mhurhangee/ep-ind-claims huggingface dataset:
A ferritic stainless steel comprising a chemical composition consisting of, in mass%: 0.003% to 0.025% of C; 0.05% to 1.00% of Si; 0.05% to 1.00% of Mn; 0.04% or less of P; 0.01% or less of S; 16.0% to 23.0% of Cr; 0.20% to 0.80% of Cu; 0.05% to 0.60% of Ni; 0.20% to 0.70% of Nb; 0.005% to 0.020% of N; optionally, in mass%, one or more of: 0.05% to 0.20% of Mo; 0.01% to 0.15% of Al; 0.01% to 0.15% of Ti; 0.01% to 0.20% of V; 0.0003% to 0.0030% of Ca; and 0.0003% to 0.0030% of B and the balance being Fe and incidental impurities, wherein a nitrogen-enriched layer is present in a region spanning for a depth of 0.005 μm to 0.05 μm in the depth direction from the surface of the steel, which has a nitrogen concentration peak value of 0.03 mass% to 0.30 mass% at a depth of within 0.05 μm of the surface of the steel, as calculated by measuring nitrogen concentration in the steel in a depth direction by glow discharge optical emission spectroscopy, dividing a maximum value for nitrogen concentration at a depth of within 0.05 μm of the steel surface by a measured value for nitrogen concentration at a depth of 0.50 μm, and multiplying the resultant value by the nitrogen concentration of the steel obtained through chemical analysis. 0.003% to 0.025% of C; 0.05% to 1.00% of Si; 0.05% to 1.00% of Mn; 0.04% or less of P; 0.01% or less of S; 16.0% to 23.0% of Cr; 0.20% to 0.80% of Cu; 0.05% to 0.60% of Ni; 0.20% to 0.70% of Nb; 0.005% to 0.020% of N; 0.05% to 0.20% of Mo; 0.01% to 0.15% of Al; 0.01% to 0.15% of Ti; 0.01% to 0.20% of V; 0.0003% to 0.0030% of Ca; and 0.0003% to 0.0030% of B and
A stator or rotor for an electric motor or generator comprising a circumferential support: forming a stator or rotor back-ring having a plurality of protrusions that extend in a radial direction, and further extend along a direction being substantially orthogonal to the circumferential plane of the stator back-iron; a tooth arranged to receive coil windings, wherein the tooth includes a recess in which is housed the protrusion of the circumferential support, wherein the protrusion and the recess in the tooth are arranged to have a cavity or channel (220, 330) formed on an adjacent surface of the recess and the protrusion when the protrusion is housed in the recess, and a material is placed inside the cavities or channels formed by the adjacent surfaces of the recess and the protrusion for retaining the tooth to the support; wherein the tooth is over-moulded prior to receiving coil windings, wherein the over-moulded layer is an injection moulded plastics layer formed on a plurality of sides of the tooth with a first gap formed in the injection moulded plastics layer on a first side of the tooth with a first insulation element placed in the first gap formed in the injection moulded plastics layer, wherein the injection moulded plastics layer and first insulation element are arranged to electrically insulate the tooth from the coil windings, wherein the first insulation element has a channel formed on a surface of the first insulation elements for allowing the material to be channelled between the channels (220, 330) formed on the adjacent surfaces of the recess wall sections and the protrusion when the insulation elements are placed in the gaps formed in the injection moulded plastics layer and the associated tooth has been mounted on the stator back-iron.
A system comprising an electronic user interface device, a control unit and a connection cable; wherein the electronic user interface device is included in a housing, the electronic user interface device being configured to be coupled to the control unit via the connection cable, the connection cable at least comprising a first optical fiber for transporting light, wherein the electronic user interface device comprises a light inlet opening coupleable with the first optical fiber (8a; 8b) and configured to receive light from a region outside the housing of the device and configured to couple the received light into the first optical fiber for transmitting the light to the control unit when the user interface device is switched off; and characterised in that the control unit is configured to detect changes of the light received from the electronic user interface device via the first optical fiber and to activate power supply to the user interface device to switch on the electronic user interface device based upon the detected changes. wherein the electronic user interface device comprises a light inlet opening coupleable with the first optical fiber (8a; 8b) and configured to receive light from a region outside the housing of the device and configured to couple the received light into the first optical fiber for transmitting the light to the control unit when the user interface device is switched off; and characterised in that the control unit is configured to detect changes of the light received from the electronic user interface device via the first optical fiber and to activate power supply to the user interface device to switch on the electronic user interface device based upon the detected changes.
