mhurhangee/ep-ind-claims huggingface dataset:
An aircraft having a superconducting electrical network, comprising: an electrical system including a plurality of superconducting electrical equipment; a cryogenic system including one or more refrigeration units (30a,b 32a,b) for providing coolant to the plurality of superconducting electrical equipment; a controller configured to control the flow of coolant to the plurality of superconducting electrical equipment, wherein the controller is configured to isolate the supply of refrigerant to one or more of the plurality of electrical equipment upon demand and increase the flow of coolant to one or more of the non-isolated plurality of electrical equipment, wherein the controller is configured to increase the power output of one or more items of electrical equipment when the flow of coolant is increased to that item of electrical equipment. an electrical system including a plurality of superconducting electrical equipment; a cryogenic system including one or more refrigeration units (30a,b 32a,b) for providing coolant to the plurality of superconducting electrical equipment; a controller configured to control the flow of coolant to the plurality of superconducting electrical equipment, wherein the controller is configured to isolate the supply of refrigerant to one or more of the plurality of electrical equipment upon demand and increase the flow of coolant to one or more of the non-isolated plurality of electrical equipment, wherein the controller is configured to increase the power output of one or more items of electrical equipment when the flow of coolant is increased to that item of electrical equipment.
Method for the purification of Radium, in particular 226 Ra, for target preparation for 225 Ac production from available radioactive sources, comprising the following steps: a) detecting the quality of the Ra material to be purified wherein the detection of the quality of the Ra material is carried out by γ-spectrometry and by Inductively Coupled Plasma Optical Emission Spectroscopy, ICP-OES; b) leaching out Ra with a mineral acid from its storage vessel at least one time; c) pooling Ra leachings, wherein the pooled leachings are concentrated and are redissolved in a minimum volume of a mineral acid; d) carrying out a first extraction chromatography in order to separate chemically similar elements such as Ba, Sr, and Pb from the desired Ra; e) wherein said extraction chromatography in step d) is carried out on a solid support material having an extractant system coated thereon, comprising at least one compound in accordance with general formula I in at least one compound in accordance with general formula II, R10-OH Formula II wherein in formula I: R8 and R9 independently is H, C 1 - C 6 alkyl, or t-butyl; and wherein in formula II: R10 is C 4 to C 12 alkyl; and wherein HNO 3 or HCI is used as mobile phase; f) recovering Ra from the early fractions, whereas Ba and Sr are contained in fractions with higher retention time; and Pb is retained on the extractant system; g) pooling Ra fractions; h) concentrating the purified Ra-containing fractions; and i) wherein a decay product 222 Rn is removed from the Ra material. a) detecting the quality of the Ra material to be purified wherein the detection of the quality of the Ra material is carried out by γ-spectrometry and by Inductively Coupled Plasma Optical Emission Spectroscopy, ICP-OES; b) leaching out Ra with a mineral acid from its storage vessel at least one time; c) pooling Ra leachings, wherein the pooled leachings are concentrated and are redissolved in a minimum volume of a mineral acid; d) carrying out a first extraction chromatography in order to separate chemically similar elements such as Ba, Sr, and Pb from the desired Ra; e) wherein said extraction chromatography in step d) is carried out on a solid support material having an extractant system coated thereon, comprising at least one compound in accordance with general formula I in at least one compound in accordance with general formula II, R10-OH Formula II wherein in formula I: R8 and R9 independently is H, C 1 - C 6 alkyl, or t-butyl; and wherein in formula II: R10 is C 4 to C 12 alkyl; and wherein HNO 3 or HCI is used as mobile phase; wherein in formula I: R8 and R9 independently is H, C 1 - C 6 alkyl, or t-butyl; and wherein in formula II: R10 is C 4 to C 12 alkyl; and wherein HNO 3 or HCI is used as mobile phase; f) recovering Ra from the early fractions, whereas Ba and Sr are contained in fractions with higher retention time; and Pb is retained on the extractant system; g) pooling Ra fractions; h) concentrating the purified Ra-containing fractions; and i) wherein a decay product 222 Rn is removed from the Ra material.
Wheel for mobile frames comprising an axle, a wheel hub rotating around the axle and a control head arranged inside the wheel hub at the axle, which control head is coupled to the wheel hub and around which the wheel hub is pivotable, characterized in that the axle is angular in cross-section at its outer ends to define a control head angle of the wheel in cooperation with a wheel mount on a frame.
