mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: storing (S514, S516, S518), by a plurality of worker nodes, a plurality of encrypted first biometric template parts; receiving (S712, S714, S716), by each of the plurality of worker nodes and from an authentication node, an encrypted second biometric template, the authentication node having encrypted a second biometric template resulting in the encrypted second biometric template; deriving (S718, S720, S722), by the plurality of worker nodes and from the encrypted second biometric template, a plurality of encrypted second biometric template parts; respectively comparing (S724, S726, $728), by the plurality of worker nodes, the plurality of encrypted first biometric template parts and the plurality of encrypted second biometric template parts, resulting in a plurality of encrypted match values; and transmitting (S730, S732, S734), by the plurality of worker nodes, the plurality of encrypted match values to the authentication node. storing (S514, S516, S518), by a plurality of worker nodes, a plurality of encrypted first biometric template parts; receiving (S712, S714, S716), by each of the plurality of worker nodes and from an authentication node, an encrypted second biometric template, the authentication node having encrypted a second biometric template resulting in the encrypted second biometric template; deriving (S718, S720, S722), by the plurality of worker nodes and from the encrypted second biometric template, a plurality of encrypted second biometric template parts; respectively comparing (S724, S726, $728), by the plurality of worker nodes, the plurality of encrypted first biometric template parts and the plurality of encrypted second biometric template parts, resulting in a plurality of encrypted match values; and transmitting (S730, S732, S734), by the plurality of worker nodes, the plurality of encrypted match values to the authentication node.
Method for operating a vacuum soldering system, wherein for a soldering process, in at least one method step, heat is introduced, in particular by heat radiation, into at least one vacuum chamber of the vacuum soldering system by means of at least one heating unit of the vacuum soldering system, which is embodied as an infrared heating unit, which is in particular arranged at the vacuum chamber and which is oriented vertically or horizontally, the heating unit comprising a plurality of infrared radiators (58, 60, 62, 64, 66, 68, 70, 72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92), which are arranged at the vacuum chamber, wherein within the vacuum chamber, in particular along a direction extending at least substantially parallel to a longitudinal axis of the heating unit that is embodied as an infrared heating unit, at least two, in particular at least three, heat treatment zones (24, 26, 28) realized as soldering zones with different soldering temperatures are provided, wherein an inhomogeneous temperature distribution is generated within the vacuum chamber along a maximum total extent of the vacuum chamber, in particular along the direction extending at least substantially parallel to the longitudinal axis of the heating unit that is embodied as an infrared heating unit, characterised in that in at least one operation state the heating unit surrounds the vacuum chamber by more than 90°. wherein for a soldering process, in at least one method step, heat is introduced, in particular by heat radiation, into at least one vacuum chamber of the vacuum soldering system by means of at least one heating unit of the vacuum soldering system, which is embodied as an infrared heating unit, which is in particular arranged at the vacuum chamber and which is oriented vertically or horizontally, the heating unit comprising a plurality of infrared radiators (58, 60, 62, 64, 66, 68, 70, 72, 74, 76, 78, 80, 82, 84, 86, 88, 90, 92), which are arranged at the vacuum chamber, wherein within the vacuum chamber, in particular along a direction extending at least substantially parallel to a longitudinal axis of the heating unit that is embodied as an infrared heating unit, at least two, in particular at least three, heat treatment zones (24, 26, 28) realized as soldering zones with different soldering temperatures are provided, wherein an inhomogeneous temperature distribution is generated within the vacuum chamber along a maximum total extent of the vacuum chamber, in particular along the direction extending at least substantially parallel to the longitudinal axis of the heating unit that is embodied as an infrared heating unit, characterised in that in at least one operation state the heating unit surrounds the vacuum chamber by more than 90°.
An accessory part for a hand-held machine tool having a lock for the detachable connecting of an accessory spindle of the accessory part defining an accessory longitudinal axis to an output shaft of the hand-held machine tool, wherein the lock is an adjusting sleeve displaceably supported on a housing of the accessory part between a locking position and a release position and comprises at least one locking means displaceably supported on the accessory spindle between a disengaged first position and an engaged second position for the detachable connecting of the accessory spindle to the output shaft, characterized in that a coupling element of the accessory part is provided which is displaceable between a coupling position, in which the accessory spindle is non-rotatably connected to the housing, and a release position, in which the accessory spindle is rotatable relative to the housing.
