mhurhangee/ep-ind-claims huggingface dataset:
A method for routing XCAP requests U of a first group of users and XCAP requests ( 23 0b) of a second group of users at an Aggregation/Authentication Proxy server in a telecommunication system, comprising: - receiving by the Aggregation/Authentication Proxy server an XCAP request (230a, 230b) via the Ut interface transmitted by a User Equipment, UE, and - transmitting a User Data Request message, UDR, requesting to return Filter Criteria, of which one of the information elements is an Application Server Name of the server used for IMS service invocation by the Aggregation/Authentication Proxy server by a Diameter Client via an Sh interface to a Home Subscriber Server, and - receiving a User Data Answer message, UDA, by the Aggregation/Authentication Proxy server from the Home Subscriber Server in response to the transmitted UDR message, and parsing the UDA message to extract the returned filter criteria, whereby parsing of the filter criteria indicates whether a subscriber, which sent the XCAP request, is a member of the first group of users or of the second group of users, and - routing the XCAP request (260a, 260b) by the Aggregation/Authentication Proxy server based on the membership of the subscriber. - receiving by the Aggregation/Authentication Proxy server an XCAP request (230a, 230b) via the Ut interface transmitted by a User Equipment, UE, and - transmitting a User Data Request message, UDR, requesting to return Filter Criteria, of which one of the information elements is an Application Server Name of the server used for IMS service invocation by the Aggregation/Authentication Proxy server by a Diameter Client via an Sh interface to a Home Subscriber Server, and - receiving a User Data Answer message, UDA, by the Aggregation/Authentication Proxy server from the Home Subscriber Server in response to the transmitted UDR message, and parsing the UDA message to extract the returned filter criteria, whereby parsing of the filter criteria indicates whether a subscriber, which sent the XCAP request, is a member of the first group of users or of the second group of users, and - routing the XCAP request (260a, 260b) by the Aggregation/Authentication Proxy server based on the membership of the subscriber.
A method of generating parameters representing Head-Related Transfer Functions, the method comprising the steps of: splitting a first frequency-domain signal representing a first Head-Related impulse response signal into at least two sub-bands, and generating at least one first parameter of at least one of the sub-bands based on a statistical measure of values of the sub-bands; the method being characterized by further comprising the steps of: splitting a second frequency-domain signal representing a second Head-Related impulse response signal into at least two sub-bands of the second Head-Related impulse response signal, generating at least one second parameter of at least one of the sub-bands of the second Head-Related impulse response signal based on a statistical measure of values of the sub-bands, and generating a third parameter representing a phase angle between the first frequency-domain signal and the second frequency-domain signal per sub-band. splitting a first frequency-domain signal representing a first Head-Related impulse response signal into at least two sub-bands, and generating at least one first parameter of at least one of the sub-bands based on a statistical measure of values of the sub-bands; the method being characterized by further comprising the steps of: splitting a second frequency-domain signal representing a second Head-Related impulse response signal into at least two sub-bands of the second Head-Related impulse response signal, generating at least one second parameter of at least one of the sub-bands of the second Head-Related impulse response signal based on a statistical measure of values of the sub-bands, and generating a third parameter representing a phase angle between the first frequency-domain signal and the second frequency-domain signal per sub-band. splitting a second frequency-domain signal representing a second Head-Related impulse response signal into at least two sub-bands of the second Head-Related impulse response signal, generating at least one second parameter of at least one of the sub-bands of the second Head-Related impulse response signal based on a statistical measure of values of the sub-bands, and generating a third parameter representing a phase angle between the first frequency-domain signal and the second frequency-domain signal per sub-band.
A contacting apparatus for electrically connecting a unit under test to an electrical test device, with multiple electrical test contacts for contacting the unit under test assigned to at least one holding element, and with a transfer device for increasing the distance between adjacent contact paths, wherein the transfer device comprises contact elements for touch contacting the test contacts, characterized in that the contact elements consist of a noble metal alloy or of an alloy with at least one noble metal content, wherein the noble metal alloy includes at least two of the following noble metals: silver, gold, palladium, platinum or the alloy with at least one noble metal content includes silver, gold, palladium and/or platinum as well as nickel and/or carbon as noble metal content.