A method for providing a single level secure user processor with a multi-level secure file service, comprising: receiving at a multi-level secure service module a request from a single level secure user processor for a classified executable file; responsive to said request, accessing with a cryptographic processor an MLS file system containing said classified executable file in an encrypted form; decrypting said classified executable file with said cryptographic processor; verifying an integrity of said classified executable file; in response to said verification of said integrity of said decrypted classified executable file, selectively enabling with said MLS service module write enable gates (412, 414) for program memory (408, 410) of said single level secure user processor; communicating said decrypted classified executable file from said MLS service module to said single level secure user processor over said physically-secure data communication path; and disabling with said MLS service module said write enable gates (412, 414) immediately after said decrypted classified executable file has been loaded into said program memory (408, 410) of said single level secure user processor. receiving at a multi-level secure service module a request from a single level secure user processor for a classified executable file; responsive to said request, accessing with a cryptographic processor an MLS file system containing said classified executable file in an encrypted form; decrypting said classified executable file with said cryptographic processor; verifying an integrity of said classified executable file; in response to said verification of said integrity of said decrypted classified executable file, selectively enabling with said MLS service module write enable gates (412, 414) for program memory (408, 410) of said single level secure user processor; communicating said decrypted classified executable file from said MLS service module to said single level secure user processor over said physically-secure data communication path; and disabling with said MLS service module said write enable gates (412, 414) immediately after said decrypted classified executable file has been loaded into said program memory (408, 410) of said single level secure user processor.
A photographing apparatus comprising: a sensor configured to detect a proximity of a user to the photographing apparatus; a touchscreen configured to display an image representing a state of the photographing apparatus and to receive a gesture; and a controller configured to enable a function of the touchscreen to detect the gesture when the user is within a predetermined proximity of the photographing apparatus or disable the function of the touchscreen to detect the gesture when the user is not within the predetermined proximity of the photographing apparatus based on a signal received from the sensor, and to perform a function corresponding to the detected gesture. a sensor configured to detect a proximity of a user to the photographing apparatus; a touchscreen configured to display an image representing a state of the photographing apparatus and to receive a gesture; and a controller configured to enable a function of the touchscreen to detect the gesture when the user is within a predetermined proximity of the photographing apparatus or disable the function of the touchscreen to detect the gesture when the user is not within the predetermined proximity of the photographing apparatus based on a signal received from the sensor, and to perform a function corresponding to the detected gesture.
A method for coating hydroxylated surfaces of a material with at least one acylation reagent to provide acyl groups at the surface of the material, wherein said method is a dry process and wherein said method comprise the steps of a) providing a material consisting of plant fiber in the form of a powder, b) providing at least one reagent selected from an acylation reagent selected from the group of compounds of the formula wherein X is selected from the group consisting of • a halogen, • OTf, • OMs, • Mixed carbonic anhydride, • Mixed anhydride, • imidazolium wherein R 1, R 2 and R 3 of the acylation reagent are selected from H, aryl, alkyl and alkenyl groups with a molecular weight of less than 150; and n=0-3, c) contacting said plant fibre material with at least one of said acylation reagents, wherein said reagent is kept in gas phase, and d) obtaining a material which at the surface comprises covalently -O-linked residues comprising an acyl group. a) providing a material consisting of plant fiber in the form of a powder, b) providing at least one reagent selected from an acylation reagent selected from the group of compounds of the formula wherein X is selected from the group consisting of • a halogen, • OTf, • OMs, • Mixed carbonic anhydride, • Mixed anhydride, • imidazolium wherein R 1, R 2 and R 3 of the acylation reagent are selected from H, aryl, alkyl and alkenyl groups with a molecular weight of less than 150; and n=0-3, • a halogen, • OTf, • OMs, • Mixed carbonic anhydride, • Mixed anhydride, • imidazolium c) contacting said plant fibre material with at least one of said acylation reagents, wherein said reagent is kept in gas phase, and d) obtaining a material which at the surface comprises covalently -O-linked residues comprising an acyl group.
A dispersion of composite inorganic particles comprising: a liquid; particles comprising metal phosphate and silica; wherein the particles comprise a silica core, with metal phosphate formed thereon, wherein the metal phosphate consists of calcium phosphate, magnesium phosphate, and mixtures thereof. a liquid; particles comprising metal phosphate and silica; wherein the particles comprise a silica core, with metal phosphate formed thereon, wherein the metal phosphate consists of calcium phosphate, magnesium phosphate, and mixtures thereof.
