mhurhangee/ep-ind-claims huggingface dataset:
Fuse having an integrated measurement function, - having a fuse housing, - having a fuse element, - having a measurement device, which has a transformer and also an electronics assembly electrically conductively connected to the transformer, - wherein the transformer and the electronics assembly are arranged one behind the other in a direction of longitudinal extent of the fuse, - characterized in that the fuse housing has a first reception space bounded by a pressure body and also a second reception space physically delimited from the first reception space and bounded by a protective body, which first reception space and second reception space are arranged one behind the other in the direction of longitudinal extent of the fuse, wherein the fuse element is received and held in the first reception space, and wherein the measurement device is received and held in the second reception space. - having a fuse housing, - having a fuse element, - having a measurement device, which has a transformer and also an electronics assembly electrically conductively connected to the transformer, - wherein the transformer and the electronics assembly are arranged one behind the other in a direction of longitudinal extent of the fuse, - characterized in that the fuse housing has a first reception space bounded by a pressure body and also a second reception space physically delimited from the first reception space and bounded by a protective body, which first reception space and second reception space are arranged one behind the other in the direction of longitudinal extent of the fuse, wherein the fuse element is received and held in the first reception space, and wherein the measurement device is received and held in the second reception space.
A method for rendering a stereo audio signal over a first loudspeaker and a second loudspeaker with respect to a desired direction, the stereo audio signal comprising a first audio signal component and a second audio signal component, the method comprising: providing a first rendering signal based on a combination of the first audio signal component and a first difference signal ( diff_L) obtained based on a difference ( diff) between the first audio signal component and the second audio signal component to the first loudspeaker, and providing a second rendering signal based on a combination of the second audio signal component and a second difference signal ( diff_R) obtained based on the difference ( diff) between the first audio signal component and the second audio signal component to the second loudspeaker, such that both difference signals ( diff _ L, diff_R) are different with respect to sign and characterized in that one difference signal is delayed by a delay (τ) compared to the other difference signal to define a dipole signal, wherein the delay (τ) is adapted according to the desired direction. providing a first rendering signal based on a combination of the first audio signal component and a first difference signal ( diff_L) obtained based on a difference ( diff) between the first audio signal component and the second audio signal component to the first loudspeaker, and providing a second rendering signal based on a combination of the second audio signal component and a second difference signal ( diff_R) obtained based on the difference ( diff) between the first audio signal component and the second audio signal component to the second loudspeaker, such that both difference signals ( diff _ L, diff_R) are different with respect to sign and characterized in that one difference signal is delayed by a delay (τ) compared to the other difference signal to define a dipole signal, wherein the delay (τ) is adapted according to the desired direction.
A method of producing a chemical product through continuous fermentation which includes filtering a culture of a microorganism or cultured cells with a separation membrane to recover a product from a filtrate and simultaneously retaining a nonfiltered fluid in, or refluxing it to, the culture, and adding fermentation materials to the culture, wherein a porous membrane having an average pore size of 0.01 μm or more to less than 1 μm is used as the separation membrane and the filtration is conducted with a transmembrane pressure difference in the range of 0.1 to 20 kPa.
A light emitting element-mounting substrate, comprising: a base body formed of ceramics; a metal layer disposed on the base body, and containing copper as a main component; and a glass layer disposed on the metal layer, having a white color tone, and containing a compound comprising titanium and oxygen, wherein the glass layer contains at least one of copper and zinc, and a total content of copper and zinc in the glass layer is larger in a metal layer side region, being 1/3 of the thickness of the glass layer including the interface between the metal layer and the glass layer, than in a surface side region being 1/3 of the thickness of the glass layer including the surface. a base body formed of ceramics; a metal layer disposed on the base body, and containing copper as a main component; and a glass layer disposed on the metal layer, having a white color tone, and containing a compound comprising titanium and oxygen, wherein the glass layer contains at least one of copper and zinc, and a total content of copper and zinc in the glass layer is larger in a metal layer side region, being 1/3 of the thickness of the glass layer including the interface between the metal layer and the glass layer, than in a surface side region being 1/3 of the thickness of the glass layer including the surface.
Laundry care appliance for performing a laundry care program, with a memory, in which a program parameter of the laundry care program is prestored, an outer tub and a temperature sensor for capturing a temperature value of a liquid accommodated in the outer tub, characterised in that the laundry care appliance further comprises a control facility, which, when the captured temperature value reaches a temperature threshold value, is embodied to determine an updated program parameter allocated to the temperature threshold value and to replace the prestored program parameter with the updated program parameter, in order to change the laundry care program.
