mhurhangee/ep-ind-claims huggingface dataset:
A method for the contactless readout of an electronic identification document by means of a terminal, wherein the identification document comprises: - a microprocessor, - a data memory in which identification data are stored in encrypted form decryptable with a data key, - and a key memory which is accessible to the microprocessor and in which the data key is stored, wherein in the method - in a data reading step the encrypted identification data are transferred from the data memory to the terminal, - in a key reading step the data key is transferred from the key memory to the terminal and - in a decryption step in the terminal the identification data are decrypted with the data key, characterized in that the data reading step is carried out employing a long-range radio connection, and the key reading step is carried out employing a short-range radio connection. - a microprocessor, - a data memory in which identification data are stored in encrypted form decryptable with a data key, - and a key memory which is accessible to the microprocessor and in which the data key is stored, - in a data reading step the encrypted identification data are transferred from the data memory to the terminal, - in a key reading step the data key is transferred from the key memory to the terminal and - in a decryption step in the terminal the identification data are decrypted with the data key,
A pressure vessel having a first end (14, 14a') with a first boss (16', 16a'), the first boss (16', 16a') having a first outer surface, and the vessel including: a liner having a second outer surface; a shell disposed over the second outer surface; and a first vent formed onto at least a portion of the first outer surface and at least a portion of the second outer surface, characterised in that the first vent includes a nanotextured surface on the first outer surface and on the second outer surface that provides a higher rate of gas flow through the first vent than through a portion of an interface of the liner and shell lacking the nanotextured surface. a liner having a second outer surface; a shell disposed over the second outer surface; and a first vent formed onto at least a portion of the first outer surface and at least a portion of the second outer surface, characterised in that the first vent includes a nanotextured surface on the first outer surface and on the second outer surface that provides a higher rate of gas flow through the first vent than through a portion of an interface of the liner and shell lacking the nanotextured surface.
A cochlear implant system of the type comprising: a pre-processor filter bank adapted to process an acoustic audio signal to generate a plurality of band pass signals, each of which represents an associated band of audio frequencies; an information extraction module adapted to extract stimulation information from the band pass signals to generate a set of stimulation event signals defining electrode stimulation signals; a pulse weighting module adapted to weight the stimulation event signals to produce a set of electrode stimulation signals; and a pulse shaper module adapted to developing the electrode stimulation signals into a set of output electrode pulses to the electrodes in the implanted electrode array; characterised in that the system is adapted to weight the stimulation event signals with a weighted matrix of stimulation amplitudes reflecting music perception iterative fit data. a pre-processor filter bank adapted to process an acoustic audio signal to generate a plurality of band pass signals, each of which represents an associated band of audio frequencies; an information extraction module adapted to extract stimulation information from the band pass signals to generate a set of stimulation event signals defining electrode stimulation signals; a pulse weighting module adapted to weight the stimulation event signals to produce a set of electrode stimulation signals; and a pulse shaper module adapted to developing the electrode stimulation signals into a set of output electrode pulses to the electrodes in the implanted electrode array; characterised in that the system is adapted to weight the stimulation event signals with a weighted matrix of stimulation amplitudes reflecting music perception iterative fit data.
A protein comprising an amino acid sequence, said amino acid sequence: (a) having amino acid substitutions of all Lys residues and addition of a Lys to a terminus of an amino acid sequence of at least one domain selected from E, D, A, B and C domains of Protein A, defined by SEQ ID Nos: 1 to 5 respectively, (b) having at least 80% sequence identity to the amino acid sequence of any one of SEQ ID NOs: 1 to 5, and (c) wherein 90% or more of Gln-9, Gln-10, Phe-13, Tyr-14, Leu-17, Pro-20, Asn-21, Leu-22, Gln-26, Arg-27, Phe-30, Ile-31, Leu-34, Pro-38, Ser-39, Leu-45, Leu-51, Asn-52, Gln-55, and Pro-57 are conserved in the protein, and wherein the residue numbers correspond to the residue numbers of the C domain. (a) having amino acid substitutions of all Lys residues and addition of a Lys to a terminus of an amino acid sequence of at least one domain selected from E, D, A, B and C domains of Protein A, defined by SEQ ID Nos: 1 to 5 respectively, (b) having at least 80% sequence identity to the amino acid sequence of any one of SEQ ID NOs: 1 to 5, and (c) wherein 90% or more of Gln-9, Gln-10, Phe-13, Tyr-14, Leu-17, Pro-20, Asn-21, Leu-22, Gln-26, Arg-27, Phe-30, Ile-31, Leu-34, Pro-38, Ser-39, Leu-45, Leu-51, Asn-52, Gln-55, and Pro-57 are conserved in the protein, and wherein the residue numbers correspond to the residue numbers of the C domain.