A method of providing network quality parameters for a plurality of different wireless networks from a client device, the method comprising: communicating with each of the plurality of different wireless networks over a network interface of the client device; measuring, by a client application residing on the client device, the network quality parameters for each of the plurality of different wireless networks; providing, by the client application, the network quality parameters for each of the plurality of different wireless networks to a reporting module of the client device; collecting, by the reporting module, network information associated with the network quality parameters for each of the plurality of different wireless networks; and sending, by the reporting module, the network information and the network quality parameters for each of the plurality of different wireless networks to a server; communicating with the server to access data in a database; selecting one out of a plurality of available wireless networks from the plurality of different wireless networks based on a route of travel of the client device and a map of wireless network quality based on the data; and attaching to the selected wireless network. communicating with each of the plurality of different wireless networks over a network interface of the client device; measuring, by a client application residing on the client device, the network quality parameters for each of the plurality of different wireless networks; providing, by the client application, the network quality parameters for each of the plurality of different wireless networks to a reporting module of the client device; collecting, by the reporting module, network information associated with the network quality parameters for each of the plurality of different wireless networks; and sending, by the reporting module, the network information and the network quality parameters for each of the plurality of different wireless networks to a server; communicating with the server to access data in a database; selecting one out of a plurality of available wireless networks from the plurality of different wireless networks based on a route of travel of the client device and a map of wireless network quality based on the data; and attaching to the selected wireless network.
A fabric having weft yarns and warp yarns, the weft yarns comprising a core spun yarn characterised in that said core comprises a stretchable spandex filament surrounded by a sheath comprising a polytrimethylene terephthalate-based staple fiber in combination with a second staple fiber, wherein the warp yarn comprises cotton and the fabric has a stretch recovery in the range of 75 to 95 % and a growth of <2,3%.
A biplanar X-ray imaging device, comprising a first C-shaped arm, a second C-shaped arm, a sliding and rotating seat, a first X-ray generation device, a first image receiving device, a second X-ray generation device and a second image receiving device; the first C-shaped arm is slidably disposed outside the second C-shaped arm; the second C-shaped arm is slidably disposed on the sliding and rotating seat; the first X-ray generation device is fixed on one end in the peripheral direction of the first C-shaped arm; the first image receiving device is disposed on the other end in the peripheral direction of the first C-shaped arm or slidably disposed on the inner side of the second C-shaped arm; the second X-ray generation device and the second image receiving device are respectively fixed on the two ends in the peripheral direction of the second C-shaped arm,the intersecting line between the X-ray emission plane of the first X-ray generation device and the X-ray emission plane of the second X-ray generation device is a rotating axis; the rotating axis is on a connecting line of the first X-ray generation device and the first image receiving device, in addition, the second X-ray generation device and the second image receiving device rotate along the rotating axis under the drive of the second C-shaped arm; characterized in that the first C-shaped arm consists of two C-shaped beams and a chute is disposed on the second C-shaped arm, which matches the C-shaped beam of the first C-shaped arm.
A zoom lens system with a vibration reduction comprising, in order from an object side: a first lens group having positive refractive power; a second lens group having negative refractive power; a third lens group having positive refractive power; and a fourth lens group having positive refractive power, wherein zooming is carried out by varying distances between respective lens groups, the third lens group is composed of, in order from the object side, a front lens group having positive refractive power and a rear lens group having negative refractive power, at least one lens surface in the rear lens group is an aspherical surface having a shape that positive refractive power becomes stronger or negative refractive power becomes weaker from the optical axis to the periphery than a spherical surface having a paraxial radius of curvature, and the following conditional expression is satisfied: 3.5 < f 1 / fw < 8.0 where f1 denotes the focal length of the first lens group and fw denotes the focal length of the zoom lens system in the wide-angle end state, characterised in that variation in focusing position is corrected by shifting only the rear lens group in the direction substantially perpendicular to the optical axis, and an aperture stop is disposed between the second lens group and the third lens group and the following conditional expression is satisfied: 0.15 < Ds / f 3 < 0.30 where f3 denotes the focal length of the third lens group and Ds denotes a distance between the aperture stop and the most object side lens surface of the rear lens group along the optical axis. a first lens group having positive refractive power; a second lens group having negative refractive power; a third lens group having positive refractive power; and a fourth lens group having positive refractive power, wherein zooming is carried out by varying distances between respective lens groups, the third lens group is composed of, in order from the object side, a front lens group having positive refractive power and a rear lens group having negative refractive power, at least one lens surface in the rear lens group is an aspherical surface having a shape that positive refractive power becomes stronger or negative refractive power becomes weaker from the optical axis to the periphery than a spherical surface having a paraxial radius of curvature, and the following conditional expression is satisfied: 3.5 < f 1 / fw < 8.0 where f1 denotes the focal length of the first lens group and fw denotes the focal length of the zoom lens system in the wide-angle end state, characterised in that variation in focusing position is corrected by shifting only the rear lens group in the direction substantially perpendicular to the optical axis, and an aperture stop is disposed between the second lens group and the third lens group and the following conditional expression is satisfied: 0.15 < Ds / f 3 < 0.30 where f3 denotes the focal length of the third lens group and Ds denotes a distance between the aperture stop and the most object side lens surface of the rear lens group along the optical axis.
