mhurhangee/ep-ind-claims huggingface dataset:
A monitoring network node for detecting fraudulent traffic in a telecommunications system, the monitoring network node comprising: a traffic monitor configured to monitor traffic to or from a user in the telecommunications system; a fraud detector configured to apply to the monitored traffic a fraud profile associated with the user to determine whether the monitored traffic comprises fraudulent traffic, wherein the fraudulent traffic is traffic to or from the user capable of causing a fraud, and wherein the fraud encompasses intentional deception made for personal gain, to damage another entity, or both; a transmitter configured to transmit, towards a profiling network node for determining a fraud profile associated with the user, data notifying whether the monitored traffic comprises traffic determined to be fraudulent traffic; and a receiver configured to receive, from the profiling network node, data identifying an updated fraud profile for the user, wherein the fraud detector is configured to apply the identified updated fraud profile to detect further fraudulent traffic in monitored traffic transmitted to or from the user. a traffic monitor configured to monitor traffic to or from a user in the telecommunications system; a fraud detector configured to apply to the monitored traffic a fraud profile associated with the user to determine whether the monitored traffic comprises fraudulent traffic, wherein the fraudulent traffic is traffic to or from the user capable of causing a fraud, and wherein the fraud encompasses intentional deception made for personal gain, to damage another entity, or both; a transmitter configured to transmit, towards a profiling network node for determining a fraud profile associated with the user, data notifying whether the monitored traffic comprises traffic determined to be fraudulent traffic; and a receiver configured to receive, from the profiling network node, data identifying an updated fraud profile for the user, wherein the fraud detector is configured to apply the identified updated fraud profile to detect further fraudulent traffic in monitored traffic transmitted to or from the user.
A curvilinear support for chain conveyors comprising: - a base with elongated shape extending along a curved path; - at least two rails produced in one piece with the base and spaced from one another to define between them a channel for the sliding of a chain conveyor; - covering profiles (5, 8) respectively coupled to each rail to cover the rail base surface and the rail concave lateral surface of said at least two rails; - coupling members positioned between each profile (5, 8) and the respective rail to removably fix each profile (5, 8) to the respective rail; - said coupling members being accessible via a coupling surface (3a; 3b) of the rails with the respective profiles (5, 8); said coupling members comprising a male portion projecting from each profile (5, 8) and extending below each profile (5, 8), and a female portion obtained in the respective rail open towards the top to house the corresponding male portion, which for coupling said male portion is pushed from the top down into said female portion; the female portion comprising a groove obtained on the base surface of each rail and which extends along the extension path of the base; each male portion comprising a linear projection extending from the respective profile (5, 8) and which can be inserted in the corresponding groove through an inlet section obtained on the base surface of the rails; characterized in that each projection comprises edges positioned side by side and flexible in reciprocal movement towards and/or away from each other; wherein the coupling members comprise at least one pin arranged in each groove and housed between the edges of the projection to fix each projection in the respective groove; wherein one profile has an "L" shaped cross section rotated by 90° in the clockwise direction with an appendage on the short side of the "L" which runs parallel to and below the arm along the "L" and the other profile has an "I" shaped cross section rotated by 90°, whereby the "L" shaped profile covers the base surface and the concave lateral surface of one of the rails and the "I" shaped profile covers the base surface of another rail that does not comprise a lateral surface cover. - a base with elongated shape extending along a curved path; - at least two rails produced in one piece with the base and spaced from one another to define between them a channel for the sliding of a chain conveyor; - covering profiles (5, 8) respectively coupled to each rail to cover the rail base surface and the rail concave lateral surface of said at least two rails; - coupling members positioned between each profile (5, 8) and the respective rail to removably fix each profile (5, 8) to the respective rail; - said coupling members being accessible via a coupling surface (3a; 3b) of the rails with the respective profiles (5, 8);
A syringe nest comprising: a planar base comprising a first surface and an opposing second surface, the planar base including a plurality of stiffening members extending from at least one peripheral edge of the planar base toward the plurality of nesting units; and a plurality of nesting units extending from and interconnected by the planar base and having contiguous walls, a perimeter of the planar base surrounding the plurality of nesting units, each nesting unit comprising a hollow hexagonal body having a first open end and an opposing second open end, wherein the first open end of each body is distal from the planar base and the second open end is proximate the planar base, and wherein the nesting units are aligned symmetrically in a vertex to vertex orientation and each nesting unit has a diameter larger than a diameter of a flange of a syringe nesting in the respective nesting unit, characterised in that the nesting units are arranged in a spaced apart manner, such that triangular shaped voids are formed between the nesting units. a planar base comprising a first surface and an opposing second surface, the planar base including a plurality of stiffening members extending from at least one peripheral edge of the planar base toward the plurality of nesting units; and a plurality of nesting units extending from and interconnected by the planar base and having contiguous walls, a perimeter of the planar base surrounding the plurality of nesting units, each nesting unit comprising a hollow hexagonal body having a first open end and an opposing second open end, wherein the first open end of each body is distal from the planar base and the second open end is proximate the planar base, and wherein the nesting units are aligned symmetrically in a vertex to vertex orientation and each nesting unit has a diameter larger than a diameter of a flange of a syringe nesting in the respective nesting unit, wherein the first open end of each body is distal from the planar base and the second open end is proximate the planar base, and wherein the nesting units are aligned symmetrically in a vertex to vertex orientation and each nesting unit has a diameter larger than a diameter of a flange of a syringe nesting in the respective nesting unit, characterised in that the nesting units are arranged in a spaced apart manner, such that triangular shaped voids are formed between the nesting units.
