mhurhangee/ep-ind-claims huggingface dataset:
An orthopaedic knee prosthesis comprising: a femoral component having a condyle surface (52, 54) curved in the sagittal plane; and a tibial bearing having a bearing surface configured to articulate with the condyle surface of the femoral component, in which the condyle surface (i) contacts the bearing surface at a first contact point on the condyle surface at a first degree of flexion, the first degree of flexion being less than about 30°, and (ii) contacts the bearing surface at a second contact point on the condyle surface at a second degree of flexion, the second degree of flexion being in the range of 45° to 90°, in which (i) the condyle surface in the sagittal plane has a first radius of curvature at the first contact point, (ii) the condyle surface in the sagittal plane has a second radius of curvature at the second contact point, (iii) the ratio of the first radius of curvature to the second radius of curvature is in the range of 1.10 to 1.45, characterised in that the condyle surface contacts the bearing surface at a third contact point on the condyle surface at a third degree of flexion which is greater than the second degree of flexion, and the condyle surface in the sagittal plane has a third radius of curvature at the third contact point, the third radius of curvature being greater than the second radius of curvature by at least 0.5 mm. a femoral component having a condyle surface (52, 54) curved in the sagittal plane; and a tibial bearing having a bearing surface configured to articulate with the condyle surface of the femoral component, in which the condyle surface (i) contacts the bearing surface at a first contact point on the condyle surface at a first degree of flexion, the first degree of flexion being less than about 30°, and (ii) contacts the bearing surface at a second contact point on the condyle surface at a second degree of flexion, the second degree of flexion being in the range of 45° to 90°, in which (i) the condyle surface in the sagittal plane has a first radius of curvature at the first contact point, (ii) the condyle surface in the sagittal plane has a second radius of curvature at the second contact point, (iii) the ratio of the first radius of curvature to the second radius of curvature is in the range of 1.10 to 1.45, characterised in that the condyle surface contacts the bearing surface at a third contact point on the condyle surface at a third degree of flexion which is greater than the second degree of flexion, and the condyle surface in the sagittal plane has a third radius of curvature at the third contact point, the third radius of curvature being greater than the second radius of curvature by at least 0.5 mm.
A photogrammetry system for aircraft comprising: a magnetic photogrammetric target (122, 204, 205); and a spool of retaining tape, the tape comprising: a body; an engagement material (138, 306) associated with the body and configured for use in removably attaching the retaining tape to a surface of an aircraft; and a magnetic material (136, 304) associated with the body and configured for use in removably attaching the magnetic target to the retaining tape, wherein the retaining tape is configured to hold the magnetic target in a fixed position relative to the retaining tape using the magnetic material. a magnetic photogrammetric target (122, 204, 205); and a spool of retaining tape, the tape comprising: a body; an engagement material (138, 306) associated with the body and configured for use in removably attaching the retaining tape to a surface of an aircraft; and a magnetic material (136, 304) associated with the body and configured for use in removably attaching the magnetic target to the retaining tape, a body; an engagement material (138, 306) associated with the body and configured for use in removably attaching the retaining tape to a surface of an aircraft; and a magnetic material (136, 304) associated with the body and configured for use in removably attaching the magnetic target to the retaining tape, wherein the retaining tape is configured to hold the magnetic target in a fixed position relative to the retaining tape using the magnetic material.
Method for operating an electrical energy store which comprises a storage cell for storing electrical energy and a control unit, wherein the control unit is configured to measure state variables of the electrical energy store, wherein state variables measured by the control unit are transmitted to a computing unit outside of the electrical energy store, and in that the electrical energy store is operated on the basis of operating parameters provided by the computing unit, characterized in that the computing unit is a cloud and the electrical energy store is located in a vehicle, and the control unit is connected to the cloud via a wireless communication module, wherein the control unit stores values of the operating parameters provided by the cloud and uses them for operating the electrical energy store until updated values of the operating parameters are available from the cloud.