A phase-change water heater, having at least a water discharging mode and a circulation heating mode, the phase-change water heater comprising: a housing defining a chamber; an inner container disposed in the chamber, and having a phase-change material filled therein; a heat exchanger buried in the phase-change material; and a water control system connected to a water inlet and a water outlet of the heat exchanger, wherein the circulation heating mode and the water discharging mode are switchable by the water control system, wherein in the water discharging mode, the heat exchanger supplies hot water to the outside, and the water control system supplements water to the water inlet of the heat exchanger, and wherein the circulation heating mode, the heat exchanger does not supply hot water to the outside, and water flows circularly between the water control system and the heat exchanger after being heated in the water control system 1 1 description paragraph wherein the housing comprises a front housing and a rear housing that are connected to each other, the chamber is defined by the front housing and the rear housing, characterized in that a glass plate and a connecting plate are provided in front of the front housing, the glass plate is disposed on the connecting plate, and a gap structure is provided between the connecting plate and the front housing 2. 2 current claim 3 a housing defining a chamber; an inner container disposed in the chamber, and having a phase-change material filled therein; a heat exchanger buried in the phase-change material; and a water control system connected to a water inlet and a water outlet of the heat exchanger, wherein the circulation heating mode and the water discharging mode are switchable by the water control system, wherein in the water discharging mode, the heat exchanger supplies hot water to the outside, and the water control system supplements water to the water inlet of the heat exchanger, and wherein the circulation heating mode, the heat exchanger does not supply hot water to the outside, and water flows circularly between the water control system and the heat exchanger after being heated in the water control system 1 1 description paragraph wherein the housing comprises a front housing and a rear housing that are connected to each other, the chamber is defined by the front housing and the rear housing, characterized in that a glass plate and a connecting plate are provided in front of the front housing, the glass plate is disposed on the connecting plate, and a gap structure is provided between the connecting plate and the front housing 2. 2 current claim 3
A method of wireless communication by a base station, comprising: generating a first acquisition pilot that carries system determination information; generating a second acquisition pilot based on a sector identity, wherein the first acquisition pilot is scrambled by contents of the second acquisition pilot to distinguish different sectors; and transmitting the first and second acquisition pilots in multiple orthogonal frequency division multiplexing, OFDM, symbols. generating a first acquisition pilot that carries system determination information; generating a second acquisition pilot based on a sector identity, wherein the first acquisition pilot is scrambled by contents of the second acquisition pilot to distinguish different sectors; and transmitting the first and second acquisition pilots in multiple orthogonal frequency division multiplexing, OFDM, symbols.
A method of diagnosing a Plasmodium infection in a subject, comprising detecting the presence or absence of one or more poly asparagine proteins being expressed by a Plasmodium species and comprising 12 or more consecutive asparagine amino acid residues in a sample taken from a subject selected from nasal fluid, urine, sweat, tears, pus, saliva or sputum, wherein the presence of one or more poly asparagine proteins is indicative of a Plasmodium infection.
A clip-on ammeter, comprising a current measurement unit, an evaluation unit and a USB interface, wherein current values can be recorded by the current measurement unit and the current values can be provided as measurement values, and wherein the evaluation unit comprises an A/D converter and is connected to the current measurement unit and wherein the evaluation unit is capable to process the measurement values to digital and USB compatible data to be transferred to the USB interface, and wherein the USB interface is connected to the evaluation unit and wherein the USB compatible data can be provided by the USB interface for transfer purposes to be further processed and wherein the evaluation unit can be energized via the USB interface, characterized in that the clip-on ammeter comprises a voltage transformer, wherein energy can be supplied to the voltage transformer via the USB interface and wherein the voltage transformer is capable to provide a stabilized voltage as a reference voltage for the current measurement unit, the clip-on ammeter comprises a signal processing unit, which is connected to the current measurement unit and which is capable to record the measurement values as signals and to process them to analog data, wherein the signal processing unit is powered with a bipolar voltage by the voltage transformer, and that the clip-on ammeter comprises an analog output, wherein the analog output is connected to the signal processing unit and wherein the analog data can be output via the analog output. comprising a current measurement unit, an evaluation unit and a USB interface, wherein current values can be recorded by the current measurement unit and the current values can be provided as measurement values, and wherein the evaluation unit comprises an A/D converter and is connected to the current measurement unit and wherein the evaluation unit is capable to process the measurement values to digital and USB compatible data to be transferred to the USB interface, and wherein the USB interface is connected to the evaluation unit and wherein the USB compatible data can be provided by the USB interface for transfer purposes to be further processed and wherein the evaluation unit can be energized via the USB interface, characterized in that the clip-on ammeter comprises a voltage transformer, wherein energy can be supplied to the voltage transformer via the USB interface and wherein the voltage transformer is capable to provide a stabilized voltage as a reference voltage for the current measurement unit, the clip-on ammeter comprises a signal processing unit, which is connected to the current measurement unit and which is capable to record the measurement values as signals and to process them to analog data, wherein the signal processing unit is powered with a bipolar voltage by the voltage transformer, and that the clip-on ammeter comprises an analog output, wherein the analog output is connected to the signal processing unit and wherein the analog data can be output via the analog output.
