model associated with at least one social network, professional network and/or other web-based or online environment; calculating, by the processor, a connections score in response to at least one connection formed between the first user account and at least a second user account through the social network, professional network or other web-based or online environment; calculating, by the processor, an affinity score in response to an overlap between at least a portion of the profile data of the first user account and at least a portion of profile data associated with at least a second user account; combining, by the processor, the calculated user score, the calculated connections score, and the calculated affinity score to yield an authenticity score for at least the first user account; and comparing, by the processor, the calculated authenticity score against an average score range for at least one cluster of other entities with similar affinity scores, wherein the comparison is used to improve the fake profile model.
A method of operating a gateway to control user data transmission between a user equipment and one or more packet data networks, PDNs, via the gateway in a communication system, the method comprising the steps of: forming, at the gateway, a default bearer between the user equipment and the gateway, the default bearer enabling transmission of user data between the user equipment and one or more PDNs via the gateway; transmitting, by the gateway to the user equipment, a parameter specifying a transmission characteristics of the default bearer for the transmission of the user data between the user equipment and the gateway; transmitting, by the gateway, a first message to the user equipment including information indicating that a block data capability of a core network for controlling user data transmission for the user equipment is available; when the information included in the first message indicates that the core network has the block data capability, receiving (S206, S207), by the gateway, a second message for requesting modification of the default bearer from the user equipment, wherein the second message includes first information indicating a block data configuration in a traffic flow template, TFT, of the default bearer and second information identifying a packet filter list for the block data configuration; and blocking, by the gateway, a transmission of the user data for the user equipment based on the first information and the second information, by selectively blocking data identified by the packet filter list. forming, at the gateway, a default bearer between the user equipment and the gateway, the default bearer enabling transmission of user data between the user equipment and one or more PDNs via the gateway; transmitting, by the gateway to the user equipment, a parameter specifying a transmission characteristics of the default bearer for the transmission of the user data between the user equipment and the gateway; transmitting, by the gateway, a first message to the user equipment including information indicating that a block data capability of a core network for controlling user data transmission for the user equipment is available; when the information included in the first message indicates that the core network has the block data capability, receiving (S206, S207), by the gateway, a second message for requesting modification of the default bearer from the user equipment, wherein the second message includes first information indicating a block data configuration in a traffic flow template, TFT, of the default bearer and second information identifying a packet filter list for the block data configuration; and blocking, by the gateway, a transmission of the user data for the user equipment based on the first information and the second information, by selectively blocking data identified by the packet filter list.
Non-therapeutic use of particles of at least one monovalent copper compound as an antiviral agent, wherein the monovalent copper compound is at least one selected from the group consisting of CuCl, CuOOCCH 3, CuBr and CuI.
Device for producing at least partially closed profiles or tubular components from metal sheet, with a first tool part having a die, a second tool part having bending jaws (5.1, 5.2) and at least one supporting core, which is insertable between the bending jaws in contact with a cut-to-size metal sheet portion formed in a U-shape, characterised in that the insertion movement of the supporting core between the bending jaws (5.1, 5.2) is limited by a stop and the supporting core, in its insertion position limited by the stop, protrudes in the direction of the die in relation to the bending jaws (5.1, 5.2), the supporting core being arranged on a carrier that is movable relative to the die, and the bending jaws (5.1, 5.2) being assigned at least one displacement element rigidly connected thereto, which touches the carrier when the bent metal sheet portion engages around the supporting core, and, upon continued movement of the bending jaws (5.1, 5.2) in the direction of the die, displaces the carrier and/or the carrier is moved so that the profile or component formed from the metal sheet portion is introducible into the die for the purpose of its calibration and/or compression with the supporting core.
