mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a vehicle which has a drive unit, a driving-data determination unit, a consumer set of at least one auxiliary consumer and a power management unit which is provided for managing the consumer set, in which: - the driving-data determination unit identifies driving curve data (FK; FK3), - the drive unit is controlled on the basis of the driving curve data (FK; FK3), - the power management unit receives consumer data from the consumer set, - the power management unit determines anticipatory load profile data at least on the basis of the consumer data, - identification data is transmitted to the driving-data determination unit as a function of the load profile data, - the driving-data determination unit identifies the driving curve data (FK; FK3) as a function of the identification data, characterised in that - the driving-data determination unit determines data sets including alternative driving curve data (FK1, FK2, FK3), - the data sets are transmitted to the power management unit, - one of the data sets is selected as a function of the load profile data and - the identification data is characteristic of the selected data set. - the driving-data determination unit identifies driving curve data (FK; FK3), - the drive unit is controlled on the basis of the driving curve data (FK; FK3), - the power management unit receives consumer data from the consumer set, - the power management unit determines anticipatory load profile data at least on the basis of the consumer data, - identification data is transmitted to the driving-data determination unit as a function of the load profile data, - the driving-data determination unit identifies the driving curve data (FK; FK3) as a function of the identification data, - the driving-data determination unit determines data sets including alternative driving curve data (FK1, FK2, FK3), - the data sets are transmitted to the power management unit, - one of the data sets is selected as a function of the load profile data and - the identification data is characteristic of the selected data set.
Method comprising: at least one licensable hardware component (e.g., 58 et al.) for which a license has not been obtained prior to vending the TV, the licensable component providing a licensable feature; determining whether an audio video device is in a retail demonstration mode; responsive to a determination that the device is not in the retail demonstration mode, enabling licensing fee triggering of a licensable component such that activation of the licensable component triggers a license fee associated with the licensable component; responsive to a determination that the device is in the retail demonstration mode, enabling activation of the licensable component for demonstration purposes without enabling licensing fee triggering of the licensable component such that activation of the licensable component does not trigger the license fee associated with the licensable component; wherein a processor associated with the audio video device presents on a display of the audio video device a user interface configured for enabling a viewer to establish whether the audio video device is in the retail demonstration mode, the UI presenting an option to select the retail demonstration mode; and wherein a retail key must be entered by a viewer into a UI presented on the display to enter the retail demonstration mode, the retail key being provided only to retail outlets such that only by entering the retail key is the audio video device placed in the retail demonstration mode, failure to enter the retail key preventing the audio video device from being placed in the retail demonstration mode such that if the audio video device is never placed on display in a retail outlet but instead is vended directly out of the box, an end user cannot enter the retail demonstration mode and thereby avoid license fee triggering. at least one licensable hardware component (e.g., 58 et al.) for which a license has not been obtained prior to vending the TV, the licensable component providing a licensable feature; determining whether an audio video device is in a retail demonstration mode; responsive to a determination that the device is not in the retail demonstration mode, enabling licensing fee triggering of a licensable component such that activation of the licensable component triggers a license fee associated with the licensable component;
Aerosol-therapy device, comprising a casing, a compressor group mounted in said casing, air intake means and air delivery means respectively to and from said compressor group, wherein said compressor group comprises a motor and a compressor device which can be activated by said motor by means of a connecting rod-crank mechanism to draw in and deliver air respectively through said air intake and delivery means, characterised in that - said compressor device comprises a piston, which is fixed, being joined to said casing, and a cylinder sliding on said piston and eccentrically connected to the drive shaft of the motor, - the compressor group comprises a cooling fan fitted on the drive shaft of the motor, and - said cooling fan is fitted on the end of the drive shaft projecting from the motor on the side facing the cylinder and is eccentrically connected to the cylinder. - said compressor device comprises a piston, which is fixed, being joined to said casing, and a cylinder sliding on said piston and eccentrically connected to the drive shaft of the motor, - the compressor group comprises a cooling fan fitted on the drive shaft of the motor, and - said cooling fan is fitted on the end of the drive shaft projecting from the motor on the side facing the cylinder and is eccentrically connected to the cylinder.