A computer-implemented method of training at least one electrogram-preprocessing step of a Machine Learning algorithm, the at least one electrogram-preprocessing step comprising, performing one or more convolutions of the electrograms with a set of convolutional kernels, point-by-point multiplication between a bipolar electrogram filtered by one of the convolutional kernels and a respective unipolar electrogram filtered by another one of the convolutional kernels to generate a multiplication signal, concatenating the at least one multiplication signal, the bipolar electrogram filtered by one of the convolutional kernels and the unipolar electrogram filtered by another one of the convolutional kernels to generate a concatenated input vector, and outputting the concatenated input vector, wherein the method of training the at least one electrogram-preprocessing step comprises: collecting a plurality of bipolar electrograms and respective unipolar electrograms of patients, the electrograms comprising annotations in which one or more human reviewers have identified and marked a window-of-interest (303, 305) and one or more activation times inside the window-of-interest; generating, from the electrograms, a ground truth data set; applying the ML algorithm to the electrograms, so as to detect an occurrence of an activation in a given bipolar electrogram within the window-of-interest; and specifying coefficients of the convolutional kernels by minimizing a difference loss between the ground truth data set and the detected occurrence of an activation. collecting a plurality of bipolar electrograms and respective unipolar electrograms of patients, the electrograms comprising annotations in which one or more human reviewers have identified and marked a window-of-interest (303, 305) and one or more activation times inside the window-of-interest; generating, from the electrograms, a ground truth data set; applying the ML algorithm to the electrograms, so as to detect an occurrence of an activation in a given bipolar electrogram within the window-of-interest; and specifying coefficients of the convolutional kernels by minimizing a difference loss between the ground truth data set and the detected occurrence of an activation.
Ventilation device with heat recovery for a living space ventilation system, comprising a first air path for the entry of outdoor air and the escape of supply air and a second air path for the entry of extract air and the escape of exhaust air, and comprising a heat exchanger for heat exchange between the first and the second air path, and comprising an air-conveying installation for conveying air in the first and/or in the second air path, the first air path having a plurality of supply air outlets for the supply air and a zonally acting flow rate adjustment installation, by means of which the air flow rate in the first air path is adjustably distributed to the individual supply air outlets for zonal ventilation, characterised in that at least one extract air inlet for the extract air is positioned between two supply air outlets (28, 29).
Method of manufacturing a saw element comprising a metal substrate and an abrasive layer comprising the steps of: - Providing a metal substrate; - Providing a supply of metal matrix material in powder form carried in a gas flow to said metal substrate; - Supplying abrasive particles; - Supplying energy by a laser beam; wherein said laser beam heats said metal matrix material on said metal substrate that is made to move relative to said laser beam, while said abrasive particles are added to the forming abrasive layer, said heating being effected at a process temperature characterised in that said metal matrix material powder is a mixture comprising a low melting metal powder and a high melting metal powder, said low melting metal powder having a liquidus temperature below said process temperature, said high melting metal powder having a liquidus temperature above said process temperature. - Providing a metal substrate; - Providing a supply of metal matrix material in powder form carried in a gas flow to said metal substrate; - Supplying abrasive particles; - Supplying energy by a laser beam;
A table saw with a kickback detection system, the table saw having a motor rotatably driving a shaft supported by a bearing (80, 82), the system comprising: a stress sensor operatively connected to the table saw, the stress sensor being configured to detect a characteristic of a work component of the table saw, the work component being coupleable to a workpiece to be cut by the table saw during a cutting operation, the stress sensor being configured for outputting stress signals indicative of the characteristic of the work component; a controller operatively coupled to receive the stress signals from the stress sensor and to output a speed control signal based on the characteristic indicated by the stress signals; and a speed control mechanism operatively coupled to receive the speed control signal and configured to control a speed of a saw blade of the table saw based on the speed control signal; characterized in that the work component comprises a guide fence attached to the table saw which the workpiece is pressed against during the cutting operation.
