mhurhangee/ep-ind-claims huggingface dataset:
A method of operating a client device to authenticate with a service provider (209, 209a, 209N), the method comprising: sending, using a client application (224, 224a, 224N) which is executing on the client device, an access request to the service provider (209, 209a, 209N); wherein the client application (224, 224a, 224N) is containerised; receiving, at the client application (224, 224a, 224N), a redirection response from the service provider (209, 209a, 209N); in response to receiving the redirection response, requesting, by the client application (224, 224a, 224N), an identity assertion from an authentication application which is separately executing on the client device; wherein requesting the identity assertion comprises calling a local uniform resource locator, URL, with a predefined scheme name associated with the authentication application; and wherein the predefined scheme name corresponds to a randomly generated unique identifier; sending the identity assertion from the authentication application to the client application (224, 224a, 224N), wherein the identity assertion includes an authentication token generated by an identity provider, and authenticating the client application (224, 224a, 224N) by sending the received identity assertion from the client application (224, 224a, 224N) to the service provider (209, 209a, 209N); wherein the authentication application is used to authenticate the client device with the identity provider whereby upon authentication, the authentication application is able to request the identity assertion from the identity provider. sending, using a client application (224, 224a, 224N) which is executing on the client device, an access request to the service provider (209, 209a, 209N); wherein the client application (224, 224a, 224N) is containerised; receiving, at the client application (224, 224a, 224N), a redirection response from the service provider (209, 209a, 209N); in response to receiving the redirection response, requesting, by the client application (224, 224a, 224N), an identity assertion from an authentication application which is separately executing on the client device; wherein requesting the identity assertion comprises calling a local uniform resource locator, URL, with a predefined scheme name associated with the authentication application; and wherein the predefined scheme name corresponds to a randomly generated unique identifier; sending the identity assertion from the authentication application to the client application (224, 224a, 224N), wherein the identity assertion includes an authentication token generated by an identity provider, and authenticating the client application (224, 224a, 224N) by sending the received identity assertion from the client application (224, 224a, 224N) to the service provider (209, 209a, 209N); wherein the authentication application is used to authenticate the client device with the identity provider whereby upon authentication, the authentication application is able to request the identity assertion from the identity provider.
A cleaning implement based on melamine-formaldehyde foam comprising hollow microspheres, wherein said hollow microspheres have a median particle diameter (D 50, volume averaged, Malvern, Fraunhofer diffraction) in the range from 260 μm to 490 μm, and wherein the hollow microsphere are at least partly filled with a benefit agent, wherein the hollow microspheres have walls consisting of an inorganic material or a combination of inorganic material and polymer, the inorganic material being selected from silicates, oxides, borides, carbides and nitrides, carbon or glass.
A power sourcing equipment for supplying power to and communicating data with a powered device over a cable, the power sourcing equipment comprising: a power supply having a supply voltage; and a control system configured to sense whether the powered device is a first type for receiving power over two wires of a first wire pair differentially connected to the supply voltage and coupled between the power sourcing equipment and the powered device, the control system configured to sense whether the powered device is a second type for receiving power over second and third wire pairs (17, 32) providing power in common mode connection between the power sourcing equipment and the powered device, the control system further configured to differentially connect the supply voltage to the first wire pair of the cable if the powered device is the first type and to common mode connect the supply voltage to the second and third wire pairs (17, 32) of the cable if the powered device is the second type, wherein the powered device is configured to activate a communication circuit of the powered device via the supply voltage, and wherein the communication circuit is configured to communicate data over the cable. a power supply having a supply voltage; and a control system configured to sense whether the powered device is a first type for receiving power over two wires of a first wire pair differentially connected to the supply voltage and coupled between the power sourcing equipment and the powered device, the control system configured to sense whether the powered device is a second type for receiving power over second and third wire pairs (17, 32) providing power in common mode connection between the power sourcing equipment and the powered device, the control system further configured to differentially connect the supply voltage to the first wire pair of the cable if the powered device is the first type and to common mode connect the supply voltage to the second and third wire pairs (17, 32) of the cable if the powered device is the second type, wherein the powered device is configured to activate a communication circuit of the powered device via the supply voltage, and wherein the communication circuit is configured to communicate data over the cable.