A fence comprising: a plurality of upright posts (501, 502) arranged in spaced relation; a plurality of first panels of wire mesh, each supported between respective adjacent ones of the posts to define a front, attack side of the fence; and a plurality of second panels of wire mesh, each supported between respective adjacent ones of the posts (501, 502) in opposed, spaced relation to a respective one of the first panels to define a rear side of the fence; each panel (100, 300) comprising a plurality of wires (101, 102, 201, 202) connected together in mutually intersecting relation to define when considered from the front or rear side of the fence an array of apertures between the wires, the wires and apertures forming at least most of the panel; each aperture having a maximum dimension (D1, D2) when considered in a direction normal to a respective adjacent one of the wires; characterised in that the maximum dimension (D1, D2) of at least most of the apertures of the second panels is 15mm or less; and the maximum dimension (D1, D2) of at least most of the apertures of the second panels is less than the maximum dimension of at least most of the apertures of the first panels. a plurality of upright posts (501, 502) arranged in spaced relation; a plurality of first panels of wire mesh, each supported between respective adjacent ones of the posts to define a front, attack side of the fence; and a plurality of second panels of wire mesh, each supported between respective adjacent ones of the posts (501, 502) in opposed, spaced relation to a respective one of the first panels to define a rear side of the fence; each panel (100, 300) comprising a plurality of wires (101, 102, 201, 202) connected together in mutually intersecting relation to define when considered from the front or rear side of the fence an array of apertures between the wires, the wires and apertures forming at least most of the panel; each aperture having a maximum dimension (D1, D2) when considered in a direction normal to a respective adjacent one of the wires; characterised in that the maximum dimension (D1, D2) of at least most of the apertures of the second panels is 15mm or less; and the maximum dimension (D1, D2) of at least most of the apertures of the second panels is less than the maximum dimension of at least most of the apertures of the first panels.
A method for processing signaling in a wireless local area network, comprising: processing a to-be-encoded signaling sub-segment, wherein the processed signaling sub-segment comprises one or more individual coding sequences S2, wherein each processed individual coding sequence S2 comprises a first part and comprises a second part with an N-bit length, and the second part is a sequence obtained according to an identifier sequence N1 with an N-bit length, wherein the identifier sequence N1 is related to the signaling sub-segment; for each individual coding sequence S2, setting an initial state of an encoder to a tail bit sequence with a T length and performing encoding, wherein T bits at a tail of the individual coding sequence S2 are the tail bit sequence, and at least some bits in the tail bit sequence are identical to some bits in the identifier sequence N1, referred to as a specific tail bit sequence in short.; and the second part further comprises a multiplex sequence with an R-bit length and located before the specific tail bit sequence, wherein the multiplex sequence is bits obtained after a logical bitwise operation is performed on R bits in a protocol-defined position of the identifier and a CRC sequence with an R-bit length, wherein the CRC sequence R1 is a cyclic redundancy check sequence obtained according to the first part of the individual coding sequence and the identifier sequence N1. processing a to-be-encoded signaling sub-segment, wherein the processed signaling sub-segment comprises one or more individual coding sequences S2, wherein each processed individual coding sequence S2 comprises a first part and comprises a second part with an N-bit length, and the second part is a sequence obtained according to an identifier sequence N1 with an N-bit length, wherein the identifier sequence N1 is related to the signaling sub-segment; for each individual coding sequence S2, setting an initial state of an encoder to a tail bit sequence with a T length and performing encoding, wherein T bits at a tail of the individual coding sequence S2 are the tail bit sequence, and at least some bits in the tail bit sequence are identical to some bits in the identifier sequence N1, referred to as a specific tail bit sequence in short.; and the second part further comprises a multiplex sequence with an R-bit length and located before the specific tail bit sequence, wherein the multiplex sequence is bits obtained after a logical bitwise operation is performed on R bits in a protocol-defined position of the identifier and a CRC sequence with an R-bit length, wherein the CRC sequence R1 is a cyclic redundancy check sequence obtained according to the first part of the individual coding sequence and the identifier sequence N1.
A system for verification of management operations, the system comprising: at least one processor operatively connected to a memory, the at least one processor configured to manage a plurality of system components; an event component configured to identify a control command for execution on a managed device; a monitoring component configured to capture monitor information associated with the managed device responsive to identification of the control command; a profile component configured to determine an expected state of the managed device based on the identified control command; and a verification component configured to select subsets of the monitor information and to verify that a current state of the managed device matches the expected state based on the selected subsets of the monitor information, the system being characterized in that the subsets of the monitor information are randomly selected by the verification component. at least one processor operatively connected to a memory, the at least one processor configured to manage a plurality of system components; an event component configured to identify a control command for execution on a managed device; a monitoring component configured to capture monitor information associated with the managed device responsive to identification of the control command; a profile component configured to determine an expected state of the managed device based on the identified control command; and a verification component configured to select subsets of the monitor information and to verify that a current state of the managed device matches the expected state based on the selected subsets of the monitor information, the system being characterized in that the subsets of the monitor information are randomly selected by the verification component.
