mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a function of a capacitor of a passive filter circuit, which at least partially reduces line-conducted interferences of an electrical device coupled electrically to a power supply system via the filter circuit, to which end the filter circuit comprises at least the one capacitor having a predefined capacitance value and at least one choke (18, 20) having a predefined inductance value, wherein a connection voltage of the electrical device is detected, wherein - an electrical capacitor voltage on the at least one capacitor is detected at least indirectly, - for the capacitor voltage and the connection voltage respective spectral components (26, 28) are determined, and - the function of the at least one capacitor is determined by the spectral components (26, 28) being evaluated with regard to the capacitor voltage and the connection voltage taking into consideration the inductance value of the at least one choke by means of at least one statistical processing operation, in that a frequency-dependent damping of the passive filter circuit is determined, with which an estimated value for a capacitance value of the at least one capacitor is computed, in order to derive the function of the at least one capacitor from the estimated value, wherein - the frequency-dependent damping as filter damping of the passive filter circuit above a limit frequency essentially depends on the impedance of the at least one capacitor, - the frequency-dependent damping is determined as a function of a ratio of the spectral component of the capacitor voltage to the spectral component of the connection voltage. - an electrical capacitor voltage on the at least one capacitor is detected at least indirectly, - for the capacitor voltage and the connection voltage respective spectral components (26, 28) are determined, and - the function of the at least one capacitor is determined by the spectral components (26, 28) being evaluated with regard to the capacitor voltage and the connection voltage taking into consideration the inductance value of the at least one choke by means of at least one statistical processing operation, in that a frequency-dependent damping of the passive filter circuit is determined, with which an estimated value for a capacitance value of the at least one capacitor is computed, in order to derive the function of the at least one capacitor from the estimated value, - the frequency-dependent damping as filter damping of the passive filter circuit above a limit frequency essentially depends on the impedance of the at least one capacitor, - the frequency-dependent damping is determined as a function of a ratio of the spectral component of the capacitor voltage to the spectral component of the connection voltage.
A method for securing a first program, referenced hereinafter as a target program, with a second program, a third program and a fourth program, hereafter referenced as a correspondence program, each program comprising constitutive elements, said constitutive elements comprising a finite number of program points and branches with annotations, named evolution rules, associated with the program points and defining the passage from one program point to another program point, and each program comprising a definition of a set of runtime constraints defining domains in which the program has a homogeneous behavior and impossible transitions and runtime constraints being called properties, each property being associated with one or more of the constitutive elements of the program, said method comprising: constructing the correspondence program by defining at least one relation between at least one constitutive element of the second program and at least one constitutive element of the third program, said relation being named a correspondence relation, so that each behavior of the second program has an acceptable behavior in the third program via the correspondence relation; exploiting the correspondence relation for establishing a relation between one property of the target program and at least one property of the third or correspondence program, said relation being a logic sufficiency relation and being such that it creates an oriented relationship between one local property of the target program, and one or more local properties of the correspondence program such that the proof of the latter properties proves the local property of the target program, or propagate the proof of said property to at least one property of the target program; said previous steps being executed for all properties of the target program to be proven. constructing the correspondence program by defining at least one relation between at least one constitutive element of the second program and at least one constitutive element of the third program, said relation being named a correspondence relation, so that each behavior of the second program has an acceptable behavior in the third program via the correspondence relation; exploiting the correspondence relation for establishing a relation between one property of the target program and at least one property of the third or correspondence program, said relation being a logic sufficiency relation and being such that it creates an oriented relationship between one local property of the target program, and one or more local properties of the correspondence program such that the proof of the latter properties proves the local property of the target program, or propagate the proof of said property to at least one property of the target program; said previous steps being executed for all properties of the target program to be proven.