A glass composition comprising: 72 mol% to 77 mol% SiO 2; 8 mol% to 12 mol% Al 2 O 3; 10 mol% to 14 mol% of one or more alkali oxide R 2 O, wherein R 2 O is Na 2 O, Rb 2 O, or Cs 2 O; one or more divalent oxide RO, wherein RO is MgO, CaO, SrO, BaO, or ZnO; and 0.01 mol% to 2 mol% P 2 O 5; wherein the glass composition is substantially free of B 2 O 3, K 2 O and Li 2 O, and wherein the ratio of mol% RO/(mol% R 2 O + mol% RO) is at least 0.2. 72 mol% to 77 mol% SiO 2; 8 mol% to 12 mol% Al 2 O 3; 10 mol% to 14 mol% of one or more alkali oxide R 2 O, wherein R 2 O is Na 2 O, Rb 2 O, or Cs 2 O; one or more divalent oxide RO, wherein RO is MgO, CaO, SrO, BaO, or ZnO; 0.01 mol% to 2 mol% P 2 O 5; wherein the glass composition is substantially free of B 2 O 3, K 2 O and Li 2 O, and wherein the ratio of mol% RO/(mol% R 2 O + mol% RO) is at least 0.2.
Exhaust-gas turbocharger comprising a turbine with a turbine wheel, wherein the turbine wheel is mounted axially in a turbine housing and has turbine vanes with in each case one inlet edge for a medium flow, wherein, in the turbine housing, there is arranged an adjustable guide grate with a multiplicity of guide vanes for the variable adjustment of a flow cross section with respect to the inlet edge of the turbine wheel, and the guide vanes each have a vane trailing edge, facing toward the turbine wheel, and a vane leading edge, averted from the turbine wheel, a plane is spanned by an axis of rotation of the turbine wheel and at least one point that lies on the inlet edge, wherein a projection of the inlet edge onto said plane is, at least in one region, inclined axially in relation to the axis of rotation of the turbine wheel, and the guide vanes are, at least in said region, arranged radially around the turbine wheel, characterized in that at least two cross sections of in each case one guide vane perpendicular to the axis of rotation have in each case a different shape, wherein different flow filaments define in each case a smallest spacing, on a guide vane surface, from the vane leading edge to the vane trailing edge, wherein the different flow filaments are each of equal length.
A wound dressing for use in a vacuum wound therapy treatment comprising: a cover layer for positioning over a wound to define a reservoir in which a reduced pressure may be maintained over the wound; a portal member (30,30A,30B) for securement to an outer surface of the cover layer mounted relative to an aperture in the cover layer, the portal member (30,30A,30B) defining a fluid passage for fluid coupling with a reduced pressure supply conduit for creating the reduced pressure within the reservoir, wherein the aperture (54,56) in the cover layer permits fluid communication between the reservoir and the reduced pressure supply conduit; and a filter screen (58,58A,59,60) incorporated into the portal member (30,30A,30B) and mounted relative to the fluid passage, the filter screen (58,58A,59,60) dimensioned to minimize passage of tissue particles of predetermined dimension through the fluid passage of the portal member (30,30A,30B). a cover layer for positioning over a wound to define a reservoir in which a reduced pressure may be maintained over the wound; a portal member (30,30A,30B) for securement to an outer surface of the cover layer mounted relative to an aperture in the cover layer, the portal member (30,30A,30B) defining a fluid passage for fluid coupling with a reduced pressure supply conduit for creating the reduced pressure within the reservoir, wherein the aperture (54,56) in the cover layer permits fluid communication between the reservoir and the reduced pressure supply conduit; and a filter screen (58,58A,59,60) incorporated into the portal member (30,30A,30B) and mounted relative to the fluid passage, the filter screen (58,58A,59,60) dimensioned to minimize passage of tissue particles of predetermined dimension through the fluid passage of the portal member (30,30A,30B).
A user equipment, UE, apparatus, comprising: one or more radio-frequency, RF transceivers arranged to communicate with a 3rd Generation Partnership Project, 3GPP, wireless wide-area network, WWAN over a first wireless link comprising a wireless link to a 3GPP radio access network, RAN, of the 3GPP WWAN; and further comprising: a wireless network interface arranged to forward information over a second wireless link to a display device having device capabilities to enhance presentation of multimedia content received from a packet-switched streaming service, PSS, server via the first wireless link, the second wireless link comprising a WiFi Peer-to-Peer, P2P, link, the wireless network interface arranged to send a device capability information request over the second wireless link and receive device capability information for the display device over the second wireless link in response to the device capability information request; and a video adaptation module operative on a processor circuit to gather the device capability information for the display device and negotiate session parameters for a communication session with the PSS server via the first wireless link based upon the gathered device capability information, according to a session description protocol, SDP, the one or more RF transceivers to receive the multimedia content from the PSS server via the first wireless link during the communication session, and forward the multimedia content over the second wireless link to the display device. a wireless network interface arranged to forward information over a second wireless link to a display device having device capabilities to enhance presentation of multimedia content received from a packet-switched streaming service, PSS, server via the first wireless link, the second wireless link comprising a WiFi Peer-to-Peer, P2P, link, the wireless network interface arranged to send a device capability information request over the second wireless link and receive device capability information for the display device over the second wireless link in response to the device capability information request; and a video adaptation module operative on a processor circuit to gather the device capability information for the display device and negotiate session parameters for a communication session with the PSS server via the first wireless link based upon the gathered device capability information, according to a session description protocol, SDP, the one or more RF transceivers to receive the multimedia content from the PSS server via the first wireless link during the communication session, and forward the multimedia content over the second wireless link to the display device.
