mhurhangee/ep-ind-claims huggingface dataset:
A data device comprising a first and a second data carrier for telemetric setting of an implant and/or for telemetric communication between the implant and the data device, wherein the data device has - a control unit for processing the input data, - a memory unit for storing the fed data, - an input unit for inputting data, - a display unit for displaying data, - a telemetry unit for transmitting data to the implant or vice versa, and characterised in that the data device has a first data carrier reader for reading from and/or writing to the first data carrier and has a second data carrier reader for reading from and/or writing to the second data carrier, wherein patient-related status data transmitted to the implant is stored in the first data carrier and administrative data concerning the implant is stored in the second data carrier. - a control unit for processing the input data, - a memory unit for storing the fed data, - an input unit for inputting data, - a display unit for displaying data, - a telemetry unit for transmitting data to the implant or vice versa, and
A method, comprising: receiving video access units and corresponding audio access units, said video and corresponding audio access units representing audio-visual information exhibiting an audio-visual temporal synchronization error described by a first probability distribution function (pdf); and temporally delaying one of said received audio and video access units by a delay amount, wherein the delayed access units and the other than delayed access units represent audiovisual information exhibiting an audio-visual temporal synchronization error described by a second pdf, and wherein the area underneath said second pdf which is within an asymmetrical lip sync error tolerance (LSET) window is larger than the area underneath said first pdf which is within said asymmetrical LSET window. receiving video access units and corresponding audio access units, said video and corresponding audio access units representing audio-visual information exhibiting an audio-visual temporal synchronization error described by a first probability distribution function (pdf); and temporally delaying one of said received audio and video access units by a delay amount, wherein the delayed access units and the other than delayed access units represent audiovisual information exhibiting an audio-visual temporal synchronization error described by a second pdf, and wherein the area underneath said second pdf which is within an asymmetrical lip sync error tolerance (LSET) window is larger than the area underneath said first pdf which is within said asymmetrical LSET window.
A light emitting device comprising: a substrate; and a phosphor layer (40, 40A, 40B) composed in such a manner that a large number of phosphor particles are adhered onto a flat surface of the substrate, wherein substantially all of the phosphor particles are polyhedral phosphor particles that are monodispersed, each of the polyhedral phosphor particles is derived from a crystal structure of garnet and has facets, a median particle size D 50 of the polyhedral phosphor particles is 30 μm or more and a maximum thickness of the phosphor layer (40, 40A, 40B) or less, and wherein substantially all of the phosphor particles adhered onto the flat surface of the substrate are the polyhedral phosphor particles that are monodispersed, each of the polyhedral phosphor particles is derived from the crystal structure of the garnet, and has the facets. a substrate; and a phosphor layer (40, 40A, 40B) composed in such a manner that a large number of phosphor particles are adhered onto a flat surface of the substrate, wherein substantially all of the phosphor particles are polyhedral phosphor particles that are monodispersed, each of the polyhedral phosphor particles is derived from a crystal structure of garnet and has facets, a median particle size D 50 of the polyhedral phosphor particles is 30 μm or more and a maximum thickness of the phosphor layer (40, 40A, 40B) or less, and wherein substantially all of the phosphor particles adhered onto the flat surface of the substrate are the polyhedral phosphor particles that are monodispersed, each of the polyhedral phosphor particles is derived from the crystal structure of the garnet, and has the facets.
A plug connector assembly having a plug connector and a cable connected to the plug connector, which in each case have at least one pair of conductors with a first and second conductor for transmitting a differential signal, wherein the cable has a first section and the plug connector has a second section, in which the pair of conductors has plug contacts, wherein the cable is fastened to the plug connector on a plug connector-side end of the first section and the conductors of the pair of conductors of the cable are fastened to the conductors of the plug connector on a cable-side end of the second section, wherein between the first section and the second section an intermediate section is formed, wherein the pair of conductors is surrounded in the intermediate section by an outer conductor, and wherein in at least one part of the intermediate section the outer conductor has a deformation, which reduces a distance between the outer conductor and the conductors and/or a distance between the conductors in a region of the deformation, wherein the distance between the outer conductor and the conductors in a region of the deformation is zero, wherein the distance between the conductors in a region of the deformation is zero, characterized in that a smallest diameter of the outer conductor in the region of the deformation is less than a diameter of a conductor in a non-deformed region and/or that a largest diameter of the outer conductor in the region of the deformation is less than twice that of a conductor in a non-deformed region.