A method of determining potency of glucocerebrosidase, comprising the steps of: contacting a sample comprising a glucocerebrosidase with a C18:1 β-D-Glucosylceramide substrate under conditions that permit the glucocerebrosidase to catalyze hydrolysis of the C18:1 β-D-Glucosylceramide substrate to release glucose; and analyzing glucose released to determine one or more kinetic parameters of the glucocerebrosidase, wherein the one or more kinetic parameters are indicative of the potency of the glucocerebrosidase. contacting a sample comprising a glucocerebrosidase with a C18:1 β-D-Glucosylceramide substrate under conditions that permit the glucocerebrosidase to catalyze hydrolysis of the C18:1 β-D-Glucosylceramide substrate to release glucose; and analyzing glucose released to determine one or more kinetic parameters of the glucocerebrosidase, wherein the one or more kinetic parameters are indicative of the potency of the glucocerebrosidase.
A method used by a user equipment, UE, to communicate to a base station through a multiple transmission and reception point, M-TRP, in an unlicensed band comprising: receiving, for a communication operation with a network, a configuration comprising multiple CORESETPoolIndexes; receiving a physical downlink control channel, PDCCH, according to the configuration; determining an availability information from the PDCCH; and determining a remaining channel occupancy time, COT, according to the PDCCH. receiving, for a communication operation with a network, a configuration comprising multiple CORESETPoolIndexes; receiving a physical downlink control channel, PDCCH, according to the configuration; determining an availability information from the PDCCH; and determining a remaining channel occupancy time, COT, according to the PDCCH.
A method to perform mobile application classification, comprising: Obtaining, from one or more input sources, one or more input records, the input records containing layer 4 and layer 7 information; the layer 4 and layer 7 being layers of the Open System Interconnection, OSI, model; Evaluating, by analyzing the one or more input records obtained from the one or more input sources, whether one or more of the input records have already been provided with a classification; if the one or more input records have not been provided with a classification already, providing a classification to the one or more input records by matching a set of signatures to the layer 4 and layer 7 information of the one or more input records; generating an on-going classification status consisting of a set of possible applications by using the classifications; storing, in a mobile context, the on-going classification status, wherein in the mobile context also past classifications are stored; generating a final classification as an output of the classification method, based on a combination of the on-going classification status and the past classifications; characterized in that the final classification is generated by applying a weighting to the on-going classification status in order to give them more relevance in comparison to the past classifications in the final classification. Obtaining, from one or more input sources, one or more input records, the input records containing layer 4 and layer 7 information; the layer 4 and layer 7 being layers of the Open System Interconnection, OSI, model; Evaluating, by analyzing the one or more input records obtained from the one or more input sources, whether one or more of the input records have already been provided with a classification; if the one or more input records have not been provided with a classification already, providing a classification to the one or more input records by matching a set of signatures to the layer 4 and layer 7 information of the one or more input records; generating an on-going classification status consisting of a set of possible applications by using the classifications; storing, in a mobile context, the on-going classification status, wherein in the mobile context also past classifications are stored; generating a final classification as an output of the classification method, based on a combination of the on-going classification status and the past classifications; characterized in that the final classification is generated by applying a weighting to the on-going classification status in order to give them more relevance in comparison to the past classifications in the final classification.
A method of wireless communication at a user equipment, UE, for minimizing transient time duration, comprising: receiving a Channel State Information Reference Signal, CSI-RS, on different reception beams in different symbols, wherein at least one reception beam is a current serving reception beam; comparing a first measurement for the current serving reception beam to a second measurement for a second reception beam from among the different reception beams; and switching to the second reception beam when a first channel quality for the current serving reception beam is within a threshold value of a second channel quality for the second reception beam, the second channel quality being measured using a current configuration, wherein the threshold value depends on a time until a next Channel State Feedback, CSF, reporting opportunity. receiving a Channel State Information Reference Signal, CSI-RS, on different reception beams in different symbols, wherein at least one reception beam is a current serving reception beam; comparing a first measurement for the current serving reception beam to a second measurement for a second reception beam from among the different reception beams; and switching to the second reception beam when a first channel quality for the current serving reception beam is within a threshold value of a second channel quality for the second reception beam, the second channel quality being measured using a current configuration, wherein the threshold value depends on a time until a next Channel State Feedback, CSF, reporting opportunity.