An intranasal device for self-administration of a therapeutically effective amount of medicament toward the SPG, the intranasal device comprising: a body having a chamber configured to store the medicament; a catheter configured to extend from the body, a distal end of the catheter being configured for entry into a nasal passage of a patient, the catheter being in fluid communication with the chamber; a feedback mechanism configured to indicate a position of the distal end of the catheter within the nasal passage; and a delivery system configured to deliver the medicament from the chamber into the nasal passage via the catheter, wherein the delivery system comprises a centrifugal pump, a peristaltic pump, a piezoelectric pump, a motorized syringe, a pneumatically controlled syringe, a hydraulically controlled syringe, a pressurized reservoir using a software controlled-valve arrangement or combinations thereof. a body having a chamber configured to store the medicament; a catheter configured to extend from the body, a distal end of the catheter being configured for entry into a nasal passage of a patient, the catheter being in fluid communication with the chamber; a feedback mechanism configured to indicate a position of the distal end of the catheter within the nasal passage; and a delivery system configured to deliver the medicament from the chamber into the nasal passage via the catheter, wherein the delivery system comprises a centrifugal pump, a peristaltic pump, a piezoelectric pump, a motorized syringe, a pneumatically controlled syringe, a hydraulically controlled syringe, a pressurized reservoir using a software controlled-valve arrangement or combinations thereof.
Stair step with a seamless ceramic tread, a lower plate, and two side parts, said ceramic tread being attachable to a support and is unreinforced, said ceramic tread comprising fired clay-containing material and being formed from a green body containing fireclay and - one of said side part on the side facing away from the ceramic tread on each long side of the ceramic tread is integrally formed to the green body, which can be placed case-by-case in a completely or partially form-fitting manner to said support, - said stair step has a recess which is open to one side, and at least partially receives said support and is limited by said ceramic tread, said side parts and said lower plate, and - said lower plate and said side parts together with said ceramic step form a closed, one-piece O-profile in cross section and make a one-piece stair step by firing the green body. - one of said side part on the side facing away from the ceramic tread on each long side of the ceramic tread is integrally formed to the green body, which can be placed case-by-case in a completely or partially form-fitting manner to said support, - said stair step has a recess which is open to one side, and at least partially receives said support and is limited by said ceramic tread, said side parts and said lower plate, and - said lower plate and said side parts together with said ceramic step form a closed, one-piece O-profile in cross section and make a one-piece stair step by firing the green body.
A smoking article, comprising: a component housing including a power source; a tubular housing having a first end and a longitudinally-opposed second end, the first or second end being configured to receive the component housing, the tubular housing including an inner wall and an outer wall defining a cavity therebetween; a heating element operably engaged with the tubular housing and the power source; and an aerosol-generating element configured to be received within the cavity defined between the inner and outer walls,, the aerosol-generating element being configured to produce an aerosol in response to heat generated by the heating element. a component housing including a power source; a tubular housing having a first end and a longitudinally-opposed second end, the first or second end being configured to receive the component housing, the tubular housing including an inner wall and an outer wall defining a cavity therebetween; a heating element operably engaged with the tubular housing and the power source; and an aerosol-generating element configured to be received within the cavity defined between the inner and outer walls,, the aerosol-generating element being configured to produce an aerosol in response to heat generated by the heating element.
A video encoding apparatus, comprising: a setting unit configured to set a differential quantization parameter, wherein the differential quantization parameter is a difference between a quantization parameter of a current coding unit and a predicted quantization parameter of the current coding unit, and to separate the differential quantization parameter into an absolute value of the differential quantization parameter and a sign value of the differential quantization parameter; an encoding unit configured to separately encode in an order from the absolute value of the differential quantization parameter to the sign value of the differential quantization parameter and to encode in the order from the absolute value of the differential quantization parameter to the sign value of the differential quantization parameter in syntax of a bit stream. a setting unit configured to set a differential quantization parameter, wherein the differential quantization parameter is a difference between a quantization parameter of a current coding unit and a predicted quantization parameter of the current coding unit, and to separate the differential quantization parameter into an absolute value of the differential quantization parameter and a sign value of the differential quantization parameter; an encoding unit configured to separately encode in an order from the absolute value of the differential quantization parameter to the sign value of the differential quantization parameter and to encode in the order from the absolute value of the differential quantization parameter to the sign value of the differential quantization parameter in syntax of a bit stream.