Machine for making packing boxes, by means of cutting and/or pre-creasing operations on a sheet of sufficiently rigid material, comprising: feed means (15, 16), able to move said sheet forward in a first longitudinal direction; a first working head, provided with a first cutting tool and/or a first pre-creasing tool and mobile in a second transverse direction, substantially perpendicular to said first longitudinal direction, in order to make transverse cuts and/or pre-creasings; at least a second working head, provided with a second cutting tool and/or a second pre-creasing tool, which can be selectively positioned in a desired position along said second transverse direction, in order to make longitudinal cuts and/or pre-creasings, characterized in that positioning means are disposed on said first working head, able to cooperate with said second working head in order to selectively position said second working head in said desired transverse position.
A user equipment, UE, for communication comprising: means for storing a plurality of modulation and coding scheme, MCS, tables for sidelink communication in a memory, wherein the plurality of MCS tables for sidelink communication comprises a first MCS table that supports up to a first modulation order and a second MCS table that supports up to a second modulation order that is different from the first modulation order; means for selecting an MCS table from the plurality of MCS tables; characterised by: means for sending an indication of the selected MCS table to an apparatus via a sidelink communication; and means for communicating with the apparatus, wherein the communication uses the selected MCS table and wherein the communication is via a peer-to-peer data channel, via a sidelink data channel, via a vehicle-to-anything data channel or any combination thereof. means for storing a plurality of modulation and coding scheme, MCS, tables for sidelink communication in a memory, wherein the plurality of MCS tables for sidelink communication comprises a first MCS table that supports up to a first modulation order and a second MCS table that supports up to a second modulation order that is different from the first modulation order; means for selecting an MCS table from the plurality of MCS tables; characterised by: means for sending an indication of the selected MCS table to an apparatus via a sidelink communication; and means for communicating with the apparatus, wherein the communication uses the selected MCS table and wherein the communication is via a peer-to-peer data channel, via a sidelink data channel, via a vehicle-to-anything data channel or any combination thereof.
A method for finding the position of a transducer for monitoring the position and motion of one or more target structures for preparation prior to or during an operation, with the steps - parallel simulation of virtual ultrasound images from a plurality of volume data sets (CT/MRT) for different states of motion of the target structure or the target structures and surrounding tissue for any possible preselected transducer position on a possible contact area, - determining the target visibility as the minimum of the absorption-attenuated proportion of the ultrasound reaching the target structure or as the minimum of the absorption-attenuated proportion of the ultrasound reaching the target structure for all simulated ultrasound images, - positioning the ultrasonic transducer head on the contact surface in a transducer position, for which the target visibility is above a level for an acceptable visibility and which is determined by minimization of the tissue movement between transducer und target structure or target structures induced time- and positiondepending distance error in the measurement of the position of the target structure or the target structures. - parallel simulation of virtual ultrasound images from a plurality of volume data sets (CT/MRT) for different states of motion of the target structure or the target structures and surrounding tissue for any possible preselected transducer position on a possible contact area, - determining the target visibility as the minimum of the absorption-attenuated proportion of the ultrasound reaching the target structure or as the minimum of the absorption-attenuated proportion of the ultrasound reaching the target structure for all simulated ultrasound images, - positioning the ultrasonic transducer head on the contact surface in a transducer position, for which the target visibility is above a level for an acceptable visibility and which is determined by minimization of the tissue movement between transducer und target structure or target structures induced time- and positiondepending distance error in the measurement of the position of the target structure or the target structures.
A medical canister connector for releasably connecting to a medical canister that has a patient port and a reduced-pressure port, the medical canister connector comprising: a first connection member for coupling to a first reduced pressure delivery conduit and for coupling to a first pressure-sensing conduit; a patient-port attachment member for coupling to a patient port on the medical canister and having a patient-port opening and a first longitudinal axis, the patient-port attachment member coupled to the first connection member; a second connection member for coupling to a second reduced-pressure delivery conduit and for coupling to a second pressure-sensing conduit; a reduced-pressure-port attachment member for coupling to a reduced-pressure port on the medical canister and having a reduced-pressure-port opening and a second longitudinal axis; a pressure transport member having a first end and a second end, the first end of the pressure transport member coupled to the first connection member and the second end of the pressure transport member coupled to the second connection member; wherein an angle (α) is formed by the intersection of the first longitudinal axis and the second longitudinal axis and wherein the angle (α) is about 90 degrees in the free position and the angle (α) in the loading position is greater than 100 degrees; and wherein the medical canister connector has a free position and wherein the medical canister is operable to be maneuvered into a loading position. a first connection member for coupling to a first reduced pressure delivery conduit and for coupling to a first pressure-sensing conduit; a patient-port attachment member for coupling to a patient port on the medical canister and having a patient-port opening and a first longitudinal axis, the patient-port attachment member coupled to the first connection member; a second connection member for coupling to a second reduced-pressure delivery conduit and for coupling to a second pressure-sensing conduit; a reduced-pressure-port attachment member for coupling to a reduced-pressure port on the medical canister and having a reduced-pressure-port opening and a second longitudinal axis; a pressure transport member having a first end and a second end, the first end of the pressure transport member coupled to the first connection member and the second end of the pressure transport member coupled to the second connection member; wherein an angle (α) is formed by the intersection of the first longitudinal axis and the second longitudinal axis and wherein the angle (α) is about 90 degrees in the free position and the angle (α) in the loading position is greater than 100 degrees; and wherein the medical canister connector has a free position and wherein the medical canister is operable to be maneuvered into a loading position.
