mhurhangee/ep-ind-claims huggingface dataset:
A single sign-on, SSO, authentication system comprising: a service provider node configured to provide access to at least one service over a network; an identity authenticator accessible over the network; a user terminal including a authentication component configured to build a secure association with the identity authenticator; and a user agent configured to access the service provider node to request a service of the provided at least one service, wherein the service provider node is further configured to request a user identifier from a user via the user agent and to connect, once the service provider node has received the user identifier from the user agent, to the identity authenticator via the network to request the identity authenticator for verification of a given user identifier, and wherein the identity authenticator is further configured to connect to the authentication component of the user terminal to verify the user identifier and to provide the service provider node with verification information indicating the verification of the given user identifier. a service provider node configured to provide access to at least one service over a network; an identity authenticator accessible over the network; a user terminal including a authentication component configured to build a secure association with the identity authenticator; and a user agent configured to access the service provider node to request a service of the provided at least one service, wherein the service provider node is further configured to request a user identifier from a user via the user agent and to connect, once the service provider node has received the user identifier from the user agent, to the identity authenticator via the network to request the identity authenticator for verification of a given user identifier, and wherein the identity authenticator is further configured to connect to the authentication component of the user terminal to verify the user identifier and to provide the service provider node with verification information indicating the verification of the given user identifier.
Fossil-fired steam generator for a steam power station with a number of economiser, evaporator and superheater heating surfaces (12, 14, 16) forming a flow path through which a flow medium M flows in a plurality of pressure stages (2, 4), in which, in a high-pressure stage, an overflow line is connected to the flow path on its inlet side and leads to an injection valve disposed upstream in the flow path from a superheater heating surface in a medium-pressure stage on the flow medium side, characterised in that the overflow line has two supply lines (26, 30) of which the first branches off on the flow medium side upstream from a high-pressure preheater and the second on the flow medium side downstream from the high-pressure preheater.
Insert for postural control of the foot, designed to be arranged in a footwear article comprising a sole portion, a central portion and a heel portion, said insert being made of a material which is more rigid than the material from which the footwear article is made and being shaped in the form of an H, comprising a connecting portion which is designed to be positioned in the said central portion and from which two front arms (20; 22, 24) and two rear arms (30; 32, 34) extend in opposite directions to each other, wherein the connecting portion forms a narrow zone of the insert, defining an axis of articulation, which is arranged perpendicularly with respect to a longitudinal axis of the insert; the two front arms (20; 22, 24) extend, from the connecting portion, along a medial peripheral part and a lateral peripheral part of the sole portion of the footwear article, respectively; the two rear arms extend, from the connecting portion, along a medial peripheral part and a lateral peripheral part of the heel portion of the footwear article, respectively; the two rear arms having a thickness, calculated along a reference axis perpendicular to a longitudinal plane of the insert, greater than the thickness of the connecting portion and the thickness of the two front arms (20; 22, 24), said rear arms (30; 32, 34) acting as a support and reinforcement for the heel portion of the footwear article, preventing collapse thereof and being designed to prevent excessive pronation of the foot; the two front arms (20; 22, 24) and the two rear arms (30; 32, 34) arc designed to flex independently of each other relative to the axis of articulation of the connecting portion and in that each front arm (22, 24) is shaped, along the entire length, with a continuous concave profile, having its concavity directed upwards, designed to accompany the physiological execution of the step.
A method for the inhibition or reduction of seabed scour about a seabed-mounted foundation, offshore wind turbine pile or renewable energy device or anchor thereof, the method comprising providing on the seabed in an area surrounding and/or adjacent to said seabed-mounted foundation, offshore wind turbine pile or renewable energy device or anchor thereof a single layer arrangement of interconnected sedimentation elements, wherein the sedimentation elements are formed of a material having a specific gravity in the range from 1.05 to 2 and in that the structural properties of the sedimentation elements and/or the interconnective arrangement of elements is such that the elements do not themselves cause further scour nor further displace supporting seabed material, wherein the sedimentation elements are vehicle tyres.