A low profile, positive lock camera component, which is lockable and removable from a camera, comprising: a stationary plate having a central aperture; a rotatable lock ring, carried by the stationary plate; and at least two projections coupled to the rotatable lock ring and carried on a camera side of the lock camera component that is opposite to a lens side of the camera component; wherein the rotatable lock ring is threadably coupled to the stationary plate whereby rotation of the rotatable lock ring rotates the projections about a central axis of the lock camera component and also advances the projections along the central axis in the direction of the stationary plate. a stationary plate having a central aperture; a rotatable lock ring, carried by the stationary plate; and at least two projections coupled to the rotatable lock ring and carried on a camera side of the lock camera component that is opposite to a lens side of the camera component; wherein the rotatable lock ring is threadably coupled to the stationary plate whereby rotation of the rotatable lock ring rotates the projections about a central axis of the lock camera component and also advances the projections along the central axis in the direction of the stationary plate.
Rubber composition based on at least one diene elastomer, a reinforcing filler, a chemical crosslinker and a modifier, optionally already grafted onto the elastomer, selected from compounds comprising at least one group Q, and at least one group A, which are joined to one another by at least one and preferably one spacer group Sp, wherein: - Q comprises a dipole containing at least one and preferably one nitrogen atom, - A comprises an associative group comprising at least one nitrogen atom, - Sp is an atom or group of atoms forming a bond between Q and A, A being selected from imidazolidinyl, triazolyl, triazinyl, bis-ureyl, and ureido-pyrimidyl groups. - Q comprises a dipole containing at least one and preferably one nitrogen atom, - A comprises an associative group comprising at least one nitrogen atom, - Sp is an atom or group of atoms forming a bond between Q and A,
A holding and guide device for a sliding door, in particular a shower cubicle sliding door, comprising a guide fitting of the holding and guide device, that can be mounted to the sliding door and is mounted moveably in or at a guide rail of the holding and guide device of a shower cubicle, wherein the guide fitting has a holding portion mounted moveably in or at the guide rail and a mounting portion, wherein the mounting portion can be connected to the sliding door and wherein the holding portion and the mounting portion are releasably connected together and in the released condition the holding portion mounted moveably in or at the guide rail allows the movement of the mounting portion transversely relative to the plane of the sliding door even when the mounting portion is mounted to the sliding door and wherein the mounting portion can be arranged at a side surface of the sliding door and arranged on the holding portion is a roller mounted displaceably to the guide rail, characterised in that the holding portion has a receiving opening for the mounting portion and the guide rail has a guide fitting receiving means, by way of which the part of the U-shaped holding portion, that carries the roller, projects thereinto.
An application management system in a cloud data center 100, the system comprising: a cloud data center comprising a plurality of subnets, the plurality of subnets comprising a plurality of cloud-provisioned computing environments, the plurality of cloud-provisioned computing environments communicatively coupled by a plurality of networking devices corresponding to the plurality of subnets; a first cloud-provisioned computing environment of the plurality of cloud-provisioned computing environments, the first cloud provisioned computing environment comprised in a first subnet of the plurality of subnets communicatively coupled to a first networking device having a first bandwidth; a first instance of an application, the first instance of the application being executed on the first cloud-provisioned computing environment and comprising a primary operating instance of the application; and a monitoring agent for managing the application, wherein the monitoring agent is configured to migrate the first instance of the application to a second instance of the application executed on a second computing environment of the plurality of computing environments when the first instance of the application experiences a bandwidth below a pre-determined threshold. a cloud data center comprising a plurality of subnets, the plurality of subnets comprising a plurality of cloud-provisioned computing environments, the plurality of cloud-provisioned computing environments communicatively coupled by a plurality of networking devices corresponding to the plurality of subnets; a first cloud-provisioned computing environment of the plurality of cloud-provisioned computing environments, the first cloud provisioned computing environment comprised in a first subnet of the plurality of subnets communicatively coupled to a first networking device having a first bandwidth; a first instance of an application, the first instance of the application being executed on the first cloud-provisioned computing environment and comprising a primary operating instance of the application; and a monitoring agent for managing the application, wherein the monitoring agent is configured to migrate the first instance of the application to a second instance of the application executed on a second computing environment of the plurality of computing environments when the first instance of the application experiences a bandwidth below a pre-determined threshold.
