mhurhangee/ep-ind-claims huggingface dataset:
A ubiquitous network gateway, comprising: a conversion unit, configured to convert an identifier of a device of extension network of ubiquitous network to an identifier of a communication network device, and convert the identifier of the communication network device to the identifier of the device of the extension network of the ubiquitous network; and an identifier mapping unit, configured to store a mapping relationship between the identifier of the device of the extension network of the ubiquitous network and the identifier of the communication network device; the ubiquitous network gateway being characterized in that the conversion unit is further configured to combine the identifier of the ubiquitous network gateway with the identifier of the device of the extension network of the ubiquitous network into a converted identifier group; and in that it further comprises: a service transceiver unit, configured to interact with a ubiquitous network service platform according to the converted identifier of the communication network device, and receive updating information sent by the ubiquitous network service platform for updating the mapping relationship of the stored identifiers. a conversion unit, configured to convert an identifier of a device of extension network of ubiquitous network to an identifier of a communication network device, and convert the identifier of the communication network device to the identifier of the device of the extension network of the ubiquitous network; and an identifier mapping unit, configured to store a mapping relationship between the identifier of the device of the extension network of the ubiquitous network and the identifier of the communication network device; the ubiquitous network gateway being characterized in that the conversion unit is further configured to combine the identifier of the ubiquitous network gateway with the identifier of the device of the extension network of the ubiquitous network into a converted identifier group; and in that it further comprises: a service transceiver unit, configured to interact with a ubiquitous network service platform according to the converted identifier of the communication network device, and receive updating information sent by the ubiquitous network service platform for updating the mapping relationship of the stored identifiers.
A probabilistic method for determining an operability interval for fasteners retaining components in a nuclear power plant assembly comprising: (a) providing a geometric distribution of a given initial condition of fasteners in the nuclear power plant assembly at an initial time T0; (b) generating a plurality of random future fastener failure patterns by applying a future fastener failure probability model to the geometric distribution at a given time T1 > T0; (c) inputting the plurality of random future fastener failure patterns at time T1 into a machine learning model and outputting stresses of the fasteners and displacements of the components; (d) iterating, by a processor of a computer, the applying and inputting steps for a given range of time values T2, T3,..., Tx >T0 and determining a maximum future time Tmax at which a predetermined acceptable probability of the fastener failure patterns has acceptable values of the stresses of the fasteners and displacements of the components, thereby justifying the acceptability of the fasteners for continued operation of the nuclear power plant assembly; and (e) determining the operability interval as being the maximum future time Tmax minus the initial time T0. (a) providing a geometric distribution of a given initial condition of fasteners in the nuclear power plant assembly at an initial time T0; (b) generating a plurality of random future fastener failure patterns by applying a future fastener failure probability model to the geometric distribution at a given time T1 > T0; (c) inputting the plurality of random future fastener failure patterns at time T1 into a machine learning model and outputting stresses of the fasteners and displacements of the components; (d) iterating, by a processor of a computer, the applying and inputting steps for a given range of time values T2, T3,..., Tx >T0 and determining a maximum future time Tmax at which a predetermined acceptable probability of the fastener failure patterns has acceptable values of the stresses of the fasteners and displacements of the components, thereby justifying the acceptability of the fasteners for continued operation of the nuclear power plant assembly; and (e) determining the operability interval as being the maximum future time Tmax minus the initial time T0.
A plug removal device comprising: a container holding mechanism that holds a container housing liquid inside and that is applied with a plug; and a plug removal mechanism that removes the plug from the container, wherein the plug removal device has a control mechanism for, by airflow, controlling movement of liquid or mist spilled out of the container upon a process of removal of the plug by the plug removal mechanism. a container holding mechanism that holds a container housing liquid inside and that is applied with a plug; and a plug removal mechanism that removes the plug from the container, wherein the plug removal device has a control mechanism for, by airflow, controlling movement of liquid or mist spilled out of the container upon a process of removal of the plug by the plug removal mechanism.
