mhurhangee/ep-ind-claims huggingface dataset:
A power converter, comprising: - at least a first heat sink; - at least a first magnetic core capable of producing a magnetic field; - at least a first multi-layer substrate comprising at least two electrically and thermally conductive layers (70a, 70c), and at least one electrically insulative and thermally conductive layer, each of the electrically and thermally conductive layers of the first multi-layer substrate electrically isolated from a next successive one of the electrically and thermally conductive layers by a respective one of the electrically insulative and thermally conductive layers; - at least a first one of the electrically and thermally conductive layers patterned to form a first winding of at least a first planar transformer; - at least a second one of the electrically and thermally conductive layers patterned to form a second winding of the first planar transformer; - at least a portion of each of the first and the second winding (70a, 70c) of the planar transformer disposed within the magnetic field of the magnetic core; - the first multi-layer substrate thermally coupled to the heat sink; - at least a first power semiconductor device electrically coupled to one of the electrically and thermally conductive layers of the first multi-layer substrate; - the first power semiconductor device electrically isolated from and thermally coupled to the heat sink via the first multi-layer substrate; characterized in that, - the at least a first one of the electrically and thermally conductive layers further patterned to form a first winding of a first inductor. - at least a first heat sink; - at least a first magnetic core capable of producing a magnetic field; - at least a first multi-layer substrate comprising at least two electrically and thermally conductive layers (70a, 70c), and at least one electrically insulative and thermally conductive layer, each of the electrically and thermally conductive layers of the first multi-layer substrate electrically isolated from a next successive one of the electrically and thermally conductive layers by a respective one of the electrically insulative and thermally conductive layers; - at least a first one of the electrically and thermally conductive layers patterned to form a first winding of at least a first planar transformer; - at least a second one of the electrically and thermally conductive layers patterned to form a second winding of the first planar transformer; - at least a portion of each of the first and the second winding (70a, 70c) of the planar transformer disposed within the magnetic field of the magnetic core; - the first multi-layer substrate thermally coupled to the heat sink; - at least a first power semiconductor device electrically coupled to one of the electrically and thermally conductive layers of the first multi-layer substrate; - the first power semiconductor device electrically isolated from and thermally coupled to the heat sink via the first multi-layer substrate; - the at least a first one of the electrically and thermally conductive layers further patterned to form a first winding of a first inductor.
An alkali-free glass sheet, comprising, as a glass composition in terms of mass%, 55 to 70% of SiO 2, 10 to 20% of Al 2 O 3, 0.1 to 3.5% of B 2 O 3, 0 to 1% of MgO, 5 to 10% of CaO, 0.5 to 5% of SrO, and 5 to 15% of BaO, which is substantially free of alkali metal oxides, and has a strain point of more than 710°C, an average coefficient of thermal expansion in a temperature range of 30 to 380°C of 40 to 60×10 -7 /°C, and a liquidus temperature of less than 1,190°C.
A drawing die made from cemented carbide material comprising tungsten carbide and a metallic binder, the cemented carbide material being substantially free from η-phase and consisting of: tungsten carbide with a mean grain size of 0.15-1.3 μm, 0.5-5.0 wt.-% (Co + Ni), with a ratio Co/(Co + Ni) of 0.6-0.9, 0.1-1.0 wt.-% Cr, with 0.05 ≤ Cr/(Co + Ni) ≤ 0.22, 0-0.04 wt.-% V, and unavoidable impurities, characterized by 0.02-0.2 wt.-% Mo. tungsten carbide with a mean grain size of 0.15-1.3 μm, 0.5-5.0 wt.-% (Co + Ni), with a ratio Co/(Co + Ni) of 0.6-0.9, 0.1-1.0 wt.-% Cr, with 0.05 ≤ Cr/(Co + Ni) ≤ 0.22, 0-0.04 wt.-% V, and unavoidable impurities, characterized by 0.02-0.2 wt.-% Mo.
Twisting device for electrical conductors, with at least one twisting head that is drivable by motor power to rotate about an axis of rotation relative to a base, and a clamping device for the ends of the conductors opposite of the twisting head, wherein the twisting head is movable in the direction of its axis of rotation towards the clamping device, characterized in that the twisting head is mounted on a first motorised length compensation carriage which is movable automatically, wherein the clamping device is mounted on a travel compensation carriage which is movable towards the length compensation carriage in a direction essentially parallel to the axis of rotation of the twisting head, and to which a force acting essentially parallel to the axis of rotation is applied via a force generating element.
