mhurhangee/ep-ind-claims huggingface dataset:
System for detecting the level of discomfort of aquatic animals during experimental studies, the system comprising: - a water tank - a reference electrode placed on one of the sides of the tank, - recording electrodes (3,3a,3b), - a bio amplifier for amplifying a received bio-signal at the recording electrode, - a micro-processor for treating the signals - a low-pass filter for filtering the signals received, characterized in that said recording electrodes (3, 3a, 3b) are in the form of printed circuit boards designed to cover the entire surface of another side of the water tank, and said low-pass filter has a cut-off frequency of 20Hz. - a water tank - a reference electrode placed on one of the sides of the tank, - recording electrodes (3,3a,3b), - a bio amplifier for amplifying a received bio-signal at the recording electrode, - a micro-processor for treating the signals - a low-pass filter for filtering the signals received, characterized in that said recording electrodes (3, 3a, 3b) are in the form of printed circuit boards designed to cover the entire surface of another side of the water tank, and said low-pass filter has a cut-off frequency of 20Hz.
A compound of formula I: wherein - R is H or a C1-C4 alkyl; - A is NH or CH 2; - Y 1 is CH or N; - Y 2 is O, N or CH; - Z is NH or O; - G 1 is one of the following: - wherein W is CH, N or O, and wherein R1 and R2, are independently from each other, H, a C1-C2 alkyl, linear or branched, saturated of not, and wherein R2 is missing when W is O; - wherein W is C or N, R10 is a group chosen from an hydroxyl, an methoxy, and ethoxy, a C1-C2 alkyl, an halogen or a -CF 3 group, and R12 is H or =O or OH; - wherein W is C or N, and R11 is an amine or a C1-C2 alkyl, - X 1 and X 2 are, independently from each other O, NH, N-R9, wherein R9 is a C1-C3 alkyl, linear or branched, a -CN group or a -CF3 group; - R3 to R7 are, independently from each other, H or a functional group from the list consisting of fluoro, chloro, bromo, nitro, cyano, amino, amino alkyl such as amino methyl and amino ethyl, methyl, hydroxylmethyl, trifluoromethyl, methoxy, trifluoromethyloxy, ethyl, trifluoroethyl, ethoxy and trifluoroethyloxy; or a salt or a solvate thereof. - R is H or a C1-C4 alkyl; - A is NH or CH 2; - Y 1 is CH or N; - Y 2 is O, N or CH; - Z is NH or O; - G 1 is one of the following: - wherein W is CH, N or O, and wherein R1 and R2, are independently from each other, H, a C1-C2 alkyl, linear or branched, saturated of not, and wherein R2 is missing when W is O; - wherein W is C or N, R10 is a group chosen from an hydroxyl, an methoxy, and ethoxy, a C1-C2 alkyl, an halogen or a -CF 3 group, and R12 is H or =O or OH; - wherein W is C or N, and R11 is an amine or a C1-C2 alkyl, - wherein W is CH, N or O, and wherein R1 and R2, are independently from each other, H, a C1-C2 alkyl, linear or branched, saturated of not, and wherein R2 is missing when W is O; - wherein W is C or N, R10 is a group chosen from an hydroxyl, an methoxy, and ethoxy, a C1-C2 alkyl, an halogen or a -CF 3 group, and R12 is H or =O or OH; - wherein W is C or N, and R11 is an amine or a C1-C2 alkyl, - X 1 and X 2 are, independently from each other O, NH, N-R9, wherein R9 is a C1-C3 alkyl, linear or branched, a -CN group or a -CF3 group; - R3 to R7 are, independently from each other, H or a functional group from the list consisting of fluoro, chloro, bromo, nitro, cyano, amino, amino alkyl such as amino methyl and amino ethyl, methyl, hydroxylmethyl, trifluoromethyl, methoxy, trifluoromethyloxy, ethyl, trifluoroethyl, ethoxy and trifluoroethyloxy;
Brake drum for a drum brake, in particular of a motor vehicle, comprising a cylindrical casing and a carrier pot axially adjoining said cylindrical casing, wherein the carrier pot comprises a hub ring portion for fixing to a wheel hub, wherein a cylindrical friction ring is arranged on an inner side of the casing, characterized in that the brake drum formed in one piece is formed at least in part from a fibre-reinforced plastic, wherein the friction ring comprises metallic and/or ceramic components.