Gear unit having a first and a second housing part (12, 14), an intermediate shaft of the gear unit being mounted via two bearings (8, 10) in a bushing accommodating the bearings (8, 10), characterised in that the bushing centres the first housing part against the second housing part by the bushing being pressed into the first housing part, and the second housing part is slipped onto the bushing projecting at least partially from the first housing part, an annular spatial area for receiving adhesive being located between one of the housing parts (12, 14) and the bushing.
A cell culture of a recombinant cyanobacterium, said cyanobacterium comprising at least one recombinant expression system encoding at least one exogenous acyl-acyl carrier protein thioesterase, wherein said acyl-ACP thioesterase preferentially liberates a fatty acid chain that contains 6-20 carbons, and wherein the culture medium provides inorganic carbon as the carbon source for the formation of fatty acids and wherein said cyanobacterium secretes the fatty acid liberated by the acyl-ACP thioesterase into the culture medium.
Electrochemical cell based on lithium technology, comprising the following components - a positive electrode containing a cathode material, - a separator made of an electrically insulating material, - a negative electrode containing an anode material, the electrodes and the separator having sheet form, - a liquid and/or solid ion conductor material for transportation of lithium ions between the positive and the negative electrode, the said components being sealed within a casing, wherein the positive electrode and the negative electrode each comprise an electrically conducting structure extending through a wall of the casing for further electrical connection, characterized in that it further comprises: - a reference electrode within the said casing which is electrically insulated from the positive and the negative electrodes and has a distance of at least 1.5 mm to the adjacent electrode, the reference electrode comprising an electrically conducting metallic foil or sheet extending through a wall of the casing for further electrical connection and being covered with reference electrode material having layer form such that it is in electrical contact with the electrically conducting metallic foil or sheet and comprising at least one non-metallic lithium compound within the said casing. - a positive electrode containing a cathode material, - a separator made of an electrically insulating material, - a negative electrode containing an anode material, the electrodes and the separator having sheet form, - a liquid and/or solid ion conductor material for transportation of lithium ions between the positive and the negative electrode, - a reference electrode within the said casing which is electrically insulated from the positive and the negative electrodes and has a distance of at least 1.5 mm to the adjacent electrode, the reference electrode comprising an electrically conducting metallic foil or sheet extending through a wall of the casing for further electrical connection and being covered with reference electrode material having layer form such that it is in electrical contact with the electrically conducting metallic foil or sheet and comprising at least one non-metallic lithium compound within the said casing.
An information feedback method, comprising: sending downlink control information to a terminal (Step 11), wherein the downlink control information comprises indication information configured to instruct the terminal to perform an information feedback, wherein the indication information comprises a type of the LBT process performed when feeding back the feedback information by the terminal and a parameter configuration of the LBT process performed when feeding back the feedback information by the terminal; receiving the feedback information sent by the terminal based on the indication information in the downlink control information (Step 12). sending downlink control information to a terminal (Step 11), wherein the downlink control information comprises indication information configured to instruct the terminal to perform an information feedback, wherein the indication information comprises a type of the LBT process performed when feeding back the feedback information by the terminal and a parameter configuration of the LBT process performed when feeding back the feedback information by the terminal; receiving the feedback information sent by the terminal based on the indication information in the downlink control information (Step 12).
A bone plate (10; 910) defining a longitudinal axis and comprising: an upper surface (20; 920); a lower surface (22; 922); a first hole (24; 924) for engaging a head of a first bone anchor (110; 1010) configured and adapted to fix a shaft of the first bone anchor (110; 1010) along a first axis (26; 926); a second hole (28; 928) spaced apart from the first hole (24; 924) along the longitudinal axis, the second hole (28, 928) for engaging a head of a second bone anchor (115; 1015) configured and adapted to fix a shaft of the second bone anchor (115; 1015) along a second axis (30; 930); and a third hole (34; 934) for engaging a head of a third bone anchor (120; 1020), the third hole (34; 934) configured and adapted to fix a shaft of the third bone anchor (120; 1020) along a third axis (36; 936); wherein, the first hole (24; 924) and the second hole (28; 928) are configured such that the first axis (26; 926) and the second axis (30; 930) define a single plane and intersect at a point below the lower surface, characterized in that the third hole (34; 934) is located between the first and second holes (24, 28; 924, 928) and the third axis (36; 936) lies at an angle relative to the plane defined by the first and second axes (26, 30; 926, 930). an upper surface (20; 920); a lower surface (22; 922); a first hole (24; 924) for engaging a head of a first bone anchor (110; 1010) configured and adapted to fix a shaft of the first bone anchor (110; 1010) along a first axis (26; 926); a second hole (28; 928) spaced apart from the first hole (24; 924) along the longitudinal axis, the second hole (28, 928) for engaging a head of a second bone anchor (115; 1015) configured and adapted to fix a shaft of the second bone anchor (115; 1015) along a second axis (30; 930); and a third hole (34; 934) for engaging a head of a third bone anchor (120; 1020), the third hole (34; 934) configured and adapted to fix a shaft of the third bone anchor (120; 1020) along a third axis (36; 936); wherein, the first hole (24; 924) and the second hole (28; 928) are configured such that the first axis (26; 926) and the second axis (30; 930) define a single plane and intersect at a point below the lower surface, characterized in that the third hole (34; 934) is located between the first and second holes (24, 28; 924, 928) and the third axis (36; 936) lies at an angle relative to the plane defined by the first and second axes (26, 30; 926, 930).