A parking assist device that calculates a perpendicular parking path from a current position of an own vehicle on a passage to a target parking position, the parking assist device comprising: a backward-direction-path calculation unit configured to calculate a backward-direction path for taking the own vehicle out from the target parking position to a position satisfying a predetermined condition based on constraint conditions of a space around the target parking position and an own-vehicle behavior; a connection-candidate-position storage unit configured to set a plurality of lines so as to cross within a predetermined range of a passage around the target parking position, and to store a plurality of connection candidate positions at which the plurality of lines crosses with the backward-direction path calculated by the backward-direction-path calculation unit; a forward-direction-path calculation unit configured to calculate a forward-direction path leadable to one of the plurality of connection candidate positions from the current position of the own vehicle; and a parking-path setting unit configured to set the perpendicular parking path by combining the forward-direction path calculated by the forward-direction-path calculation unit and the backward-direction path from the target parking position to the one of the plurality of connection candidate positions to which the forward-direction path is leadable. a backward-direction-path calculation unit configured to calculate a backward-direction path for taking the own vehicle out from the target parking position to a position satisfying a predetermined condition based on constraint conditions of a space around the target parking position and an own-vehicle behavior; a connection-candidate-position storage unit configured to set a plurality of lines so as to cross within a predetermined range of a passage around the target parking position, and to store a plurality of connection candidate positions at which the plurality of lines crosses with the backward-direction path calculated by the backward-direction-path calculation unit; a forward-direction-path calculation unit configured to calculate a forward-direction path leadable to one of the plurality of connection candidate positions from the current position of the own vehicle; and a parking-path setting unit configured to set the perpendicular parking path by combining the forward-direction path calculated by the forward-direction-path calculation unit and the backward-direction path from the target parking position to the one of the plurality of connection candidate positions to which the forward-direction path is leadable.
A welded structure in which a sheet-shaped second part to be welded is positioned with respect to a sheet-shaped first part to be welded, wherein a hole is formed in the first part to be welded and has two opposing sides, and the first part to be welded and the second part to be welded are welded together, while the first part to be welded and the second part to be welded are engaged, characterized in that the welded structure is a member of an under body floor portion; and in that it comprises: two slits that are formed in the second part to be welded, at portions corresponding to the two opposing sides in positions corresponding to the hole that is open in the first part to be welded; and a bridge portion that is made to protrude by plastic deforming a portion between the two slits, wherein the first part to be welded is welded to the second part to be welded while the first part to be welded and the second part to be welded are engaged, with a raised portion of the bridge portion of the second part to be welded inserted into the hole of the first part to be welded, such that the two opposing sides of the hole in the first part to be welded overlap with the two slits in the bridge portion of the second part to be welded, and a gap (d) between a lower surface of the bridge portion and an upper surface of the first part around the hole is made smaller than a sealable range after welding, the sealable range being a range of 2.0 to 4.0 mm. two slits that are formed in the second part to be welded, at portions corresponding to the two opposing sides in positions corresponding to the hole that is open in the first part to be welded; and a bridge portion that is made to protrude by plastic deforming a portion between the two slits, wherein the first part to be welded is welded to the second part to be welded while the first part to be welded and the second part to be welded are engaged, with a raised portion of the bridge portion of the second part to be welded inserted into the hole of the first part to be welded, such that the two opposing sides of the hole in the first part to be welded overlap with the two slits in the bridge portion of the second part to be welded, and a gap (d) between a lower surface of the bridge portion and an upper surface of the first part around the hole is made smaller than a sealable range after welding, the sealable range being a range of 2.0 to 4.0 mm.
A system for a vehicle, the system comprising: a first sensor configured to sense information associated with the vehicle's surroundings, environment and/or condition and output a sensor signal based on the sensed information; a processor configured to receive the sensor signal from the first sensor, determine haptic feedback for the system to output based on the sensor signal, and output a haptic control signal; and one or more haptic output devices located in the seat of the vehicle and configured to receive the haptic control signal from the processor and generate the haptic feedback to the driver based on the haptic control signal; the system being characterized by a second sensor that is a strain gauge sensor or a force-sensitive resistor sensor configured to locate one or more contact points between a driver's body and a seat of the vehicle; and by the haptic output devices being configured to generate the haptic feedback only at the one or more contact points between the driver's body and the seat of the vehicle. a first sensor configured to sense information associated with the vehicle's surroundings, environment and/or condition and output a sensor signal based on the sensed information; a processor configured to receive the sensor signal from the first sensor, determine haptic feedback for the system to output based on the sensor signal, and output a haptic control signal; and one or more haptic output devices located in the seat of the vehicle and configured to receive the haptic control signal from the processor and generate the haptic feedback to the driver based on the haptic control signal; the system being characterized by a second sensor that is a strain gauge sensor or a force-sensitive resistor sensor configured to locate one or more contact points between a driver's body and a seat of the vehicle; and by the haptic output devices being configured to generate the haptic feedback only at the one or more contact points between the driver's body and the seat of the vehicle.
