mhurhangee/ep-ind-claims huggingface dataset:
A method of updating a policy store associated with a policy decision point of an access control system, the policy decision point being arranged to provide, in response to received decision requests, access control decisions in dependence on one or more policies stored in said policy store, each policy specifying a predetermined access control decision to be provided in response to a particular access request made in respect of a particular attribute or combination of attributes, the policy decision point being associated with at least one policy enforcement point arranged to implement access control in accordance with access control decisions provided by said policy decision point in response to decision requests submitted by said policy enforcement point, said policy enforcement point having associated therewith an attribute store providing data relating to attributes in respect of which access requests have previously been made via said policy enforcement point; the method comprising: monitoring decision requests submitted by said policy enforcement point to said policy decision point; identifying, from said monitoring and with reference to the attribute store associated with said policy enforcement point, decision requests submitted by said policy enforcement point in respect of any attribute for which said attribute store provides no data; and in the event that a decision request is identified in respect of an attribute for which said attribute store provides no data: - updating said attribute store with data relating to said attribute; and - updating the policy store associated with said policy decision point with one or more policies specifying predetermined access control decisions to be provided in response to access requests made in respect of said attribute. monitoring decision requests submitted by said policy enforcement point to said policy decision point; identifying, from said monitoring and with reference to the attribute store associated with said policy enforcement point, decision requests submitted by said policy enforcement point in respect of any attribute for which said attribute store provides no data; and in the event that a decision request is identified in respect of an attribute for which said attribute store provides no data: - updating said attribute store with data relating to said attribute; and - updating the policy store associated with said policy decision point with one or more policies specifying predetermined access control decisions to be provided in response to access requests made in respect of said attribute. - updating said attribute store with data relating to said attribute; and - updating the policy store associated with said policy decision point with one or more policies specifying predetermined access control decisions to be provided in response to access requests made in respect of said attribute.
A method for initiating a Packet Switched, PS, emergency call using a user equipment, UE, the UE including a plurality of protocol layers, the plurality of protocol layers including an Internet Protocol, IP, Multimedia Subsystem, IMS, sublayer, a non-access stratum, NAS, layer and an access stratum, AS, layer, the method comprising: generating, by the NAS layer, a first request comprising an indicator that indicates a type of the first request, wherein the first request is a request for a connection with a packet data network; determining, at the UE, a Radio Resource Control, RRC, establishment cause based on the type of the first request, wherein the RRC establishment cause indicates that the UE is requesting an establishment of an RRC connection for an emergency call via a PS network; and generating, by the AS layer, an RRC CONNECTION REQUEST, the RRC CONNECTION REQUEST including the RRC establishment cause. generating, by the NAS layer, a first request comprising an indicator that indicates a type of the first request, wherein the first request is a request for a connection with a packet data network; determining, at the UE, a Radio Resource Control, RRC, establishment cause based on the type of the first request, wherein the RRC establishment cause indicates that the UE is requesting an establishment of an RRC connection for an emergency call via a PS network; and generating, by the AS layer, an RRC CONNECTION REQUEST, the RRC CONNECTION REQUEST including the RRC establishment cause.
A vitrectomy probe (40, 900, 1100, 1400, 1700, 2200, 2600, 3300, 3500, 3700, 3816, 3900) comprising: a housing; a cutter extending longitudinally from a first end of the housing, the cutter comprising: an outer cutting member coupled to the housing, the outer cutting member comprising an opening comprising a distal edge and a proximal edge; an interior assembly comprising an inner cutting member comprising a distal edge and slideable within the outer cutting member, the inner cutting member slideable between a retracted position and an extended position; and an adjustable port; an oscillator operable to reciprocate the inner cutting member; a stroke limiter adjustably moveable relative to the housing, the stroke limiter adjustably moveable to a desired position, the interior assembly adapted to contact the stroke limiter at the desired position, a size of the adjustable port defined by a distance between the distal edge of the aperture and the distal edge of the inner cutting member; a first chamber formed in the housing, wherein the stroke limiter is disposed within the first chamber; a first diaphragm moveable in response to fluidic pressure, wherein the stroke limiter is coupled to the diaphragm and wherein the first diaphragm is coupled to the housing along an outer periphery thereof and along an inner periphery thereof; and a biasing member disposed between a portion of the stroke limiter and a portion of the housing. a housing; a cutter extending longitudinally from a first end of the housing, the cutter comprising: an outer cutting member coupled to the housing, the outer cutting member comprising an opening comprising a distal edge and a proximal edge; an interior assembly comprising an inner cutting member comprising a distal edge and slideable within the outer cutting member, the inner cutting member slideable between a retracted position and an extended position; and an adjustable port; an outer cutting member coupled to the housing, the outer cutting member comprising an opening comprising a distal edge and a proximal edge; an interior assembly comprising an inner cutting member comprising a distal edge and slideable within the outer cutting member, the inner cutting member slideable between a retracted position and an extended position; and an adjustable port; an oscillator operable to reciprocate the inner cutting member; a stroke limiter adjustably moveable relative to the housing, the stroke limiter adjustably moveable to a desired position, the interior assembly adapted to contact the stroke limiter at the desired position, a size of the adjustable port defined by a distance between the distal edge of the aperture and the distal edge of the inner cutting member; a first chamber formed in the housing, wherein the stroke limiter is disposed within the first chamber; a first diaphragm moveable in response to fluidic pressure, wherein the stroke limiter is coupled to the diaphragm and wherein the first diaphragm is coupled to the housing along an outer periphery thereof and along an inner periphery thereof; and a biasing member disposed between a portion of the stroke limiter and a portion of the housing.
