mhurhangee/ep-ind-claims huggingface dataset:
An automated analyzer for dispensing and causing a sample and a reagent to react with each other in a reaction container to measure a reacted mixed solution, the automated analyzer comprising: a plurality of dispensing probes (204, 214) dispensing a reagent or a sample to be analyzed into the reaction container, a supply port (251, 253) storing conductive liquid (252, 254) with which each of the plurality of dispensing probe (204, 214) comes into contact, a conductive-liquid supply unit (231, 232, 235-238) supplying the conductive liquid (252, 254), through a flow path connected to the supply port (251, 253), to the supply port (251, 253), a liquid-surface contact determination unit (201, 211) installed in each of the plurality of dispensing probes (204, 214), and determining a contact of a leading end (207, 217) of each of the plurality of dispensing probes (204, 214) with a liquid surface of the conductive liquid (252, 254), based on a change in capacitance between the leading end (207, 217) and a housing (243; 260; 270), the automated analyzer being characterized by a charge accumulation unit (240; 257; 267) provided between the conductive liquid (252, 254) and the housing (243; 260; 270), and having a capacitance (Cs) that is equal to or higher than a capacitance (Cp1, Cp2) of each of the plurality of dispensing probes (204, 214). a plurality of dispensing probes (204, 214) dispensing a reagent or a sample to be analyzed into the reaction container, a supply port (251, 253) storing conductive liquid (252, 254) with which each of the plurality of dispensing probe (204, 214) comes into contact, a conductive-liquid supply unit (231, 232, 235-238) supplying the conductive liquid (252, 254), through a flow path connected to the supply port (251, 253), to the supply port (251, 253), a liquid-surface contact determination unit (201, 211) installed in each of the plurality of dispensing probes (204, 214), and determining a contact of a leading end (207, 217) of each of the plurality of dispensing probes (204, 214) with a liquid surface of the conductive liquid (252, 254), based on a change in capacitance between the leading end (207, 217) and a housing (243; 260; 270),
A module configured in operation to connect to a host, the module comprising: a receiving means operable to receive an encrypted transport stream received from the host, the transport stream containing content data and a decryption key seed; a decryption key generator operable to extract the decryption key seed from the transport stream and to generate a decryption key from said decryption key seed; and a secure channel generator operable to generate a secure channel between the module and the host, whereby the secure channel generator is further operable to provide the generated decryption key to the host over the secure channel without a flag when the generated decryption key has changed from a previously provided decryption key, the flag indicating that the host should use the previously provided decryption key instead of the generated decryption key, and to provide the flag to the host without the generated decryption key when the generated decryption key is the same as the previously provided decryption key.
A mobile station apparatus which is adapted to search a search space for a physical downlink control channel, PDCCH, transmitted by a base station apparatus, the mobile station apparatus comprising: means adapted for performing decoding processing for searching the search space for the PDCCH, wherein the search space is defined based on a first mobile station identity, in a case that the mobile station apparatus has the first mobile station identity and a second mobile station identity; means adapted for identifying that the PDCCH is used for dynamic scheduling when the PDCCH includes the first mobile station identity; and means adapted for identifying that the PDCCH is used for deactivating persistent scheduling when the PDCCH includes the second mobile station identity, and resource allocation information is a beforehand determined value. means adapted for performing decoding processing for searching the search space for the PDCCH, wherein the search space is defined based on a first mobile station identity, in a case that the mobile station apparatus has the first mobile station identity and a second mobile station identity; means adapted for identifying that the PDCCH is used for dynamic scheduling when the PDCCH includes the first mobile station identity; and means adapted for identifying that the PDCCH is used for deactivating persistent scheduling when the PDCCH includes the second mobile station identity, and resource allocation information is a beforehand determined value.
An apparatus for processing interference in a massive multiple-input multiple-output, MIMO, system, wherein the apparatus comprises: an obtaining unit, configured to obtain a channel correlation matrix for each of a plurality of links, wherein each of the plurality of the links refer to a link between a base station in each of a plurality of cells in the massive MIMO system and a user served by the base station, and wherein a channel correlation matrix indicates a quantity of base station antennas that can be received by users served by said base station; a calculation unit, configured to calculate a combined outer precoder set by using channel correlation matrixes of the plurality of links obtained by the obtaining unit, wherein each combined outer precoder comprises at least one outer precoder being a semi-unitary matrix designed for a given base station according to its channel correlation matrixes, wherein the at least one outer precoder is not sensitive to a backhaul delay and is used to cancel inter-cell interference, such that, after user scheduling, only an inner precoder needs to be calculated for a scheduled user, wherein the inner precoder is a matrix used to cancel interference between a plurality of scheduled users. an obtaining unit, configured to obtain a channel correlation matrix for each of a plurality of links, wherein each of the plurality of the links refer to a link between a base station in each of a plurality of cells in the massive MIMO system and a user served by the base station, and wherein a channel correlation matrix indicates a quantity of base station antennas that can be received by users served by said base station; a calculation unit, configured to calculate a combined outer precoder set by using channel correlation matrixes of the plurality of links obtained by the obtaining unit, wherein each combined outer precoder comprises at least one outer precoder being a semi-unitary matrix designed for a given base station according to its channel correlation matrixes, wherein the at least one outer precoder is not sensitive to a backhaul delay and is used to cancel inter-cell interference, such that, after user scheduling, only an inner precoder needs to be calculated for a scheduled user, wherein the inner precoder is a matrix used to cancel interference between a plurality of scheduled users.
