mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula I, a pharmaceutically acceptable salt, crystals and/or co-crystal thereof, diastereomer, enantiomer, or mixture thereof, wherein: R 1 and R 2 are independently chosen from hydrogen and C 1-6 alkyl, R 3 and R 4 are independently chosen from hydrogen, C 1-6 alkyl, C 1-6 heteroalkyl, C 3-12 cycloalkyl, C 3-12 heterocycloalkyl, C 6-13 aryl, C 5-13 heteroaryl C 3-12 cycloalkylC 1-6 alkyl, C 3-12 heterocycloalkylC 1-6 alkyl, C 6-13 arylC 1-6 alkyl and C 5 13 heteroarylC 1-6 alkyl, or R 3 and R 4 together with the nitrogen to which they are attached form a ring chosen from C 3-12 heterocycloalkyl and C 5-13 heteroaryl and wherein R 1, R 2, R 3 and R 4 are optionally substituted with one or more R, and R is independently chosen from halogen, -OH, -SH, -CN, -CF 3, =O, -NO 2, -C NR 5 R 6, -R 5, -OR 5, -SR 5,-C R 5, -COOR 5 and -NR 5 R 6, wherein R 5 and R 6 are independently chosen from hydrogen, C 1-4 alkyl and C 1-4 cycloalkyl, and optionally substituted with one or more R 7, wherein R 7 is chosen from halogen, -OH, -SH, -CN, -CF 3, =O, -NO 2, -C NR 8 R 9, -R 8, -OR 8, -SR 8,-C R 8, -COOR 8 and -NR 8 R 9, wherein R 8 and R 9 are independently chosen from hydrogen, C 1-4 alkyl and C 1-4 cycloalkyl.
A mixed coating material, comprising: a cold curing resin that undergoes reaction curing at normal room temperature; and a tetrafluoroethylene resin having particulate bodies; wherein a constituent ratio of the tetrafluoroethylene resin in a cured state of the mixed coating material ranges from 55wt% to 67.3wt%; wherein the cold curing resin is polyurethane; and wherein a water contact angle in the cured state of the mixed coating material is 120° or larger and a water sliding angle is 10° or smaller, the water contact angle and the water sliding angle being measured at room temperature using a contact angle meter. a cold curing resin that undergoes reaction curing at normal room temperature; and a tetrafluoroethylene resin having particulate bodies;
A pram chassis, in particular a pushchair chassis, buggy chassis or suchlike vehicle chassis for children, with two rear wheels (3, 3') and with at least one front wheel (7, 7'), and with a pusher for pushing the pram chassis, and with fastening means for fastening a pram attachment, wherein the rear wheels (3, 3') and the at least one front wheel (7, 7') or respectively the rotary axes (5, 9) thereof are respectively connected to one another articulatedly via one or more rear and front stabilizing struts about a central axis extending approximately parallel to the common rotary axis of the rear wheels (3, 3'), such that they are able to be folded from a spread-apart travelling position into a fully folded-together transportation position and vice versa, and are able to be latched between these two positions into at least one further, in particular a parking, position.
A pigmented coating material comprising at least one inorganic white pigment and at least one infrared radiation -absorbing material in an amount of 0.01 to 5% by weight, based the inorganic white pigment, the pigmented coating material being a masonry paint or a render, the pigmented coating material comprising 3% to 20% by weight of inorganic white pigment, based on the pigmented coating material, and the IR-absorbing material being a tungsten bronze.
Forward converter, comprising a transformer, a primary-side circuit breaker and a secondary-side smoothing choke, wherein a current measuring element (R SHUNT) is arranged in series with the circuit breaker, wherein a measuring voltage dropping at the current measuring element (R SHUNT) can be connected to a first capacitor and a discharge circuit is coupled to the first capacitor, characterised in that the dimensioning of the discharge circuit is selected such that a discharging of the first capacitor proportional to the reduction of a decreasing current (i L) through the secondary-side smoothing choke causes the capacitor voltage (u C1) at the first capacitor to replicate the current (i L) through the smoothing choke.