Flow-type heater for heating a fluid, comprising - at least one heating device (12a, 12b); - at least one flow pipe for guiding the fluid with an inflow and an outflow, wherein the flow pipe is thermally coupled to the at least one heating device (12a, 12b) and includes an inflow area, a center area and an outflow area; - at least a first temperature sensor disposed in the inflow area of the flow pipe; - a pumping device for pumping the fluid into the at least one flow pipe; and - a control device coupled to the heating device (12a, 12b), the pumping device and the first temperature sensor; characterized in that the control device is adapted to determine the following values before the beginning of a heating operation: - a first temperature value in the inflow area of the flow pipe by means of the first temperature sensor with the pumping device turned off and the heating device (12a, 12b) turned off; and - a second temperature value in the inflow area of the flow pipe by means of the first temperature sensor in the operation of the pumping device in a first presettable power stage and in the operation of the heating device (12a, 12b) in a first presettable power stage; wherein the dependency at least of a set temperature (T soll) of the fluid at the outflow of the flow pipe on at least the first temperature value, the second temperature value, at least the first presettable power stage of the pumping device and different heating values correlated with power stages of the heating device (12a, 12b) is stored in the control device, wherein the control device is adapted to control the heating device (12a, 12b) such that it is operated with a power stage, which results in the set temperature (T soll) of the fluid at the outlet of the flow pipe at an adjusted power stage of the pumping device according to the stored dependency, wherein by the stored dependency for the at least one set temperature (T soll) and for the first and the second determined temperature value (T1; T2) it is determined, with which power stage the heating device (12a, 12b) is to be operated at the adjusted power stage of the pumping device. - at least one heating device (12a, 12b); - at least one flow pipe for guiding the fluid with an inflow and an outflow, wherein the flow pipe is thermally coupled to the at least one heating device (12a, 12b) and includes an inflow area, a center area and an outflow area; - at least a first temperature sensor disposed in the inflow area of the flow pipe; - a pumping device for pumping the fluid into the at least one flow pipe; and - a control device coupled to the heating device (12a, 12b), the pumping device and the first temperature sensor; - a first temperature value in the inflow area of the flow pipe by means of the first temperature sensor with the pumping device turned off and the heating device (12a, 12b) turned off; and - a second temperature value in the inflow area of the flow pipe by means of the first temperature sensor in the operation of the pumping device in a first presettable power stage and in the operation of the heating device (12a, 12b) in a first presettable power stage;
A session management function, SMF, for wireless communication, comprising: at least one memory; and at least one processor coupled with the at least one memory and configured to cause the SMF to: receive, from a policy control function, PCF, a policy and charging control, PCC, rule containing a traffic steering control information per application function, AF, request which includes an indication indicating that service continuity for offload traffic is supported; and perform a protocol data unit session anchor, PSA, relocation based on the traffic steering control information, wherein, a source PSA is relocated to a target PSA, wherein the source PSA is connected to a source uplink classifier, ULCL, or branching point, BP, and the target PSA is connected to a target ULCL or BP, and a forwarding tunnel is established between the source ULCL or BP and the target ULCL or BP. at least one memory; and at least one processor coupled with the at least one memory and configured to cause the SMF to: receive, from a policy control function, PCF, a policy and charging control, PCC, rule containing a traffic steering control information per application function, AF, request which includes an indication indicating that service continuity for offload traffic is supported; and perform a protocol data unit session anchor, PSA, relocation based on the traffic steering control information, wherein, a source PSA is relocated to a target PSA, wherein the source PSA is connected to a source uplink classifier, ULCL, or branching point, BP, and the target PSA is connected to a target ULCL or BP, and a forwarding tunnel is established between the source ULCL or BP and the target ULCL or BP. receive, from a policy control function, PCF, a policy and charging control, PCC, rule containing a traffic steering control information per application function, AF, request which includes an indication indicating that service continuity for offload traffic is supported; and perform a protocol data unit session anchor, PSA, relocation based on the traffic steering control information, wherein, a source PSA is relocated to a target PSA, wherein the source PSA is connected to a source uplink classifier, ULCL, or branching point, BP, and the target PSA is connected to a target ULCL or BP, and a forwarding tunnel is established between the source ULCL or BP and the target ULCL or BP.