A hypotonic formulation for use in treating, preventing or diagnosing an eye disease comprising administering to a mucosal or epithelial surface of the eye a formulation comprising a therapeutic, prophylactic, nutraceutical or diagnostic agent for the treatment of an eye disease, a gel-forming polymer for application to the eye, formulated so that it is at a concentration below the critical gel concentration of the polymer under isotonic conditions and a temperature between 25 to 37°C at the time of administration, and increases in concentration as water is absorbed from the formulation to or above said CGC, thereby forming a gel on the mucosal or epithelial surface, and excipients to form a pharmaceutically acceptable hypotonic formulation of the polymer suitable for delivery to the eye of an individual in need thereof, wherein the formulation retains an effective concentration of said agent at the mucosal or epithelial surface of the eye, wherein the gel-forming polymer is (i) between greater than 12 and less than 24% poloxamer 288 (Pluronic ® F98) in an aqueous excipient, or (ii) is between 10 and 18% poloxamer 407 (Pluronic ® F127). a therapeutic, prophylactic, nutraceutical or diagnostic agent for the treatment of an eye disease, a gel-forming polymer for application to the eye, formulated so that it is at a concentration below the critical gel concentration of the polymer under isotonic conditions and a temperature between 25 to 37°C at the time of administration, and increases in concentration as water is absorbed from the formulation to or above said CGC, thereby forming a gel on the mucosal or epithelial surface, and excipients to form a pharmaceutically acceptable hypotonic formulation of the polymer suitable for delivery to the eye of an individual in need thereof, wherein the formulation retains an effective concentration of said agent at the mucosal or epithelial surface of the eye, wherein the gel-forming polymer is (i) between greater than 12 and less than 24% poloxamer 288 (Pluronic ® F98) in an aqueous excipient, or (ii) is between 10 and 18% poloxamer 407 (Pluronic ® F127).
A system for nullifying one or more of lateral and longitudinal acceleration forces experienced by an occupant of a vehicle in a seated or standing position while the vehicle is traveling along a travel plane, the system comprising: a chassis structure; and an occupant cell one of coupled to and defined by the chassis structure; wherein one or more of the chassis structure and the occupant cell are configured to pivot one or more of: laterally at a longitudinal pivot point with respect to the travel plane, wherein the longitudinal pivot point is a virtual pivot point disposed within the occupant cell; and longitudinally at a transverse pivot point with respect to the travel plane, wherein the transverse pivot point is a virtual pivot point disposed within the occupant cell. a chassis structure; and an occupant cell one of coupled to and defined by the chassis structure; wherein one or more of the chassis structure and the occupant cell are configured to pivot one or more of: laterally at a longitudinal pivot point with respect to the travel plane, wherein the longitudinal pivot point is a virtual pivot point disposed within the occupant cell; and longitudinally at a transverse pivot point with respect to the travel plane, wherein the transverse pivot point is a virtual pivot point disposed within the occupant cell. laterally at a longitudinal pivot point with respect to the travel plane, wherein the longitudinal pivot point is a virtual pivot point disposed within the occupant cell; and longitudinally at a transverse pivot point with respect to the travel plane, wherein the transverse pivot point is a virtual pivot point disposed within the occupant cell.
An apparatus for producing optical pulses of light at a desired wavelength, said apparatus comprising: an optical pulse source operable to generate input optical pulses at a first wavelength within a transparent region of a silica-based fiber in a fundamental mode; and a non-photonic crystal fiber or non-holey fiber higher-order-mode fiber module comprising a length of single mode fiber, at least a first mode converter optically coupled to the optical pulse source and the length of single mode fiber to receive the fundamental mode input optical pulses at the first wavelength and operable to convert the fundamental mode input pulses to a higher-order mode, and a length of silica-based higher-order-mode fiber wherein the light propagating in the HOM fiber module is the converted light in the higher-order mode, further wherein the HOM fiber includes anomalous (positive) dispersion and negative slope characteristics, further wherein the HOM module is adapted to produce output pulses generated by Cherenkov radiation in the length of HOM fiber, wherein the desired wavelength of the output pulse is a wavelength within the transparent region of the silica-based fiber that is different than the first wavelength and which is related to a normal dispersion value of the HOM fiber. an optical pulse source operable to generate input optical pulses at a first wavelength within a transparent region of a silica-based fiber in a fundamental mode; and a non-photonic crystal fiber or non-holey fiber higher-order-mode fiber module comprising a length of single mode fiber, at least a first mode converter optically coupled to the optical pulse source and the length of single mode fiber to receive the fundamental mode input optical pulses at the first wavelength and operable to convert the fundamental mode input pulses to a higher-order mode, and a length of silica-based higher-order-mode fiber wherein the light propagating in the HOM fiber module is the converted light in the higher-order mode, further wherein the HOM fiber includes anomalous (positive) dispersion and negative slope characteristics, further wherein the HOM module is adapted to produce output pulses generated by Cherenkov radiation in the length of HOM fiber, wherein the desired wavelength of the output pulse is a wavelength within the transparent region of the silica-based fiber that is different than the first wavelength and which is related to a normal dispersion value of the HOM fiber.