A method for detecting too early inter radio access technology, RAT, handover triggering in a network that includes a user equipment, a source RAT node and a target RAT node, the method comprising: detecting, by the user equipment, poor coverage associated with a source RAT with which the user equipment is connected; connecting the user equipment to a target RAT when the poor coverage is detected; measuring, by the user equipment, the source RAT for a time period after the user equipment connects to the target RAT; sending, by the user equipment and based on the measurements, one or more measurement reports to the target RAT node; comparing, by the target RAT node, the one or more measurement reports to one or both of a signal strength and/or signal quality threshold; determining, by the target RAT node, based on the comparison of the measurement reports and one or both of a signal strength and/or signal quality threshold, whether the connection of the user equipment to the target RAT was triggered too early; the target RAT node, providing the source RAT node with a too early inter-RAT handover indication; and tuning of inter-RAT handover parameters by the source RAT based on the received too early inter-RAT handover indication from the target RAT node. detecting, by the user equipment, poor coverage associated with a source RAT with which the user equipment is connected; connecting the user equipment to a target RAT when the poor coverage is detected; measuring, by the user equipment, the source RAT for a time period after the user equipment connects to the target RAT; sending, by the user equipment and based on the measurements, one or more measurement reports to the target RAT node; comparing, by the target RAT node, the one or more measurement reports to one or both of a signal strength and/or signal quality threshold; determining, by the target RAT node, based on the comparison of the measurement reports and one or both of a signal strength and/or signal quality threshold, whether the connection of the user equipment to the target RAT was triggered too early; the target RAT node, providing the source RAT node with a too early inter-RAT handover indication; and tuning of inter-RAT handover parameters by the source RAT based on the received too early inter-RAT handover indication from the target RAT node.
A wireless communication apparatus comprising: an acquisition unit configured to obtain a communication quality of wireless communication at a position where the wireless communication apparatus exists; and a control unit configured to switch a connection right from a first connection right regarding a first network operator to a second connection right regarding a second network operator, to connect the wireless communication apparatus to a base station by using the wireless communication based on the obtained communication quality, wherein the control unit is configured to make a hold unit hold the communication quality obtained at the time of or immediately before the switching of the connection right and determine after the switching whether to switch the connection right from the second connection right to the first connection right based on a comparison result between the communication quality obtained after the switching from the first connection right to the second connection right and the communication quality held by the hold unit. an acquisition unit configured to obtain a communication quality of wireless communication at a position where the wireless communication apparatus exists; and a control unit configured to switch a connection right from a first connection right regarding a first network operator to a second connection right regarding a second network operator, to connect the wireless communication apparatus to a base station by using the wireless communication based on the obtained communication quality, wherein the control unit is configured to make a hold unit hold the communication quality obtained at the time of or immediately before the switching of the connection right and determine after the switching whether to switch the connection right from the second connection right to the first connection right based on a comparison result between the communication quality obtained after the switching from the first connection right to the second connection right and the communication quality held by the hold unit.
A capsule for a body monitoring system, the capsule comprising: - a coupling face configured to be coupled with a complementary shape of a casing, - an array of microneedles positioned on a planar contact surface and configured to be inserted into the skin to sample or analyze a body fluid from the wearer of the body monitoring device when the latter is positioned on the limb, characterized in that: - the coupling face has a rotational symmetry about an axis of rotation orthogonal to the planar surface, around which at least two coupling positions are authorized with a single complementary shape of a casing, - no microneedle is at the same location, in a fixed reference frame, as another microneedle in the two positions. - a coupling face configured to be coupled with a complementary shape of a casing, - an array of microneedles positioned on a planar contact surface and configured to be inserted into the skin to sample or analyze a body fluid from the wearer of the body monitoring device when the latter is positioned on the limb, characterized in that: - the coupling face has a rotational symmetry about an axis of rotation orthogonal to the planar surface, around which at least two coupling positions are authorized with a single complementary shape of a casing, - no microneedle is at the same location, in a fixed reference frame, as another microneedle in the two positions. - the coupling face has a rotational symmetry about an axis of rotation orthogonal to the planar surface, around which at least two coupling positions are authorized with a single complementary shape of a casing, - no microneedle is at the same location, in a fixed reference frame, as another microneedle in the two positions.