A piston washer for use in a drug delivery device for transferring a distally directed axial force from a piston rod (107, 207) towards a piston (199, 299) of a held cartridge (189, 289), the piston washer (109, 209) defining: - a proximal surface portion adapted for engagement with the distal portion of a piston rod (107, 207) of the drug delivery device, - a distal surface portion configured to engage and abut a piston (199, 299) of a held cartridge, and - an axial distance defining device (19a1, 109b1, 109c, 209c) positioned between the proximal surface portion and the distal surface portion, wherein the axial distance defining device (19a1, 109b1, 109c, 209c) is configured to be shifted from a first axial compressible state into a second axial non-compressible state wherein: - in the first axial compressible state the axial distance defining device (19a1, 109b1, 109c, 209c) allows the distal surface portion and the proximal surface portion to be moved relative towards each other upon exertion of an externally applied axial compression force, and - in the second axial non-compressible state prevents relative axial movement between the distal surface portion and the proximal surface portion, characterized in that the distance defining device (19a1, 109b1, 109c, 209c) comprises an amount of a polymeric substance arranged between the distal surface portion and the proximal surface portion, wherein the polymeric substance assumes a liquefied high viscosity state when the distance defining device is in the first axial compressible state to allow the polymeric substance to shift from a shape having an initial axial dimension into a shape having a reduced axial dimension shorter than the initial axial dimension, and wherein the polymeric substance is curable to maintain the shape having the reduced axial dimension causing the distance defining device (19a1, 109b1, 109c, 209c) to shift into the second axial non-compressible state. - a proximal surface portion adapted for engagement with the distal portion of a piston rod (107, 207) of the drug delivery device, - a distal surface portion configured to engage and abut a piston (199, 299) of a held cartridge, and - an axial distance defining device (19a1, 109b1, 109c, 209c) positioned between the proximal surface portion and the distal surface portion, - in the first axial compressible state the axial distance defining device (19a1, 109b1, 109c, 209c) allows the distal surface portion and the proximal surface portion to be moved relative towards each other upon exertion of an externally applied axial compression force, and - in the second axial non-compressible state prevents relative axial movement between the distal surface portion and the proximal surface portion,
A compound according to formula wherein A is pyridyl substituted with one or two members of the group consisting of fluoro and F 1-7 -fluoro-C 1-3 -alkyl; E is selected from the group consisting of phenyl and pyridyl optionally substituted with one or two members of the group consisting of fluoro and F 1-7 -fluoro-C 1-3 -alkyl; K is selected from the group consisting of R 3 is selected from the group consisting of R 4 C-, oxetanyl, methyl, R 5 C(CH 3)N-and R 5 CHN-; R 4 is methyl; R 5 is methyl. A is pyridyl substituted with one or two members of the group consisting of fluoro and F 1-7 -fluoro-C 1-3 -alkyl; E is selected from the group consisting of phenyl and pyridyl optionally substituted with one or two members of the group consisting of fluoro and F 1-7 -fluoro-C 1-3 -alkyl; K is selected from the group consisting of R 3 is selected from the group consisting of R 4 C-, oxetanyl, methyl, R 5 C(CH 3)N-and R 5 CHN-; R 4 is methyl; R 5 is methyl. R 4 is methyl; R 5 is methyl.
A method for authenticating an entity, comprising the step of providing users (A, B) with sets of authentication codes (3,4,5), characterised in that each set comprises at least one secret, a private key container and a matching public key container, the private and public key containers being generated from respectively a first string comprising a domain name of an authentication server system and a PKI private key and a second string comprising the same domain name and a matching PKI public key, and in that the method comprises the steps of: - receiving on the authentication server system one of the first strings as a result of a first user reading the respective private key container by means of a compatible terminal arranged for reading said private and public key containers and parsing said first and second strings onto the Internet, and - performing the following action definition procedure: a) requesting the first user to enter a secret via the terminal, b) receiving the secret entered by the first user on the authentication server system, c) checking if the received secret and the received first string belong to the same set of authentication codes (3,4,5) and if the received secret and the received first string meet predefined constraints, d) if the check returns a positive result, requesting the first user to define a set of actions which are to be performed upon receipt of the second string belonging to the same set of authentication codes (3,4,5) on the authentication server system. - receiving on the authentication server system one of the first strings as a result of a first user reading the respective private key container by means of a compatible terminal arranged for reading said private and public key containers and parsing said first and second strings onto the Internet, and - performing the following action definition procedure: a) requesting the first user to enter a secret via the terminal, b) receiving the secret entered by the first user on the authentication server system, c) checking if the received secret and the received first string belong to the same set of authentication codes (3,4,5) and if the received secret and the received first string meet predefined constraints, d) if the check returns a positive result, requesting the first user to define a set of actions which are to be performed upon receipt of the second string belonging to the same set of authentication codes (3,4,5) on the authentication server system. a) requesting the first user to enter a secret via the terminal, b) receiving the secret entered by the first user on the authentication server system, c) checking if the received secret and the received first string belong to the same set of authentication codes (3,4,5) and if the received secret and the received first string meet predefined constraints, d) if the check returns a positive result, requesting the first user to define a set of actions which are to be performed upon receipt of the second string belonging to the same set of authentication codes (3,4,5) on the authentication server system.