mhurhangee/ep-ind-claims huggingface dataset:
Method for generating, by a computer system, an aggregated piece of data which is accessible at an aggregated interface of a user client from data originating from a plurality of supercomputing solutions, said supercomputing solutions comprising at least two solutions from: a high performance computing server, a server dedicated to supervised or unsupervised learning, and a server dedicated to quantum computation, said computer system comprising a proxy microservice and at least one computing microservice (50, 51, 52, 53) for each of the supercomputing solutions, said generation method comprising the steps of: - receiving, by the proxy microservice, access control information from a user client contained in a message from the aggregated interface, - determining data accessible to the user client, by each of the computing microservices (50, 51, 52, 53), said determination being based at least in part on the access control information transmitted by the proxy microservice, - determining data to be aggregated, by the proxy microservice, from the accessible data determined by each of the computing microservices (50, 51, 52, 53), said data to be aggregated consisting of a sub-part of the accessible data, - generating an aggregated piece of data from the data to be aggregated, by the proxy microservice, from the accessible data determined by each of the computing microservices (50, 51, 52, 53), and - transmitting the aggregated data, by the proxy microservice, to the aggregated interface of the user client. - receiving, by the proxy microservice, access control information from a user client contained in a message from the aggregated interface, - determining data accessible to the user client, by each of the computing microservices (50, 51, 52, 53), said determination being based at least in part on the access control information transmitted by the proxy microservice, - determining data to be aggregated, by the proxy microservice, from the accessible data determined by each of the computing microservices (50, 51, 52, 53), said data to be aggregated consisting of a sub-part of the accessible data, - generating an aggregated piece of data from the data to be aggregated, by the proxy microservice, from the accessible data determined by each of the computing microservices (50, 51, 52, 53), and - transmitting the aggregated data, by the proxy microservice, to the aggregated interface of the user client.
A sliding member characterized in that the sliding member comprises: a supporting layer composed of Fe-based first metallic material; and a sliding layer composed of Cu-based second metallic material that is different from the first metallic material, the sliding layer being formed on one surface of the supporting layer, wherein the sliding layer is formed by thermal spraying the second metallic material on the one surface of the supporting layer which is roughed by first impact processing such that powder having a corner part with an acute angle collides with the one surface thereof, the powder having a particle size of 425 through 1180 μm and hardness of Hv400 through Hv500, and sintering the second metallic material and the supporting layer, and after sintering them, the sliding layer is densified by second impact processing such that spherical powder collides with a surface of the sliding layer, the spherical powder having a particle size of 1000 through 1700 μm and hardness of Hv400 through Hv500, to apply pressure to the surface of the sliding layer such that voids in the sliding layer are crumpled and decreased to have hardness of the sliding layer of Hv130 through Hv140, and the surface of the densified sliding layer is polished. a supporting layer composed of Fe-based first metallic material; and a sliding layer composed of Cu-based second metallic material that is different from the first metallic material, the sliding layer being formed on one surface of the supporting layer, wherein the sliding layer is formed by thermal spraying the second metallic material on the one surface of the supporting layer which is roughed by first impact processing such that powder having a corner part with an acute angle collides with the one surface thereof, the powder having a particle size of 425 through 1180 μm and hardness of Hv400 through Hv500, and sintering the second metallic material and the supporting layer, and after sintering them, the sliding layer is densified by second impact processing such that spherical powder collides with a surface of the sliding layer, the spherical powder having a particle size of 1000 through 1700 μm and hardness of Hv400 through Hv500, to apply pressure to the surface of the sliding layer such that voids in the sliding layer are crumpled and decreased to have hardness of the sliding layer of Hv130 through Hv140, and the surface of the densified sliding layer is polished.