A device (8, 10) for transporting thin-layered web material of an amorphous material, arranged in several layers one over another, from at least one decoiling reel, equipped with a coil of multilayered web material, to a cutter or suchlike cutting device for cutting the web material into sheets for the production of transformer cores, characterized in that the device (8, 10) has a belt conveyor with deflection rollers (14, 15) arranged at its ends, wherein one of the two deflection rollers is driven by means of a motor, and that beneath the upper strand of a revolving belt of the belt conveyor at least one magnet is provided, by which the individual layers of the web material are securely held together in their position to each other, wherein the magnet or respectively the magnets consist(s) of a neodymium iron boron compound.
A compound of Formula IIA: wherein R 4 is -H, -C 1 -C 4 alkyl, R 5 is -C 1 -C 4 alkyl-OH, -C 2 -C 6 alkenyl-OH, C 1 -C 4 alkykl-C -C 1 -C 4 alkyl, -C 2 -C 6 alkenyl-C -C 1 -C 4 alkyl, -C 1 -C 4 alkykl-C -C 3 -C 5 cycloalkyl, -C 2 -C 6 alkenyl-C -C 3 -C 5 cycloalkyl, R 8 is C 1 -C 4 alkyl, or -C 3 -C 5 cylcoalkyl; R 7 is H or or a pharmaceutically acceptable salt thereof. R 4 is -H, -C 1 -C 4 alkyl, R 5 is -C 1 -C 4 alkyl-OH, -C 2 -C 6 alkenyl-OH, C 1 -C 4 alkykl-C -C 1 -C 4 alkyl, -C 2 -C 6 alkenyl-C -C 1 -C 4 alkyl, -C 1 -C 4 alkykl-C -C 3 -C 5 cycloalkyl, -C 2 -C 6 alkenyl-C -C 3 -C 5 cycloalkyl, R 8 is C 1 -C 4 alkyl, or -C 3 -C 5 cylcoalkyl; R 7 is H or
A method for estimating severity of vibration, which is the product of vibration frequency f by antinode amplitude of vibration A, and for estimating fatigue lifetime or damage of a suspended electrical cable span of overhead power lines, said suspended electrical cable span having a sag negligible with respect to span length and a local tension, and being subject to a variation of said local tension over time, and to subsequent change of length, due to vibration, said method using an autonomous device with a tension measuring device mounted thereon and fixed to the suspended cable span and an on-board or remotely connected data processing unit, said method comprising the steps of: a. measuring static H and dynamic ΔH local tension components of the suspended span over a time range, with the tension measuring device, so as to obtain a time-dependent tension measurement signal, b. performing a frequency or time-frequency analysis of said time-dependent tension measurement signal, with the data processing unit; wherein said estimation of severity of vibration is obtained from said local tension components according to the formula: 1 π ΔH H ES m = Af where m, E and S are respectively the mass per unit length, the modulus of elasticity and the section of the suspended electrical cable span; and wherein said fatigue lifetime or damage at a given stress level are obtained from a number of cycles estimated from said tension frequency analysis and the stress level is obtained from said measured static and dynamic tension components. a. measuring static H and dynamic ΔH local tension components of the suspended span over a time range, with the tension measuring device, so as to obtain a time-dependent tension measurement signal, b. performing a frequency or time-frequency analysis of said time-dependent tension measurement signal, with the data processing unit; wherein said estimation of severity of vibration is obtained from said local tension components according to the formula: 1 π ΔH H ES m = Af where m, E and S are respectively the mass per unit length, the modulus of elasticity and the section of the suspended electrical cable span; and wherein said fatigue lifetime or damage at a given stress level are obtained from a number of cycles estimated from said tension frequency analysis and the stress level is obtained from said measured static and dynamic tension components.