A method comprising: obtaining, by a device, telemetry data regarding an encrypted traffic session in a network, wherein the telemetry data comprises Transport Layer Security features of the traffic session and auxiliary information indicative of a destination address of the traffic session, a destination port of the traffic session, or a server name associated with the traffic session; retrieving, by the device and using the obtained telemetry data, a plurality of candidate processes from a TLS fingerprint database that relates processes with telemetry data from encrypted traffic sessions initiated by those processes; using, by the device, a probabilistic model to assign probabilities to each of the plurality of candidate processes; and identifying, by the device, one of the plurality of candidate processes as having initiated the encrypted traffic session based on its assigned probability. obtaining, by a device, telemetry data regarding an encrypted traffic session in a network, wherein the telemetry data comprises Transport Layer Security features of the traffic session and auxiliary information indicative of a destination address of the traffic session, a destination port of the traffic session, or a server name associated with the traffic session; retrieving, by the device and using the obtained telemetry data, a plurality of candidate processes from a TLS fingerprint database that relates processes with telemetry data from encrypted traffic sessions initiated by those processes; using, by the device, a probabilistic model to assign probabilities to each of the plurality of candidate processes; and identifying, by the device, one of the plurality of candidate processes as having initiated the encrypted traffic session based on its assigned probability.
A mounting bracket (200; 500) for mounting a telecommunication equipment to a structure, the mounting bracket (200; 500) comprising an upper end (210; 510) and an opposite lower end (220; 520), wherein a surface (230; 530) between the upper end (210; 510) and the opposite lower end (220; 520) is adapted to abut the telecommunication equipment, and the mounting bracket (200; 500) further comprising a first side (240; 540) which extends between the upper end (210; 510) and the opposite lower end (220; 520) and a second side (250; 550) which extends between the upper end (210; 510) and the lower second end (220; 520), wherein the upper end (210; 510) has an essentially semi-circular protrusion (211; 511) extending in a direction away from the surface (230; 530) adapted to abut the telecommunication equipment and which is adapted to pivotally engage with a corresponding hook-like protrusion (311; 611) of a mounting rail (300; 600) in a locking manner; and the lower opposite end (220; 520) comprises a protrusion (221; 521) that is substantially perpendicular to said surface (230; 530) and extends in a direction away from the surface (230; 530) adapted to abut the telecommunication equipment, wherein the protrusion (221; 521) comprises at least one fastener (222; 522) which is adapted to engage with a corresponding end of the mounting rail (300; 600) such that the mounting rail (300; 600) is lockable to the mounting bracket (200; 500) by means of the protrusion (221;521) and the essentially semi-circular protrusion (211; 511), characterized in that the surface (230; 530) adapted to abut the telecommunication equipment comprises a recess that extends in a longitudinal direction from the first side (240; 540) to the second side (250; 550) and wherein the recess is adapted to receive a protrusion of the mounting rail in a male-female connection manner. the upper end (210; 510) has an essentially semi-circular protrusion (211; 511) extending in a direction away from the surface (230; 530) adapted to abut the telecommunication equipment and which is adapted to pivotally engage with a corresponding hook-like protrusion (311; 611) of a mounting rail (300; 600) in a locking manner; and the lower opposite end (220; 520) comprises a protrusion (221; 521) that is substantially perpendicular to said surface (230; 530) and extends in a direction away from the surface (230; 530) adapted to abut the telecommunication equipment, wherein the protrusion (221; 521) comprises at least one fastener (222; 522) which is adapted to engage with a corresponding end of the mounting rail (300; 600) such that the mounting rail (300; 600) is lockable to the mounting bracket (200; 500) by means of the protrusion (221;521) and the essentially semi-circular protrusion (211; 511), characterized in that the surface (230; 530) adapted to abut the telecommunication equipment comprises a recess that extends in a longitudinal direction from the first side (240; 540) to the second side (250; 550) and wherein the recess is adapted to receive a protrusion of the mounting rail in a male-female connection manner.
A method for concentrating von Willebrand Factor from an aqueous solution comprising the steps of (a) precipitating the VWF by providing calcium ions and phosphate ions to the aqueous solution, (b) separating the precipitate formed in step (a) from the aqueous solution, (c) resolubilizing the precipitate isolated in step (b) by means of an aqueous solution comprising a calcium complexing agent. (a) precipitating the VWF by providing calcium ions and phosphate ions to the aqueous solution, (b) separating the precipitate formed in step (a) from the aqueous solution, (c) resolubilizing the precipitate isolated in step (b) by means of an aqueous solution comprising a calcium complexing agent.