An injection head for a gas turbine combustor, the injection head comprising a swirler and a fuel insert extending about a central axis; wherein the swirler comprises a plurality of streamlined hollow vanes, extending radially around the central axis, and flow channels defined between adjacent vanes; wherein the swirler comprises a first shell, defining a leading portion of the vanes and a second shell, defining a trailing portion of the vanes, the first shell and the second shell being joined to one another at a junction surface transverse to the central axis; wherein the fuel insert comprises a plenum assembly extending about the central axis and a plurality of injector fingers (31, 32) extending radially outward from the plenum assembly and provided each with at least a respective fuel nozzle; and wherein the injector fingers (31, 32) are at least in part enclosed within respective hollow vanes and the fuel nozzles are arranged through the second shell. wherein the swirler comprises a plurality of streamlined hollow vanes, extending radially around the central axis, and flow channels defined between adjacent vanes; wherein the swirler comprises a first shell, defining a leading portion of the vanes and a second shell, defining a trailing portion of the vanes, the first shell and the second shell being joined to one another at a junction surface transverse to the central axis; wherein the fuel insert comprises a plenum assembly extending about the central axis and a plurality of injector fingers (31, 32) extending radially outward from the plenum assembly and provided each with at least a respective fuel nozzle; and wherein the injector fingers (31, 32) are at least in part enclosed within respective hollow vanes and the fuel nozzles are arranged through the second shell.
A gas-fired appliance comprising: a tank configured to store a fluid to be heated; a powered anode extending into the tank and configured to generate an electric anode current; a combustion chamber including a burner configured to burn a mixture of air and fuel to generate products of combustion; an exhaust structure coupled to the tank; a heat exchanger in fluid communication with the combustion chamber and the exhaust structure, wherein the products of combustion flow from the combustion chamber to the exhaust structure via the heat exchanger; and an electronic processor coupled to the powered anode, characterised in that the electronic processor is configured to: determine a duty cycle of the burner, determine whether the duty cycle of the burner exceeds a predetermined threshold, increase a magnitude of a protection parameter of the powered anode from a first value to a second value when the duty cycle of the burner exceeds the predetermined threshold, and control the powered anode according to the second value of the protection parameter. a tank configured to store a fluid to be heated; a powered anode extending into the tank and configured to generate an electric anode current; a combustion chamber including a burner configured to burn a mixture of air and fuel to generate products of combustion; an exhaust structure coupled to the tank; a heat exchanger in fluid communication with the combustion chamber and the exhaust structure, wherein the products of combustion flow from the combustion chamber to the exhaust structure via the heat exchanger; and an electronic processor coupled to the powered anode, characterised in that the electronic processor is configured to: determine a duty cycle of the burner, determine whether the duty cycle of the burner exceeds a predetermined threshold, increase a magnitude of a protection parameter of the powered anode from a first value to a second value when the duty cycle of the burner exceeds the predetermined threshold, and control the powered anode according to the second value of the protection parameter. determine a duty cycle of the burner, determine whether the duty cycle of the burner exceeds a predetermined threshold, increase a magnitude of a protection parameter of the powered anode from a first value to a second value when the duty cycle of the burner exceeds the predetermined threshold, and control the powered anode according to the second value of the protection parameter.
A method for controlling a first vehicle, wherein the first vehicle has a known identification feature, wherein the identification feature is an alphanumeric code of a license plate, is located at a known position in a known lane and is travelling along a planned trajectory, the method comprising: - detecting a stopped second vehicle being located downstream of the first vehicle on the planned trajectory, - detecting an identification feature of the second vehicle, wherein the identification feature is an alphanumeric code of a license plate, - transmitting an assistance request to a central control entity, wherein the assistance request comprises at least the detected identification feature of the second vehicle, the known position of the first vehicle and the known identification feature of the first vehicle, - receiving an information describing an amount of vehicles being positioned downstream of the stopped second vehicle along the planned trajectory, and - triggering a lane change maneuver or an overtaking maneuver of the first vehicle if the received information describes an amount of vehicles being inferior to a predefined threshold amount, wherein the predefined threshold amount is indicative of a number of vehicles, or triggering a waiting maneuver if the received information describes an amount of vehicles equaling or exceeding the predefined threshold amount. - detecting a stopped second vehicle being located downstream of the first vehicle on the planned trajectory, - detecting an identification feature of the second vehicle, wherein the identification feature is an alphanumeric code of a license plate, - transmitting an assistance request to a central control entity, wherein the assistance request comprises at least the detected identification feature of the second vehicle, the known position of the first vehicle and the known identification feature of the first vehicle, - receiving an information describing an amount of vehicles being positioned downstream of the stopped second vehicle along the planned trajectory, and - triggering a lane change maneuver or an overtaking maneuver of the first vehicle if the received information describes an amount of vehicles being inferior to a predefined threshold amount, wherein the predefined threshold amount is indicative of a number of vehicles, or triggering a waiting maneuver if the received information describes an amount of vehicles equaling or exceeding the predefined threshold amount.