A storage battery system connected to a power system, comprising: power conversion devices (108A, 108B); a control system that is configured to control the power conversion devices (108A, 108B); at least two types of storage batteries (110A, 110B) to be charged and discharged respectively via the power conversion devices (108A, 108B); distribution means that are configured to receive an initial charge or discharge signal from the power system and divides the initial charge or discharge signal into a plurality of charge and/or discharge signals (211A, 211B) transmitted respectively for the at least two types of the storage batteries (110A, 110B); characterized in further comprising a polarity determination unit that is configured to determine whether polarities of the plurality of charge and/or discharge signals (211A, 211B) match; and redistribution means that are configured to set at least one of the plurality of charge and/or discharge signals (211A, 211B) to zero when the polarity determination unit determines the polarities of the plurality of charge and/or discharge signals (211A, 211B) as not matching, wherein the distribution means is configured to divide the initial charge or discharge signal using a filter having a variable time constant, wherein the filter is part of the distributions means. power conversion devices (108A, 108B); a control system that is configured to control the power conversion devices (108A, 108B); at least two types of storage batteries (110A, 110B) to be charged and discharged respectively via the power conversion devices (108A, 108B); distribution means that are configured to receive an initial charge or discharge signal from the power system and divides the initial charge or discharge signal into a plurality of charge and/or discharge signals (211A, 211B) transmitted respectively for the at least two types of the storage batteries (110A, 110B); a polarity determination unit that is configured to determine whether polarities of the plurality of charge and/or discharge signals (211A, 211B) match; and redistribution means that are configured to set at least one of the plurality of charge and/or discharge signals (211A, 211B) to zero when the polarity determination unit determines the polarities of the plurality of charge and/or discharge signals (211A, 211B) as not matching, wherein the distribution means is configured to divide the initial charge or discharge signal using a filter having a variable time constant, wherein the filter is part of the distributions means.
A block interleaver for interleaving blocks of symbols, the block interleaver comprising a 2-dimension word addressable DWA memory comprising: an M-row-by-N-column array of bit cells comprising two concurrent memory access channels in that each bit cell comprises: a bit storage element; 2 word lines; and 2 bit lines; and wherein each of the 2 word lines is coupled to a device configured to couple a corresponding bit line from the 2 bit lines to the storage element, if the word line is activated; and logic configured to address each bit cell using 2-Dimension Addressing, wherein the logic comprises: 2 address decoders; and 2 word select multiplexers, wherein the array of bit cells is addressable by first and second orthogonal address spaces associated to the two memory access channels, the first orthogonal address space having a bit width determined by the logarithm base 2 of M and the second orthogonal address space having a bit width determined by the logarithm base 2 of N; wherein the block interleaver and the logic are configured to write M bits of data into the block interleaver in a single cycle and to read N bits of data from the block interleaver in a single cycle, using the 2 word lines and the 2 bit lines. an M-row-by-N-column array of bit cells comprising two concurrent memory access channels in that each bit cell comprises: a bit storage element; 2 word lines; and 2 bit lines; and a bit storage element; 2 word lines; and 2 bit lines; and wherein each of the 2 word lines is coupled to a device configured to couple a corresponding bit line from the 2 bit lines to the storage element, if the word line is activated; and logic configured to address each bit cell using 2-Dimension Addressing, wherein the logic comprises: 2 address decoders; and 2 word select multiplexers, 2 address decoders; and 2 word select multiplexers, wherein the array of bit cells is addressable by first and second orthogonal address spaces associated to the two memory access channels, the first orthogonal address space having a bit width determined by the logarithm base 2 of M and the second orthogonal address space having a bit width determined by the logarithm base 2 of N; wherein the block interleaver and the logic are configured to write M bits of data into the block interleaver in a single cycle and to read N bits of data from the block interleaver in a single cycle, using the 2 word lines and the 2 bit lines.
A light emitting device comprising: a light emitting element, a light transmissive member disposed on an upper face of the light emitting element, and a cover member having light reflectivity, the cover member covering lateral faces of the light emitting element and lateral faces of the light transmissive member, wherein the cover member includes a first cover member and a second cover member, the first cover member covers the lateral faces of the light emitting element and the lateral faces of the light transmissive member, and contains a first light reflecting material and a first resin composed of a fluorine-based resin, and the second cover member covers the first cover member, and contains a second light reflecting material and a second resin, wherein the first light reflecting material and the second light reflecting material are the same material, and a refractive index of the first resin is lower than a refractive index of the second resin. a light emitting element, a light transmissive member disposed on an upper face of the light emitting element, and a cover member having light reflectivity, the cover member covering lateral faces of the light emitting element and lateral faces of the light transmissive member, wherein the cover member includes a first cover member and a second cover member, the first cover member covers the lateral faces of the light emitting element and the lateral faces of the light transmissive member, and contains a first light reflecting material and a first resin composed of a fluorine-based resin, and the second cover member covers the first cover member, and contains a second light reflecting material and a second resin, wherein the first light reflecting material and the second light reflecting material are the same material, and a refractive index of the first resin is lower than a refractive index of the second resin.