A forward osmosis type fresh water composite system comprising: a draw solution separation unit for separating a draw solution of a low concentration into amonia, water and carbon dioxide; a carbon dioxide collection unit for producing a draw solution of a high concentration by collecting carbon dioxide from water with ammonia separated by the draw solution separation unit; and a forward osmosis separation unit for desalinating seawater with the draw solution of a high concentration and for discharging a draw solution of a low concentration, a fuel cell apparatus comprising a cathode electrode for converting carbon dioxide into carbonate ions and an anode electrode for discharging carbon dioxide by reacting the converted carbonate ions and hydrogen, characterized in that the forward osmosis type fresh water composite system is adapted to supply the thermal energy used in the draw solution separation unit from the fuel cell apparatus, in that the forward osmosis type fresh water composite system is adapted to supply carbon dioxide discharged from the draw solution separation unit to the cathode electrode. a draw solution separation unit for separating a draw solution of a low concentration into amonia, water and carbon dioxide; a carbon dioxide collection unit for producing a draw solution of a high concentration by collecting carbon dioxide from water with ammonia separated by the draw solution separation unit; and a forward osmosis separation unit for desalinating seawater with the draw solution of a high concentration and for discharging a draw solution of a low concentration, a fuel cell apparatus comprising a cathode electrode for converting carbon dioxide into carbonate ions and an anode electrode for discharging carbon dioxide by reacting the converted carbonate ions and hydrogen, in that the forward osmosis type fresh water composite system is adapted to supply the thermal energy used in the draw solution separation unit from the fuel cell apparatus, in that the forward osmosis type fresh water composite system is adapted to supply carbon dioxide discharged from the draw solution separation unit to the cathode electrode.
Electrical motor vehicle component, in particular motor vehicle lock, comprising a lock housing and an electrical module which is arranged at least partially within the lock housing and emerges from a housing opening and has a connection plug which is arranged at least partially outside the lock housing, wherein the electrical module engages with the lock housing in an interlocking manner along the housing opening, wherein the housing opening is arranged in a housing section, in particular a housing cover, characterized in that the housing section is at least partially, preferably completely, designed from a plastic material, and in that the housing section forms at least one sealing lip from the same plastic material along the housing opening, which sealing lip engages in a sealing-off manner with a sealing surface on the electrical module.
An atomizable phosphate ceramic spray composition comprising a first component comprising an aqueous suspension of an acid-phosphate of chemical formula A m (H 2 PO 4) m.nH 2 O, where A is hydrogen ion, ammonium cation, metal cation, or mixtures thereof; where m = 1-3, and n = 0-6; the first component suspension adjusted to a pH of 2 to 5; a second component comprising an aqueous suspension of an alkaline oxide or alkaline hydroxide represented by B 2m O m, B 2m, or mixtures thereof, where B is an element of valency 2m (m = 1, 1.5, or 2) the second component suspension adjusted to a pH of between 9-14; and a rheology modifier/suspending agent in an amount providing shear thinning of either the first component or the second component, the rheology modifier/suspending agent suspending a high solids content of either the first component from 63 to 75 weight percent or the second component from 54 to up to 75 weight percent for atomization, wherein the high solids first component and second component comprise fine particles with an average minimum surface area greater than 5 m 2 /g; and optionally, aggregate material present in an amount in at least one of the first and the second component capable of imparting an observable color and/or texture. a first component comprising an aqueous suspension of an acid-phosphate of chemical formula A m (H 2 PO 4) m.nH 2 O, where A is hydrogen ion, ammonium cation, metal cation, or mixtures thereof; where m = 1-3, and n = 0-6; the first component suspension adjusted to a pH of 2 to 5; a second component comprising an aqueous suspension of an alkaline oxide or alkaline hydroxide represented by B 2m O m, B 2m, or mixtures thereof, where B is an element of valency 2m (m = 1, 1.5, or 2) the second component suspension adjusted to a pH of between 9-14; and a rheology modifier/suspending agent in an amount providing shear thinning of either the first component or the second component, the rheology modifier/suspending agent suspending a high solids content of either the first component from 63 to 75 weight percent or the second component from 54 to up to 75 weight percent for atomization, wherein the high solids first component and second component comprise fine particles with an average minimum surface area greater than 5 m 2 /g; and optionally, aggregate material present in an amount in at least one of the first and the second component capable of imparting an observable color and/or texture.