An information processing method, applied to a mobile device comprising a movable chassis, the method comprising: acquiring a charging request from an intelligent device associated with the mobile device; determining whether there is a living body in a movement space of the mobile device (S 12); determining whether there is the living body in the movement space of the mobile device comprises: detecting, during movement of the mobile device, whether there is the living body within a predetermined distance from the mobile device as an origin through a built-in living body sensor; or receiving indication information used for indicating whether there is the living body in the movement space of the mobile device; and the method further comprises: enabling, responsive to determining that there is no living body in the movement space of the mobile device, a wireless charging function and performing wireless charging of the intelligent device having the charging request (S 13); moving according to a first movement parameter when the wireless charging function is not enabled; and updating the first movement parameter to a second movement parameter when the wireless charging function is enabled, wherein a value of the second movement parameter is less than that of the first movement parameter. acquiring a charging request from an intelligent device associated with the mobile device; determining whether there is a living body in a movement space of the mobile device (S 12); determining whether there is the living body in the movement space of the mobile device comprises: detecting, during movement of the mobile device, whether there is the living body within a predetermined distance from the mobile device as an origin through a built-in living body sensor; or receiving indication information used for indicating whether there is the living body in the movement space of the mobile device; and the method further comprises: enabling, responsive to determining that there is no living body in the movement space of the mobile device, a wireless charging function and performing wireless charging of the intelligent device having the charging request (S 13); moving according to a first movement parameter when the wireless charging function is not enabled; and updating the first movement parameter to a second movement parameter when the wireless charging function is enabled, wherein a value of the second movement parameter is less than that of the first movement parameter. enabling, responsive to determining that there is no living body in the movement space of the mobile device, a wireless charging function and performing wireless charging of the intelligent device having the charging request (S 13); moving according to a first movement parameter when the wireless charging function is not enabled; and updating the first movement parameter to a second movement parameter when the wireless charging function is enabled, wherein a value of the second movement parameter is less than that of the first movement parameter.
An orally-administrable softgel comprising a therapeutically effective amount between about 4 mg and 200 use in the alleviation of the psychotropic effects of consumption.
A device for a MeV based ion beam analysis of a sample, comprising - a vacuum measurement chamber with at least one detector and an observation mirror and/or a camera for sample observation, - a vacuum system for generating a vacuum within the vacuum measurement chamber, - an ion beam tube as well as a focusing system for focusing an ion beam, - a sample transfer system, comprising a sample manipulator with a sample holder for receiving at least one sample, characterized in that the device has a coupling system in the form of a joint vacuum feedthrough for the vacuum-sealed connection of the ion beam tube to the measurement chamber, - which comprises an ion beam vacuum feedthrough, at least one means for receiving the at least one detector, at least one means for receiving the observation mirror and/or the camera as well as a means for receiving the sample transfer system, wherein the detector, the observation mirror and/or the camera and the sample transfer system are each connected to the coupling system via the aforementioned receiving means, - and thus represents a mechanical connection between the components ion optics, detector, observation mirror and/or camera and sample transfer system, thereby enabling small distances and a precise alignment between the last ion-optical component of the focusing system, the sample to be examined and the detector. - a vacuum measurement chamber with at least one detector and an observation mirror and/or a camera for sample observation, - a vacuum system for generating a vacuum within the vacuum measurement chamber, - an ion beam tube as well as a focusing system for focusing an ion beam, - a sample transfer system, comprising a sample manipulator with a sample holder for receiving at least one sample, - which comprises an ion beam vacuum feedthrough, at least one means for receiving the at least one detector, at least one means for receiving the observation mirror and/or the camera as well as a means for receiving the sample transfer system, wherein the detector, the observation mirror and/or the camera and the sample transfer system are each connected to the coupling system via the aforementioned receiving means, - and thus represents a mechanical connection between the components ion optics, detector, observation mirror and/or camera and sample transfer system, thereby enabling small distances and a precise alignment between the last ion-optical component of the focusing system, the sample to be examined and the detector.