A circuit for controlling at least one LED with a characteristic forward voltage, comprising at least one energy source, in particular at least one battery or at least one accumulator, wherein the LED is operable through the energy source, first contacts to which the energy source is connected, second contacts to which the at least one LED is connected, and a step up converter, wherein the step up converter is connected with the first contacts and with the second contacts so that the step up converter provides an output voltage at an output terminal which is higher than the input voltage at the terminal provided by the energy source which is adapted to the forward voltage of the at least one LED, wherein the step up converter provides constant current, characterized in that the circuit and/or the step up converter include a device for detecting an undercut of a threshold value of the input voltage, which at least comprises a first low voltage detection contact and a second low voltage detection contact; the circuit additionally includes a circuit unit for identifying the undercut of the threshold value of the input voltage, wherein the circuit unit is implemented as a feedback connected between the first low voltage detection contact and the second low voltage detection contact of the device for detecting an undercut of a threshold value of the input voltage and implemented as a capacitor; and the circuit unit for identifying the undercut of the threshold value of the input voltage is connected with the second contacts so that it generates a blinking of the LED when the threshold value is undercut.
A system for maneuvering an endoscope during a medical procedure, comprising a) at least one maneuvering system adapted to maneuver an endoscope in at least two degrees of freedom; and, b) at least one joystick unit in communication with said maneuvering system, adapted to operate said maneuvering system; wherein operation of said joystick unit results in movement of said endoscope by means of said maneuvering system; characterized in that said joystick unit additionally comprises at least one heat sensor for detecting a human hand on said joystick unit, wherein said system is adapted to enable maneuvering of said endoscope based on the output of said at least one heat sensor, and in that said system further comprises means for manually switching the endoscope to manual control in the event of power failure. a) at least one maneuvering system adapted to maneuver an endoscope in at least two degrees of freedom; and, b) at least one joystick unit in communication with said maneuvering system, adapted to operate said maneuvering system;
A kit for detecting gastrin-17, characterized in that it comprises a component A and a component B, wherein the component A is a first anti-gastrin-17 antibody labeled with a trace marker or coated on a magnetic sphere, the component B is a second anti-gastrin-17 antibody labeled with a trace marker or coated on a magnetic sphere; wherein either one of the components A and B is labeled with a trace marker and the other one is coated on a magnetic sphere; wherein the first anti-gastrin-17 antibody and the second anti-gastrin-17 antibody have different binding sites for binding with gastrin-17; and wherein the trace marker is at least one selected from the group consisting of luminol and derivatives thereof, isoluminol and derivatives thereof, acridinium esters; wherein the trace marker directly labels the first or second anti-gastrin-17 antibody, and wherein the first or second anti-gastrin-17 antibody is directly coated on the magnetic sphere.
A resuscitation system for monitoring and resuscitating a patient, comprising: at least two electrical therapy electrodes (12, 14) adapted to be worn by the patient for extended periods of time; circuitry for monitoring the ECG of the patient; an activity sensor adapted to be worn by the patient and capable of providing an output from which the patient's current activity can be estimated; and at least one processor configured for: (i) estimating the patient's current activity by analyzing the output of the activity sensor, (ii) analyzing the ECG of the patient, and (iii) determining whether the patient has an elevated probability of an impending cardiac arrest based on the patient's current activity and the analysis of the ECG of the patient, wherein analyzing the ECG of the patient comprises determining a heart rate variability of the patient, and wherein determining whether the patient has an elevated probability of an impending cardiac arrest comprises determining whether the patient has the elevated probability of the impending cardiac arrest based at least in part on the heart rate variability. at least two electrical therapy electrodes (12, 14) adapted to be worn by the patient for extended periods of time; circuitry for monitoring the ECG of the patient; an activity sensor adapted to be worn by the patient and capable of providing an output from which the patient's current activity can be estimated; and at least one processor configured for: (i) estimating the patient's current activity by analyzing the output of the activity sensor, (ii) analyzing the ECG of the patient, and (iii) determining whether the patient has an elevated probability of an impending cardiac arrest based on the patient's current activity and the analysis of the ECG of the patient, wherein analyzing the ECG of the patient comprises determining a heart rate variability of the patient, and wherein determining whether the patient has an elevated probability of an impending cardiac arrest comprises determining whether the patient has the elevated probability of the impending cardiac arrest based at least in part on the heart rate variability.
