mhurhangee/ep-ind-claims huggingface dataset:
A fraud detection method for access control through facial recognition, wherein the following is implemented at an area where the access control is verified for an individual appearing at said area: - a measurement of the weight of the individual, at least one weight sensor being provided on the ground for this purpose; - an acquisition of at least one image of the face of the individual appearing at said area, by at least one camera provided for this purpose; - an estimation of the weight of the individual by processing by a unit for computing the at least one acquired image of the face of the individual appearing to the access control; - a comparison by said computation unit between the estimated weight and the measured weight; and wherein said computation unit triggers or not the emission of a fraud detection signal depending on the result of this comparison. - a measurement of the weight of the individual, at least one weight sensor being provided on the ground for this purpose; - an acquisition of at least one image of the face of the individual appearing at said area, by at least one camera provided for this purpose; - an estimation of the weight of the individual by processing by a unit for computing the at least one acquired image of the face of the individual appearing to the access control; - a comparison by said computation unit between the estimated weight and the measured weight; and wherein said computation unit triggers or not the emission of a fraud detection signal depending on the result of this comparison.
A rotary connection for underwater operation, having a first ring-shaped connecting element and a second, likewise ring-shaped connecting element that is situated concentrically with respect to the first connecting element and rotatable relative to same, and having an annular gap situated between the two connecting elements (13, 14), with at least one row of rolling elements (37, 38, 39) that roll along one raceway (34, 35, 36; 63, 64, 65) each on the first connecting element and on the second connecting element (13, 14), wherein for sealing the annular gap, a sealing device is provided, having at least one sealing ring that is secured to the first connecting element of the rotary connection and that has a circumferential sealing lip or sealing surface that runs along a run-up surface, characterized in that the second connecting element of the rotary connection is divided, along a plane, into a raceway ring having at least one raceway (34, 35, 36), and a thrust ring having the run-up surface for the at least one sealing ring, wherein a) the thrust ring is detachably flange-mounted to the raceway ring, and b) the raceway ring of the second connecting element of the rotary connection is designed as a nose ring having a circumferential collar that faces the annular gap, and on which the one or more raceways (34, 35, 36) for the rolling elements (37, 38, 39) that roll along same are situated. a) the thrust ring is detachably flange-mounted to the raceway ring, and b) the raceway ring of the second connecting element of the rotary connection is designed as a nose ring having a circumferential collar that faces the annular gap, and on which the one or more raceways (34, 35, 36) for the rolling elements (37, 38, 39) that roll along same are situated.
Shaft connection for a longitudinal shaft assembly of a motor vehicle, at least having one first shaft having a first end and a second end, and a second shaft, disposed so as to be coaxial with the first shaft, having a first shaft end and a second shaft end; wherein the shafts (4, 7) extend along an axial direction; wherein the first end forms a hollow portion; wherein the first shaft end forms a first journal having a displacement portion; wherein the first shaft end at least in an initial position of the shaft connection extends through the hollow portion, and the hollow portion by way of the displacement portion along the axial direction forms a guide portion and in a circumferential direction forms a form-fitting first connection; wherein in the initial position a mutual displacement of the first shaft and the second shaft along the axial direction is prevented by an axial securing feature; wherein in the event of a crash the axial securing feature is releasable by way of a release force that acts in the axial direction, and the first shaft is displaceable along the axial direction in relation to the second shaft; characterized in that, proceeding from the initial position, guiding by the guide portion is guaranteed in the case of an elongation as well as in the case of a compression of the shaft connection; wherein the displacement portion extends in the axial direction so as to be longer than the hollow portion such that the displacement portion at least in the case of an elongation of the shaft connection can guarantee the length of the first connection as provided in the initial position.