A pivot mechanism for use with a surgical device, the pivot mechanism comprising: a first jaw member including at least one circular aperture; a second jaw member including at least one square-like aperture; and a pivot pin configured to engage the at least one circular aperture of the first jaw member and to engage the at least one square-like aperture of the second jaw member in an interference fit such that the first member is configured to pivot with respect to the pivot pin and is pivotally coupled to the second jaw member; wherein the at least one circular aperture of the first jaw member is disposed laterally outward of the at least one square-like aperture of the second jaw member. a first jaw member including at least one circular aperture; a second jaw member including at least one square-like aperture; and a pivot pin configured to engage the at least one circular aperture of the first jaw member and to engage the at least one square-like aperture of the second jaw member in an interference fit such that the first member is configured to pivot with respect to the pivot pin and is pivotally coupled to the second jaw member; wherein the at least one circular aperture of the first jaw member is disposed laterally outward of the at least one square-like aperture of the second jaw member.
A gas turbine engine comprising a fan drive turbine driving a shaft, said shaft engaging a gear reduction, said gear reduction driving a fan rotor at a speed that is less than the speed of the fan drive turbine, and said gear reduction being a non-epicyclic gear reduction, wherein said fan drive turbine drives an input gear, said input gear driving a plurality of circumferentially spaced intermediate gears, and said intermediate gears driving an output gear to drive said fan rotor; characterised in that: there are a plurality of oil baffles circumferentially spaced between said circumferentially spaced intermediate gears and for delivering a lubricant to said input gear.
A method for repairing gas turbines, in particular aircraft engines, modules and/or assemblies of the gas turbines, in particular aircraft engines, being inspected and/or repaired, characterized in that the repair is subdivided into at least two repair steps, modules and/or assemblies to be repaired of at least one gas turbine being moved through repair stations to move the modules and/or assemblies of the or each gas turbine to repair stations adapted for this purpose for carrying out the repair steps, so that the repair of the gas turbines is carried out according to the assembly line concept.
Cosmetic makeup and/or care composition comprising at least one fatty phase comprising: - at least one resin having a number-average molecular weight of less than or equal to 10 000 g/mol, chosen from indene hydrocarbon-based resins, and mixtures thereof, - at least one volatile oil, and - at least one phenyl silicone oil of formula: in which Me represents a methyl group and Ph represents a phenyl group, OR' represents an -OSiMe 3 group and y varies between 1 and 1000, z varies between 1 and 1000. - at least one resin having a number-average molecular weight of less than or equal to 10 000 g/mol, chosen from indene hydrocarbon-based resins, and mixtures thereof, - at least one volatile oil, and - at least one phenyl silicone oil of formula: in which Me represents a methyl group and Ph represents a phenyl group, OR' represents an -OSiMe 3 group and y varies between 1 and 1000, z varies between 1 and 1000.
