mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a processor configured to: monitor network traffic on a service provider network at a security platform to identify a new session, wherein the service provider network includes a 5G network, wherein the monitoring of the network traffic comprises to: identify a create context request service operation or a create service operation in the network traffic; extract user location information for user traffic associated with the new session at the security platform, comprising to: extract EutraLocation or NRLocation from the create context request service operation or the create service operation of the network traffic, wherein the EutraLocation comprises Tracking Area Identity, TAI, and EUTRA Cell Identity, ECGI, wherein the NRLocation comprises Tracking Area Identity, TAI, and NR Cell Identity, NCGI; and determine a security policy to apply at the security platform to the new session based on the user location information; and a memory (304, 310) coupled to the processor and configured to provide the processor with instructions. a processor configured to: monitor network traffic on a service provider network at a security platform to identify a new session, wherein the service provider network includes a 5G network, wherein the monitoring of the network traffic comprises to: identify a create context request service operation or a create service operation in the network traffic; extract user location information for user traffic associated with the new session at the security platform, comprising to: extract EutraLocation or NRLocation from the create context request service operation or the create service operation of the network traffic, wherein the EutraLocation comprises Tracking Area Identity, TAI, and EUTRA Cell Identity, ECGI, wherein the NRLocation comprises Tracking Area Identity, TAI, and NR Cell Identity, NCGI; and determine a security policy to apply at the security platform to the new session based on the user location information; and identify a create context request service operation or a create service operation in the network traffic; extract user location information for user traffic associated with the new session at the security platform, comprising to: extract EutraLocation or NRLocation from the create context request service operation or the create service operation of the network traffic, wherein the EutraLocation comprises Tracking Area Identity, TAI, and EUTRA Cell Identity, ECGI, wherein the NRLocation comprises Tracking Area Identity, TAI, and NR Cell Identity, NCGI; and determine a security policy to apply at the security platform to the new session based on the user location information; and a memory (304, 310) coupled to the processor and configured to provide the processor with instructions.
A tigecycline composition for injection, characterized in that it comprises the active component tigecycline and a propping agent, characterized in that said propping agent is selected from one or several of L-arginine, L-arginine hydrochloride and a salt formed by L-arginine with an acid or alkali, wherein the pH value of the tigecycline composition for injection is adjusted to 3.0-8.0.
A two-wire process variable transmitter for use in an industrial process, comprising: a process variable sensor configured to sense a process variable of a process fluid of the industrial process; output circuitry configured to provide an output on a two-wire process control loop which is related to the sensed process variable; loop current measurement circuitry configured to measure a loop current flowing through the two-wire process control loop; terminal voltage measurement circuitry configured to measure a voltage related to a terminal voltage of the process variable transmitter, the terminal voltage comprising a voltage measured across an electrical connection of the two-wire process variable transmitter to the two-wire process control loop; shunt current measurement circuitry configured to measure a shunt current of the two-wire process variable transmitter, input circuitry configured to receive a diagnostic command from the two-wire process control loop; a microprocessor configured to perform loop diagnostics on the two-wire process control loop based upon the measured loop current, terminal voltage, and a quiescent current value calculated based on the measured shunt current, where the quiescent current is the current required for operation of circuitry for the two-wire process variable transmitter, the microprocessor responsive to receipt of a diagnostic command from the two-wire process control loop. a process variable sensor configured to sense a process variable of a process fluid of the industrial process; output circuitry configured to provide an output on a two-wire process control loop which is related to the sensed process variable; loop current measurement circuitry configured to measure a loop current flowing through the two-wire process control loop; terminal voltage measurement circuitry configured to measure a voltage related to a terminal voltage of the process variable transmitter, the terminal voltage comprising a voltage measured across an electrical connection of the two-wire process variable transmitter to the two-wire process control loop; shunt current measurement circuitry configured to measure a shunt current of the two-wire process variable transmitter, input circuitry configured to receive a diagnostic command from the two-wire process control loop; a microprocessor configured to perform loop diagnostics on the two-wire process control loop based upon the measured loop current, terminal voltage, and a quiescent current value calculated based on the measured shunt current, where the quiescent current is the current required for operation of circuitry for the two-wire process variable transmitter, the microprocessor responsive to receipt of a diagnostic command from the two-wire process control loop.