Process for the recovery of transition metal from cathode active materials containing nickel and lithium, wherein said process comprises the steps of (a) treating a lithium containing transition metal oxide material with a leaching agent, (b) adjusting the pH value to 2.5 to 8, removal of precipitates of phosphates, tungstate, oxides, hydroxides or oxyhydroxides of Al, Fe, Zr, Zn, Ca or Cu or combinations of at least two of the foregoing, characterized by the step of (c) treating the solution obtained in step with metallic nickel, cobalt or manganese or a combination of at least two of the foregoing, and wherein step is performed between steps (b) and (c). (a) treating a lithium containing transition metal oxide material with a leaching agent, (b) adjusting the pH value to 2.5 to 8,
A method for user identification, based on a user-decided hand motion gesture representing his/her signature (1 of Fig. 1), comprising an enrollment part including a onetime offline enrollment session whereby the user performs a constant number of signatures which are stored in a database, wherein said offline enrollment session comprises the following steps: a. for each signature: collecting a sample (1 of Fig. 3) by capturing a hand motion gesture representing the signature for a constant duration and creating a trajectory out of the hand's location at each frame; identifying specific areas in the trajectory using a curvature measure, and constructing segments around each curved area (2 of Fig. 3); curve fitting by combining said segments, uniformly distributing points inside each of said segments, and building each of said sample out of a fitted curve defined by a constant number of said points (3 of Fig. 3); showing said sample to the user for verification (4 of Fig. 3); storing said sample in said database (5 of Fig. 3) under the user if it was successfully verified; and b. completing enrollment (6 of Fig. 3) by aligning the database using Active Shape Models and extracting principal points using Principal Components Analysis. a. for each signature: collecting a sample (1 of Fig. 3) by capturing a hand motion gesture representing the signature for a constant duration and creating a trajectory out of the hand's location at each frame; identifying specific areas in the trajectory using a curvature measure, and constructing segments around each curved area (2 of Fig. 3); curve fitting by combining said segments, uniformly distributing points inside each of said segments, and building each of said sample out of a fitted curve defined by a constant number of said points (3 of Fig. 3); showing said sample to the user for verification (4 of Fig. 3); storing said sample in said database (5 of Fig. 3) under the user if it was successfully verified; and collecting a sample (1 of Fig. 3) by capturing a hand motion gesture representing the signature for a constant duration and creating a trajectory out of the hand's location at each frame; identifying specific areas in the trajectory using a curvature measure, and constructing segments around each curved area (2 of Fig. 3); curve fitting by combining said segments, uniformly distributing points inside each of said segments, and building each of said sample out of a fitted curve defined by a constant number of said points (3 of Fig. 3); showing said sample to the user for verification (4 of Fig. 3); storing said sample in said database (5 of Fig. 3) under the user if it was successfully verified; and b. completing enrollment (6 of Fig. 3) by aligning the database using Active Shape Models and extracting principal points using Principal Components Analysis.
A steering column for a motor vehicle, having a steering shaft which is mounted rotatably about its longitudinal axis in a shell part, having a guide part by which the shell part is held, having an energy absorption device which is arranged in an operative manner between the guide part and the shell part and which has at least one bending wire (6, 7, 26, 27), which is coupled by means of a first end section (8, 28) to the shell part and by means of a second end section (9, 29) to the guide part, wherein a rail is attached by means of at least one side wall to the shell part, wherein a pin (17, 18, 31, 32) is coupled to the guide part and the second end section (9, 29) of the bending wire (6, 7, 26, 27) has a coupling section (19, 30) which engages behind the pin (17, 18, 31, 32) and is braced at least at a support point on the side wall at least in the event of a crash, characterized in that the support point is arranged on the side of the pin (17, 18, 31, 32) which is gripped by the coupling section (19, 30), and the pin (17, 18, 31, 32) has a first spacing (a) from the side wall, while a second spacing (b) between the pin (17, 18, 31, 32) and the support point measuring in the axial direction is at least 1.1 times the first spacing (a).
Device for filling a beverage container, and container able to collaborate with said device, the device for filling this container through the bottom thereof comprising a solenoid valve, a filling nozzle intended to be introduced through a self-sealing member arranged in the bottom of the container, the filling nozzle comprising an internal duct and an injection outlet, the filling nozzle having an axis offset from the centre of the bottom of the container, and the orientation of the outlet of the injection outlet of which follows an angle (Θ) with respect to the axis in a plane containing the vertical axis of the container and the axis of the centre of the filling nozzle, so as to direct the jet of beverage leaving the filling nozzle along a path tangential to the inside of the lateral wall, characterized in that said angle (Θ) is greater than 60° and in that the injection outlet of the nozzle is, on the one hand, inclined, by an angle α inclined by -5 to -30° so as to direct the jet of beverage downward at a tangent to the inside of the bottom of the container and, on the other hand, positioned at a distance from the bottom of the container when the latter is in a filling position.