A switching power supply, comprising: a plurality of transformers (1, 2) each having a core portion (CR1, CR2); a plurality of inverter circuits (INV1, INV2) that drive primary side coils (Lp1, Lp2, Lp3, Lp4) of the transformers (1, 2); a plurality of center tap rectifier circuits connected to secondary side coils (Ls1, Ls2, Ls3, Ls4) of the transformers (1, 2); and a plurality of smoothing circuits which are established in parallel and connected downstream of the plurality of center tap rectifier circuits, characterised in that at least pairs of secondary side coils (Ls1, Ls2, Ls3, Ls4) are connected to each of the center tap rectifier circuits, and the secondary side coils (Ls1, Ls2, Ls3, Ls4) of each of the center tap rectifier circuits are disposed in core portions of mutually different transformers (1, 2). a plurality of transformers (1, 2) each having a core portion (CR1, CR2); a plurality of inverter circuits (INV1, INV2) that drive primary side coils (Lp1, Lp2, Lp3, Lp4) of the transformers (1, 2); a plurality of center tap rectifier circuits connected to secondary side coils (Ls1, Ls2, Ls3, Ls4) of the transformers (1, 2); and a plurality of smoothing circuits which are established in parallel and connected downstream of the plurality of center tap rectifier circuits, characterised in that at least pairs of secondary side coils (Ls1, Ls2, Ls3, Ls4) are connected to each of the center tap rectifier circuits, and the secondary side coils (Ls1, Ls2, Ls3, Ls4) of each of the center tap rectifier circuits are disposed in core portions of mutually different transformers (1, 2).
A system for coating at least a portion of a plant seedling stem with a coating substance, comprising a plurality of spaced apart containers for the coating substance, characterised in that the system comprises an industrial robot with an end effector comprising a support with a plurality of spaced apart grippers for gripping a plurality of spaced apart plant seedlings, that the system comprises a seedling stem aligning device for positioning the seedling stems to be gripped in a common plane, and that the end effector with the grippers is movable between a picking position, a coating position and a discharge position. that the system comprises an industrial robot with an end effector comprising a support with a plurality of spaced apart grippers for gripping a plurality of spaced apart plant seedlings, that the system comprises a seedling stem aligning device for positioning the seedling stems to be gripped in a common plane, and that the end effector with the grippers is movable between a picking position, a coating position and a discharge position.
A device for separating and concentrating target particles or molecules from a fibrinogen-containing liquid sample that is capable, when introduced into a container of the device, to form a polymerized fibrin pellet in which target particles or molecules are trapped, the device comprising: a container for collecting the sample, the container comprising a first top end, a second bottom end and at least one interior wall defining a reservoir portion for receiving the sample, wherein said reservoir portion comprises at least one anchor element configured to locally hook with the polymerized fibrin pellet in which target particles or molecules are trapped, after its formation upon addition of the sample into the container, wherein the container comprises an elongated pin element extending in the reservoir portion, the anchor element is located at or towards the end of said pin element, and wherein the anchor element comprises a local surface coating around which the polymerized fibrin pellet will be locally attached.
A formulation selected from the group comprising a nutraceutical and/or a pharmaceutical composition, comprising at least one Core-1 positive microorganism selected from the group consisting of DSM 18726 and DSM 18728, and/or at least one lysate or fraction thereof comprising at least one Core-1 positive component.
Arrangement comprising - a module of a modular multilevel converter, which module has a first module terminal, a second module terminal, a first electronic switching element, a second electronic switching element and an electrical energy storage unit, - a mechanical bypass switch, which is arranged between the first module terminal and the second module terminal and which electrically bypasses the module in the state in which it is switched on, and - an electronic switching unit, which is arranged between the first module terminal and the second module terminal and which electrically bypasses the module in the state in which it is switched on, characterized in that - the arrangement is configured so that the electronic switching unit and the mechanical bypass switch are supplied with the same switch-on signal or simultaneously produced switch-on signals so that the switch-on process is initiated in the electronic switching unit and the mechanical bypass switch simultaneously. - a module of a modular multilevel converter, which module has a first module terminal, a second module terminal, a first electronic switching element, a second electronic switching element and an electrical energy storage unit, - a mechanical bypass switch, which is arranged between the first module terminal and the second module terminal and which electrically bypasses the module in the state in which it is switched on, and - an electronic switching unit, which is arranged between the first module terminal and the second module terminal and which electrically bypasses the module in the state in which it is switched on, characterized in that - the arrangement is configured so that the electronic switching unit and the mechanical bypass switch are supplied with the same switch-on signal or simultaneously produced switch-on signals so that the switch-on process is initiated in the electronic switching unit and the mechanical bypass switch simultaneously.