A system comprising: - a fire/smoke detection unit comprising: a fan adapted to draw air through a conduit, the fan producing noise while drawing the air; the system being characterized in that it further comprises: - a noise cancellation unit communicably coupled with the fire/smoke detection unit, the noise cancellation unit comprising: a microphone adapted to receive the noise of the fan and deriving a noise signal from the noise; a speed detection unit to detect the speed of the fan; an amplifier adapted to amplify the noise signal received from the microphone; a phase-shift unit adapted to shift a phase of the amplified noise signal received from the amplifier to produce an anti-phase noise signal, wherein the anti-phase noise signal is dependent on the detected speed of the fan; and a speaker adapted to output the anti-phase noise signal received from the phase-shift unit, wherein an amplitude of the anti-phase noise signal is based on the speed of the fan. - a fire/smoke detection unit comprising: a fan adapted to draw air through a conduit, the fan producing noise while drawing the air; - a noise cancellation unit communicably coupled with the fire/smoke detection unit, the noise cancellation unit comprising: a microphone adapted to receive the noise of the fan and deriving a noise signal from the noise; a speed detection unit to detect the speed of the fan; an amplifier adapted to amplify the noise signal received from the microphone; a phase-shift unit adapted to shift a phase of the amplified noise signal received from the amplifier to produce an anti-phase noise signal, wherein the anti-phase noise signal is dependent on the detected speed of the fan; and a speaker adapted to output the anti-phase noise signal received from the phase-shift unit, a microphone adapted to receive the noise of the fan and deriving a noise signal from the noise; a speed detection unit to detect the speed of the fan; an amplifier adapted to amplify the noise signal received from the microphone; a phase-shift unit adapted to shift a phase of the amplified noise signal received from the amplifier to produce an anti-phase noise signal, wherein the anti-phase noise signal is dependent on the detected speed of the fan; and a speaker adapted to output the anti-phase noise signal received from the phase-shift unit,
A method for allocating channel resources for transmitting data by user equipment, UE, the method comprising: receiving a resource allocation specification for a Physical Sidelink Control Channel, PSCCH, for transmission on Physical Sidelink Shared Channel, PSSCH, resources, wherein the resource allocation specifies a configuration of a PSCCH sub-channel in a PSSCH sub-channel, the PSCCH sub-channel including a first number of symbols and a second number physical resource blocks, PRBs, within the PSSCH sub-channel; and transmitting the PSCCH transmission based on the resource allocation specification. receiving a resource allocation specification for a Physical Sidelink Control Channel, PSCCH, for transmission on Physical Sidelink Shared Channel, PSSCH, resources, wherein the resource allocation specifies a configuration of a PSCCH sub-channel in a PSSCH sub-channel, the PSCCH sub-channel including a first number of symbols and a second number physical resource blocks, PRBs, within the PSSCH sub-channel; and transmitting the PSCCH transmission based on the resource allocation specification.
A washing machine comprising: a main body defining an outer appearance of the washing machine; a tub disposed within the main body for storing washing water; a main drum rotatably mounted in the tub; a sub drum mounted inside the main drum to be relatively rotatable with respect to the main drum; an outer shaft for rotating the main drum; an inner shaft for rotating the sub drum, being disposed inside the outer shaft; and a driving motor characterized in that said driving motor has a stator, an outer rotor connected to the inner shaft and disposed outside the stator and, an inner rotor connected to the outer shaft and disposed inside the stator; and a control unit for controlling operations of the outer rotor and the inner rotor, wherein the driving motor is configured to rotate the main drum and the sub drum in different directions and/or with different rotational speeds, wherein the control unit is configured to compare torques of the outer rotor and the inner rotor with each other and control the driving motor to sequentially drive the outer and the inner rotors, starting from one rotor having a larger torque. a main body defining an outer appearance of the washing machine; a tub disposed within the main body for storing washing water; a main drum rotatably mounted in the tub; a sub drum mounted inside the main drum to be relatively rotatable with respect to the main drum; an outer shaft for rotating the main drum; an inner shaft for rotating the sub drum, being disposed inside the outer shaft; and a driving motor characterized in that said driving motor has a stator, an outer rotor connected to the inner shaft and disposed outside the stator and, an inner rotor connected to the outer shaft and disposed inside the stator; and a control unit for controlling operations of the outer rotor and the inner rotor, wherein the driving motor is configured to rotate the main drum and the sub drum in different directions and/or with different rotational speeds, wherein the control unit is configured to compare torques of the outer rotor and the inner rotor with each other and control the driving motor to sequentially drive the outer and the inner rotors, starting from one rotor having a larger torque.