A method for managing, in a computer system including a peripheral and the driver thereof, a virtual memory (1, 2) of a user application (6, 7) of the peripheral which can access the virtual memory (1, 2) of the user application (6, 7), wherein the management method comprises: ➢ the creation, in the virtual memory (1, 2) of the user application (6, 7), of a reserve (12, 14, 22) of virtual memory which is, on the one hand, accessible to the peripheral and, on the other hand, inaccessible to the user application (6, 7), ➢ the creation of a manager application which is distinct from the user application (6, 7) and which is created by the driver of the peripheral and which is dedicated to the allocation of at least this reserve (12, 14, 22) of virtual memory and to the release of at least this reserve (12, 14, 22) of virtual memory. ➢ the creation, in the virtual memory (1, 2) of the user application (6, 7), of a reserve (12, 14, 22) of virtual memory which is, on the one hand, accessible to the peripheral and, on the other hand, inaccessible to the user application (6, 7), ➢ the creation of a manager application which is distinct from the user application (6, 7) and which is created by the driver of the peripheral and which is dedicated to the allocation of at least this reserve (12, 14, 22) of virtual memory and to the release of at least this reserve (12, 14, 22) of virtual memory.
Draught moderator, having: - a cover, - a flap that is able to move relative to the cover, which can adopt a closed position and an open air intake position, - a counterweight for returning the flap to the closed position, which is disposed on the inside of the flap such that, in the mounting position, the counterweight is not visible when the flap is in the closed position, and which is able to move relative to the flap so as to allow adjustment of the torque returning the latter to the closed position, the counterweight being mounted so as to be able to pivot relative to the flap and the counterweight being articulated on the flap by virtue of cutouts made in the flap. - a cover, - a flap that is able to move relative to the cover, which can adopt a closed position and an open air intake position, - a counterweight for returning the flap to the closed position, which is disposed on the inside of the flap such that, in the mounting position, the counterweight is not visible when the flap is in the closed position, and which is able to move relative to the flap so as to allow adjustment of the torque returning the latter to the closed position,
Method for cleaning components of a burner, wherein the burner has an original flow direction in the combustion operating mode, wherein the burner has a nozzle on the outlet side in the original flow direction, wherein the burner is connected at the nozzle side to a mobile cleaning device, wherein the component to be cleaned is blown out, with the result that deposits are dislodged and blown out, characterised in that the cleaning device contains a closable pressure vessel with interchangeable cover and wherein different burners can be mounted in the mobile cleaning device with the help of the interchangeable cover, with the result that various burners can be cleaned with one and the same mobile cleaning device, wherein the nozzle-side end of the burner is disposed inside the pressure vessel and the first end of the burner provided for supplying fuel and disposed opposite the outlet-side end is provided outside the pressure vessel, with the result that the component to be cleaned is blown out in the opposite direction to the direction of the fuel flow.
An audio-visual quality estimation device comprising: an audio quality estimator configured to estimate audio quality for each unit time starting from a playback start time of an audio-visual content, based on a parameter that affects the audio quality among parameters related to the content; a video quality estimator configured to estimate video quality for said each unit time, based on a parameter that affects the video quality among the parameters related to the content; a unit time quality estimator configured to unify the audio quality and the video quality for said each unit time, to estimate audio-visual quality for said each unit time; an encoding quality estimator configured to unify the audio-visual quality for the unit times into one value, to estimate audio-visual encoding quality with respect to encoding degradation, in which temporal quality fluctuation including a relationship between a time length of the audio-visual content and a playback stalling time is taken into consideration; and an audio-visual quality estimator configured to estimate the audio-visual quality perceived by a viewer after an end of the content, based on the audio-visual encoding quality. an audio quality estimator configured to estimate audio quality for each unit time starting from a playback start time of an audio-visual content, based on a parameter that affects the audio quality among parameters related to the content; a video quality estimator configured to estimate video quality for said each unit time, based on a parameter that affects the video quality among the parameters related to the content; a unit time quality estimator configured to unify the audio quality and the video quality for said each unit time, to estimate audio-visual quality for said each unit time; an encoding quality estimator configured to unify the audio-visual quality for the unit times into one value, to estimate audio-visual encoding quality with respect to encoding degradation, in which temporal quality fluctuation including a relationship between a time length of the audio-visual content and a playback stalling time is taken into consideration; and an audio-visual quality estimator configured to estimate the audio-visual quality perceived by a viewer after an end of the content, based on the audio-visual encoding quality.