An apparatus for making a glass sheet using a fusion down-draw process, comprising a forming body having an upper part made of a first material and a lower part made of a second material below said upper part, wherein the upper part comprises two upper trough walls (112, 114) and a trough bottom defining a trough space for accepting molten glass, and the lower part has a wedge-shaped cross-section having two major surfaces sloping downwardly to join at a root, and the side walls of the upper part and the lower part form two continuous forming surfaces on which streams of mo lten glass can flow downwardly to join at the root during normal operation, the first material has a creep rate at 1200°C of CR1, and the second material has a creep rate at 1200°C of CR2, and CR1 < CR2, the apparatus being characterized by further comprising a furnace enclosing the forming body adapted for maintaining the upper part of the forming body at a constant temperature, and maintaining the lower part of the forming body to have a temperature gradient of deltaT = Ttop - Troot, where Ttop is the temperature of the top of the lower part, Troot is the temperature of the root of the lower part, and deltaT ≥ 10°C.
An aerosol generating device (100, 10000) comprising: a housing having an open end; a battery (120, 11000) arranged at another end of the housing and configured to supply power; an accommodation space arranged at the open end of the housing and configured to accommodate an aerosol generating article (800, 2000, 20000); and a heating element (140, 200, 500, 700) configured to heat the aerosol generating article (800, 2000, 20000) and including a first portion (141, 210, 510, 710) and a second portion (143, 220, 300, 400, 520, 720) continuously arranged in a longitudinal direction of the aerosol generating article (800, 2000, 20000), characterised in that the first portion (141, 210, 510, 710) and the second portion (143, 220, 300, 400, 520, 720) are arranged in series to surround the accommodation space, and in that the first portion (141, 210, 510, 710) and the second portion (143, 220, 300, 400, 520, 720) have different surface structures. a housing having an open end; a battery (120, 11000) arranged at another end of the housing and configured to supply power; an accommodation space arranged at the open end of the housing and configured to accommodate an aerosol generating article (800, 2000, 20000); and a heating element (140, 200, 500, 700) configured to heat the aerosol generating article (800, 2000, 20000) and including a first portion (141, 210, 510, 710) and a second portion (143, 220, 300, 400, 520, 720) continuously arranged in a longitudinal direction of the aerosol generating article (800, 2000, 20000), characterised in that the first portion (141, 210, 510, 710) and the second portion (143, 220, 300, 400, 520, 720) are arranged in series to surround the accommodation space, and in that the first portion (141, 210, 510, 710) and the second portion (143, 220, 300, 400, 520, 720) have different surface structures.
An apparatus for generating a scrambling code in a radio communication system, comprising: a first linear feedback shift register, LFSR, having m blocks and constructed by a primitive polynomial of degree m over GF; a second LFSR having m blocks; a first initial value mapper configured to input a fixed initial value to the first LFSR at every initialization period; a second initial value mapper configured to selectively input one of different initial values of m bits to the second LFSR at every initialization period; a controller configured to control the second initial value mapper based on some information, a total sum of information bits of which is between 1 and m bits, in system-specific information and control one of the different initial values of m bits to be input to the second LFSR; and a modulo 2 operator configured to add an output sequence from the first LFSR and an output sequence from the second LFSR bit by bit b y a modulo 2 operation, characterized in that the second LFSR is constructed by a reciprocal primitive polynomial of the primitive polynomial of degree m, and in that m is 32. a first linear feedback shift register, LFSR, having m blocks and constructed by a primitive polynomial of degree m over GF; a second LFSR having m blocks; a first initial value mapper configured to input a fixed initial value to the first LFSR at every initialization period; a second initial value mapper configured to selectively input one of different initial values of m bits to the second LFSR at every initialization period; a controller configured to control the second initial value mapper based on some information, a total sum of information bits of which is between 1 and m bits, in system-specific information and control one of the different initial values of m bits to be input to the second LFSR; and a modulo 2 operator configured to add an output sequence from the first LFSR and an output sequence from the second LFSR bit by bit b y a modulo 2 operation, characterized in that the second LFSR is constructed by a reciprocal primitive polynomial of the primitive polynomial of degree m, and in that m is 32.