An apparatus comprising: a detector configured to detect electromagnetic radiation emitted by at least one electromagnetic radiation source where the detector comprises a first portion (9, 43) and a second portion (11, 44); a deformable substrate configured to support the detector such that the first portion of the detector is moveable relative to the second portion of the detector; and a sensor configured to detect deformation of the substrate and provide information indicative of the detected deformation to image processing circuitry and controlling circuitry, the controlling circuitry being configured to obtain the information indicative of the deformation and, based on this information, to control at least one parameter of the at least one electromagnetic radiation source. a detector configured to detect electromagnetic radiation emitted by at least one electromagnetic radiation source where the detector comprises a first portion (9, 43) and a second portion (11, 44); a deformable substrate configured to support the detector such that the first portion of the detector is moveable relative to the second portion of the detector; and a sensor configured to detect deformation of the substrate and provide information indicative of the detected deformation to image processing circuitry and controlling circuitry, the controlling circuitry being configured to obtain the information indicative of the deformation and, based on this information, to control at least one parameter of the at least one electromagnetic radiation source.
Apparatus for handling security papers, having a radio unit for sending data from the apparatus (10, 50) to a service unit by means of mobile radio, an authentication data memory storing authentication data for uniquely authenticating the apparatus (10, 50) by means of the service unit, and a maintenance data memory storing maintenance data, characterized in that the radio unit is designed to transmit the authentication data and the maintenance data to the service unit by means of mobile radio, in that the apparatus (10, 50) comprises a subscriber identity module having a memory area storing maintenance data and authentication data, and in that the authentication data comprise a telephone number, uniquely associated with the apparatus (10, 50) by means of the subscriber identity module, for identifying the apparatus (10, 50) by means of the service unit and a PIN and/or a password for authenticating the apparatus (10, 50) by means of the service unit.
An activation system for an energized ophthalmic contact lens comprising: an energized ophthalmic contact lens comprising an energy source; a light detector in electrical communication with the energy source, wherein the light detector is capable of detecting light signal pulses emanating from an ambient light source external to the ophthalmic lens and generated by the intentional blinking of a physiological eyelid acting as a relatively opaque screen between the ambient light source and the light detector; and a component in electrical communication with the energy source sufficient to receive energy from the energy source based upon detection of the light signal pulses by the light detector. an energized ophthalmic contact lens comprising an energy source; a light detector in electrical communication with the energy source, wherein the light detector is capable of detecting light signal pulses emanating from an ambient light source external to the ophthalmic lens and generated by the intentional blinking of a physiological eyelid acting as a relatively opaque screen between the ambient light source and the light detector; and a component in electrical communication with the energy source sufficient to receive energy from the energy source based upon detection of the light signal pulses by the light detector.
An implantable blood pump comprising: a housing defining an inlet opening, an outlet opening, and a dividing wall within the housing defining a blood flow conduit that extends between the inlet opening and the outlet opening; and a rotary motor including a stator and a rotor, the stator comprising a stator core and stator coils, the stator core comprising a toroidal portion, the stator being disposed within the housing circumferentially about the dividing wall such that the blood flow conduit extends through the stator core, the stator core being disposed circumferentially around at least a portion of the rotor, the rotor having a rotor axis of rotation and including a rotor magnet for driving the rotor, characterized in that the stator core comprises stator teeth, each of the stator teeth extending toward the rotor from the toroidal portion and separated from each of an adjacent two of the stator teeth by a respective adjacent intervening segment of the toroidal portion, each of the stator coils extending around one of the intervening segments of the toroidal portion, the stator teeth axially overlapping with the rotor magnet with respect to the rotor axis of rotation. a housing defining an inlet opening, an outlet opening, and a dividing wall within the housing defining a blood flow conduit that extends between the inlet opening and the outlet opening; and a rotary motor including a stator and a rotor, the stator comprising a stator core and stator coils, the stator core comprising a toroidal portion, the stator being disposed within the housing circumferentially about the dividing wall such that the blood flow conduit extends through the stator core, the stator core being disposed circumferentially around at least a portion of the rotor, the rotor having a rotor axis of rotation and including a rotor magnet for driving the rotor, characterized in that the stator core comprises stator teeth, each of the stator teeth extending toward the rotor from the toroidal portion and separated from each of an adjacent two of the stator teeth by a respective adjacent intervening segment of the toroidal portion, each of the stator coils extending around one of the intervening segments of the toroidal portion, the stator teeth axially overlapping with the rotor magnet with respect to the rotor axis of rotation.
An organic vapor phase deposition system comprising: a main reactor defined by a main reactor wall; at least two source barrels configured to introduce at least two organic vapors into the main reactor; a substrate stage positioned in the main reactor; and at least one carrier gas injection line configured to distribute a carrier gas along the main reactor wall, which reduces condensation of the organic vapors onto the main reactor wall as the organic vapors flow toward the substrate stage; wherein the at least one carrier gas injection line is ring shaped and extends concentric to the main reactor wall. a main reactor defined by a main reactor wall; at least two source barrels configured to introduce at least two organic vapors into the main reactor; a substrate stage positioned in the main reactor; and at least one carrier gas injection line configured to distribute a carrier gas along the main reactor wall, which reduces condensation of the organic vapors onto the main reactor wall as the organic vapors flow toward the substrate stage; wherein the at least one carrier gas injection line is ring shaped and extends concentric to the main reactor wall.