An assembly component for receiving a thread on a shank of a fastener, comprising at least - a body of molded plastics material having two opposing sides (18, 20), comprising - a bushing secured in the body, the bushing having a circumferential wall including an outer circumferential surface and an inner bore having a first diameter, wherein the bushing comprises at least a wall passage through the circumferential wall extending between the outer circumferential surface and the inner bore, wherein molded plastics material is extending through the at least one wall passage, wherein a segment of the molded plastics material is secured to an inner wall of the bushing, the segment extending axially within the inner bore over at least part of an axial length of the bushing, wherein the segment is connected to and formed by the molded plastics material extending through the wall passage, wherein at least one retention part is radially extending from the inner wall of the bushing and the segment into the inner bore of the body, wherein the retention part is connected to the segment, wherein the retention part is formed as a circular collar around the inner bore and is located on an upper side of the body which is the side which receives the fastener, wherein the bushing is molded with the body, wherein the retention part is formed by the molded plastics material extending through the wall passage, wherein a bore is formed in the retention part, which is sized to receive the thread on the shank of the fastener, when screwed into the retention part, such that the shank of the screw is only fixed to the assembly component on the small axial length where the thread is engaged with the retention part. - a body of molded plastics material having two opposing sides (18, 20), comprising - a bushing secured in the body, the bushing having a circumferential wall including an outer circumferential surface and an inner bore having a first diameter, wherein the bushing comprises at least a wall passage through the circumferential wall extending between the outer circumferential surface and the inner bore,
Method for controlling and adjusting the refrigeration capacities of a refrigeration system equipped with a double suction compressor, the system comprising compartments to be refrigerated and comprising at least two evaporators positioned in the compartments to be refrigerated (60,70), the double suction compressor being controllable to alternate its compression capacity, the method comprising the steps of: (i) continuously measuring at least a temperature from a temperature sensor (SET,SCT) associated with at least one of the evaporators; (ii) acting in the compression capacity of the compressor, based on measurement of step (i), the acting in the compressor's capacity (CAP COMP) of the compressor being performed through the intermittent connection and disconnection of its operation, the method being characterized in that under operation, the refrigeration system alternates the operation of each one of the suctions of the compressor's double suction, the interchange of operation of the suctions of the compressor is performed through modulation with a duty cycle (D1 DS, D2 DS), the modulation being performed in a complementary manner between each one of the suctions (SC 1,SC 2). (i) continuously measuring at least a temperature from a temperature sensor (SET,SCT) associated with at least one of the evaporators; (ii) acting in the compression capacity of the compressor, based on measurement of step (i), the acting in the compressor's capacity (CAP COMP) of the compressor being performed through the intermittent connection and disconnection of its operation,
A hardenable dental composition comprising: a polymerizable component comprising a phosphorylated monomer; and a basic filler comprising a metal oxide particle having a surface, wherein an acidic component comprising a sulfonic acid derivative is attached to the surface. a polymerizable component comprising a phosphorylated monomer; and a basic filler comprising a metal oxide particle having a surface, wherein an acidic component comprising a sulfonic acid derivative is attached to the surface.
A packet processing method, comprising: determining, by a node in a first network, where the node in the first network is a head node of a segment routing, SR, tunnel established in the first network, a transmission path for a packet, wherein the transmission path comprises a path in the first network and a path traversing a second network; adding, by the node in the first network, path information to the packet based on the determined transmission path, wherein the path information comprises traversal indication information, and the traversal indication information indicates an ingress node and an egress node of the packet in the second network; and sending, by the node in the first network based on the path information, the packet to an ingress node in the second network through the first network, to indicate the ingress node in the second network to transmit the packet by using the egress node specified in the traversal indication information, wherein after receiving the packet, the ingress node in the second network encapsulates the packet based on the traversal indication information in the packet to change a format of the packet to a format supported by the second network; wherein the first network is an IPv6 network, the second network is an IPv4 network, and the packet is an IPv6 packet. determining, by a node in a first network, where the node in the first network is a head node of a segment routing, SR, tunnel established in the first network, a transmission path for a packet, wherein the transmission path comprises a path in the first network and a path traversing a second network; adding, by the node in the first network, path information to the packet based on the determined transmission path, wherein the path information comprises traversal indication information, and the traversal indication information indicates an ingress node and an egress node of the packet in the second network; and sending, by the node in the first network based on the path information, the packet to an ingress node in the second network through the first network, to indicate the ingress node in the second network to transmit the packet by using the egress node specified in the traversal indication information, wherein after receiving the packet, the ingress node in the second network encapsulates the packet based on the traversal indication information in the packet to change a format of the packet to a format supported by the second network; wherein the first network is an IPv6 network, the second network is an IPv4 network, and the packet is an IPv6 packet.