A method of manufacturing an electrode for a rechargeable battery, comprising: (a) coating electrode slurry including an electrode active material, a binder, and a solvent on one surface of a sheet-shaped current collector; and (b) drying the electrode slurry while applying vacuum in a direction of decreasing agglomeration of the binder due to vaporization of the solvent, wherein the vacuum pressure is changed with periodic variability, wherein in an XYZ stereotactic coordinate system, the current collector is located on an XY plane at Z=0, the electrode slurry is coated on one surface of the current collector, on the XY plane under a condition of Z>0, and the vacuum is applied in one or more directions selected from optional directions satisfying Z<0 and optional directions on the XY plane at Z=0. (a) coating electrode slurry including an electrode active material, a binder, and a solvent on one surface of a sheet-shaped current collector; and (b) drying the electrode slurry while applying vacuum in a direction of decreasing agglomeration of the binder due to vaporization of the solvent, wherein the vacuum pressure is changed with periodic variability, wherein in an XYZ stereotactic coordinate system,
Method for transmission or reception of service data in a wireless access system, the method comprising: transmitting (S101, S201, S301), from a terminal to a base station, a request message in order to negotiate parameters used at scheduling of the service data with the base station; and receiving (S101, S201, S301) a response message in response to the request message from the base station; characterized in that: the request message is a Dynamic Service Addition request, DSA-REQ, message in order to create a service flow of the service data, the response message is a Dynamic Service Addition response, DSA-RSP, message; the DSA-REQ message includes a primary interval parameter and a secondary interval parameter which are separately used according to a characteristic of the service data, and the DSA-RSP message includes the primary interval parameter and the secondary interval parameter for the service data; the method further comprising: transmitting or receiving the service data using a primary interval indicated by the primary interval parameter initially, wherein the primary interval is switched to a secondary interval indicated by the secondary interval parameter when the characteristic of the scheduled service data is changed. transmitting (S101, S201, S301), from a terminal to a base station, a request message in order to negotiate parameters used at scheduling of the service data with the base station; and receiving (S101, S201, S301) a response message in response to the request message from the base station; the request message is a Dynamic Service Addition request, DSA-REQ, message in order to create a service flow of the service data, the response message is a Dynamic Service Addition response, DSA-RSP, message; the DSA-REQ message includes a primary interval parameter and a secondary interval parameter which are separately used according to a characteristic of the service data, and the DSA-RSP message includes the primary interval parameter and the secondary interval parameter for the service data; transmitting or receiving the service data using a primary interval indicated by the primary interval parameter initially,
A DNase 1-like 3 (D1L3) variant for use in the treatment of diseases or conditions characterized by the presence or accumulation of neutrophil extracellular traps (NETs), wherein the D1L3 variant comprises an amino acid sequence that has at least 90% sequence identity to the mature enzyme defined by SEQ ID NO: 2 lacking the signal peptide, with the proviso that the D1L3 variant has a deletion of all or part of the C-terminal tail defined by SEQ ID NO: 33.
An apparatus for the non-contact sensing of a torque of a shaft and/or of natural torsional frequencies and/or of torsional oscillations, the shaft comprising a ferromagnetic material, wherein a measuring head facing a shaft lateral surface of the shaft has an exciter coil which couples a magnetic field into the shaft, and the measuring head comprises a number of measuring coils (24, 26, 28, 30), which measure a magnetic field leaving the shaft, wherein the measuring head is made of a plastic material such as PEEK, and is arranged at a distance from the shaft lateral surface which lies between 0.5 mm and 1 mm and is preferably 0.75 mm, and the measuring coils (24, 26, 28, 30) are arranged symmetrically in relation to one another and at angle of 45°, based on the main axes of the shaft.