An analyzing apparatus that is suitable for holding an analyzing device having a microchannel structure for transferring a sample liquid to a measuring chamber by a centrifugal force, the analyzing apparatus comprising: a first drive part including a turntable for rotating the analyzing device held by the analyzing apparatus; characterized in that the analyzing apparatus further comprises: a second drive part selectively engaged with the first drive part to reciprocate the turntable of the first drive part, and a third drive part for relatively moving the first drive part and the second drive part to a position where the first and second drive parts (71, 72) are engaged with each other and a position where the first and second drive parts (71, 72) are not engaged with each other. a first drive part including a turntable for rotating the analyzing device held by the analyzing apparatus; characterized in that the analyzing apparatus further comprises: a second drive part selectively engaged with the first drive part to reciprocate the turntable of the first drive part, and a third drive part for relatively moving the first drive part and the second drive part to a position where the first and second drive parts (71, 72) are engaged with each other and a position where the first and second drive parts (71, 72) are not engaged with each other. a second drive part selectively engaged with the first drive part to reciprocate the turntable of the first drive part, and a third drive part for relatively moving the first drive part and the second drive part to a position where the first and second drive parts (71, 72) are engaged with each other and a position where the first and second drive parts (71, 72) are not engaged with each other.
A method comprising: digitally representing a proposed orthodontic prescription that includes a plurality of orthodontic appliances each associated with a different one of a plurality of teeth in a dental arch and an archwire received in a slot of each of the orthodontic appliances; and computing a predicted final occlusion for the dental arch based on torque loss experienced by the digital representations of the archwire and the orthodontic appliances within a three-dimensional modeling environment, wherein computing the predicted final occlusion comprises: determining a twist angle of the archwire at each appliance position along the archwire, wherein determining the twist angle comprises: identifying anchor points along the archwire from among the appliance positions; generating line segments between anchor points, wherein the generated line segments represent the twist angle of the archwire; and determining the twist angle of the archwire based on the line segment associated with each appliance position; and adjusting each orthodontic appliance based on the determined twist angles. digitally representing a proposed orthodontic prescription that includes a plurality of orthodontic appliances each associated with a different one of a plurality of teeth in a dental arch and an archwire received in a slot of each of the orthodontic appliances; and computing a predicted final occlusion for the dental arch based on torque loss experienced by the digital representations of the archwire and the orthodontic appliances within a three-dimensional modeling environment, wherein computing the predicted final occlusion comprises: determining a twist angle of the archwire at each appliance position along the archwire, wherein determining the twist angle comprises: identifying anchor points along the archwire from among the appliance positions; generating line segments between anchor points, wherein the generated line segments represent the twist angle of the archwire; and determining the twist angle of the archwire based on the line segment associated with each appliance position; and adjusting each orthodontic appliance based on the determined twist angles. determining a twist angle of the archwire at each appliance position along the archwire, wherein determining the twist angle comprises: identifying anchor points along the archwire from among the appliance positions; generating line segments between anchor points, wherein the generated line segments represent the twist angle of the archwire; and determining the twist angle of the archwire based on the line segment associated with each appliance position; and identifying anchor points along the archwire from among the appliance positions; generating line segments between anchor points, wherein the generated line segments represent the twist angle of the archwire; and determining the twist angle of the archwire based on the line segment associated with each appliance position; and adjusting each orthodontic appliance based on the determined twist angles.
Improved hard pre-charge device of parallel inverters in a traction system for railway comprising at least two different motors, each motor being controlled by means of at least one of two inverters which are connected in parallel to a common power line that supplies a DC power signal by means of a respective DC-link, an isolation switch (S1, S2) being provided for each of said two inverters, which isolates the corresponding inverter from said power line, each inverter being further connected to the common power line by a filter capacitor bank (C1, C2), the hard pre-charge device comprising means for pre-charging said capacitor banks, which pre-charging means include a crow bar resistor (Racrow, Rbcrow) and an automatic power switch (111, 112) which transfers the DC power signal to said crow bar resistor when voltage exceeds a predetermined threshold, characterized in that it further comprises means for alternately closing the isolation switches (S1, S2) of the two inverters and a connection (Rccrow, D3), diverting the power signal from the crow bar resistor (Racrow, Rbcrow) of the inverter connected to the power signal supply line by the said automatic power switch (111, 112) to the filter capacitor bank (C1, C2) of the other inverter which is isolated from the power signal supply line.