Generator output line for electrically connecting a generator to a transformer, having a cylindrical inner conductor and a cylindrical cladding tube connection region which is arranged concentrically with respect to the inner conductor, wherein the inner conductor has an internal conductor tube and an external conductor tube, characterized in that the internal and external conductor tubes of the inner conductor are separated in each case in the transverse direction and connected to one another, crossed over, such that the current paths in the longitudinal direction of the inner conductor change at least once between the external conductor tube and the internal conductor tube.
A solid-state p-n heterojunction comprising an organic p-type material in contact with an n-type material wherein said n-type material comprises mesoporous SnO 2 coated with at least two materials and wherein the outermost coating closest to the p-type material is a surface-coating of a surface coating material having a conduction band edge closer to vacuum level and/or a higher band-gap than SnO 2, wherein said SnO 2 is additionally coated with at least one intermediate coating between the "core" SnO 2 material and the surface coating of the surface coating material, wherein the intermediate coating comprises a material with a higher band-gap and/or a conduction band closer to the vacuum level than SnO 2 and/or a material with a band gap of 3 ± 1.5 eV, or wherein the intermediate coating comprises a material with a lower band-gap and/or a conduction band further from the vacuum level than SnO 2 and/or a material with a band gap of 3 ± 1.5 eV.
A sensor comprising: a solid-state matrix comprising a solid-state pore opening; and a hydrophilic protein channel in a stable insertion fit within the solid-state pore opening, the stable insertion fit being a substantially snug fit of the hydrophilic protein channel's external surface within the solid-state pore opening such that the hydrophilic protein channel is stable for at least two hours in the solid-state pore opening while in the presence of a water solvent, the hydrophilic protein channel including residues that are soluble in water at least over a substantial portion of an external surface of the hydrophilic protein channel, and the hydrophilic protein channel comprising a protein nanopore channel; and wherein a protein forming at least part of the hydrophilic protein channel comprises a modification of SEQ ID NO: 1, the modification comprising one of: SEQ ID NO: 27; SEQ ID NO: 37; SEQ ID NO: 15, SEQ ID NO: 17, SEQ ID NO: 23, SEQ ID NO: 25, SEQ ID NO: 19, SEQ ID NO: 9, SEQ ID NO: 13, SEQ ID NO: 29, SEQ ID NO: 31, SEQ ID NO: 35, SEQ ID NO: 33, SEQ ID NO: 3, SEQ ID NO: 5, and SEQ ID NO: 7. a solid-state matrix comprising a solid-state pore opening; and a hydrophilic protein channel in a stable insertion fit within the solid-state pore opening, the stable insertion fit being a substantially snug fit of the hydrophilic protein channel's external surface within the solid-state pore opening such that the hydrophilic protein channel is stable for at least two hours in the solid-state pore opening while in the presence of a water solvent, the hydrophilic protein channel including residues that are soluble in water at least over a substantial portion of an external surface of the hydrophilic protein channel, and the hydrophilic protein channel comprising a protein nanopore channel; and wherein a protein forming at least part of the hydrophilic protein channel comprises a modification of SEQ ID NO: 1, the modification comprising one of: SEQ ID NO: 27; SEQ ID NO: 37; SEQ ID NO: 15, SEQ ID NO: 17, SEQ ID NO: 23, SEQ ID NO: 25, SEQ ID NO: 19, SEQ ID NO: 9, SEQ ID NO: 13, SEQ ID NO: 29, SEQ ID NO: 31, SEQ ID NO: 35, SEQ ID NO: 33, SEQ ID NO: 3, SEQ ID NO: 5, and SEQ ID NO: 7.
A method for manufacturing bushes with a tubular body having a longitudinal axis and an inner cavity; each bush having an inner surface facing said inner cavity; wherein the method comprises creating on said inner surface a pattern composed of the repetition of one or more polygonal geometrical shapes; wherein each geometrical shape is formed by means of a plurality of grooves (12; 12I), which are combined in a prefixed order; wherein the method comprises creating one or more junctions; each junction being a discontinuity area given by the intersection of a plurality of grooves; the method being characterized in that each junction - is generated by the intersection of the grooves of three or more adjacent polygonal geometrical shapes, in particular there is discontinuity between the grooves(12; 12I) of three or more adjacent geometrical shapes; or - is generated by the intersection of the grooves of a single geometrical shape when the pattern is composed of the repetition of one or more star geometrical shapes; wherein the grooves of two adjacent geometrical shapes are not in contact with each other. - is generated by the intersection of the grooves of three or more adjacent polygonal geometrical shapes, in particular there is discontinuity between the grooves(12; 12I) of three or more adjacent geometrical shapes; or - is generated by the intersection of the grooves of a single geometrical shape when the pattern is composed of the repetition of one or more star geometrical shapes; wherein the grooves of two adjacent geometrical shapes are not in contact with each other.