A method for preparing a bottled lager or ale beer, in particular a light-coloured lager or ale beer with an EBC Beer Colour value below 20, comprising - adding hulupones and/or reduced hulupones during the brewing process in an effective amount to obtain a lager or ale beer, in particular a light-coloured lager or ale beer with an EBC Beer Colour value below 20, wherein the concentration of hulupones and/or reduced hulupones is 4 - 150 ppm and wherein the fraction of hulupones and/or reduced hulupones in the total of isohumulones and (reduced) hulupones is at least 50 mol%, and - bottling the lager or ale beer, in particular the light-coloured lager or ale beer with an EBC Beer Colour value below 20, in a UV-VIS-transmittant bottle. - adding hulupones and/or reduced hulupones during the brewing process in an effective amount to obtain a lager or ale beer, in particular a light-coloured lager or ale beer with an EBC Beer Colour value below 20, wherein the concentration of hulupones and/or reduced hulupones is 4 - 150 ppm and wherein the fraction of hulupones and/or reduced hulupones in the total of isohumulones and (reduced) hulupones is at least 50 mol%, and - bottling the lager or ale beer, in particular the light-coloured lager or ale beer with an EBC Beer Colour value below 20, in a UV-VIS-transmittant bottle.
An image capturing apparatus comprising: an image sensor having multiple pixels arranged two-dimensionally, the image sensor including image sensing pixels adapted to generate a signal for image generation by photoelectrically converting an object image formed by an imaging lens, and focus detection pixels adapted to divide the pupil region of the imaging lens into pupil regions and generate a signal for phase difference detection by photoelectrically converting object images from the pupil regions obtained by the division; a control means adapted to control, in a thinning readout mode in which the signals of the multiple pixels are thinned and read out, the accumulation times of charges in imaging rows used for image generation and focus detection rows including the focus detection pixels independent from each other by setting the accumulation times of charges in focus detection rows longer than the accumulation times of charges in imaging rows; and wherein, in the thinning readout mode, said control means is adapted to control to first read out signals of pixels of which the imaging rows are configured and then to read out signals of pixels of which the focus detection rows are configured in series in one frame, wherein the read out is executed sequentially on a row-by-row basis. an image sensor having multiple pixels arranged two-dimensionally, the image sensor including image sensing pixels adapted to generate a signal for image generation by photoelectrically converting an object image formed by an imaging lens, and focus detection pixels adapted to divide the pupil region of the imaging lens into pupil regions and generate a signal for phase difference detection by photoelectrically converting object images from the pupil regions obtained by the division; a control means adapted to control, in a thinning readout mode in which the signals of the multiple pixels are thinned and read out, the accumulation times of charges in imaging rows used for image generation and focus detection rows including the focus detection pixels independent from each other by setting the accumulation times of charges in focus detection rows longer than the accumulation times of charges in imaging rows; and wherein, in the thinning readout mode, said control means is adapted to control to first read out signals of pixels of which the imaging rows are configured and then to read out signals of pixels of which the focus detection rows are configured in series in one frame, wherein the read out is executed sequentially on a row-by-row basis.
A call management method, comprising: detecting a call type of a call, the call type comprising at least one of a conference call and a single line call, the number of participants in the conference call being at least three, and the number of participants in the single line call being two, wherein: the detecting a call type comprises: detecting a number of current participants in the call; and determining a current call type of the call according to the number of participants; and starting a call management interface corresponding to a current call type, when the call type of the call is changed, characterized in that, the starting a call management interface corresponding to a current call type, when the call type of the call is changed comprises: maintaining a connection state of the conference call in a Modem layer and starting a call management interface corresponding to the single line call, when the call type of the call is changed from the conference call to the single line call. detecting a call type of a call, the call type comprising at least one of a conference call and a single line call, the number of participants in the conference call being at least three, and the number of participants in the single line call being two, wherein: the detecting a call type comprises: detecting a number of current participants in the call; and determining a current call type of the call according to the number of participants; and the detecting a call type comprises: detecting a number of current participants in the call; and determining a current call type of the call according to the number of participants; and starting a call management interface corresponding to a current call type, when the call type of the call is changed, characterized in that, the starting a call management interface corresponding to a current call type, when the call type of the call is changed comprises: maintaining a connection state of the conference call in a Modem layer and starting a call management interface corresponding to the single line call, when the call type of the call is changed from the conference call to the single line call.