A beverage filling method comprising the steps of: forming a water film on a surface of a preform by spraying water steam while continuously transferring the preform, wherein the water film is adhered to each of the preforms of an amount within 0.02mg/cm 2 to 1.15mg/cm 2; or forming a condensed film of hydrogen peroxide on a surface of the preform by spraying hydrogen peroxide mist or gas while continuously transferring the preform, wherein a condensed film of the hydrogen peroxide of 35 weight % (reduced quantity) is adhered to each of the preforms of an amount within 0.0035μL/cm 2 to 0.3μL/cm 2; preliminarily sterilizing the preform through a heating and drying process under a state in which the water film or condensed film of the hydrogen peroxide is adhered to the surface of the preform; producing a container through a blow-molding process within a blow-molding die which is continuously being transferred; taking out the container from the blow-molding die, while continuously transferring the container, a main sterilization is performed; and filling, thereafter, the container with a beverage (a) and sealing the container with a lid. forming a water film on a surface of a preform by spraying water steam while continuously transferring the preform, wherein the water film is adhered to each of the preforms of an amount within 0.02mg/cm 2 to 1.15mg/cm 2; or forming a condensed film of hydrogen peroxide on a surface of the preform by spraying hydrogen peroxide mist or gas while continuously transferring the preform, wherein a condensed film of the hydrogen peroxide of 35 weight % (reduced quantity) is adhered to each of the preforms of an amount within 0.0035μL/cm 2 to 0.3μL/cm 2; preliminarily sterilizing the preform through a heating and drying process under a state in which the water film or condensed film of the hydrogen peroxide is adhered to the surface of the preform; producing a container through a blow-molding process within a blow-molding die which is continuously being transferred; taking out the container from the blow-molding die, while continuously transferring the container, a main sterilization is performed; and filling, thereafter, the container with a beverage (a) and sealing the container with a lid.
A method of collecting an eluate from a column, the method comprising the steps of: a) applying a sample comprising a protein to a cation exchange chromatography column, wherein the application causes the protein to be retained by the column; b) applying a mobile phase to the cation exchange chromatography column, the mobile phase comprising a buffered solution, wherein application of the mobile phase establishes a conductivity gradient of from 8 mS/cm to 90 mS/cm; c) starting an eluate collection when an inlet conductivity value measured for the mobile phase entering the cation exchange chromatography column is at least 21 mS/cm or an outlet conductivity value measured for the mobile phase exiting the cation exchange chromatography column is at least 15 mS/cm; and d) stopping the eluate collection when the inlet conductivity value measured for the mobile phase entering the cation exchange chromatography column is at most 47 mS/cm or the outlet conductivity value measured for the mobile phase exiting the cation exchange chromatography column is at most 41 mS/cm; wherein the eluate collection comprises at least 25% of the protein retained by the cation exchange chromatography column in step (a).
A spinal osteosynthesis system comprising: - at least one flexible longitudinal rod made of a biocompatible plastics material, - fastening means suitable to be fastened onto vertebrae, - connection members suitable to guide said longitudinal rod, each connection member being connected to one of said fastening means, first connection members being adapted to let, in an operating position, the longitudinal rod free to slide and to pivot about at least one transverse axis that is perpendicular to the axis of the rod, each first connection member including a receiving and guiding housing, one second connection member comprising blocking means to block the sliding of the rod, the system being characterized in that it comprises a spherical ball that is engaged into said housing and that is axially crossed by a bore in which said longitudinal rod extends with clearance, in that the first connection members are mounted onto said fastening means in a removable manner, and in that the connection members are in snap-fastened onto the fastener means and include lateral tabs that terminate in snap-fastener means for engaging in complementary means (40, 41) of the fastener means (10, 62). - at least one flexible longitudinal rod made of a biocompatible plastics material, - fastening means suitable to be fastened onto vertebrae, - connection members suitable to guide said longitudinal rod, each connection member being connected to one of said fastening means,
An IL-18 antagonist for use in treating a viral respiratory infection in a subject having metabolic syndrome, coronary artery disease, hypertension, atherosclerosis, type II diabetes or a combination thereof, wherein the IL-18 antagonist is: (a) a mammalian or viral IL-18 binding protein that binds free IL-18; or (b) an antibody that binds specifically to free IL-18. (a) a mammalian or viral IL-18 binding protein that binds free IL-18; or (b) an antibody that binds specifically to free IL-18.