A cell structure comprising: a plurality of biocompatible macromolecular blocks; and a plurality of cancer cells and mesenchymal cells, wherein the plurality of the biocompatible macromolecular blocks are arranged in gaps between the plurality of the cells, wherein the cell structure is for the production of a non-human model animal for a cancer disease rich in stromal tissue by transplanting the cell structure into a non-human animal wherein the cancer cell is a pancreatic cancer cell, wherein the biocompatible macromolecular block is an aggregate formed by biocompatible macromolecules and has a size of 1 μm to 700 μm, and wherein the distance between biocompatible macromolecular blocks is 10 μm to 1000 μm. a plurality of biocompatible macromolecular blocks; and a plurality of cancer cells and mesenchymal cells, wherein the plurality of the biocompatible macromolecular blocks are arranged in gaps between the plurality of the cells, wherein the cell structure is for the production of a non-human model animal for a cancer disease rich in stromal tissue by transplanting the cell structure into a non-human animal wherein the cancer cell is a pancreatic cancer cell, wherein the biocompatible macromolecular block is an aggregate formed by biocompatible macromolecules and has a size of 1 μm to 700 μm, and wherein the distance between biocompatible macromolecular blocks is 10 μm to 1000 μm.
Electric shaver comprising a handle and a shaver head including at least one cutter unit which includes a drivable cutter element and a shear foil, wherein said shaver head is connected to said handle by means of a support structure, wherein said shaver head and/or said at least one cutter unit have an elongated contour with a main axis extending transverse to the handle's longitudinal axis and substantially parallel to a cutter oscillation axis of said at least one cutter element, wherein said shaver head is positioned spaced apart from said handle with a gap defined between a bottom face of said shaver head and a top face of said handle, said gap forming a peripheral contraction in the outer contour of the shaver around said support structure and giving access to the support structure bridging said gap, characterized in that said support structure includes a four-joint linkage including a pair of link arms (31, 32) pivotably connected, on the one hand, to the handle and, on the other hand, to the shaver head to allow for swivelling and/or tilting of the shaver head relative to the handle, wherein said pair of link arms (31, 32) extend through said gap uncovered and freely accessible via said gap with movement of said link arms (31, 32) being visible to a user.
A foldable collecting utensil comprising two sub-compartments (140,140A,140B) that are connected along one of their sides and closable at another side to enclose collected material; wherein said sub-compartments (140,140A,140B) are collapsible to enable the utensil to be stored in a flat state; wherein said foldable collecting utensil is constructed from a sheet with lateral attachment areas and lateral tabs, by attaching said lateral attachment areas to sides of said spread sub-compartments (140,140A,140B); wherein said lateral tabs are arranged to enable a user to change state (100A,100B) of said utensil between the flat 2D storage state and an operable enclosing 3D state, by folding along a pair of folding lines (132,133), wherein one of said folding lines (132,133) is a collapse-preventing line adapted to prevent the utensil from collapsing in the operable enclosing 3D state; wherein in said operable enclosing 3D state each of said lateral tabs is folded and protrudes from sides of said utensil; wherein said folding lines (132,133) of said pair of folding lines are intersecting folding lines (132,133) which define possible folding operations of the utensil and determine folding of the utensil into the alternative flat 2D storage state and the operable enclosing 3D state.