Safety bearing for retaining a rotor shaft of a machine, the safety bearing having a first carrier body rotating about a virtual geometrical central axis, and rolling bodies, the rolling bodies each having a region which is arranged between the central axis and the first carrier body, the rolling bodies each being rotatably connected to the first carrier body via a shaft, the safety bearing comprising a second carrier body arranged round the first carrier body, elastic elements being arranged between the first carrier body and the second carrier body, characterised in that said elastic elements each comprise a layer of rubber and two layers of metal, the layer of rubber being arranged between the two layers of metal.
A nuclear magnetic resonance imaging apparatus comprising: a main magnet adapted for generating a main magnetic field; at least one radio frequency receiver coil unit for acquiring magnetic resonance signals in a receiver coil radio frequency band from an examined object; means for inductively supplying electric power to an electric component of the apparatus, wherein the electric component is adapted to be powered by inductively supplied electric power, wherein the power transfer frequency and the higher harmonics of the power transfer frequency for inductively supplying the electric power are located outside the receiver coil radio frequency band; means (100; 142) for determining at least one flanking frequency of the actually supplied higher harmonics of the power transfer frequency flanking the receiver coil radio frequency band; and means (100; 140; 142) for adjusting the power transfer frequency using said determined flanking frequency. a main magnet adapted for generating a main magnetic field; at least one radio frequency receiver coil unit for acquiring magnetic resonance signals in a receiver coil radio frequency band from an examined object; means for inductively supplying electric power to an electric component of the apparatus, wherein the electric component is adapted to be powered by inductively supplied electric power, wherein the power transfer frequency and the higher harmonics of the power transfer frequency for inductively supplying the electric power are located outside the receiver coil radio frequency band; means (100; 142) for determining at least one flanking frequency of the actually supplied higher harmonics of the power transfer frequency flanking the receiver coil radio frequency band; and means (100; 140; 142) for adjusting the power transfer frequency using said determined flanking frequency.
A drive mechanism for a drug delivery device, the drive mechanism comprising, a piston rod comprising a first piston rod member and a second piston rod member that have a threaded engagement, the drive mechanism further comprising an adjustment member, wherein the first piston rod member is arranged at least partially inside the adjustment member and is rotationally fixed to the adjustment member, wherein the first piston rod member is arranged at least partly inside the second piston rod member, wherein the drive mechanism has a first state in which the first and the second piston rod member (7, 8) are moveable with respect to each other by rotating the adjustment member, thereby adjusting the length of the piston rod, and wherein in the first state a relative rotational and axial movement of the adjustment member relative to the second piston rod member is permitted, characterized in that in the first state the adjustment member is arranged at least partially inside the second piston rod member, wherein the adjustment member is configured to be moved completely into the second piston rod member or to a larger extent than in the first state, wherein once the adjustment member is moved completely or to a larger extent into the second piston rod member, the first and the second piston rod member (7, 8) are not moveable relative to each other. the drive mechanism comprising, a piston rod comprising a first piston rod member and a second piston rod member that have a threaded engagement, the drive mechanism further comprising an adjustment member, wherein the first piston rod member is arranged at least partially inside the adjustment member and is rotationally fixed to the adjustment member, wherein the first piston rod member is arranged at least partly inside the second piston rod member, wherein the drive mechanism has a first state in which the first and the second piston rod member (7, 8) are moveable with respect to each other by rotating the adjustment member, thereby adjusting the length of the piston rod, and wherein in the first state a relative rotational and axial movement of the adjustment member relative to the second piston rod member is permitted, characterized in that in the first state the adjustment member is arranged at least partially inside the second piston rod member, wherein the adjustment member is configured to be moved completely into the second piston rod member or to a larger extent than in the first state, wherein once the adjustment member is moved completely or to a larger extent into the second piston rod member, the first and the second piston rod member (7, 8) are not moveable relative to each other.
A vacuum system comprising a high-vacuum pump; a vacuum pump, namely a scroll pump, which is provided as a roughing pump for a high-vacuum pump; and a control, wherein the scroll pump comprises a pressure sensor integrated into the scroll pump, characterized in that the pressure sensor is integrated into the control of the vacuum system; and in that the control is configured to switch off the high-vacuum pump and/or to close interposed valves at too high a pressure in the scroll pump. a high-vacuum pump; a vacuum pump, namely a scroll pump, which is provided as a roughing pump for a high-vacuum pump; and a control, wherein the scroll pump comprises a pressure sensor integrated into the scroll pump, characterized in that the pressure sensor is integrated into the control of the vacuum system; and in that the control is configured to switch off the high-vacuum pump and/or to close interposed valves at too high a pressure in the scroll pump.