A method for producing a belt buckle which has an insertion part which has at least one belt opening (4, 5) for passing a belt through and an insertion prolongation extending in a direction of insertion with holding lugs (17, 18) projecting in a transverse direction on both sides, and comprises a receiving part which has a basic body with at least one belt opening for passing a belt through and with an insertion opening, starting from an insertion side of the basic body, for inserting the insertion prolongation of the insertion part in the direction of insertion and catches (24, 25) pivotably mounted on the basic body, which catches in a closed position in the assembled state of the receiving part and insertion part cooperate with the holding lugs (17, 18) and secure the insertion prolongation in the insertion opening in the receiving part, wherein the insertion opening is cut by means of a slitting cutter starting from the insertion side of the basic body in the direction of insertion and a passage opening (20, 22) which penetrates through the basic body as far as the belt opening is formed in the basic body, characterised in that, by cutting into the basic body of the receiving part starting from the belt opening, in a further cutting operation there are formed at least a first and a second recess (36, 37) which start from the belt opening and also guide faces (32, 33), which define the passage opening (20, 22) in the region of its mouth into the belt opening in the transverse direction on both sides, for the two edge faces (34, 35), pointing in the transverse direction, of the holding lugs (17, 18) of the insertion prolongation of the insertion part.
An irrigation pipe comprising a water tight inner layer (128, 228), an outer layer (129, 229) and a fabric layer (F, 30, 42) therebetween, the outer layer (129, 229) being in the form of a coating on the fabric layer (F, 30, 42); the pipe being formed from a sheet that is rolled into a tube about a longitudinal axis of the sheet and the sheet comprising the inner (128, 228), the outer (129, 229) and the fabric (F, 30, 42) layers; the sheet being bound between two longitudinal edges (12, 14), characterized in that the coating on the fabric layer being formed with gaps that permit passage of fluid therethrough from the fabric layer (F, 30, 42) to provide fluid breathable communication from the fabric layer (F, 30,42) to a top outer surface of the outer layer (129, 229).
A drawer slide rail, comprising: a longitudinal body; a pair of first sidewalls extending respectively from two sides of a front end portion of the longitudinal body; and a pair of second sidewalls respectively connected to the first sidewalls and extending to a rear end portion of the longitudinal body, wherein the first sidewalls have a first height, and the second sidewalls have a second height greater than the first height; and wherein the drawer slide rail further comprises a base mounted on the front end portion of the longitudinal body, the base including a first supporting arm, a second supporting arm, and a third supporting arm, wherein the first supporting arm of the base has a side pressed against a portion of a bottom portion of one of the first sidewalls of the longitudinal body, the second supporting arm of the base is pressed against a portion of a bottom portion of one of the second sidewalls of the longitudinal body and the bottom portions are disposed at the bottom of the respective second side walls, and the third supporting arm of the base is pressed against a portion of an inner lateral side of one of the second sidewalls of the longitudinal body, and wherein the base includes a supporting member and a first rack, and the longitudinal body includes an opening corresponding in position to the supporting member of the base, the supporting member extends from the base and includes a second rack, the second rack has a portion lying in a different plane from a plane where the first rack lies, and an adjusting member movably meshing with both the first rack and the second rack enables the supporting member to extend through an opening of the longitudinal body so that the supporting position of the supporting member is adjustable with respect to the longitudinal body. a longitudinal body; a pair of first sidewalls extending respectively from two sides of a front end portion of the longitudinal body; and a pair of second sidewalls respectively connected to the first sidewalls and extending to a rear end portion of the longitudinal body,
Catalyst containing active elements including copper deposited on an alumina, said alumina containing at least 0.03 g of titanium, expressed in metal form, per kg of alumina, and said alumina having a mean particle diameter between 5 and 200 μm, characterized in that the alumina results from the calcination of an aluminum hydrate and in that the titanium has been introduced in one of the steps of the aluminum hydrate production.
A receiver for receiving one or more RF signals, the RF signals comprising a component relative to a direct propagation path and, depending on a propagation environment, one or more additional components relative to reflected propagation paths, the receiver comprising a calculation circuit configured to: - compute at least a first correlation function between the received signal and at least a replica of a RF signal generated at the receiver, and for at least an output of said first correlation function: o perform a cepstrum transform, o search for one or more reflected propagation paths from the output of the cepstrum transform, and when reflected propagation paths are detected, determine the associated propagation characteristics, and - remove the contribution of the detected reflected propagation paths from one of the received signal or the output of the first correlation function, wherein the at least first correlation function calculation and the cepstrum transform are performed jointly, in a cepstrum correlation transform, by separately applying a Fourier transform to the received ++signal and to the conjugate of the replica built using the local oscillators, multiplying the Fourier transforms results for obtaining a product and subsequently applying a log function and an inverse Fourier function to the product. - compute at least a first correlation function between the received signal and at least a replica of a RF signal generated at the receiver, and for at least an output of said first correlation function: o perform a cepstrum transform, o search for one or more reflected propagation paths from the output of the cepstrum transform, and when reflected propagation paths are detected, determine the associated propagation characteristics, and o perform a cepstrum transform, o search for one or more reflected propagation paths from the output of the cepstrum transform, and when reflected propagation paths are detected, determine the associated propagation characteristics, and - remove the contribution of the detected reflected propagation paths from one of the received signal or the output of the first correlation function,
A plug adapted for use in a plug valve body and comprising a main plug body and an upper trunnion, the main plug body including at its upper end a first dovetail and the upper trunnion including at its lower end a second dovetail complementary in shape to the first dovetail; wherein when the plug is in an assembled state the first and second dovetails (27, 37) overlap and contact one another, characterized in that the main plug body includes at its upper end two opposing sidewalls that form a channel and the upper trunnion includes at its lower end a flange, wherein when the plug is in an assembled state a sidewall of the flange faces an opposing sidewall of the channel.