A film winding core comprising: (a) a cylindrical tube having an outer surface and a longitudinal axis; and (b) a core covering comprising a polymeric netting having opposing interior and exterior sides disposed on the outer surface of the cylindrical tube, wherein the polymeric netting comprises an array of a plurality of polymeric ribbons and a plurality of polymeric strands arranged in sheet form with each polymeric ribbon bonded to one or two adjacent polymeric strands and each polymeric strand bonded to one or two adjacent ribbons, wherein: each polymeric ribbon has a width, height, and length such that the length is longer than the width and the height and is of elongate form defining a longitudinal axis; each polymeric strand has a width, height, and length such that the length is longer than the width and the height and is intermittently bonded multiple times to one or two adjacent polymeric ribbons; and the interior side of the polymeric netting is facing the outer surface of the cylindrical tube. each polymeric ribbon has a width, height, and length such that the length is longer than the width and the height and is of elongate form defining a longitudinal axis; each polymeric strand has a width, height, and length such that the length is longer than the width and the height and is intermittently bonded multiple times to one or two adjacent polymeric ribbons; and the interior side of the polymeric netting is facing the outer surface of the cylindrical tube.
A method for producing an austenitic stainless steel tube excellent in steam oxidation resistance, which contains, by mass, C: 0.2% or less, Si: 2% or less, Mn: 0.1 to 3.0%, Cr: 15 to 28%, Ni: 6 to 50%, optionally at least one selected from Mo: 0.1 to 5%, W: 0.1 to 10%, Cu: 0.1 to 5%, N: 0.005 to 0.3%, V: 0.01 to 1.0%, Nb: 0.01 to 1.5%, Ti: 0.1 to 0.5%, Ca: 0.0001 to 0.2%, Mg: 0.0001 to 0.2%, Al: 0.0001 to 0.2%, B: 0.0001 to 0.2% and rare earth elements: 0.0001 to 0.2%, with the balance being Fe and impurities, said method comprising shot peening the inner surface of the austenitic stainless steel tube while rotating the austenitic stainless steel tube and moving a shot nozzle along the length of the austenitic stainless steel tube, characterized in that the inner surface of the austenitic stainless steel tube is shot peened under the condition of a shot stream of not less than 5 kg/minute and satisfying the formula (a) shown below, in order that the visual coverage of the shot peened area of the inner surface of the steel tube is 70% or more, L × r / v ≥ 1.5 where L denotes a length (mm) over which shot particles from the nozzle are blasted onto the inner surface of the austenitic stainless steel tube, r denotes the frequency of rotation (rpm) of the austenitic stainless steel tube, and v denotes the speed (mm/minute) of nozzle movement along the length of the austenitic stainless steel tube.
Air filter housing (10; 10') with at least one compact air filter element and with at least one filter chamber which features at least one connecting piece (2, 2', 3) at either end, wherein the compact air filter element is insertable between the connecting pieces (2, 2', 3) by sealing the cross-section of the filter chamber, wherein at least one resonator chamber element (5, 6) is fixed to the air filter housing (10; 10') which is connected with the filter chamber by at least one air-conducting channel (7, 8, 9) or slit, characterized in that at least one resonator chamber element (5, 6) is designed as annular chamber element and disposed in the area of the transition between a connecting piece (2, 2', 2) and the filter chamber.
A memcapacitor device configured for repeated programming to at least two different non-volatile capacitance states, comprising: a pair of opposing conductive electrodes (12, 14); a semiconductive material comprising mobile dopants within a dielectric; and a mobile dopant barrier dielectric material which is impervious to movement of mobile dopants to within the barrier dielectric material and impervious to location-changing-movement of any dopants inherently therein; wherein the semiconductive material and the barrier dielectric material are received between the pair of opposing conductive electrodes and are of different composition relative one another by at least one different atomic element, one of the semiconductive material and the barrier dielectric material being closer to one of the pair of electrodes than is the other of the semiconductive material and the barrier dielectric material, the other of the semiconductive material and the barrier dielectric material being closer to the other of the pair of electrodes than is the one of the semiconductive material and the barrier dielectric material. a pair of opposing conductive electrodes (12, 14); a semiconductive material comprising mobile dopants within a dielectric; and a mobile dopant barrier dielectric material which is impervious to movement of mobile dopants to within the barrier dielectric material and impervious to location-changing-movement of any dopants inherently therein; wherein the semiconductive material and the barrier dielectric material are received between the pair of opposing conductive electrodes and are of different composition relative one another by at least one different atomic element, one of the semiconductive material and the barrier dielectric material being closer to one of the pair of electrodes than is the other of the semiconductive material and the barrier dielectric material, the other of the semiconductive material and the barrier dielectric material being closer to the other of the pair of electrodes than is the one of the semiconductive material and the barrier dielectric material.
A sulfonamide derivative of 7-methyl-5-phenyl-pyrazolo[4,3- e]tetrazolo[4,5-b][1,2,4]triazine of a general Formula 1: wherein R is proline methyl ester or 4-hydroxy- L -proline methyl ester.