Internal combustion engine comprising: at least one cylinder head with a water pump integrated into the cylinder-head housing, with a water-pump housing of the water pump that has a water-pump worm, a pressure channel, a suction channel and an end-face opening, wherein the water-pump housing is a constituent part of a cast body of the cylinder head, and with a module that has an impeller, a drive shaft with a bearing arrrangement and a housing cover, wherein the module is fitted into the water-pump housing via the end-face opening. at least one cylinder head with a water pump integrated into the cylinder-head housing, with a water-pump housing of the water pump that has a water-pump worm, a pressure channel, a suction channel and an end-face opening, wherein the water-pump housing is a constituent part of a cast body of the cylinder head, and with a module that has an impeller, a drive shaft with a bearing arrrangement and a housing cover, wherein the module is fitted into the water-pump housing via the end-face opening.
A thrombectomy catheter deployment system comprising: a reusable drive unit having a digitally controlled mode; and a plurality of disposable pump and thrombectomy catheter assemblies, each of the disposable assemblies carrying encrypted digital control instructions, the encrypted digital control instructions enabling automatic loading of the control instructions by the drive unit and, subsequent to deployment, controlling the mode of isovolumetric flow by the deployed thrombectomy catheter. a reusable drive unit having a digitally controlled mode; and a plurality of disposable pump and thrombectomy catheter assemblies, each of the disposable assemblies carrying encrypted digital control instructions, the encrypted digital control instructions enabling automatic loading of the control instructions by the drive unit and, subsequent to deployment, controlling the mode of isovolumetric flow by the deployed thrombectomy catheter.
A rubber material comprising a sulfur-modified chloroprene polymer, wherein a content of a chloroprene monomer unit is 98% by mass or more on the basis of a total amount of monomer units constituting the sulfur-modified chloroprene polymer, a content X (% by mass) of sulfur constituting the sulfur-modified chloroprene polymer and a total amount Y (% by mass) of a conjugate resin acid and a salt of a conjugate resin acid, on the basis of a total amount of the rubber material, satisfy Expression below, the content X is 0.25 % by mass or more, and the total amount Y is 1.00% by mass or more. 13.90 X − 5.10 ≤ Y a content of a chloroprene monomer unit is 98% by mass or more on the basis of a total amount of monomer units constituting the sulfur-modified chloroprene polymer, a content X (% by mass) of sulfur constituting the sulfur-modified chloroprene polymer and a total amount Y (% by mass) of a conjugate resin acid and a salt of a conjugate resin acid, on the basis of a total amount of the rubber material, satisfy Expression below, the content X is 0.25 % by mass or more, and the total amount Y is 1.00% by mass or more. 13.90 X − 5.10 ≤ Y
A method of making a small diameter elongated steel article comprising the steps of melting a steel alloy having the following weight percent composition in a melting furnace: C 0.88-1.00 Mn 0.20-0.80 Si 0.50 max. P 0.050 max. S 0.010-0.100 Cr 0.15-0.90 Ni 0.10-0.50 Mo 0.25 max. Cu 0.08-0.23 V 0.025-0.15 N 0.060 max. O 0.040 max. the balance being iron and usual impurities; atomizing the steel alloy with an inert gas to form a prealloyed steel powder; consolidating the steel powder to substantially full density to form a powder compact; hot working the powder compact to form an elongated intermediate article; heat treating the intermediate article by performing the following steps: a) heating the intermediate article at a first temperature in the range from 40C° below to 25C° above the alloy's A cm temperature for about 45-90 minutes per inch of thickness of the intermediate article; b) cooling the intermediate article from the first temperature at a rate sufficient to transform the alloy to a lower temperature microstructure selected from martensite, upper bainite, lower bainite, and combinations thereof in said intermediate article; then c) heating the intermediate article at a second temperature in the range from 150C° below the alloy's A 1 temperature to the A 1 temperature for a time sufficient to precipitate a plurality of fine carbides in the matrix material of the alloy; d) cooling the reheated intermediate article from the second temperature; e) heating the intermediate article at a third temperature of 10-50C° above the alloy's A 1 temperature for 1.5-6 hours per inch of thickness; f) cooling the intermediate article from the third temperature at a rate of 5-80 C°/hour to an intermediate temperature of 100-400C° below the A 1 temperature; and then g) air cooling the intermediate article from the intermediate temperature to room