mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: - a random access memory device; - at least one processing core coupled via a first interface with the random access memory device, and - a secure hardware element, comprising hash function circuitry, coupled directly with the random access memory device, the direct coupling being direct wiring not traversing any device comprised in the apparatus, the secure hardware element configured to obtain as input data from a memory space of the random access memory device, to produce as output a hash value of the input, to cryptographically sign the hash value using a physically unclonable function value of the apparatus and to provide the signed hash value from the secure hardware element as an attestation of the input data to a communication bus, via an interface connecting the secure hardware element to the communication bus. - a random access memory device; - at least one processing core coupled via a first interface with the random access memory device, and - a secure hardware element, comprising hash function circuitry, coupled directly with the random access memory device, the direct coupling being direct wiring not traversing any device comprised in the apparatus, the secure hardware element configured to obtain as input data from a memory space of the random access memory device, to produce as output a hash value of the input, to cryptographically sign the hash value using a physically unclonable function value of the apparatus and to provide the signed hash value from the secure hardware element as an attestation of the input data to a communication bus, via an interface connecting the secure hardware element to the communication bus.
A sensing device, comprising: a sensing surface (4, 9); a matrix overlaying the sensing surface (4, 9); and a directly photo formed membrane overlaying at least a portion of the matrix, wherein the directly photoformed membrane comprises an organosiloxane polymer comprising a hydrosilsesquioxane polymer such that the directly photoformed membrane is substantially permeable to gaseous molecules and substantially impermeable to non-gaseous molecules and ions. a sensing surface (4, 9); a matrix overlaying the sensing surface (4, 9); and a directly photo formed membrane overlaying at least a portion of the matrix, wherein the directly photoformed membrane comprises an organosiloxane polymer comprising a hydrosilsesquioxane polymer such that the directly photoformed membrane is substantially permeable to gaseous molecules and substantially impermeable to non-gaseous molecules and ions. wherein the directly photoformed membrane comprises an organosiloxane polymer comprising a hydrosilsesquioxane polymer such that the directly photoformed membrane is substantially permeable to gaseous molecules and substantially impermeable to non-gaseous molecules and ions.
Method for the surface treatment of a lightweight-design gas canister produced using a dual-phase steel, in which method the gas canister is blasted to a minimum roughness depth of 30 μm, subsequently powder-coated with lacquer, and finally heat-treated in an oven at a temperature of from 150°C to 250°C.
A method of configuring a signal period, the method being applied to a macro base station, and comprising: when the macro base station determines that a terminal currently accessing the macro base station is going to access a target base station, configuring, by the macro base station, a first period for the target base station broadcasting a target signal according to a number of terminals currently accessing the target base station, wherein the target base station is a base station that is used for hotspot coverage and managed by the macro base station, and the target signal controls the terminal to access the target base station; and sending, by the macro base station, first period configuration information indicating the first period to the target base station and the terminal, wherein the first period configuration information controls the target base station to broadcast the target signal with the first period. when the macro base station determines that a terminal currently accessing the macro base station is going to access a target base station, configuring, by the macro base station, a first period for the target base station broadcasting a target signal according to a number of terminals currently accessing the target base station, wherein the target base station is a base station that is used for hotspot coverage and managed by the macro base station, and the target signal controls the terminal to access the target base station; and sending, by the macro base station, first period configuration information indicating the first period to the target base station and the terminal, wherein the first period configuration information controls the target base station to broadcast the target signal with the first period.