A winding arrangement for a primary part for contactless energy and/or signal transmission to a secondary part provided in an electric vehicle, having at least one winding of winding wire and two or more winding supports (3, 4, 50, 90, 130, 140), wherein the at least one winding has a plurality of turns, in particular therefore a plurality of winding wire portions, wherein the at least one winding is in the form of a spiral winding, wherein each winding support (3, 4, 50, 90, 130, 140) is connected to at least two turns and each turn is connected to at least one winding support (3, 4, 50, 90, 130, 140), wherein the, in particular all, winding supports (3, 4, 50, 90, 130, 140) are each at a distance from one another, wherein the, in particular all, turns of the at least one winding are each at a distance from one another, wherein a first turn is connected to a first of the winding supports (4, 50, 90, 130, 140), wherein the first turn is in the circumferential direction, therefore winding direction, repeatedly connected to the first winding support (4, 50, 90, 130, 140) at sites at a distance from one another, characterised in that the winding supports (3, 4, 50, 90, 130, 140) are each at connection sites connected to the turns in a material-bonded manner, wherein the winding wire has at each connection site a cross-section completely enclosed by the material of the winding supports (3, 4, 50, 90, 130, 140).
A system comprising: a component stack of a mechanical system, said stack comprising a plurality of components arranged on a shaft between a stack end integrally formed with the shaft and a stack nut; a memory system (322,374) configured to store a plurality of instructions; and a processing system (320,372) configured to communicate with the memory system (322,374) and execute the instructions that result in: determining an initial torque applied to the component stack wherein the initial torque closes gaps between the components; determining an assembly torque and an angle of turn applied to the component stack after the initial torque is applied; determining a friction value associated with the component stack, wherein the friction value comprises a friction torque ratio based on the initial torque, the assembly torque, and the angle of turn; determining a stack load of the component stack based on the friction value, the assembly torque, and the angle of turn, wherein the stack load is determined between the stack end of the component stack and the stack nut; and outputting an indicator of the stack load. a memory system (322,374) configured to store a plurality of instructions; and a processing system (320,372) configured to communicate with the memory system (322,374) and execute the instructions that result in: determining an initial torque applied to the component stack wherein the initial torque closes gaps between the components; determining an assembly torque and an angle of turn applied to the component stack after the initial torque is applied; determining a friction value associated with the component stack, wherein the friction value comprises a friction torque ratio based on the initial torque, the assembly torque, and the angle of turn; determining a stack load of the component stack based on the friction value, the assembly torque, and the angle of turn, wherein the stack load is determined between the stack end of the component stack and the stack nut; and outputting an indicator of the stack load. determining an initial torque applied to the component stack wherein the initial torque closes gaps between the components; determining an assembly torque and an angle of turn applied to the component stack after the initial torque is applied; determining a friction value associated with the component stack, wherein the friction value comprises a friction torque ratio based on the initial torque, the assembly torque, and the angle of turn; determining a stack load of the component stack based on the friction value, the assembly torque, and the angle of turn, wherein the stack load is determined between the stack end of the component stack and the stack nut; and outputting an indicator of the stack load.
A method, comprising: mounting a phosphor on a tacky layer of a dicing tape; dicing the phosphor from the dicing tape into phosphor plates; removing the phosphor plates from the dicing tape; and attaching the phosphor plates on light-emitting device dies, characterized in that, the phosphor is a ceramic, and the tacky layer is acrylic-free and also free of metal-containing catalyst. mounting a phosphor on a tacky layer of a dicing tape; dicing the phosphor from the dicing tape into phosphor plates; removing the phosphor plates from the dicing tape; and attaching the phosphor plates on light-emitting device dies, characterized in that, the phosphor is a ceramic, and the tacky layer is acrylic-free and also free of metal-containing catalyst.