An apparatus configured to measure energy of photoelectrons, the apparatus comprising: a sample holder configured to hold a sample; a vacuum chamber configured to vacuum a surrounding of the sample held on the sample holder; a primary excitation light irradiator configured to irradiate a primary excitation light to the sample held on the sample holder; a photoelectron spectrometer; and an accelerator configured to accelerate photoelectrons emitted from the sample held on the sample holder toward the photoelectron spectrometer, wherein the accelerator allows the primary excitation light and the photoelectrons to pass therethrough, the apparatus further comprising a reference excitation light irradiator configured to irradiate a reference excitation light to the sample held on the sample holder, and a surface film forming chamber configured to form a surface film on a surface of the sample, the surface film being configured to reduce vacuum level, wherein the surface film forming chamber and the vacuum chamber are connected via a path, the primary excitation light is visible light or infrared light, a wavelength of which is longer than a wavelength which excites electrons within the sample to a vacuum level, and the reference excitation light is ultraviolet light, a wavelength of which is shorter than the wavelength which excites the electrons within the sample to the vacuum level. a sample holder configured to hold a sample; a vacuum chamber configured to vacuum a surrounding of the sample held on the sample holder; a primary excitation light irradiator configured to irradiate a primary excitation light to the sample held on the sample holder; a photoelectron spectrometer; and an accelerator configured to accelerate photoelectrons emitted from the sample held on the sample holder toward the photoelectron spectrometer, wherein the accelerator allows the primary excitation light and the photoelectrons to pass therethrough, the apparatus further comprising a reference excitation light irradiator configured to irradiate a reference excitation light to the sample held on the sample holder, and a surface film forming chamber configured to form a surface film on a surface of the sample, the surface film being configured to reduce vacuum level, wherein the surface film forming chamber and the vacuum chamber are connected via a path, the primary excitation light is visible light or infrared light, a wavelength of which is longer than a wavelength which excites electrons within the sample to a vacuum level, and the reference excitation light is ultraviolet light, a wavelength of which is shorter than the wavelength which excites the electrons within the sample to the vacuum level.
A new Lactobacillus fermentum strain designated by the symbol PL9, deposited in accordance with the Budapest Treaty on the International Recognition of the Deposit of Microorganisms for the Purposes of Patent Procedure at the Polish Collection of Microorganisms, located at the Institute of Immunology and Experimental Therapy in Wroclaw, under the deposit number B/00163.
A method for identifying, detecting or quantifying the presence of at least one target Respiratory Syncytial Virus comprising the following steps: (a) providing two or more oligonucleotide components wherein at least a first oligonucleotide component and at least a second oligonucleotide component are capable of self-assembly in the presence of said target to form a catalytically active multi-component nucleic acid enzyme (MNAzyme); (b) contacting said oligonucleotide components with a sample putatively containing said at least one target under conditions: permitting the binding of said target to said oligonucleotide components and permitting the catalytic activity of the MNAzyme; and (c) identifying, detecting or quantifying the presence of the catalytic activity of the MNAzyme, wherein the presence of the catalytic activity is indicative of the presence of said target, wherein: each oligonucleotide component comprises a substrate arm portion, a catalytic core portion, and a sensor arm portion and wherein in the presence of a target, the sensor arm portions of the oligonucleotide components hybridize to, and base pair with complementary portions of the target, wherein upon contacting the target in this fashion, the MNAzyme self-assembles forming a catalytic core, which can modify a substrate which is bound by the substrate arms. (a) providing two or more oligonucleotide components wherein at least a first oligonucleotide component and at least a second oligonucleotide component are capable of self-assembly in the presence of said target to form a catalytically active multi-component nucleic acid enzyme (MNAzyme); (b) contacting said oligonucleotide components with a sample putatively containing said at least one target under conditions: permitting the binding of said target to said oligonucleotide components and permitting the catalytic activity of the MNAzyme; and permitting the binding of said target to said oligonucleotide components and permitting the catalytic activity of the MNAzyme; and (c) identifying, detecting or quantifying the presence of the catalytic activity of the MNAzyme, wherein the presence of the catalytic activity is indicative of the presence of said target, wherein:
A stent configured for insertion in a human blood vessel, the stent comprising: a compressible, self-expanding, substantially cylindrical mesh body having an inside surface, an outside surface, a proximal end, and a distal end, wherein the stent body is in the form of a plurality of serpentine rings each including axial struts joined by arcuate joints, the serpentine rings comprising a continuous helical structure with only one distal end and one proximal end and formed as a bent wire, wherein the serpentine rings are disposed between an inner member or layer of a graft material and an outer layer, wherein the inner and outer layers are joined together to encapsulate the scaffold structure, wherein a tail strut is attached to the adjacent strut and the adjacent strut has a length sufficient to span the terminal ring as well as the adjacent ring which is one position inward from a terminal ring of the stent body, wherein the adjacent strut is lengthened to transition into the remainder of the serpentine rings and wherein, except for the struts (82 and 84) which span adjacent serpentine rings structures, there is a gap maintained between arcuate ends of the adjacent serpentine rings.