A surveying instrument comprising; a horizontal rotating unit and a measuring unit removably installed on said horizontal rotating unit via a coupler and a connector for electrically connecting said horizontal rotating unit and said measuring unit by an installation of said measuring unit, wherein said horizontal rotating unit comprises a driving unit for rotating said measuring unit, a horizontal angle detector for measuring horizontal angle data, a first synchronization data generating unit, a first storage unit and a first control unit, wherein said first synchronization data generating unit outputs first synchronization data which indicate a timing at a time of acquisition of the horizontal angle data of said horizontal angle detector, said first control unit associates said horizontal angle data with said first synchronization data and stores in said first storage unit, wherein said measuring unit comprises a distance measuring unit for emitting a pulsed distance measuring light and for performing a distance measurement for each of the pulsed distance measuring light, a vertical angle detector for detecting a vertical angle at a time of distance measurement, a second synchronization data generating unit (32, 62), a second storage unit (33, 63) and a second control unit (28, 61), wherein said measuring unit acquires two-dimensional measurement data based on distance measurement data by said distance measuring unit and vertical angle data by said vertical angle detector, said second synchronization data generating unit outputs second synchronization data which indicate timings of a time of acquisition of said distance measurement data and a time of acquisition of said vertical angle data, said second control unit associates said two-dimensional measurement data with said second synchronization data and stores in said second storage unit, wherein each of said first control unit and said second control unit respectively have clocks which issue timing signals for control signal, either one of said first control unit and said second control unit outputs the control signal to the other of said first control unit and said second control unit via said connector and said first synchronization data and said second synchronization data are adapted to be synchronized based on said control signal and wherein said horizontal angle data and said two-dimensional measurement data can be converted to three-dimensional data based on said first synchronization data and said second synchronization data.
A polypeptide comprising an amino acid sequence consisting of: X1-X2-M-H-G-L-X7-L-X9-X10-D-E (SEQ ID NO:1) wherein amino acid X1 is R, F or P; X2 is F or V; X7 is Q, H or L; X9 is W or G and X10 is A or D.
An X-ray image acquisition system, comprising: - an X-ray radiation source and an X-ray detector connected to at least one C-arm as a support structure; - an anti-scatter grid arranged between an object receiving space and the X-ray detector, and - a device for controlling a position of the anti-scatter grid comprising: - a measurement unit; - a control unit; and - a shifting unit; wherein the measurement unit is configured to determine an X-ray beam focus position of the X-ray radiation source with respect to the X-ray detector; wherein the control unit is configured to generate a shifting signal based on a displacement between the X-ray beam focus position and a grid focus position of the anti-scatter grid, and wherein, based on the shifting signal, the shifting unit is configured to shift the anti-scatter grid in at least one direction to align the anti-scatter grid with the X-ray beam focus position. - an X-ray radiation source and an X-ray detector connected to at least one C-arm as a support structure; - an anti-scatter grid arranged between an object receiving space and the X-ray detector, and - a device for controlling a position of the anti-scatter grid comprising: - a measurement unit; - a control unit; and - a shifting unit; wherein the measurement unit is configured to determine an X-ray beam focus position of the X-ray radiation source with respect to the X-ray detector; wherein the control unit is configured to generate a shifting signal based on a displacement between the X-ray beam focus position and a grid focus position of the anti-scatter grid, and wherein, based on the shifting signal, the shifting unit is configured to shift the anti-scatter grid in at least one direction to align the anti-scatter grid with the X-ray beam focus position. wherein the measurement unit is configured to determine an X-ray beam focus position of the X-ray radiation source with respect to the X-ray detector; wherein the control unit is configured to generate a shifting signal based on a displacement between the X-ray beam focus position and a grid focus position of the anti-scatter grid, and wherein, based on the shifting signal, the shifting unit is configured to shift the anti-scatter grid in at least one direction to align the anti-scatter grid with the X-ray beam focus position.
A tea-based beverage precursor comprising tea solids and ≥ 0.01 % w/w water-dispersible biopolymer, wherein the water-dispersible biopolymer has a Trouton ratio of at least 300, preferably 400, more preferably 450 measured as a 0.2 % w/w aqueous solution at 20 degrees Celsius, wherein the weight ratio of tea solids to water-dispersible biopolymer is at least 2:1, preferably at least 3:1.