Edge bander machine for working a workpiece made of wood, metal, ceramic, plastic, glass, fiberglass, comprising working groups (2, 3) of said workpiece, means for moving said workpiece configured for carrying said workpiece in said machine, and a logic control unit provided with a program for moving said working groups (2, 3), said machine comprises at least one measuring device, operationally connected to said logic control unit, capable of measuring the displacement of said workpiece from a reference position and capable of sending said measurement to said logic control unit, so that said logic control unit is capable of adjusting the position of said working groups (2, 3) with respect to said workpiece during the working of said workpiece so as to compensate said displacement, a frame, a supporting plane, extending along a development axis, on which said workpiece to be worked is placed in a reference position, comprising a face to be worked, at least one first working group and one second working group, slidably coupled to said frame along said development axis, for working said face, and one of said working groups (2, 3) is an edge bander group to apply an edge bander to said workpiece. working groups (2, 3) of said workpiece, means for moving said workpiece configured for carrying said workpiece in said machine, and a logic control unit provided with a program for moving said working groups (2, 3), said machine comprises at least one measuring device, operationally connected to said logic control unit, capable of measuring the displacement of said workpiece from a reference position and capable of sending said measurement to said logic control unit, so that said logic control unit is capable of adjusting the position of said working groups (2, 3) with respect to said workpiece during the working of said workpiece so as to compensate said displacement, a frame, a supporting plane, extending along a development axis, on which said workpiece to be worked is placed in a reference position, comprising a face to be worked, at least one first working group and one second working group, slidably coupled to said frame along said development axis, for working said face, and one of said working groups (2, 3) is an edge bander group to apply an edge bander to said workpiece.
A medical device comprising: a catheter having a wall with an inner surface defining a central longitudinal lumen and an outer surface; and a plurality of separate lumens positioned within the wall between the inner surface and the outer surface, the plurality of separate lumens oriented radially with respect to each other and extending parallel to and offset from the central longitudinal lumen; wherein the plurality of separate lumens have in use a first configuration in which the lumens are substantially filled with liquid such that the catheter has reduced echogenicity when positioned in a body conduit and a second configuration in which the lumens are substantially filled with gas such that the catheter has enhanced echogenicity when positioned in a body conduit. a catheter having a wall with an inner surface defining a central longitudinal lumen and an outer surface; and a plurality of separate lumens positioned within the wall between the inner surface and the outer surface, the plurality of separate lumens oriented radially with respect to each other and extending parallel to and offset from the central longitudinal lumen; wherein the plurality of separate lumens have in use a first configuration in which the lumens are substantially filled with liquid such that the catheter has reduced echogenicity when positioned in a body conduit and a second configuration in which the lumens are substantially filled with gas such that the catheter has enhanced echogenicity when positioned in a body conduit.
Ophthalmic surgical pulse control device, comprising a pulse generator, - which, during a switch-on duration of the pulse generator, is configured to produce pulses with a pulse duration during which the needle of a phacoemulsification handpiece substantially vibrates in resonance, and - which, during the switch-on duration of the pulse generator, is configured to produce pulse pauses with a pulse pause duration during which the needle vibrates only minimally or not at all, - wherein a pulse with a subsequent pulse pause forms a pulse packet with a pulse packet duration, - wherein the pulse generator is configured to produce pulse packets which immediately follow one another, - wherein the sequence of the absolute values of pulse duration and pulse pause duration of successive pulse packets during the entire switch-on duration of the pulse generator is an aperiodic sequence, characterized in that the absolute values of the pulse duration of successive pulse packets vary around a predetermined mean value with a predetermined positive and negative deviation therefrom. - which, during a switch-on duration of the pulse generator, is configured to produce pulses with a pulse duration during which the needle of a phacoemulsification handpiece substantially vibrates in resonance, and - which, during the switch-on duration of the pulse generator, is configured to produce pulse pauses with a pulse pause duration during which the needle vibrates only minimally or not at all, - wherein a pulse with a subsequent pulse pause forms a pulse packet with a pulse packet duration, - wherein the pulse generator is configured to produce pulse packets which immediately follow one another, - wherein the sequence of the absolute values of pulse duration and pulse pause duration of successive pulse packets during the entire switch-on duration of the pulse generator is an aperiodic sequence,
A flexible electro-active lens comprising: a flexible refractive optic having a fixed refractive index and configured to be placed within or on an eye, the flexible refractive optic comprising at least one flexible film (4, 8a, 8b); a flexible electro-active element embedded within said flexible refractive optic, wherein said flexible electro-active element comprises a liquid crystal layer having an alterable refractive index; a memory metal material configured to bias the flexible electro-active lens toward an unfolded state, and further configured as at least one of an antenna, a capacitor and an inductive coil; first and second electrodes formed of a conductive material, the flexible electro-active element being disposed between the first and second electrodes; and a controller, electrically connected to said flexible electro-active element, to apply power to said flexible electro-active element so as to alter a refractive index of said flexible electro-active element. a flexible refractive optic having a fixed refractive index and configured to be placed within or on an eye, the flexible refractive optic comprising at least one flexible film (4, 8a, 8b); a flexible electro-active element embedded within said flexible refractive optic, wherein said flexible electro-active element comprises a liquid crystal layer having an alterable refractive index; a memory metal material configured to bias the flexible electro-active lens toward an unfolded state, and further configured as at least one of an antenna, a capacitor and an inductive coil; first and second electrodes formed of a conductive material, the flexible electro-active element being disposed between the first and second electrodes; and a controller, electrically connected to said flexible electro-active element, to apply power to said flexible electro-active element so as to alter a refractive index of said flexible electro-active element.