Use of a hose line for abrasive media in a monitoring system for monitoring the state, in particular the wear, of the hose line, the hose line comprising an electrically conductive reinforcing element running in or on the hose wall and extending in the hose direction, and an insert made of electrically conducting material, wherein the insert is at least partially embedded in the hose wall and extends in the hose direction at a distance from the reinforcing element, characterized in that at a first end of the hose line a first end of the reinforcing element and a first end of the insert made of electrically conducting material are connected to an electrical ohmmeter or continuity tester, and that the reinforcing element and the insert are electrically connected to each other at the second end of the hose line or on another section of the hose line so that the reinforcing element, the ohmmeter or continuity tester and the insert are integrated into an electric circuit. the hose line comprising an electrically conductive reinforcing element running in or on the hose wall and extending in the hose direction, and an insert made of electrically conducting material, wherein the insert is at least partially embedded in the hose wall and extends in the hose direction at a distance from the reinforcing element, characterized in that at a first end of the hose line a first end of the reinforcing element and a first end of the insert made of electrically conducting material are connected to an electrical ohmmeter or continuity tester, and that the reinforcing element and the insert are electrically connected to each other at the second end of the hose line or on another section of the hose line so that the reinforcing element, the ohmmeter or continuity tester and the insert are integrated into an electric circuit.
Method for providing flight information data for a passenger in an aircraft, wherein the flight information data is transmitted from a cockpit system of the aircraft to at least one passenger information system in the same aircraft, characterized in that the flight information data is transmitted as a secondary radar signal and/or monitoring signal and received by the at least one passenger information system, wherein the secondary radar signal and/or monitoring signal is a signal which is transmitted from the aircraft anyway, and the actual purpose of which is not reception in the host transmitting aircraft, and wherein the monitoring signal is a continuously transmitted automatic signal which is part of an air traffic control system for displaying the aircraft movements in the airspace.
A method of transmitting media contents by using an MPEG media transport protocol, MMTP, the method comprising: transmitting a transport packet including a MMTP packet header, a payload header, and payload data comprising data generated from the at least one MPU, wherein the MMTP packet header comprises information indicating a type of the data in the payload data from among a plurality of payload types, and wherein the plurality of payload types comprises a first payload type indicating that the payload data includes media-aware fragment data of a media processing unit, MPU, comprising media data of the media contents, a second payload type indicating that the payload data includes at least one signaling message, a third payload type indicating that the payload data includes a generic object such as a complete MPU or an object of another type, and a fourth payload type indicating that the payload data includes a repair symbol. transmitting a transport packet including a MMTP packet header, a payload header, and payload data comprising data generated from the at least one MPU, wherein the MMTP packet header comprises information indicating a type of the data in the payload data from among a plurality of payload types, and wherein the plurality of payload types comprises a first payload type indicating that the payload data includes media-aware fragment data of a media processing unit, MPU, comprising media data of the media contents, a second payload type indicating that the payload data includes at least one signaling message, a third payload type indicating that the payload data includes a generic object such as a complete MPU or an object of another type, and a fourth payload type indicating that the payload data includes a repair symbol.