Method for forming on the surface of a metal part a proactive coating containing aluminium, in which said part and a cement made from an alloy comprising aluminium are put in contact, at a treatment temperature, in a chamber with an atmosphere containing an active gas that reacts with the cement in order to form a gaseous aluminium halide, which decomposes in contact with the part, depositing metallic aluminium thereon, characterised by the fact that the alloy comprising cement aluminium comprises at least one reactive element that is zirconium and/or hafnium, the active gas reacting with the cement in order to form also a halide of the reactive element that decomposes in contact with the part, depositing said reactive element thereon at the same time as the aluminium.
A voltage generating device, comprising: a first transistor having a first terminal that is configured to receive a first voltage; a second transistor having a first terminal that is configured to receive a second voltage; a voltage dividing circuit having a first connection terminal and a second connection terminal that are coupled to a second terminal of the first transistor for receiving the first voltage via the first transistor and a second terminal of the second transistor for receiving the second voltage via the second transistor, respectively, wherein the voltage dividing circuit divides a voltage of at least one of the first connection terminal and the second connection terminal to generate a first divided voltage (Vdl) and a second divided voltage, the first divided voltage is used as an output voltage of the voltage generating device, and the second divided voltage is output as a control voltage to a control terminal of the first transistor and a control terminal of the second transistor. a first transistor having a first terminal that is configured to receive a first voltage; a second transistor having a first terminal that is configured to receive a second voltage; a voltage dividing circuit having a first connection terminal and a second connection terminal that are coupled to a second terminal of the first transistor for receiving the first voltage via the first transistor and a second terminal of the second transistor for receiving the second voltage via the second transistor, respectively, wherein the voltage dividing circuit divides a voltage of at least one of the first connection terminal and the second connection terminal to generate a first divided voltage (Vdl) and a second divided voltage, the first divided voltage is used as an output voltage of the voltage generating device, and the second divided voltage is output as a control voltage to a control terminal of the first transistor and a control terminal of the second transistor.
An apparatus comprising: a transceiver configured to communicate with a transmit-receive point ("TRP") over a radio access network using spatial multiplexing, wherein multiple transmission layers are transmitted at a time, each transmission layer comprising multiple beams; and a processor that: identifies a main beam for each of the multiple transmission layers; determines whether the main beams of each transmission layer are the same; and prepares a channel state information ("CSI") codeword, wherein the CSI codeword comprises a first bit indicating whether the main beams of each transmission layer are the same, a first set of bits coding the main beams, and a second set of bits coding the remaining beams, wherein a length of the first set of bits is a first length in response to the main beams of each transmission layer being the same, and the length of the first set of bits is a second length in response to the main beams of each transmission layer not being the same, the first length being different than the second length, wherein the transceiver transmits the CSI codeword to the TRP. a transceiver configured to communicate with a transmit-receive point ("TRP") over a radio access network using spatial multiplexing, wherein multiple transmission layers are transmitted at a time, each transmission layer comprising multiple beams; and a processor that: identifies a main beam for each of the multiple transmission layers; determines whether the main beams of each transmission layer are the same; and prepares a channel state information ("CSI") codeword, wherein the CSI codeword comprises a first bit indicating whether the main beams of each transmission layer are the same, a first set of bits coding the main beams, and a second set of bits coding the remaining beams, wherein a length of the first set of bits is a first length in response to the main beams of each transmission layer being the same, and the length of the first set of bits is a second length in response to the main beams of each transmission layer not being the same, the first length being different than the second length, wherein the transceiver transmits the CSI codeword to the TRP. identifies a main beam for each of the multiple transmission layers; determines whether the main beams of each transmission layer are the same; and prepares a channel state information ("CSI") codeword, wherein the CSI codeword comprises a first bit indicating whether the main beams of each transmission layer are the same, a first set of bits coding the main beams, and a second set of bits coding the remaining beams, wherein a length of the first set of bits is a first length in response to the main beams of each transmission layer being the same, and the length of the first set of bits is a second length in response to the main beams of each transmission layer not being the same, the first length being different than the second length, wherein the transceiver transmits the CSI codeword to the TRP.