A system for monitoring a pressure change within at least one compartment (40, 50) of an aircraft and operating a pyrotechnic device associated with a door latch, comprising: a door latch structured and arranged in an aircraft door that comprises a pyrotechnic actuator (306, 314) and a latch bolt; the pyrotechnic actuator (306, 314) configured to move the latch bolt when the pyrotechnic actuator (306, 314) is actuated; a pressure sensor configured to provide a pressure signal corresponding to a pressure within a compartment (40, 50) of an aircraft; a controller responsive to the pressure signal corresponding to the pressure within a compartment (40, 50) of an aircraft from the pressure sensor; the controller further configured to determine a decompression event based on the pressure signal corresponding to the pressure within a compartment (40, 50) of an aircraft from the pressure sensor; and an output driver configured to generate an output driver signal to actuate the pyrotechnic actuator (306, 314) when the controller determines the decompression event based on the pressure signal corresponding to the pressure within the compartment (40, 50) of the aircraft from the pressure sensor; and the system characterized in that the pyrotechnic actuator (306, 314) is mounted on a housing (326, 312) that surrounds the latch bolt. a door latch structured and arranged in an aircraft door that comprises a pyrotechnic actuator (306, 314) and a latch bolt; the pyrotechnic actuator (306, 314) configured to move the latch bolt when the pyrotechnic actuator (306, 314) is actuated; a pressure sensor configured to provide a pressure signal corresponding to a pressure within a compartment (40, 50) of an aircraft; a controller responsive to the pressure signal corresponding to the pressure within a compartment (40, 50) of an aircraft from the pressure sensor; the controller further configured to determine a decompression event based on the pressure signal corresponding to the pressure within a compartment (40, 50) of an aircraft from the pressure sensor; and an output driver configured to generate an output driver signal to actuate the pyrotechnic actuator (306, 314) when the controller determines the decompression event based on the pressure signal corresponding to the pressure within the compartment (40, 50) of the aircraft from the pressure sensor; and the system characterized in that the pyrotechnic actuator (306, 314) is mounted on a housing (326, 312) that surrounds the latch bolt.
Tank for ion exchange resins of the type comprising a body of the tank, the channels for entry and exit of the feed water, a first entry filter and a second exit filter for retaining the resins, wherein: - said second filter is shaped as a lid and divides said body of the tank into a first chamber for containing resins in said the lower portion of said body of the tank, and into a second guard chamber in the upper portion of said body of the tank; - said first and second filters are respectively upstream and downstream of said first chamber; - a third guard filter positioned upstream of the channel for exit of the feed water from the tank formed integral with said tank, being said third guard filter suitable for retaining the resin granules that may have escaped from said second filter. - said second filter is shaped as a lid and divides said body of the tank into a first chamber for containing resins in said the lower portion of said body of the tank, and into a second guard chamber in the upper portion of said body of the tank; - said first and second filters are respectively upstream and downstream of said first chamber; - a third guard filter positioned upstream of the channel for exit of the feed water from the tank formed integral with said tank, being said third guard filter suitable for retaining the resin granules that may have escaped from said second filter.
A method performed in an operator network providing data network connectivity to Machine-to-Machine, M2M, devices, for charging of a service session involving a plurality of the M2M devices, the method comprising: from each of the plurality of M2M devices involved in the service session, receiving a service message (c) comprising a service identifier, SID, corresponding to the service session, wherein the service message (c) received from at least one of the plurality of M2M devices comprises a Service Class, SC, identifying which of a plurality of predefined SC the plurality of M2M devices belong to; by means of the received SID from each of the plurality of M2M devices, determining the number of M2M devices involved in the service session; based on the determined number of M2M devices and the received SC, calculating a charging rate for the service session; and using the calculated rate, charging the service session. from each of the plurality of M2M devices involved in the service session, receiving a service message (c) comprising a service identifier, SID, corresponding to the service session, wherein the service message (c) received from at least one of the plurality of M2M devices comprises a Service Class, SC, identifying which of a plurality of predefined SC the plurality of M2M devices belong to; by means of the received SID from each of the plurality of M2M devices, determining the number of M2M devices involved in the service session; based on the determined number of M2M devices and the received SC, calculating a charging rate for the service session; and using the calculated rate, charging the service session.
A method for transmitting data in a system for determining the location of at least one industrial truck in an area comprising a plurality of stationary wireless stations (30, 32, 34) that send out a position signal in response to a position determination signal, wherein the industrial truck comprises a mobile wireless station, the method comprising the steps of: sending a position determination signal by means of the mobile wireless station to the stationary wireless stations (30, 32, 34), sending in each case one position signal by means of the stationary wireless stations (30, 32, 34) in response to a received position determination signal, receiving multiple position signals by means of the mobile wireless station from at least three stationary wireless stations (30, 32, 34), appending data in the form of vehicle data to the position determination signal and/or in the form of area data to the position signal, evaluating the appended data upon receipt of the position determination signal and/or position signal, and determining a current vehicle position from at least three received position signals. sending a position determination signal by means of the mobile wireless station to the stationary wireless stations (30, 32, 34), sending in each case one position signal by means of the stationary wireless stations (30, 32, 34) in response to a received position determination signal, receiving multiple position signals by means of the mobile wireless station from at least three stationary wireless stations (30, 32, 34), appending data in the form of vehicle data to the position determination signal and/or in the form of area data to the position signal, evaluating the appended data upon receipt of the position determination signal and/or position signal, and determining a current vehicle position from at least three received position signals.