temperature. a) heating the intermediate article at a first temperature in the range from 40C° below to 25C° above the alloy's A cm temperature for about 45-90 minutes per inch of thickness of the intermediate article; b) cooling the intermediate article from the first temperature at a rate sufficient to transform the alloy to a lower temperature microstructure selected from martensite, upper bainite, lower bainite, and combinations thereof in said intermediate article; then c) heating the intermediate article at a second temperature in the range from 150C° below the alloy's A 1 temperature to the A 1 temperature for a time sufficient to precipitate a plurality of fine carbides in the matrix material of the alloy; d) cooling the reheated intermediate article from the second temperature; e) heating the intermediate article at a third temperature of 10-50C° above the alloy's A 1 temperature for 1.5-6 hours per inch of thickness; f) cooling the intermediate article from the third temperature at a rate of 5-80 C°/hour to an intermediate temperature of 100-400C° below the A 1 temperature; and then g) air cooling the intermediate article from the intermediate temperature to room temperature.
A medical imaging device for generating a breast parameter map, comprising: - an image unit, - a raster unit, - a definition unit, - a generating unit, and - a provision unit, wherein the image unit is configured to provide image data of a breast, wherein the raster unit is configured to provide a predefined raster with several subportions, wherein the subportions segment the breast volume, wherein the definition unit is configured to define several subvolumes in the breast according to the subportions of the raster, and is configured to define an identification of body characteristics in the image data and a segmentation of the image data in said several subvolumes according to raster subportions and identified body characteristics, wherein the generating unit is configured to generate a breast parameter per breast subvolume, and wherein the provision unit is configured to provide a breast parameter per breast subvolume in a breast parameter map, wherein each breast parameter is allocated to its breast subvolume. - an image unit, - a raster unit, - a definition unit, - a generating unit, and - a provision unit,
Device for loading and unloading a commercial vehicle or a container having a loading surface, with a conveyor track which is movable in the longitudinal direction and in one end region of which a push frame which is movable relative thereto in the longitudinal direction is held, which carries a lifting device which can be pivoted in the horizontal plane and which can be moved transversely to the longitudinal extent of the conveyor track, characterised in that rollers are fastened to the conveyor track, by means of which rollers the conveyor track can be moved in the longitudinal direction.
An automated transaction machine comprising: a printing device, a paper drive, and a paper supply, wherein the paper drive is operative to move paper between the paper supply and the printing device, wherein in moving the paper in a first direction the paper drive meets resistance to paper movement, a paper control device including a spring device including a deformable member, wherein the deformable member is deformable responsive to paper movement in the first direction, a paper engaging portion positioned at the end of the deformable member, wherein the paper engaging portion is operative to engage the paper between the paper drive and the paper supply, a paper entry guide, wherein the paper entry guide is positioned between the paper engaging portion and the paper drive, wherein the paper entry guide is movably mounted and the deformable member is operatively connected to the paper entry guide wherein the paper control device is operative to apply a generally constant resistance to paper movement in the first direction by the paper drive. a printing device, a paper drive, and a paper supply, wherein the paper drive is operative to move paper between the paper supply and the printing device, wherein in moving the paper in a first direction the paper drive meets resistance to paper movement, a paper control device including a spring device including a deformable member, wherein the deformable member is deformable responsive to paper movement in the first direction, a paper engaging portion positioned at the end of the deformable member, wherein the paper engaging portion is operative to engage the paper between the paper drive and the paper supply, a paper entry guide, wherein the paper entry guide is positioned between the paper engaging portion and the paper drive, wherein the paper entry guide is movably mounted and the deformable member is operatively connected to the paper entry guide wherein the paper control device is operative to apply a generally constant resistance to paper movement in the first direction by the paper drive.