On-load tap-changer (10, 40, 60, 80) for dry transformers, comprising • an electric insulating hollow casing (12, 62) extending around a virtual axis (14, 70), wherein several electric contact sections (16, 18, 20, 22) are foreseen along a path on the inner surface of the hollow casing (12, 62), which are electrically joined through the wall of the hollow casing (12, 62), • a selector contact in the inner of the casing which is moveable along the path and that's outer end is selectively connectable with one of the contact sections by a respective movement, whereby respective cables (32, 42, 68) are foreseen to electrically connect the contact sections (16, 18, 20, 22) from the radial outer side of the hollow cylinder (12, 62), r characterised in that at least some of the cables (32, 42, 68) comprise a respective surrounding outer insulation (34, 44) at least at their respective connected end. • an electric insulating hollow casing (12, 62) extending around a virtual axis (14, 70), wherein several electric contact sections (16, 18, 20, 22) are foreseen along a path on the inner surface of the hollow casing (12, 62), which are electrically joined through the wall of the hollow casing (12, 62), • a selector contact in the inner of the casing which is moveable along the path and that's outer end is selectively connectable with one of the contact sections by a respective movement,
A storage and transport container (1; 1a, 1b), fabricated out of plastic, whose removal side is provided with an upper edge and whose bottom side is provided with a stacking edge, wherein the upper edge is designed as an upwardly open profile, characterized in that the upper edge provided on the container walls (3, 4) unilaterally protrudes outwardly, wherein the upper ends of the container walls simultaneously form an inner flange (5 a) of the upper edge, and the outer flange (5 c) of the upper edge runs parallel to the exterior sides of the container walls (3, 4), and that the stacking edge is designed as a downwardly open profile, which is provided so as to unilaterally protrude outwardly, wherein the lower end sections of the container walls (3, 4) at once form an inner flange of the stacking edge, and an outer skirt of the stacking edge runs parallel to the exterior sides of the container walls (3, 4).
A method of fabricating a woven fiber preform that is impregnated with a matrix-precursor resin, said resin, in the raw state, presenting a glass transition temperature Tg 0, the method comprising: - impregnating yarns or strands with the resin; - feeding a loom with the impregnated yarns or strands maintained at a temperature in the range Tg 0 to Tg 0 +10°C; and - weaving the yarns or strands in the loom in order to obtain the resin-impregnated woven fiber preform. - impregnating yarns or strands with the resin; - feeding a loom with the impregnated yarns or strands maintained at a temperature in the range Tg 0 to Tg 0 +10°C; and - weaving the yarns or strands in the loom in order to obtain the resin-impregnated woven fiber preform.
A basket suitable for placement in a cooling water inflow vessel into which cooling water to cool down the inside of a reactor containment vessel is configured to flow and that is configured to cause a pH adjuster solution to flow out by the cooling water that flows in, the basket comprising a basket frame formed in a rectangular cuboid shape, and a plurality of containment units stacked one on another with predetermined first spaces in a vertical direction, each of the containment units being configured to contain a pH adjuster, characterized in that the basket frame includes an upper surface opening which is formed on an upper surface of the basket frame and has a wire net with a coarse mesh, and includes a lower surface opening which is formed on a lower surface of the basket frame and has a wire net with a fine mesh.
A process for improving the chemical and/or physical properties of a yarn made from natural animal fibers, vegetable fibers, synthetic polymer fibers and/or man-made natural polymer fibers, at pure state or blended together, said process comprising the steps of: a) providing a yarn made of natural animal fibers, vegetable fibers, synthetic polymer fibers and/or man-made natural polymer fibers, at pure state or blended together; b) preparing a sizing solution comprising a composition of chitosan and/or derivatives thereof as a reinforcement product; c) sizing said yarn with said sizing solution to apply said reinforcement product comprising chitosan and/or derivatives thereof to the fibers of said yarn by at least partial impregnation and/or coating; d) at least partially crosslinking the chitosan and/or derivatives thereof of said reinforcement product applied to the fibers by said sizing step c), to obtain a crosslinked reinforcement polymer from said chitosan and/or derivatives thereof, said polymer being permanently anchored to the fibers of said yarn and e) performing a desizing step, for partial and calibrated removal of said crosslinked reinforcement polymer derived from chitosan and/or derivatives thereof, and anchored to the fibers of said yarn, from such fibers of said yarn, characterized in that, the above mentioned desizing step e) for partial and calibrated removal of said crosslinked reinforcement polymer derived from chitosan and/or derivatives thereof from such fibers of said yarn is carried out by mechanical means. a) providing a yarn made of natural animal fibers, vegetable fibers, synthetic polymer fibers and/or man-made natural polymer fibers, at pure state or blended together; b) preparing a sizing solution comprising a composition of chitosan and/or derivatives thereof as a reinforcement product; c) sizing said yarn with said sizing solution to apply said reinforcement product comprising chitosan and/or derivatives thereof to the fibers of said yarn by at least partial impregnation and/or coating; d) at least partially crosslinking the chitosan and/or derivatives thereof of said reinforcement product applied to the fibers by said sizing step c), to obtain a crosslinked reinforcement polymer from said chitosan and/or derivatives thereof, said polymer being permanently anchored to the fibers of said yarn and e) performing a desizing step, for partial and calibrated removal of said crosslinked reinforcement polymer derived from chitosan and/or derivatives thereof, and anchored to the fibers of said yarn, from such fibers of said yarn, characterized in that, the above mentioned desizing step e) for partial and calibrated removal of said crosslinked reinforcement polymer derived from chitosan and/or derivatives thereof from such fibers of said yarn is carried out by mechanical means.