A method of using a wipe, wherein the wipe is used at one point of time, allowed to dry, and through re-exposure to an aqueous solution is re-used, said wipe comprising a melt-processed biopolymer matrix composition, said biopolymer matrix comprising from 0.1wt.% to 40wt.% of an essential oil, 30wt.% to 95wt.% of a biopolymer, and 1wt.% to 50wt.% of a carrier fluid, wherein a limited amount of said essential oil is released from said matrix composition when exposed to an aqueous solution, and wherein an additional limited amount of said essential oil is re-released repetitiously thereafter upon said re-use with an additional exposure of an aqueous solution to said wipe.
A method of performing packet switched handover in a mobile communication network comprising a mobile node, a first and a second packet switching node, the method comprising: - Detecting a handover condition associated with a mobile node in said first packet switching node, and - Requesting handover preparation by said first packet switching node from said second packet switching node, Characterised in that the method further comprises: - Sending at least one ciphering parameter to the second packet switching node when said first packet switching node requests handover preparation from said second packet switching node; - sending logical link layer state information to the second packet switching node when said first packet switching node requests handover preparation from said second packet switching node; - Receiving a packet at the first packet switching node; - Forming a logical link layer Protocol Data Unit from data in the packet; and - Sending a first frame containing the logical link layer Protocol Data Unit to the mobile node from the first packet switching node; - Sending the logical link layer Protocol data Unit PDU to the second packet switching node from the first packet switching node; - sending a second frame containing the logical link layer Protocol Data Unit PDU to the mobile node from the second packet switching node. - Detecting a handover condition associated with a mobile node in said first packet switching node, and - Requesting handover preparation by said first packet switching node from said second packet switching node, - Sending at least one ciphering parameter to the second packet switching node when said first packet switching node requests handover preparation from said second packet switching node; - sending logical link layer state information to the second packet - Receiving a packet at the first packet switching node; - Forming a logical link layer Protocol Data Unit from data in the packet; and - Sending a first frame containing the logical link layer Protocol Data Unit to the mobile node from the first packet switching node; - Sending the logical link layer Protocol data Unit PDU to the second packet switching node from the first packet switching node; - sending a second frame containing the logical link layer Protocol Data Unit PDU to the mobile node from the second packet switching node.
Internal combustion engine comprising - at least one turbo charger, which comprises a compressor, - at least one bypass valve, through which the compressor can be bypassed by at least a partial stream of air or an air-fuel mixture, - an auxiliary drive for starting the internal combustion engine and - a control unit configured to open or closed loop control the bypass valve, wherein the control unit is configured to open the at least one bypass valve at least partially - preferably fully - and keep it open during a start of the internal combustion engine, wherein the control unit is configured to keep the at least one bypass valve open till an engine parameter of the internal combustion engine satisfies a predetermined startup criterion, wherein the predetermined startup criterion is chosen such that it is fulfilled at such a point in time, when the internal combustion engine is running without the action of the auxiliary drive, characterised in that the engine parameter is a rotational speed of the turbo charger, wherein the predetermined startup criterion is a lower threshold, wherein the control unit is configured to keep the at least one bypass valve open till the rotational speed attains or exceeds the predetermined lower threshold, wherein at least one rotational speed sensor is provided to determine a characteristic signal for the rotational speed of the turbo charger, wherein the control unit is provided with the characteristic signal of the at least one rotational speed sensor. - at least one turbo charger, which comprises a compressor, - at least one bypass valve, through which the compressor can be bypassed by at least a partial stream of air or an air-fuel mixture, - an auxiliary drive for starting the internal combustion engine and - a control unit configured to open or closed loop control the bypass valve,
Cryogenic tank, in particular for transporting cryogenic fluid, for example liquefied helium or hydrogen, comprising an inner shell made of a metal material or alloy and intended to contain the cryogenic fluid, an outer shell made of a metal material or alloy, arranged around the inner shell and delimiting a space between the two shells (2, 3), said space being under vacuum, the outer shell extending in a longitudinal direction and comprising a plurality of reinforcing ribs distributed in planes that are perpendicular to the longitudinal direction, the ribs being formed by deformations, for example by knurling, on one and the same wall of the outer shell, characterized in that the tank also comprises at least one reinforcing element for reinforcing at least part of at least one of the ribs, the reinforcing element comprising a strip rigidly connected to the two portions of the wall situated at the base and on either side of the rib.