A wave-power unit for the production of electric power and comprising a floating body arranged for floating on the sea and an electric linear generator having a stator and a translator reciprocating along a center axis, the stator being arranged to be anchored in the bed of a sea and the translator being connected to the floating body by connection means (3, 7), wherein the wave-power unit includes a water-tight encapsulation enclosing the generator and having an upper end wall with an opening through which the connection means extends, the opening being provided with a seal that seals against the connection means, the seal being flexibly mounted, characterized in that the encapsulation is filled with a gas at over pressure.
A Mechanical Ventilation Heat Recovery (MVHR) system for a building having at least two large outer surfaces (4, 6) facing in different directions, the MVHR system comprising a Heat Recovery Unit for receiving and exchanging heat between a flow of ambient air from outside the building and a flow of building air from within the building, the HRU being connected by fluid flow conduits (8, 12) to first and second ports (10, 14) located on two different surfaces (4, 6) of the at least two large outer surfaces facing in different directions, characterized in that a flow diverter is provided in the conduits (8, 12) between the HRU and the ports (10, 14), the flow diverter being switchable between a first state in which ambient air flows from the first port to the HRU and into the building and building air flows from the HRU to the second port to be exhausted from the building, and a second state in which ambient air flows from the second port to the HRU and into the building and building air flows from the HRU to the first port to be exhausted from the building.
Apparatus for emptying water-conducting lines at risk of frost comprising an emptying probe and a riser pipe, the emptying probe being arranged in the interior of the riser pipe, and the riser pipe being configured in such a way that the riser pipe can be connected at or in the vicinity of its first, low-lying end to the lowest point of the water-conducting line, with the result that, in the case of connection to the water-conducting line, the emptying probe is guided in the interior of the riser pipe to the lowest point of the line system which is formed, and water can be removed from the line system via the emptying probe, characterized in that the riser pipe is closed in a pressure-resistant manner, and the apparatus has two connectors at a second, upper end of the riser pipe, it being possible for a first connector to be connected to a compressed air source, via which air can be blown from above into the riser pipe, while a second connector is connected to the emptying probe, with the result that, in the case of rising air pressure, water is pressed out of the line system via the low-lying end of the emptying probe.
A dual phase mouth wash composition comprising: a hydrophobic phase; a hydrophilic phase; a fluoride ion source; and a hydrotrope component; wherein the hydrophobic and hydrophilic phases remain separated at rest; wherein the hydrophobic phase comprises mineral oil; wherein the hydrophobic and hydrophilic phases spontaneously separate following mixing of the phases and do not contain an emulsion one hour following mixing and wherein the hydrotrope component comprises ethylene glycol, propylene glycol, glycerin, diethylene glycol, di-propylene glycol, tripropylene glycol, hexylene glycol, 1,3-butylene glycol, 1,4-butylene glycol, 1,2,6-hexanetriol, or a combination thereof, in an amount of from 1% to 70% by weight of the composition. a hydrophobic phase; a hydrophilic phase; a fluoride ion source; and a hydrotrope component; wherein the hydrophobic and hydrophilic phases remain separated at rest; wherein the hydrophobic phase comprises mineral oil; wherein the hydrophobic and hydrophilic phases spontaneously separate following mixing of the phases and do not contain an emulsion one hour following mixing and wherein the hydrotrope component comprises ethylene glycol, propylene glycol, glycerin, diethylene glycol, di-propylene glycol, tripropylene glycol, hexylene glycol, 1,3-butylene glycol, 1,4-butylene glycol, 1,2,6-hexanetriol, or a combination thereof, in an amount of from 1% to 70% by weight of the composition.