A heat transfer composition comprising: (a) difluoromethane (HFC-32) in the amount of 45 to 55 percent by weight measured relative to the total weight of trans HFO-1234ze and HFC-32in the composition; (b) trans HFO-1234ze in the amount of 45 to 55 percent by weight measured relative to the total weight of trans HFO-1234ze and HFC-32 in the composition; and (c) 1,1-difluoroethane (HFC-152a). (a) difluoromethane (HFC-32) in the amount of 45 to 55 percent by weight measured relative to the total weight of trans HFO-1234ze and HFC-32in the composition; (b) trans HFO-1234ze in the amount of 45 to 55 percent by weight measured relative to the total weight of trans HFO-1234ze and HFC-32 in the composition; and (c) 1,1-difluoroethane (HFC-152a).
A variable-pitch vane for a stator stage of a turbomachine module, including an active part of the vane, either side of which are arranged a radially inner platform and a radially outer platform, and also including a first centring pin which extends radially towards the outside from the said radially outer platform, together with a second centring pin extending radially towards the inside from the said radially inner platform, where the said first and second centring pins (12, 16) define a common vane rotational axis, and where the said active part of the vane, which has a first surface forming a convex surface, and a second surface forming a concave surface, separates the said radially inner platform into a first part positioned on the side of the first vane surface and a second part positioned on the side of the second vane surface, characterised in that, seen along the direction of the vane's axis of rotation, the said first part of the radially inner platform has an outer outline (Ca) superimposed on a circle, at the distance of which, and inside which, is at least a part of the outer outline (Cb) of the said second part of the radially inner platform.
A drive rod fitting for a leaf of a window, a French window or the like pivotable against a frame, having a drive gear for driving a longitudinally displaceably guided drive rod in both directions of movement, having a coupling device between drive gear and drive rod and having a reverse-pressure lock for blocking or releasing the movement of the drive rod depending on the introduction of force and having a blocking body located opposite a stationary pocket for the partial accommodation of the blocking body when force is introduced on the drive rod side, characterized in that the drive rod for each of its directions of movement has in each case a supporting edge (19, 20) that supports the blocking body in the direction of the pocket.
A method of consulting, by an electronic entity, the state of a resource (S, K) of an electronic device equipped with a contactless module and the electronic entity, comprising the following steps: - transmitting by the electronic entity a request for the state of the resource (S, K); - receiving information about the state of the resource (S, K) in response to said request; - storing the information about the state of the resource (S, K); - running a part at least of an application (APPL) by a processor of the electronic entity; - invoking, due to the running of the application (APPL), a programing interface causing the reading of said stored information about the state of the resource (S, K). - transmitting by the electronic entity a request for the state of the resource (S, K); - receiving information about the state of the resource (S, K) in response to said request; - storing the information about the state of the resource (S, K); - running a part at least of an application (APPL) by a processor of the electronic entity; - invoking, due to the running of the application (APPL), a programing interface causing the reading of said stored information about the state of the resource (S, K).
A heat-insulating tank comprising a heat-insulating structure disposed on a side surface of the tank, wherein a stiffener is provided on an inner side of the side surface of the tank so as to extend in a horizontal direction and a support member is installed on the side surface of the tank in alignment with the stiffener, the heat-insulating structure comprising: a thermal insulation panel that has, in a center section thereof, a fixed section which is fixed to the support member; a first pad that is disposed between the fixed section and the side surface of the tank; and a second pad that is disposed in a position vertically downward of the first pad and between the side surface of the tank and the thermal insulation panel, wherein the second pad has a width (Wb) in the horizontal direction smaller than the first pad. wherein a stiffener is provided on an inner side of the side surface of the tank so as to extend in a horizontal direction and a support member is installed on the side surface of the tank in alignment with the stiffener, the heat-insulating structure comprising: a thermal insulation panel that has, in a center section thereof, a fixed section which is fixed to the support member; a first pad that is disposed between the fixed section and the side surface of the tank; and a second pad that is disposed in a position vertically downward of the first pad and between the side surface of the tank and the thermal insulation panel, wherein the second pad has a width (Wb) in the horizontal direction smaller than the first pad. a thermal insulation panel that has, in a center section thereof, a fixed section which is fixed to the support member; a first pad that is disposed between the fixed section and the side surface of the tank; and a second pad that is disposed in a position vertically downward of the first pad and between the side surface of the tank and the thermal insulation panel, wherein the second pad has a width (Wb) in the horizontal direction smaller than the first pad.