An end plate for a housing of a battery module, comprising: a plate-shaped body portion that has a first surface and a second surface disposed opposite to each other, wherein output electrode holes are disposed on the body portion to enable output electrodes of the battery module to extend out from the output electrode holes; and a vent hole disposed on the body portion for mounting a vent plate of the battery module; characterized by: a connecting pillar disposed on the first surface and extending in a first direction, wherein the connecting pillar comprises a connecting though-hole passing through the connecting pillar along the first direction; and a convex portion formed by the body portion protruding in a direction from the second surface to the first surface, wherein the output electrode holes and the vent hole are disposed on the convex portion, wherein the number of the connecting pillars is two, and further wherein one of the two pillars is distributed on a first side of the convex portion, in the second direction, and the other of the two pillars is distributed on a second side of the convex portion, in the second direction, whereby the directions and are perpendicular to each other. a plate-shaped body portion that has a first surface and a second surface disposed opposite to each other, wherein output electrode holes are disposed on the body portion to enable output electrodes of the battery module to extend out from the output electrode holes; and a vent hole disposed on the body portion for mounting a vent plate of the battery module; characterized by: a connecting pillar disposed on the first surface and extending in a first direction, wherein the connecting pillar comprises a connecting though-hole passing through the connecting pillar along the first direction; and a convex portion formed by the body portion protruding in a direction from the second surface to the first surface, wherein the output electrode holes and the vent hole are disposed on the convex portion, wherein the number of the connecting pillars is two, and further wherein one of the two pillars is distributed on a first side of the convex portion, in the second direction, and the other of the two pillars is distributed on a second side of the convex portion, in the second direction, whereby the directions and are perpendicular to each other. a connecting pillar disposed on the first surface and extending in a first direction, wherein the connecting pillar comprises a connecting though-hole passing through the connecting pillar along the first direction; and a convex portion formed by the body portion protruding in a direction from the second surface to the first surface, wherein the output electrode holes and the vent hole are disposed on the convex portion, wherein the number of the connecting pillars is two, and further wherein one of the two pillars is distributed on a first side of the convex portion, in the second direction, and the other of the two pillars is distributed on a second side of the convex portion, in the second direction, whereby the directions and are perpendicular to each other.
A dried animal food product for promoting dental efficacy comprising: 20 wt% to 60 wt% of a hydrolyzed protein comprising one or more amino groups; and a high amylopectin content starch having an amylopectin content of at least 85% and comprising reducing sugars in an amount of 0.5% to 20% dry weight based on the weight of high amylopectin content starch, wherein the one or more amino groups in the hydrolyzed protein are covalently bonded to the one or more reducing sugars in the high amylopectin content starch. 20 wt% to 60 wt% of a hydrolyzed protein comprising one or more amino groups; and a high amylopectin content starch having an amylopectin content of at least 85% and comprising reducing sugars in an amount of 0.5% to 20% dry weight based on the weight of high amylopectin content starch, wherein the one or more amino groups in the hydrolyzed protein are covalently bonded to the one or more reducing sugars in the high amylopectin content starch.
Aircraft propulsion assembly comprising at least one turbine (15; 55), at least one fan and a device for transmitting power between the turbine and the fan, the power transmission device comprising a speed reducer (20; 300; 300'; 400) having a motion inlet and a motion outlet, the inlet being connected to the turbine (15; 55) and the outlet being connected to the fan, the speed reducer (20; 300; 300'; 400) being an epicyclical reducer having a sun gear (21; 310; 310'; 410), rocker gears (23; 330; 330'; 420) and a crown (27; 350; 350', 450), the sun gear forming the inlet and the crown forming the outlet of the reducer, and the rotation axis of the rocker gears (23; 310; 310'; 420) being inclined with regard to the axis of the sun gear (21; 310; 310'; 410), characterized in that wheels forming the rocker gears mesh on the one hand on the teeth of the sun gear and on the other hand on teeth of the ring forming an annular zone (27c1) centered on the axis of the turbine shaft.