An engine controlling apparatus, comprising: an engine speed detection unit that detects an engine speed of an engine mounted on a vehicle; an acceleration operation amount detection unit that detects an acceleration operation amount inputted to an acceleration pedal of the vehicle; a first calculation unit that calculates an acceleration demand torque based on the engine speed detected by said engine speed detection unit and the acceleration operation amount detected by said acceleration operation amount detection unit; a second calculation unit that calculates an external demand torque demanded from an external controlling system; a third calculation unit (2 k) that calculates a first target torque for ignition timing control and a second target torque for intake air amount control based on the acceleration demand torque and the external demand torque; a fourth calculation unit that calculates, as an actual torque, a maximum torque which can be generated by the engine at an actual charging efficiency; and a control unit that controls an ignition timing of the engine based on the actual torque and the first target torque. an engine speed detection unit that detects an engine speed of an engine mounted on a vehicle; an acceleration operation amount detection unit that detects an acceleration operation amount inputted to an acceleration pedal of the vehicle; a first calculation unit that calculates an acceleration demand torque based on the engine speed detected by said engine speed detection unit and the acceleration operation amount detected by said acceleration operation amount detection unit; a second calculation unit that calculates an external demand torque demanded from an external controlling system; a third calculation unit (2 k) that calculates a first target torque for ignition timing control and a second target torque for intake air amount control based on the acceleration demand torque and the external demand torque; a fourth calculation unit that calculates, as an actual torque, a maximum torque which can be generated by the engine at an actual charging efficiency; and a control unit that controls an ignition timing of the engine based on the actual torque and the first target torque.
A method for reconstructing multi-tracer metabolic and morphometric images by determining time coordinates and three-dimensional spatial coordinates of a position of a positron-electron annihilation into three gamma quanta, the method comprising the steps of: a) receiving a plurality of events from positron annihilation centers obtained during measurements conducted by TOF-PET tomography; b) reconstructing the time coordinates and the three-dimensional spatial coordinates for the plurality of events collected in step (a); c) determining a common decay plane for gamma quanta originating from the positron-electron annihilation; characterized by further comprising: d) transforming the three-dimensional spatial coordinates for the gamma quanta to a two-dimensional frame of reference of the common decay plane determined in step (c); e) determining the time coordinates and the spatial coordinates of a place of the annihilation in the common decay plane defined in step (c); f) transforming time coordinates and the spatial coordinates of the place of the annihilation in the two-dimensional frame of reference of the common decay plane to three-dimensional spatial coordinates in a detector coordinate system. a) receiving a plurality of events from positron annihilation centers obtained during measurements conducted by TOF-PET tomography; b) reconstructing the time coordinates and the three-dimensional spatial coordinates for the plurality of events collected in step (a); c) determining a common decay plane for gamma quanta originating from the positron-electron annihilation; d) transforming the three-dimensional spatial coordinates for the gamma quanta to a two-dimensional frame of reference of the common decay plane determined in step (c); e) determining the time coordinates and the spatial coordinates of a place of the annihilation in the common decay plane defined in step (c); f) transforming time coordinates and the spatial coordinates of the place of the annihilation in the two-dimensional frame of reference of the common decay plane to three-dimensional spatial coordinates in a detector coordinate system.
Household dishwasher comprising a receiving area for receiving items to be washed and comprising a tank assembly for receiving dishwashing fluid, wherein the tank assembly comprises at least one first tank section with an inlet, via which the tank assembly can be supplied with dishwashing fluid, and at least one second tank section with an outlet, via which dishwashing fluid present in the tank assembly can exit the tank assembly, wherein the first tank section and the second tank section are fluidically connected together and are arranged fluidically in series such that dishwashing fluid present in the first tank section is displaced into the second tank section when additional dishwashing fluid is introduced into the first tank section via the inlet, and wherein the household dishwasher comprises a heat pump arrangement, a heat transfer medium flowing therethrough during the operation thereof, wherein the heat pump arrangement comprises, amongst other things, an evaporator, heat being able to be transferred thereby from the dishwashing fluid to the heat transfer medium, wherein the evaporator is at least partially arranged inside the first tank section or is in thermally conductive contact therewith characterised in that the first tank section and the second tank section are arranged on the same side of the receiving area, wherein the first tank section and the second tank section are partially defined by a common wall, wherein the second tank section is at least partially arranged between the first tank section and the receiving area, wherein the second tank section is arranged between a wall, in particular a side wall of the washing container of the household dishwasher and the first tank section, wherein the first tank section is attached externally to the wall of the washing container, whilst the second tank section is attached internally to the wall of the washing container.