Modified bacteria suitable for human or non-human animal consumption that express heterologous secreted antigen A (SagA), wherein the modified bacteria are not E. coli; wherein the heterologous SagA is Enterococcus faecium SagA; and wherein the heterologous SagA comprises a sequence that has at least 90% identity to the sequence of SEQ ID NO: 1 and that retains amino acid 389 through amino acid 530 of SEQ ID NO:1.
A method for receiving downlink control information in a radio communication system, comprising, for a first subframe in which a plurality of non-overlapping subsets of resource elements in at least one block of time-frequency resources are to be aggregated for a received transmission of first downlink control information: determining members of a first set of aggregation levels usable to aggregate the non-overlapping subsets of resource elements for the received transmission of the first downlink control information, wherein said determining is based on a puncturing level to be used for the received transmission of the first downlink control information; and wherein said determining comprises determining that one set of aggregation levels is usable when the puncturing level is below threshold, and determining that a different set of aggregation levels is usable when the puncturing level is above or equal to the threshold, the different set comprising an aggregation level which is higher than all the aggregation levels in the one set; and receiving the first downlink control information by de-mapping the first downlink control information from one or more first non-overlapping subsets of resource elements in the at least one block of time-frequency resources, according to an aggregation level selected from the determined first set. determining members of a first set of aggregation levels usable to aggregate the non-overlapping subsets of resource elements for the received transmission of the first downlink control information, wherein said determining is based on a puncturing level to be used for the received transmission of the first downlink control information; and wherein said determining comprises determining that one set of aggregation levels is usable when the puncturing level is below threshold, and determining that a different set of aggregation levels is usable when the puncturing level is above or equal to the threshold, the different set comprising an aggregation level which is higher than all the aggregation levels in the one set; and receiving the first downlink control information by de-mapping the first downlink control information from one or more first non-overlapping subsets of resource elements in the at least one block of time-frequency resources, according to an aggregation level selected from the determined first set.
A method comprising: calculating, by one or more of a plurality of small cell radios (114a-114b), one or more sets of candidate power control parameters using a first interference constraint for uplink user equipment, UE (112a-112d), transmissions for UE served by the one or more of the plurality of small cell radios (114a-114b), receiving, at a central management entity, the one or more sets of candidate power control parameters from each of the one or more of the plurality of small cell radios (114a-114b); determining, at the central management entity, whether an average of a sum of an expected interference for UE associated with the plurality of small cell radios (114a-114b) violates a second interference constraint for any of the one or more sets of candidate power control parameters; and generating one or more messages for each of the plurality of small cell radios (114a-114b) identifying one or more particular sets of power control parameters that provide for meeting the second interference constraint. calculating, by one or more of a plurality of small cell radios (114a-114b), one or more sets of candidate power control parameters using a first interference constraint for uplink user equipment, UE (112a-112d), transmissions for UE served by the one or more of the plurality of small cell radios (114a-114b), receiving, at a central management entity, the one or more sets of candidate power control parameters from each of the one or more of the plurality of small cell radios (114a-114b); determining, at the central management entity, whether an average of a sum of an expected interference for UE associated with the plurality of small cell radios (114a-114b) violates a second interference constraint for any of the one or more sets of candidate power control parameters; and generating one or more messages for each of the plurality of small cell radios (114a-114b) identifying one or more particular sets of power control parameters that provide for meeting the second interference constraint.