A cell culture or cell delivery composition, characterized in that the composition consists of plant derived, mechanically disintegrated cellulose nanofibers and/or derivatives thereof, in a form of membrane, wherein the cells are eukaryotic cells.
Case for a stick of material to be applied by friction, in particular a stick of lipstick, comprising: - a hollow cylindrical inner body, having a main axis, open at a proximal end, capable of receiving the stick of material; - a hollow cylindrical outer body, having a main axis, open at a proximal end, into which the inner body is fitted so as to pivot relative to the outer body about the main axis, a cylindrical outer surface of the inner body facing a cylindrical inner surface of the outer body; - means for blocking axial movement between the inner body and the outer body, - means for controlling the rotation about the main axis of the inner body within the outer body, the case further comprising at least one flexible lip, projecting radially with respect to the main axis on one among the outer surface of the inner body and the inner surface of the outer body, and extending at least partially around the main axis, the other among the inner surface of the outer body and the outer surface of the inner body being in contact with a braking portion of the lip, called the braking portion, so as to control the torque of rotating the inner body within the outer body about the main axis, the case being characterized in that the braking portion of the lip comprises at least one inclined section extending in a main extension direction along which the an inclined portion is of the greatest dimension, said main extension direction comprising at least one component parallel to the main axis, so that during manipulation of the means for controlling the rotation of the inner body within the outer body about the main axis, the inclined section of the braking portion is biased to bend in the direction of rotation of the outer body relative to the inner body about the main axis. - a hollow cylindrical inner body, having a main axis, open at a proximal end, capable of receiving the stick of material; - a hollow cylindrical outer body, having a main axis, open at a proximal end, into which the inner body is fitted so as to pivot relative to the outer body about the main axis, a cylindrical outer surface of the inner body facing a cylindrical inner surface of the outer body; - means for blocking axial movement between the inner body and the outer body, - means for controlling the rotation about the main axis of the inner body within the outer body,
A control device for a hybrid vehicle, said hybrid vehicle including an internal combustion engine, a chargeable and dischargeable power storage device, and an electric motor for receiving a supply of electric power from said power storage device to produce driving force for the vehicle, said control device changing between a first mode (EV priority mode) in which a state of charge of said power storage device is not maintained and a second mode (HV mode) in which said state of charge is maintained at a predetermined target, each of said first and second modes having a state where said internal combustion engine is operated and a state where said internal combustion engine is shut down, characterized in that said control device has a first threshold value of an engine output demand value indicative of a start threshold value for said internal combustion engine in said first mode and a second threshold value of an engine output demand value indicative of a start threshold value for said internal combustion engine in said second mode, and said first threshold value is larger than said second threshold value. said hybrid vehicle including an internal combustion engine, a chargeable and dischargeable power storage device, and an electric motor for receiving a supply of electric power from said power storage device to produce driving force for the vehicle, said control device changing between a first mode (EV priority mode) in which a state of charge of said power storage device is not maintained and a second mode (HV mode) in which said state of charge is maintained at a predetermined target, each of said first and second modes having a state where said internal combustion engine is operated and a state where said internal combustion engine is shut down,
A control apparatus, comprising: an orchestrator unit, configured to receive a service request for requesting to carry out a service, wherein the service request comprises service deployment information for requesting to deploy a first service, service flow identification information for identifying a first packet flow and service flow steering information; and a control unit, configured to send the service deployment information to a computing apparatus, and send the service flow identification information and the service flow steering information to an identifying and steering apparatus, wherein the service flow steering information is used for indicating that the first packet flow is to be steered to the computing apparatus by the identifying and steering apparatus, and the service deployment information is used for deploying the first service, and performing processing of the first service by the computing apparatus. an orchestrator unit, configured to receive a service request for requesting to carry out a service, wherein the service request comprises service deployment information for requesting to deploy a first service, service flow identification information for identifying a first packet flow and service flow steering information; and a control unit, configured to send the service deployment information to a computing apparatus, and send the service flow identification information and the service flow steering information to an identifying and steering apparatus, wherein the service flow steering information is used for indicating that the first packet flow is to be steered to the computing apparatus by the identifying and steering apparatus, and the service deployment information is used for deploying the first service, and performing processing of the first service by the computing apparatus.