Steam turbine having at least one turbine housing, which forms a first pressure space, and one turbine rotor, which projects into a second pressure space through the turbine housing, and also having a seal arrangement for sealing off a gap between the first pressure space and the second pressure space, wherein the pressure P1 in the first pressure space is higher than the pressure P2 in the second pressure space, and wherein the seal arrangement has at least one brush seal and one labyrinth seal, arranged downstream in the throughflow direction of the seal arrangement, which is remote from the first pressure space, wherein, between the brush seal and the labyrinth seal, there is formed an intermediate space which is delimited by the brush seal and the labyrinth seal, characterized in that a steam line is formed between a blade-arrangement part and the intermediate space, via which steam line expanded steam is able to be removed from the blade-arrangement part and is able to be fed to the intermediate space between the brush seal and the labyrinth seal.
A method of analysing a resected tissue sample containing tumour tissue, the method comprising - a procedure of o measuring localized concentrations of an analyte at a plurality of spaced apart locations (dX,dZ) around a controlled depth below a surface of the tissue sample, and o calculating a spatial variance (Cv) of the analyte based on the plurality of measured concentrations around the controlled depth; - repeating the procedure while varying the controlled depth to obtain the spatial variance (Cv) as a function of the controlled depth; and - determining a resection margin of healthy tissue around the tumour tissue based on a section distance between the tissue surface and a depth below the tissue surface where the measured spatial variance (Cv) crosses a predetermined threshold variance (Tv). - a procedure of o measuring localized concentrations of an analyte at a plurality of spaced apart locations (dX,dZ) around a controlled depth below a surface of the tissue sample, and o calculating a spatial variance (Cv) of the analyte based on the plurality of measured concentrations around the controlled depth; o measuring localized concentrations of an analyte at a plurality of spaced apart locations (dX,dZ) around a controlled depth below a surface of the tissue sample, and o calculating a spatial variance (Cv) of the analyte based on the plurality of measured concentrations around the controlled depth; - repeating the procedure while varying the controlled depth to obtain the spatial variance (Cv) as a function of the controlled depth; and - determining a resection margin of healthy tissue around the tumour tissue based on a section distance between the tissue surface and a depth below the tissue surface where the measured spatial variance (Cv) crosses a predetermined threshold variance (Tv).
A method for manufacturing a foil for a manufacture of a portable data carrier, characterized in that the foil is manufactured from a fabric and a potting compound, wherein a coating is applied to the fabric, wherein the potting compound was previously applied to the fabric, wherein the potting compound and/or the coating are/is printed, wherein as a coating an adhesion promoter and/or a bonding agent are/is employed, wherein the potting compound and/or the coating are/is transparent. wherein a coating is applied to the fabric, wherein the potting compound was previously applied to the fabric, wherein the potting compound and/or the coating are/is printed, wherein as a coating an adhesion promoter and/or a bonding agent are/is employed, wherein the potting compound and/or the coating are/is transparent.
A process for the preparation of lithium alcoholate solutions in an aprotic solvent or solvent mixture, characterised in that tert-amyl alcohol, tern-butyl alcohol or isopropyl alcohol is reacted with an excess of 5 - 30 % lithium metal which has a sodium content of a maximum of 0.01 %, wherein the lithium metal is present in particles with a volume of a maximum of 0.1 ml, hexane or heptane is used as solvent, and easily filterable solutions of lithium tert-amoxide, lithium tert-butoxide, lithium isopropoxide are obtained that contain as far as possible no or only a maximum of 10 molar % free alcohol.
An optical element, comprising: a transparent optical substrate; a semiconductor coating deposited on a surface of the optical substrate and comprising a plurality of channels formed in the coating; and characterized by: an electrically conductive, doped semiconductor material deposited in the plurality of channels, wherein the plurality of channels form a grid pattern on the optical substrate; and wherein a ratio of the indices of refraction of the doped semiconductor material and the semiconductor coating is between 0.82 and 1.22. a transparent optical substrate; a semiconductor coating deposited on a surface of the optical substrate and comprising a plurality of channels formed in the coating; and characterized by: an electrically conductive, doped semiconductor material deposited in the plurality of channels, wherein the plurality of channels form a grid pattern on the optical substrate; and wherein a ratio of the indices of refraction of the doped semiconductor material and the semiconductor coating is between 0.82 and 1.22. an electrically conductive, doped semiconductor material deposited in the plurality of channels, wherein the plurality of channels form a grid pattern on the optical substrate; and wherein a ratio of the indices of refraction of the doped semiconductor material and the semiconductor coating is between 0.82 and 1.22.