A white light emitting device comprising composite material emitting white light comprising a metal-organic framework comprising a plurality of organic polydentate bridging ligands and a plurality of zirconium cations, characterized in that said composite material comprises at least one guest dye capable of absorbing energy in a wavelength range emitted by the MOF when said MOF is excited, said at least one guest dye comprising a chromophore selected from the group consisting of a naphthoxazinium group, an aromatic cyclobutadione group, a 1-benzopyran-2-one group, xanthenylidene-dialkylammonium group, a porphyrin group, a 4-dimethylaminostyryl group, or a boron-dipyrromethene group and mixtures thereof.
Process for preparing olefins from oxygenates, comprising the following steps: (i) heterogeneously catalysed conversion of the oxygenates in an oxygenate-to-olefin reactor (OTO reactor) under oxygenate conversion conditions to give a product stream containing water, olefins and other hydrocarbons and at least one oxygenate, (ii) quenching the product stream in at least one quench stage to obtain a gaseous stream G comprising hydrocarbons and olefins, a liquid aqueous stream W consisting predominantly of water and oxygenates, and a liquid stream Q consisting predominantly of hydrocarbons and comprising olefins, (iii) separating the stream O or a stream resulting therefrom into a stream C4- consisting predominantly of hydrocarbons having four or fewer carbon atoms and comprising olefins and oxygenates, and into a stream C4+ consisting predominantly of hydrocarbons having four or more carbon atoms, (iv) separating the stream C4- into a stream C3-comprising ethylene, propylene and propane and into a stream C4-O comprising C4 hydrocarbons and oxygenates, (v) separating the stream C3- into a stream C2-containing ethylene and a stream C3 comprising propylene and propane, where the stream C3- is optionally dried prior to the separating, (vi) separating the stream C3 into a stream comprising propylene and into a stream comprising propane, characterized in that (vii) the predominant portion of the stream C4-O is returned without any further separation or purification step to the OTO reactor and/or to an optionally present etherification reactor upstream thereof. (i) heterogeneously catalysed conversion of the oxygenates in an oxygenate-to-olefin reactor (OTO reactor) under oxygenate conversion conditions to give a product stream containing water, olefins and other hydrocarbons and at least one oxygenate, (ii) quenching the product stream in at least one quench stage to obtain a gaseous stream G comprising hydrocarbons and olefins, a liquid aqueous stream W consisting predominantly of water and oxygenates, and a liquid stream Q consisting predominantly of hydrocarbons and comprising olefins, (iii) separating the stream O or a stream resulting therefrom into a stream C4- consisting predominantly of hydrocarbons having four or fewer carbon atoms and comprising olefins and oxygenates, and into a stream C4+ consisting predominantly of hydrocarbons having four or more carbon atoms, (iv) separating the stream C4- into a stream C3-comprising ethylene, propylene and propane and into a stream C4-O comprising C4 hydrocarbons and oxygenates, (v) separating the stream C3- into a stream C2-containing ethylene and a stream C3 comprising propylene and propane, where the stream C3- is optionally dried prior to the separating, (vi) separating the stream C3 into a stream comprising propylene and into a stream comprising propane, characterized in that (vii) the predominant portion of the stream C4-O is returned without any further separation or purification step to the OTO reactor and/or to an optionally present etherification reactor upstream thereof.
Steering column for a motor vehicle, having an inner jacket tube receiving a steering spindle, which inner jacket tube is received to be longitudinally adjustable in an outer jacket tube which has a hollow cross-section and is held on a steering bracket, and having a clamping means, by means of which the inner jacket tube can be releasably secured in its adjusted longitudinal position relative to the outer jacket tube, wherein the outer jacket tube has a recess over at least a portion of its length, wherein the hollow cross-section of the recess can be changed by means of the clamping means, characterised in that a force transmission element is provided between a clamping element of the clamping means and the outer jacket tube, which force transmission element is movement-coupled via an entrainment connection going through the outer jacket tube with the inner jacket tube.