A fluid pump for pumping fluid, the fluid pump including: (a) a flow path; (b) a driver having: (i) a substantially tubular shaped body _defining a body axis; and, (ii) a number of elements (1 a, 1 b, 42, 43, 44) circumferentially spaced around the body, each element being responsive to a signal to cause a corresponding portion of the body (1 i) to expand or contract in a direction substantially parallel to the tube axis; and (iii) an urging member positioned in the flow path, the urging member being coupled to the driver such that selective expansion and/or contraction of the body (1 i) causes the urging member to rotate, thereby urging fluid along the flow path in use, wherein the urging member includes shaft (3b, 3c) and a blade, wherein the blade extends radially from and along the shaft (3b, 3c) so as to define a thread, the pitch of the thread varying along the length of the shaft (3b, 3c). (a) a flow path; (b) a driver having: (i) a substantially tubular shaped body _defining a body axis; and, (ii) a number of elements (1 a, 1 b, 42, 43, 44) circumferentially spaced around the body, each element being responsive to a signal to cause a corresponding portion of the body (1 i) to expand or contract in a direction substantially parallel to the tube axis; and (iii) an urging member positioned in the flow path, the urging member being coupled to the driver such that selective expansion and/or contraction of the body (1 i) causes the urging member to rotate, thereby urging fluid along the flow path in use, wherein the urging member includes shaft (3b, 3c) and a blade, wherein the blade extends radially from and along the shaft (3b, 3c) so as to define a thread, the pitch of the thread varying along the length of the shaft (3b, 3c). (i) a substantially tubular shaped body _defining a body axis; and, (ii) a number of elements (1 a, 1 b, 42, 43, 44) circumferentially spaced around the body, each element being responsive to a signal to cause a corresponding portion of the body (1 i) to expand or contract in a direction substantially parallel to the tube axis; and (iii) an urging member positioned in the flow path, the urging member being coupled to the driver such that selective expansion and/or contraction of the body (1 i) causes the urging member to rotate, thereby urging fluid along the flow path in use,
A method performed by a radar system aboard an aircraft, the method comprising: receiving a current location, direction of movement and velocity information for at least one weather anomaly (102, 104); determining an intercept point for the at least one weather anomaly (102, 104) based on the received current location, direction of movement and velocity information for the at least one weather anomaly, and location and current speed information for the aircraft, wherein the intercept point is an intersection of a trajectory of the weather anomaly determined based on the current location, direction of movement, and velocity information of the weather anomaly and a modified trajectory of the aircraft if the aircraft were to maintain the current speed and adjust a heading to intercept the weather anomaly; displaying the intercept point as a first indicator (108, 110) on a display device; displaying an indication of the weather anomaly on the display device at an area corresponding to the current location of the weather anomaly; and displaying a second indicator (112, 114) that associates the intercept point with the associated weather anomaly (102, 104) on the display device, wherein the second indicator (112, 114) comprises a line connected between the current location of the weather anomaly (102, 104) and the first indicator (108,114). receiving a current location, direction of movement and velocity information for at least one weather anomaly (102, 104); determining an intercept point for the at least one weather anomaly (102, 104) based on the received current location, direction of movement and velocity information for the at least one weather anomaly, and location and current speed information for the aircraft, wherein the intercept point is an intersection of a trajectory of the weather anomaly determined based on the current location, direction of movement, and velocity information of the weather anomaly and a modified trajectory of the aircraft if the aircraft were to maintain the current speed and adjust a heading to intercept the weather anomaly; displaying the intercept point as a first indicator (108, 110) on a display device; displaying an indication of the weather anomaly on the display device at an area corresponding to the current location of the weather anomaly; and displaying a second indicator (112, 114) that associates the intercept point with the associated weather anomaly (102, 104) on the display device, wherein the second indicator (112, 114) comprises a line connected between the current location of the weather anomaly (102, 104) and the first indicator (108,114).
A rigid CPVC polymer composition comprising (a) a CPVC polymer resin having from 64 to 67 weight% chlorine, and (b) a stabilizer system consisting of from 0.1 to 3.0 parts zeolite per 100 parts by weight of said CPVC polymer resin and a C 6 to C 12 metal carboxylate, and the weight ratio of zeolite to C 6 to C 12 metal carboxylate is between 6:1 to 1:6.
A device for determining a blood group antigen in a liquid sample, comprising a separation matrix having at least one indicator zone, characterised in that the indicator zone comprises a first antibody directed against the blood group antigen, or a fragment thereof, and a binding element directed against the first antibody, wherein the first antibody is an incomplete antibody.