Stator module for driving a rotor of an electrical planar drive system, wherein the stator module has a power module, a stator unit that is arranged on a top side of the power module, and a contact means, wherein the power module is designed to provide drive currents for driving the rotor, wherein the stator unit comprises coil conductors to which the drive currents can be applied, wherein the coil conductors of the stator unit are electrically conductively connected to the power module via the contact means for applying the drive currents, wherein the power module and the stator unit are each of plate-like design, wherein the power module is mechanically fastened to the stator unit by means of the contact means, characterized in that the power module is of cruciform design with a first beam that is extended in a first direction and with a second beam that is extended along a second direction, wherein the stator unit comprises a cruciform contact arrangement with contact holes that are arranged next to one another, wherein the power module comprises a cruciform connection arrangement with further contact holes that are arranged next to one another, wherein the contact means is extended along the first direction and the second direction in an elongate manner and comprises contact pins that are arranged next to one another along the first direction and the second direction, wherein the contact pins of the contact means are arranged so as to engage into the further contact holes of the connection arrangement of the power module and into the contact holes of the contact arrangement of the stator unit.
A process for making a thermoplastic composition, comprising the step of: a) melt mixing a first thermoplastic polymer and a paper product comprising a mixture of cellulose fibers and a second thermoplastic polymer, wherein the paper product is obtained by a process comprising i) providing a mixture of the cellulose fibers and a melt of the second thermoplastic polymer and ii) cooling the mixture to a temperature below the melting point of the second thermoplastic polymer and wherein the first thermoplastic polymer is polyolefin and the second thermoplastic polymer is polyolefin. a) melt mixing a first thermoplastic polymer and a paper product comprising a mixture of cellulose fibers and a second thermoplastic polymer,
A dispersion stabilizer for suspension polymerization of a vinyl compound, comprising a vinyl alcohol polymer having a degree of saponification of 20 mol% or more and less than 65 mol%, a viscosity average degree of polymerization of 100 or more and less than 600, an aliphatic hydrocarbon group having 6 to 18 carbon atoms at its terminal, and an anionic group in its side chain, wherein the anionic group comprises at least one selected from the group consisting of a carboxylic acid anionic group (-COO -) and a sulfonic acid anionic group (-SO 3 -), wherein the vinyl alcohol polymer does not contain a comonomer copolymerizable with the vinyl ester monomer and having no anionic group, wherein in sequences of vinyl ester monomer units and/or vinyl alcohol units of the vinyl alcohol polymer, a block character of the vinyl ester monomer units is 0.6 or less, wherein the degree of saponification is determined by the method according to JIS K 6726, wherein the viscosity average degree of polymerization is calculated using Nakajima's equation, wherein the block character is determined by 13 C-NMR spectroscopy.
A vane assembly comprising: an airfoil fairing having first and second fairing platforms (66, 68) and a hollow airfoil section extending therebetween; a spar having a spar leg that extends through the hollow airfoil section, the spar leg having a through-passage and an end portion that protrudes from the second fairing platform; and a support secured with the end portion of the spar leg, the support having a support platform including first and second sides (78a, 78b) and an opening extending between the first and second sides (78a, 78b), and a nozzle tube extending from the second side, the first side being adjacent the second fairing platform, and the end portion of the spar leg being disposed in the opening so as to fluidly connect the through-passage with the nozzle tube, characterised in that the vane assembly further comprises an annular plenum attached at the second side, the annular plenum including a nozzle opening through which the nozzle tube extends. an airfoil fairing having first and second fairing platforms (66, 68) and a hollow airfoil section extending therebetween; a spar having a spar leg that extends through the hollow airfoil section, the spar leg having a through-passage and an end portion that protrudes from the second fairing platform; and a support secured with the end portion of the spar leg, the support having a support platform including first and second sides (78a, 78b) and an opening extending between the first and second sides (78a, 78b), and a nozzle tube extending from the second side, the first side being adjacent the second fairing platform, and the end portion of the spar leg being disposed in the opening so as to fluidly connect the through-passage with the nozzle tube, characterised in that the vane assembly further comprises an annular plenum attached at the second side, the annular plenum including a nozzle opening through which the nozzle tube extends.