A method for regulating the temperature of a built structure equipped with a thermal regulation system configured to regulate temperature of said built structure to a predetermined living temperature, in an operating mode by default, said method comprising, via a data-processing module, performing steps of: (a) Detection of an absence of a user in the built structure, (b) Emission to the thermal regulation system of an operation limitation instruction of said system by which the thermal regulation system interrupts regulation of the temperature of the built structure to the living temperature, (c) Estimation as a function of geolocation data of the user of a return travel time of the user, (d) Determination of a return temperature as a function of a comfort temperature different to the living temperature and of said return travel time, the return temperature being calculated to let the thermal regulation system reach the comfort temperature during the return travel time, (e) Emission to the thermal regulation system of a return instruction, by which the thermal regulation system regulates the temperature of the built structure to the return temperature, wherein the comfort temperature has a spread from 0.5 to 5°, preferably from 0.5 to 2°, and preferably from 0.8 to 1.2°, relative to the living temperature. (a) Detection of an absence of a user in the built structure, (b) Emission to the thermal regulation system of an operation limitation instruction of said system by which the thermal regulation system interrupts regulation of the temperature of the built structure to the living temperature, (c) Estimation as a function of geolocation data of the user of a return travel time of the user, (d) Determination of a return temperature as a function of a comfort temperature different to the living temperature and of said return travel time, the return temperature being calculated to let the thermal regulation system reach the comfort temperature during the return travel time, (e) Emission to the thermal regulation system of a return instruction, by which the thermal regulation system regulates the temperature of the built structure to the return temperature,
A polarizing cell (32,95,102,122,170) comprising: an enclosure having an interior (40, 98) and one or more side walls, each side wall having an interior surface, the enclosure further having a pair of openings to allow a gas mixture to pass through the interior (40,98); at least one window suitable for transmitting laser light, and one partitioning device (82, 130) subdividing the interior (40,98) of the enclosure and carried in the interior of the enclosure for transferring heat from a gas mixture to the one or more side walls, respectively, the partitioning device (82, 130) being made of a material having a high thermal conductivity which is higher than that of glass; characterized in that also each side wall is made of a material having a high thermal conductivity which is higher than that of glass, and the partitioning device (82, 130) and the interior surface of each side wall are provided with a thin surface cladding of glass. an enclosure having an interior (40, 98) and one or more side walls, each side wall having an interior surface, the enclosure further having a pair of openings to allow a gas mixture to pass through the interior (40,98); at least one window suitable for transmitting laser light, and one partitioning device (82, 130) subdividing the interior (40,98) of the enclosure and carried in the interior of the enclosure for transferring heat from a gas mixture to the one or more side walls, respectively, the partitioning device (82, 130) being made of a material having a high thermal conductivity which is higher than that of glass; characterized in that also each side wall is made of a material having a high thermal conductivity which is higher than that of glass, and the partitioning device (82, 130) and the interior surface of each side wall are provided with a thin surface cladding of glass.
In vitro use of Alpha 1 Antitrypsin, Apolipoprotein A1, Cortisol, Ferritin and IgA as a specific panel of biomarkers for diagnosing or monitoring schizophrenia or predisposition thereto.
A method of making a shaped article comprising printing layers of a polymer composition comprising at least one PEEK-PEmEK copolymer comprising at least 50 mol %, collectively, of repeat units (R PEEK) and repeat units (R PEmEK), relative to the total number of repeat units in the PEEK-PEmEK copolymer, wherein: (a) repeat units (R PEEK) are repeat units of formula: and (b) repeat units (R PEmEK) are repeat units of formula: wherein: each R 1 and R 2, equal to or different from each other, is independently at each occurrence selected from the group consisting of halogen, alkyl, alkenyl, alkynyl, aryl, ether, thioether, carboxylic acid, ester, amide, imide, alkali or alkaline earth metal sulfonate, alkyl sulfonate, alkali or alkaline earth metal phosphonate, alkyl phosphonate, amine and quaternary ammonium, each a and b is independently selected from the group consisting of integers ranging from 0 to 4, and the PEEK-PEmEK copolymer includes the repeat units R PEEK and R PEmEK in a molar ratio R PEEK /R PEmEK ranging from 95/5 to 45/55. (a) repeat units (R PEEK) are repeat units of formula: and (b) repeat units (R PEmEK) are repeat units of formula: each R 1 and R 2, equal to or different from each other, is independently at each occurrence selected from the group consisting of halogen, alkyl, alkenyl, alkynyl, aryl, ether, thioether, carboxylic acid, ester, amide, imide, alkali or alkaline earth metal sulfonate, alkyl sulfonate, alkali or alkaline earth metal phosphonate, alkyl phosphonate, amine and quaternary ammonium, each a and b is independently selected from the group consisting of integers ranging from 0 to 4, and the PEEK-PEmEK copolymer includes the repeat units R PEEK and R PEmEK in a molar ratio R PEEK /R PEmEK ranging from 95/5 to 45/55.
A photodetector comprising an active layer configured so as to generate charge carriers of a first type and of a second type (3, 4) by absorption of electromagnetic radiation, a first electrode capable of collecting charge carriers of the first type and a second electrode capable of collecting charge carriers of the second type, the first electrode including a collection layer of charge carriers of the first type comprising: - self-assembled monolayers, and - nanowires including metal and functionalized by said self-assembled monolayers of said collection layer of charge carriers of the first type, the self-assembled monolayers of the collection layer of charge carriers of the first type functionalizing the nanowires of said collection layer of charge carriers of the first type so as to modify the work function of the material forming said nanowires, characterized in that the collection layer of charge carriers of the first type includes PVDF-TrFe. - self-assembled monolayers, and - nanowires including metal and functionalized by said self-assembled monolayers of said collection layer of charge carriers of the first type,