A method for testing a transceiver device which may be coupled to an antenna array, the antenna array comprising at least two antenna elements, wherein the transceiver device comprises at least two transceivers which are associated to at least two antenna elements of the antenna array,the method comprising the following steps: providing spatial radiation characteristics of an antenna reference or the antenna array and at least one antenna element of the antenna array, wherein the spatial radiation characteristics comprise individual radiation patterns of antenna elements associated to the at least two transceivers; and determining, based on the spatial radiation characteristics and a predefined test quantity for a spatially unaware receiver or transmitter test of the transceiver device, a spatially aware test quantity for testing the transceiver device using the spatially unaware receiver or transmitter test based on the determined spatially aware test quantity, wherein determining the at least one spatially aware test quantity comprises, for a given spatial transceiver test scenario, determining a difference between a radiation pattern of the antenna array and an individual radiation pattern of at least one antenna element associated to one of the at least two transceivers and using said difference for determining the spatially aware test quantity from the predefined test quantity. providing spatial radiation characteristics of an antenna reference or the antenna array and at least one antenna element of the antenna array, wherein the spatial radiation characteristics comprise individual radiation patterns of antenna elements associated to the at least two transceivers; and an antenna reference or the antenna array and at least one antenna element of the antenna array, wherein the spatial radiation characteristics comprise individual radiation patterns of antenna elements associated to the at least two transceivers; and determining, based on the spatial radiation characteristics and a predefined test quantity for a spatially unaware receiver or transmitter test of the transceiver device, a spatially aware test quantity for testing the transceiver device using the spatially unaware receiver or transmitter test based on the determined spatially aware test quantity, wherein determining the at least one spatially aware test quantity comprises, for a given spatial transceiver test scenario, determining a difference between a radiation pattern of the antenna array and an individual radiation pattern of at least one antenna element associated to one of the at least two transceivers and using said difference for determining the spatially aware test quantity from the predefined test quantity.
Road sweeper machine comprising: - a vehicle suitable for road transport and comprising an electric motor of a brushless type, - sweeping elements connected to said vehicle and suitable for removing waste on the ground, - a collection system for said waste placed at the bottom of said vehicle - a chamber for containing said collected waste connected to said collection system, and characterised by - said electric motor comprises a hexa-phase system, - said hexa-phase system comprising: - a rotor comprising a plurality of permanent type magnets - two stators, - two inverter circuits, each connected to one of said stators, and each mutually independent, - each said inverter being capable of sending a three-phase current to said connected stator. - a vehicle suitable for road transport and comprising an electric motor of a brushless type, - sweeping elements connected to said vehicle and suitable for removing waste on the ground, - a collection system for said waste placed at the bottom of said vehicle - a chamber for containing said collected waste connected to said collection system, and characterised by - said electric motor comprises a hexa-phase system, - said hexa-phase system comprising: - a rotor comprising a plurality of permanent type magnets - two stators, - two inverter circuits, each connected to one of said stators, and each mutually independent, - each said inverter being capable of sending a three-phase current to said connected stator. - a rotor comprising a plurality of permanent type magnets - two stators, - two inverter circuits, each connected to one of said stators, and each mutually independent, - each said inverter being capable of sending a three-phase current to said connected stator.
A method of producing of a support plate to be used in a floor, wall, or ceiling construction, in particular a slab-lined wall or floor construction for achieving decoupling between a ground and a surface lining to be affixed to the support plate which has a foil-like plate provided with a plurality of chambers constituted by recesses with respect to a plane of the foil-like plate, the outer end faces of which form a first plate side and, on the opposite side, a second plate side is formed, characterised in that - feeding the foil-like plate having recesses formed therein to a processing station in which an adhesion-strenghtening layer made of a web-like material is applied to at least one plate side (22, 26), and in which at least the recesses are lined. - feeding the foil-like plate having recesses formed therein to a processing station in which an adhesion-strenghtening layer made of a web-like material is applied to at least one plate side (22, 26), and in which at least the recesses are lined.