The use of a coating formulation comprising: a) between 8% and 12% of adipate esters or palm-based wax esters; b) between 60% and 80% of epoxy acrylate; c) between 8% and 9% of cross-linking agent; d) between 2% and 3% of photoinitiator; and e) between 4% and 5% of additives such as surfactant, agents that protect the coating formulation against UV light, agents that protect the coating formulation against aging, colorants, decorative agents, agents that promote adhesion for the rest of the coating material or coating formulation, hydrophobicization agents and water; for protecting wood against biological material destruction. a) between 8% and 12% of adipate esters or palm-based wax esters; b) between 60% and 80% of epoxy acrylate; c) between 8% and 9% of cross-linking agent; d) between 2% and 3% of photoinitiator; and e) between 4% and 5% of additives such as surfactant, agents that protect the coating formulation against UV light, agents that protect the coating formulation against aging, colorants, decorative agents, agents that promote adhesion for the rest of the coating material or coating formulation, hydrophobicization agents and water;
A modulating apparatus in a mobile communication system that performs data communication at a rate for transmitting 2400 symbols per second, each of the symbols having multi-level, comprising: a base band filter that blocks an unnecessary frequency component of a multi-level symbol input and outputs a waveform signal; and frequency shifting and modulating means for shifting to modulate a frequency of an output signal according to a magnitude of an amplitude of the waveform signal input from the base band filter, and in that an adjustment range of a frequency shift by the frequency shifting and modulating means is from a frequency deviation determined by a modulation index adapted to a predetermined emission mask when data in which positive and negative symbols respectively having the maximum absolute values are alternately repeated is input, up to a frequency deviation determined by a modulation index adapted to the emission mask when pseudo random data is input. a base band filter that blocks an unnecessary frequency component of a multi-level symbol input and outputs a waveform signal; and frequency shifting and modulating means for shifting to modulate a frequency of an output signal according to a magnitude of an amplitude of the waveform signal input from the base band filter, and in that an adjustment range of a frequency shift by the frequency shifting and modulating means is from a frequency deviation determined by a modulation index adapted to a predetermined emission mask when data in which positive and negative symbols respectively having the maximum absolute values are alternately repeated is input, up to a frequency deviation determined by a modulation index adapted to the emission mask when pseudo random data is input.
A door drive, comprising an electric assembly, and wherein the electric assembly comprises: - an injection moulded part made from plastic material, and - a metallic stamped part, - wherein the injection moulded part is formed as a housing for the door drive and/or a power supply unit, wherein the injection moulded part is adapted for receiving a cover, which includes post elements, which correspond to cutting/terminal contacts of the stamped part for producing a cutting/terminal connection, wherein - the stamped part is positively connected to the injection moulded part, in that the stamped part is incorporated in the injection-moulded part, - and areas of the stamped part protrude from the injection-moulded part for the purpose of electrical contacting, and - wherein the protruding areas of the stamped part are formed as cutting/terminal contacts and as plug-in contacts. - an injection moulded part made from plastic material, and - a metallic stamped part, - wherein the injection moulded part is formed as a housing for the door drive and/or a power supply unit, wherein the injection moulded part is adapted for receiving a cover, which includes post elements, which correspond to cutting/terminal contacts of the stamped part for producing a cutting/terminal connection, wherein - the stamped part is positively connected to the injection moulded part, in that the stamped part is incorporated in the injection-moulded part, - and areas of the stamped part protrude from the injection-moulded part for the purpose of electrical contacting, and - wherein the protruding areas of the stamped part are formed as cutting/terminal contacts and as plug-in contacts.