Wheeled rear axle assembly of a motor vehicle, comprising: - a central connection support which is intended to be fastened below a body of the vehicle and which comprises at least a first front transverse crossmember and a second transverse crossmember arranged behind the first front crossmember; - at least two articulations each comprising at least two lower suspension arms (44, 52), each of which connects an associated steering knuckle with one side of the connection support, each suspension arm (44, 52, 60) being mounted pivotably about a generally longitudinal axis on the first and second crossmembers (16, 18) of the connection support; characterized in that the connection support comprises at least one tank delimited by a rigid outer wall, the first and second crossmembers (16, 18) being rigidly connected to one another via the wall of the tank. - a central connection support which is intended to be fastened below a body of the vehicle and which comprises at least a first front transverse crossmember and a second transverse crossmember arranged behind the first front crossmember; - at least two articulations each comprising at least two lower suspension arms (44, 52), each of which connects an associated steering knuckle with one side of the connection support, each suspension arm (44, 52, 60) being mounted pivotably about a generally longitudinal axis on the first and second crossmembers (16, 18) of the connection support;
A secondary steering system unit for a host vehicle having autonomous steering capabilities comprising a main steering system comprising a steering actuator for providing an overlay torque to the steering system which is sufficient to steer at least one pair of host vehicle steerable wheels, the host vehicle further having a brake system comprising a respective wheel brake associated with a respective vehicle wheel which is suspended by a respective wheel suspension, the host vehicle further comprising one or more sensors and a communication arrangement for acquiring vehicle surrounding information, the secondary steering system unit comprising: - a fault determination arrangement, arranged to determine the presence of a fault in the main steering system, - a path controller, arranged to generate an upcoming path for the host vehicle based on at least one of information received from the sensors and information received via the communication arrangement, the secondary steering system unit being arranged to steer the host vehicle along the upcoming path by activation of differential braking of at least one wheel brake upon determination that a fault is present in the main steering system, characterized in that the secondary steering system unit is arranged to steer the differential braking in dependence of both - a yaw torque acting on the host vehicle as a result of the differential braking and - a steering angle resulting from a generated alignment torque on a braked steerable wheel caused by the associated wheel suspension scrub radius. - a fault determination arrangement, arranged to determine the presence of a fault in the main steering system, - a path controller, arranged to generate an upcoming path for the host vehicle based on at least one of information received from the sensors and information received via the communication arrangement, the secondary steering system unit being arranged to steer the host vehicle along the upcoming path by activation of differential braking of at least one wheel brake upon determination that a fault is present in the main steering system, characterized in that the secondary steering system unit is arranged to steer the differential braking in dependence of both - a yaw torque acting on the host vehicle as a result of the differential braking and - a steering angle resulting from a generated alignment torque on a braked steerable wheel caused by the associated wheel suspension scrub radius.
A device comprising: one or more chambers; immobilized lipase contained within one of the one or more chambers; a phytosterol processing excipient contained within one of the one or more chambers; an inlet fluidly connected to one of the one or more chambers, wherein the inlet is configured to receive nutritional formula into one of the one or more chambers; and an outlet through which nutritional formula is configured to flow after passing through the one or more chambers. one or more chambers; immobilized lipase contained within one of the one or more chambers; a phytosterol processing excipient contained within one of the one or more chambers; an inlet fluidly connected to one of the one or more chambers, wherein the inlet is configured to receive nutritional formula into one of the one or more chambers; and an outlet through which nutritional formula is configured to flow after passing through the one or more chambers.