A vessel for laying a pipeline, the vessel including a plurality of workstations disposed along a pipelaying path that includes an upstream portion away from a first end of the vessel and a plurality of ramps (21,22) in the region of the first end of the vessel, the plurality of ramps including a first ramp which is disposed along the pipelaying path, whose inclination is adjustable and which has a first upstream end and a second downstream end, and a second ramp which is disposed along the pipelaying path downstream of the first ramp, whose inclination is adjustable and which has a first upstream end and a second downstream end, the vessel further including welding stations disposed along the pipelaying path for welding further lengths of pipeline to a pipeline being laid along the pipelaying path, characterized in that the downstream end of the first ramp is positioned inboard of the first end of the vessel and above the bottom of the vessel and the upstream end of the second ramp is positioned inboard of the first end of the vessel and above the bottom of the vessel.
A method of screening for the presence of a cardiac disease, a cardiac condition or a risk factor for cardiac diseases in a human subject by calculating levels of globotriaosylceramide in an urine sample comprising the steps of: placing the urine sample from the human subject on a filter paper; drying the urine sample placed on the filter paper; extracting the dried urine sample with methanol; injecting a portion of the extracted urine sample into a LC-MS system along with a radiolabeled standard solution comprising a known concentration of the Gb3 in methanol; eluting the Gb3 in the urine sample and the standard solution with a methanol/water gradient; obtaining one or more peaks of the Gb3 in the urine sample and the standard solution in a mass spectrum from the LC-MS system; creating a calibration curve by plotting a peak area of the one or more peaks of Gb3 in the biological sample and the standard solutions against a retention time; calculating the level of the Gb3 in the urine sample from the calibration curve; and determining the presence of the cardiac disease, the cardiac condition or the risk factor for cardiac diseases if the level of the Gb3 in the urine sample is above a normal threshold value; wherein the normal threshold value is 200 ng/ml; and wherein the human subject is a healthy human subject, a non-Fabry disease patient, a non-Fabry disease cardiac patient or a subject with no genetic predispositions towards Fabry's disease. placing the urine sample from the human subject on a filter paper; drying the urine sample placed on the filter paper; extracting the dried urine sample with methanol; injecting a portion of the extracted urine sample into a LC-MS system along with a radiolabeled standard solution comprising a known concentration of the Gb3 in methanol; eluting the Gb3 in the urine sample and the standard solution with a methanol/water gradient; obtaining one or more peaks of the Gb3 in the urine sample and the standard solution in a mass spectrum from the LC-MS system; creating a calibration curve by plotting a peak area of the one or more peaks of Gb3 in the biological sample and the standard solutions against a retention time; calculating the level of the Gb3 in the urine sample from the calibration curve; and determining the presence of the cardiac disease, the cardiac condition or the risk factor for cardiac diseases if the level of the Gb3 in the urine sample is above a normal threshold value; wherein the normal threshold value is 200 ng/ml; and wherein the human subject is a healthy human subject, a non-Fabry disease patient, a non-Fabry disease cardiac patient or a subject with no genetic predispositions towards Fabry's disease.
Orthopedic damping device with a movably mounted piston and at least one chamber which has a wall and in which a compressible medium is compressed by moving the piston in a first direction and decompressed by moving the piston in an opposite, second direction, wherein the chamber is connected to an outlet channel, which is assigned a closure element, characterized in that a. the closure element is movably mounted on a support, b. the support is coupled to the piston or is formed as a piston, and c. the closure element is coupled to a contact region which can be moved relative to the support. a. the closure element is movably mounted on a support, b. the support is coupled to the piston or is formed as a piston, and c. the closure element is coupled to a contact region which can be moved relative to the support.
A set of podiatric articles (200a, 200b, 200c) placeable into a shoe; each podiatric article comprising a heel area (210a, 210b, 210c); said heel area configured into an anatomically conformed concave shape provided with a recess of preferably circular or oval form such that the patient's calcaneal spur is minimally traumatized; wherein said set further comprises a plurality of podiatric articles characterized by different depth of said recess to provide maximal comfort and least pain by means of empirical selection by the patient of an appropriate podiatric article in a non-clinical setting.