An imaging system comprising: at least two surgical systems, each surgical system further comprising: a camera control unit (12, 14), each camera control unit (12, 14) further comprising a network port; a camera head coupled to the camera control unit (12, 14); and a monitor coupled to the camera control unit (12, 14); a network coupled to the network port of each camera control unit (12, 14); a server coupled to the network, the server comprising a storage device comprising a user database and a case database; and characterized in that the server is configured as a web server to provide data, video and images from the camera control units (12, 14) to users connected to the network and the server is further configured to allow text messaging, audio conferencing or videoconferencing between a user connected to the network and at least one camera control unit (12, 14); the user database further comprises user preferences for who can engage in text messaging, audio conferencing or videoconferencing; and wherein the server provides text messaging, audio conferencing or videoconferencing between a user connected to the network and the at least one camera control unit (12, 14) in accordance with the user preferences, and wherein the camera control unit overlays surgical video on the monitor with additional information about the presence of local users, remote users, status updates, calendar and schedule information, doctor, patient, or procedure. at least two surgical systems, each surgical system further comprising: a camera control unit (12, 14), each camera control unit (12, 14) further comprising a network port; a camera head coupled to the camera control unit (12, 14); and a monitor coupled to the camera control unit (12, 14); a camera control unit (12, 14), each camera control unit (12, 14) further comprising a network port; a camera head coupled to the camera control unit (12, 14); and a monitor coupled to the camera control unit (12, 14); a network coupled to the network port of each camera control unit (12, 14); a server coupled to the network, the server comprising a storage device comprising a user database and a case database; and characterized in that the server is configured as a web server to provide data, video and images from the camera control units (12, 14) to users connected to the network and the server is further configured to allow text messaging, audio conferencing or videoconferencing between a user connected to the network and at least one camera control unit (12, 14); the user database further comprises user preferences for who can engage in text messaging, audio conferencing or videoconferencing; and wherein the server provides text messaging, audio conferencing or videoconferencing between a user connected to the network and the at least one camera control unit (12, 14) in accordance with the user preferences, and wherein the camera control unit overlays surgical video on the monitor with additional information about the presence of local users, remote users, status updates, calendar and schedule information, doctor, patient, or procedure.
A battery connection device (12; 200; 302) that is adapted to be electrically connected to a battery pack (100; 300) for electric power tools, the device comprising: an authentication data creating unit (30; 210) that is adapted to create authentication data; a conversion unit (30; 210) that is adapted to perform a first conversion of the authentication data created by the authentication data creating unit; a transmission unit (30; 210) that is adapted to transmit to the battery pack (100; 300) the authentication data created by the authentication data creating unit when the battery pack (100; 300) is electrically connected to the battery connection device; a receiving unit (30; 210) that is adapted to receive from the battery pack (100; 300), a battery-side conversion result that is data obtained after the authentication data is converted by the battery pack; a reverse conversion unit (30; 210) that, on an assumption that the battery pack (100; 300) as an authentic product creates the battery-side conversion result by performing the first conversion on the authentication data and further a second conversion on a result of the first conversion, is adapted to perform a reverse conversion of the second conversion on the battery-side conversion result received by the receiving unit; and a determination unit (30; 210) that is adapted to compare a result of the reverse conversion performed by the reverse conversion unit with a result of the first conversion performed by the conversion unit and determines whether or not the battery pack (100; 300) is an authentic product. an authentication data creating unit (30; 210) that is adapted to create authentication data; a conversion unit (30; 210) that is adapted to perform a first conversion of the authentication data created by the authentication data creating unit; a transmission unit (30; 210) that is adapted to transmit to the battery pack (100; 300) the authentication data created by the authentication data creating unit when the battery pack (100; 300) is electrically connected to the battery connection device; a receiving unit (30; 210) that is adapted to receive from the battery pack (100; 300), a battery-side conversion result that is data obtained after the authentication data is converted by the battery pack; a reverse conversion unit (30; 210) that, on an assumption that the battery pack (100; 300) as an authentic product creates the battery-side conversion result by performing the first conversion on the authentication data and further a second conversion on a result of the first conversion, is adapted to perform a reverse conversion of the second conversion on the battery-side conversion result received by the receiving unit; and a determination unit (30; 210) that is adapted to compare a result of the reverse conversion performed by the reverse conversion unit with a result of the first conversion performed by the conversion unit and determines whether or not the battery pack (100; 300) is an authentic product.
A method for functional imaging, comprising: obtaining image data from a functional image acquisition capturing tissue of interest; determining via a processor, functional information about said tissue of interest in said image data based on one or more reference time-concentration curves generated based on non-tissue of interest, the tissue of interest and the non-tissue of interest being the same type of physiological tissue; characterised in that it further comprises the steps of computing functional values for the non-tissue of interest based on a model reference curve and initial model reference curve parameters; determining whether said computed functional values fall within a range of expected functional values for the non-tissue of interest; and adjusting said initial model reference curve parameters in response to the computed functional values falling outside said range of expected functional values for the non-tissue of interest. obtaining image data from a functional image acquisition capturing tissue of interest; determining via a processor, functional information about said tissue of interest in said image data based on one or more reference time-concentration curves generated based on non-tissue of interest, the tissue of interest and the non-tissue of interest being the same type of physiological tissue; characterised in that it further comprises the steps of computing functional values for the non-tissue of interest based on a model reference curve and initial model reference curve parameters; determining whether said computed functional values fall within a range of expected functional values for the non-tissue of interest; and adjusting said initial model reference curve parameters in response to the computed functional values falling outside said range of expected functional values for the non-tissue of interest.