A stemless humeral shoulder assembly (100; 500; 1000; 1100; 1200; 1300), comprising: a base member (108; 508; 1008; 1108; 1208; 1308) comprising a distal end (120; 520; 1020) configured to be embedded in bone and a proximal end (124; 524; 1024; 1124) to be disposed at a bone surface, the base member having a plurality of spaced apart arms (128; 528A, 528B, 528C; 1028) projecting from the proximal end to the distal end, characterized in that the stemless humeral shoulder assembly further comprises: an anchor (112; 512; 1012; 1112; 1212; 1312) adapted to be assembled with the base member to a position disposed within the arms, the anchor being configured to project circumferentially into spaced apart engagement areas of the base member and into a space between the arms so as to be exposed between the arms when the anchor is assembled with the base member, and a recess (104; 504) configured to receive a mounting member of an anatomical or reverse joint interface, the recess being surrounded by the base member and the anchor and projecting distally from a proximal end of the anchor to within the base member when the anchor is assembled with the base member. a base member (108; 508; 1008; 1108; 1208; 1308) comprising a distal end (120; 520; 1020) configured to be embedded in bone and a proximal end (124; 524; 1024; 1124) to be disposed at a bone surface, the base member having a plurality of spaced apart arms (128; 528A, 528B, 528C; 1028) projecting from the proximal end to the distal end, characterized in that the stemless humeral shoulder assembly further comprises: an anchor (112; 512; 1012; 1112; 1212; 1312) adapted to be assembled with the base member to a position disposed within the arms, the anchor being configured to project circumferentially into spaced apart engagement areas of the base member and into a space between the arms so as to be exposed between the arms when the anchor is assembled with the base member, and a recess (104; 504) configured to receive a mounting member of an anatomical or reverse joint interface, the recess being surrounded by the base member and the anchor and projecting distally from a proximal end of the anchor to within the base member when the anchor is assembled with the base member. an anchor (112; 512; 1012; 1112; 1212; 1312) adapted to be assembled with the base member to a position disposed within the arms, the anchor being configured to project circumferentially into spaced apart engagement areas of the base member and into a space between the arms so as to be exposed between the arms when the anchor is assembled with the base member, and a recess (104; 504) configured to receive a mounting member of an anatomical or reverse joint interface, the recess being surrounded by the base member and the anchor and projecting distally from a proximal end of the anchor to within the base member when the anchor is assembled with the base member.
An in-vitro model of a tubular-shaped human vascular structure having dysfunctional anatomical and physiological characteristics simulating the same vascular structure of a healthy subject whose vascular structure has been damaged or deformed or deteriorated due to a damage selected from among the group comprising or, alternatively, consisting of aneurysm, stenosis, sclerosis plaques, forms of tumours or cardiomyopathies; wherein said model comprises or, alternatively, consists of one or more biocompatible porous polymeric supports scaffold capable of promoting a cell adhesion and growth, wherein said scaffold has been seeded with endothelial cells which cover a lumen of the scaffold and constitute an endothelium having a single layer of confluent cells, said scaffold has been made with deformities or defects on a tubular structure thereof, said deformities or defects comprising curvatures, elbows, constrictions, dilatations; said scaffold consisting of electrospun silk fibroin, copolymers of polyglycolic, acid/polylactic acid (PGA/PLA) or copolymers of polyglycolic acid/polycaprolactone (PGA/PCL).
A method comprising: receiving, by a subscription manager node, an interception request comprising a user's name from at least one mobile network operator, the subscription manager node being configured to manage some or all subscriptions of a user to a communications network, the interception request requesting interception of the user's interactions, through a device, over an operator network; determining, by the subscription manager node, a mobile network operator specific access code associated with the user's name, the mobile network operator specific access code enabling use of a network of a mobile network operator; determining, by the subscription manager node, a second mobile network operator specific access code associated with the user's name, the second mobile network operator specific access code enabling use of a second network, of a second mobile network operator; causing, by the subscription manager node, the mobile network operator specific access code to be provided to the mobile network operator, and causing, by the subscription manager node, the interception request and the second mobile network operator specific access code to be provided to the second mobile network operator that corresponds to the second mobile network operator specific access code. receiving, by a subscription manager node, an interception request comprising a user's name from at least one mobile network operator, the subscription manager node being configured to manage some or all subscriptions of a user to a communications network, the interception request requesting interception of the user's interactions, through a device, over an operator network; determining, by the subscription manager node, a mobile network operator specific access code associated with the user's name, the mobile network operator specific access code enabling use of a network of a mobile network operator; determining, by the subscription manager node, a second mobile network operator specific access code associated with the user's name, the second mobile network operator specific access code enabling use of a second network, of a second mobile network operator; causing, by the subscription manager node, the mobile network operator specific access code to be provided to the mobile network operator, and causing, by the subscription manager node, the interception request and the second mobile network operator specific access code to be provided to the second mobile network operator that corresponds to the second mobile network operator specific access code.