An actuating device removably mounted to a mixing device for a syringe, said mixing device comprising a mixing plunger, an outer barrel and an inner barrel in a substantially coaxial relationship wherein the mixing plunger is axially moveable within an outer chamber located between the outer barrel and the inner barrel, the actuating device comprising a housing releasably connected to the outer barrel of the mixing device, a trigger member, a biasing member and a sleeve engageable with the mixing plunger of the mixing device, wherein said trigger member is operable to initiate said biasing member facilitating depression of said mixing plunger to thereby mix a plurality of substances in said mixing device.
A spinal shield configured to protect the spinal cord and/or dura during surgical procedures, comprising: a shield body for establishing a protective barrier when resting above a spinal canal, forming a top side, a bottom side that collectively define a front side, a rear side, a first lateral side, and a second lateral side opposite the first lateral side, wherein the shield body defines a curved configuration; a plurality of laterally extending legs for extension between access points for spinal fixation hardware, that extend outwardly at an angle from the first and second lateral sides, respectively; and a handle portion for insertion or removal from a surgical site, that extends outwardly in perpendicular relation to the shield body, wherein an underside of each laterally extending leg or lateral extension defines a textured surface. a shield body for establishing a protective barrier when resting above a spinal canal, forming a top side, a bottom side that collectively define a front side, a rear side, a first lateral side, and a second lateral side opposite the first lateral side, wherein the shield body defines a curved configuration; a plurality of laterally extending legs for extension between access points for spinal fixation hardware, that extend outwardly at an angle from the first and second lateral sides, respectively; and a handle portion for insertion or removal from a surgical site, that extends outwardly in perpendicular relation to the shield body, wherein an underside of each laterally extending leg or lateral extension defines a textured surface.
A compression bandage in the form of a knit obtained by warp stitch technology on the basis of synthetic yarns and comprising two textile surfaces of respective textile structures that may be identical or different, the surfaces being interconnected by spacer yarns, each surface including elastic yarns (F2, F4), said knit presenting: - longitudinal stretch measured in compliance with the standard EN 14704-1 lying in the range 30% to 160%; characterized in that it presents: - threshold shear stress greater than or equal to 2800 Pa. - longitudinal stretch measured in compliance with the standard EN 14704-1 lying in the range 30% to 160%; characterized in that it presents: - threshold shear stress greater than or equal to 2800 Pa.
A computer-implemented method comprising: receiving a software interrupt; responsive to receiving the software interrupt, determining whether the software interrupt is latency sensitive; responsive to determining the software interrupt is latency sensitive, determining whether a current processor core is interrupt heavy, wherein the determining a current processor core is interrupt heavy comprises analyzing a data structure, said data structure associated with said current processor core and including a flag that indicates whether the current processor core is busy or not, and wherein the flag indicates that the current processor core is busy if a predefined number of interrupts exceeds a predefined rate; responsive to determining the current processor core is interrupt heavy, determining a desired processor core other than the current processor core to run the software interrupt; and responsive to determining the desired processor core other than the current processor core, executing the software interrupt on the desired processor core. receiving a software interrupt; responsive to receiving the software interrupt, determining whether the software interrupt is latency sensitive; responsive to determining the software interrupt is latency sensitive, determining whether a current processor core is interrupt heavy, wherein the determining a current processor core is interrupt heavy comprises analyzing a data structure, said data structure associated with said current processor core and including a flag that indicates whether the current processor core is busy or not, and wherein the flag indicates that the current processor core is busy if a predefined number of interrupts exceeds a predefined rate; responsive to determining the current processor core is interrupt heavy, determining a desired processor core other than the current processor core to run the software interrupt; and responsive to determining the desired processor core other than the current processor core, executing the software interrupt on the desired processor core.
A valve to control a fluid passage using rotation of a handle relative to a body, comprising: a handle; locking means for maintaining a locked state of the handle relative to the body; and a master key slot being formed in the handle and extending to the locking means, the locking means comprising a stopper retractably protruding from an upper surface of the body, which contacts a lower surface of the handle, the stopper being supported by a spring; and a load pin inserted into a vertical hole formed in the handle such that a lower end of the load pin is in contact with the stopper and an upper end thereof is able to contact the master key, so that, when the master key is inserted into the master key slot, the load pin is moved downwards and pushes the stopper, thus releasing the locked state of the handle to allow the fluid passage to be controlled by rotation of the handle. a handle; locking means for maintaining a locked state of the handle relative to the body; and a master key slot being formed in the handle and extending to the locking means,