Profile for a glazing such as a fixed glazing, a glass-only façade or a window, sliding door or insulating glazing, comprising - an inside profile element, - an outside profile element and - a plastic filling part extending between the inside profile element and the outside profile element in the width direction of the profile, wherein the inside profile element and the outside profile element each have two projections spaced apart from one another in the height direction of the profile, so that the height section of the profile extending between the projections forms a receiving volume, and wherein the plastic filling part is connected, namely preferably bonded and pressed, to the projections, characterized in that the plastic filling part completely fills the receiving volume over the entire length of the profile, and in that the profile is free of chambers in which air could accumulate and condense at suitable temperatures. - an inside profile element, - an outside profile element and - a plastic filling part extending between the inside profile element and the outside profile element in the width direction of the profile, wherein the inside profile element and the outside profile element each have two projections spaced apart from one another in the height direction of the profile, so that the height section of the profile extending between the projections forms a receiving volume, and wherein the plastic filling part is connected, namely preferably bonded and pressed, to the projections, characterized in that the plastic filling part completely fills the receiving volume over the entire length of the profile, and in that the profile is free of chambers in which air could accumulate and condense at suitable temperatures.
Method for separating peptide aggregates and fragments from solutions containing a target peptide, comprising the steps of (a) providing a sample containing the target peptide; (b) contacting the sample with a hydrophobic chromatography material, which is composed of polystyrene, which is cross-linked with copolymer of divinylbenzene and ethylenglycol-di-methacrylate in a ratio of 98: 2 up to 10: 90 % by weight, for a suitable period of time and adsorbing the peptides, and (c) recovering the target peptide by use of different solvent compositions and thereby separating aggregated peptides and peptide fragments from the target peptide; characterized in that, in step c), a selective desorption and separation of the bound components is achieved using various ratios of organic solvent or solvents contained in an aqueous mixture. (a) providing a sample containing the target peptide; (b) contacting the sample with a hydrophobic chromatography material, which is composed of polystyrene, which is cross-linked with copolymer of divinylbenzene and ethylenglycol-di-methacrylate in a ratio of 98: 2 up to 10: 90 % by weight, for a suitable period of time and adsorbing the peptides, and (c) recovering the target peptide by use of different solvent compositions and thereby separating aggregated peptides and peptide fragments from the target peptide; characterized in that, in step c), a selective desorption and separation of the bound components is achieved using various ratios of organic solvent or solvents contained in an aqueous mixture.
A vapor transfer unit for use with a base unit of an apparatus for delivering heated and humidified breathing gas to a patient, the vapor transfer unit configured to be releasably mounted to the base unit to accommodate reuse of the base unit and selective disposal of the vapor transfer unit, the vapor transfer unit comprising: a liquid passage; a breathing gas passage configured to receive breathing gas from a gas passage of the base unit when the vapor transfer unit is releasably mounted to the base unit; a vapor transfer device positioned to transfer vapor to the breathing gas passage from the liquid passage; characterized in that the vapor transfer unit further comprises a first pump portion, in the absence of a second pump portion, the first pump portion being positioned to advance liquid through the liquid passage. a liquid passage; a breathing gas passage configured to receive breathing gas from a gas passage of the base unit when the vapor transfer unit is releasably mounted to the base unit; a vapor transfer device positioned to transfer vapor to the breathing gas passage from the liquid passage; characterized in that the vapor transfer unit further comprises a first pump portion, in the absence of a second pump portion, the first pump portion being positioned to advance liquid through the liquid passage.
An information provision method of providing information about automated control to an occupant of a vehicle of which at least part of driving operation is automatically controlled, the information provision method being characterized by comprising: obtaining, from a database storing information about a driving property of the occupant, information about the driving property of the occupant of the vehicle; and comparing the driving property of the occupant obtained in the obtaining with particulars of the automated control over the vehicle, and notifying the occupant of the vehicle of the information about the automated control on the basis of the comparison results. obtaining, from a database storing information about a driving property of the occupant, information about the driving property of the occupant of the vehicle; and comparing the driving property of the occupant obtained in the obtaining with particulars of the automated control over the vehicle, and notifying the occupant of the vehicle of the information about the automated control on the basis of the comparison results.
A system for a utility vehicle comprising a compressor, an electric motor and an electronic drive unit, the electric motor driving the compressor, the electric motor and the electronic drive unit having a common housing and the electric motor having a rotor that at least partially encompasses the drive shaft of the compressor, the electric motor having a stator with windings that are spaced apart from one another, the electronic drive unit partially projecting into spaces between the windings, the electronic drive unit having a main printed circuit board and capacitive and inductive components and a cooling element, and the housing having a partition that separates the electronic drive unit from the rotor and the partition having a recess facing in the direction of the windings of the rotor into which the capacitive and inductive components but also the cooling element of the electronic drive unit project.