A magnesium alloy consisting of, in atomic percent: 5.7 at.% or more and 8.6 at.% or less of Al; 0.6 at.% or more and 1.5 at.% or less of Ca; 0.05 at.% or more and 0.27 at.% or less of Mn; 0.02 at.% or more and 0.15 at.% or less of a rare earth element; and any one of 0.1 at.% or more and 0.3 at.% or less of Zn and 0.02 at.% or more and 0.18 at.% or less of Sn, wherein the contents in atomic percent satisfy the condition of the inequality of the following Formula, and the balance is Mg and inevitable impurities, wherein the inevitable impurities include the elements Si, Fe, Ni and Cu, wherein the content per element is less than 0.1 at.%, and wherein the magnesium alloy optionally contains elements selected from Be, Sr, Ba and Ra, wherein the total amount of these elements is less than 0.05 at.%; Ca + RE / Al > 0.137 5.7 at.% or more and 8.6 at.% or less of Al; 0.6 at.% or more and 1.5 at.% or less of Ca; 0.05 at.% or more and 0.27 at.% or less of Mn; 0.02 at.% or more and 0.15 at.% or less of a rare earth element; and any one of 0.1 at.% or more and 0.3 at.% or less of Zn and 0.02 at.% or more and 0.18 at.% or less of Sn, wherein the contents in atomic percent satisfy the condition of the inequality of the following Formula, and the balance is Mg and inevitable impurities, wherein the inevitable impurities include the elements Si, Fe, Ni and Cu, wherein the content per element is less than 0.1 at.%, and wherein the magnesium alloy optionally contains elements selected from Be, Sr, Ba and Ra, wherein the total amount of these elements is less than 0.05 at.%; Ca + RE / Al > 0.137
Device for foaming liquid, comprising: - at least one storage container (12, 14), in which the liquid to be foamed is stored, - a pump, - a line system with at least one first line, via which the at least one storage container (12, 14) is connectible to the pump and with a second line, via which the pump is connectible to at least one outlet nozzle, - an air-enrichment element, by means of which the liquid is able to be permeated by air, and - a heating element designed as continuous flow heater, characterized in that a single second line is provided and in that the heating element is designed as thick-film heater, whereby on the heating element an electric heating resistor is installed on a carrier at which a flow path is provided for the liquid. - at least one storage container (12, 14), in which the liquid to be foamed is stored, - a pump, - a line system with at least one first line, via which the at least one storage container (12, 14) is connectible to the pump and with a second line, via which the pump is connectible to at least one outlet nozzle, - an air-enrichment element, by means of which the liquid is able to be permeated by air, and - a heating element designed as continuous flow heater,
A load mitigation arrangement of a non-mounted rotor blade, comprising - at least one actuatable lift-modification device arranged on a surface (2S, 2P) of the rotor blade; - a monitoring means configured to estimate the magnitudes of loads acting on the non-mounted rotor blade; - a controller configured to actuate the lift-modification device on the basis of the estimated magnitudes to mitigate the loads acting on the non-mounted rotor blade, characterized in that: the lift-modification device is detachably mounted on the rotor blade, and/or the monitoring means comprise a motion sensor arrangement, in particular an accelerometer, to measure or detect oscillation or vibration of the rotor blade. - at least one actuatable lift-modification device arranged on a surface (2S, 2P) of the rotor blade; - a monitoring means configured to estimate the magnitudes of loads acting on the non-mounted rotor blade; - a controller configured to actuate the lift-modification device on the basis of the estimated magnitudes to mitigate the loads acting on the non-mounted rotor blade, the lift-modification device is detachably mounted on the rotor blade, and/or the monitoring means comprise a motion sensor arrangement, in particular an accelerometer, to measure or detect oscillation or vibration of the rotor blade.
Method for producing single-layer tiles with a pressing mold and pad, including the following steps: - introducing a material, which is based on cement, aggregate and water, into a cavity of a mold, the mold comprising a rubber base and a frame, said frame laid on and pressed onto the rubber base; - vibrating said mold and said material to obtain a stratification of water migrating toward the top of the mold; - after the material has been vibrated, introducing a pressing pad into the cavity of said mold, said pressing pad carrying a filtration board and being fitted on a plate of a ram; said pressing pad configured to fit into the cavity of the mold; - thereafter removing a fraction of the water by upward suction through said filtration board, while performing a limited pressing of the material in the cavity of the mold; - after said water has been removed, increasing the pressure on the material in the cavity of said mold, thereby compacting the material under higher pressure and forming a tile. - introducing a material, which is based on cement, aggregate and water, into a cavity of a mold, the mold comprising a rubber base and a frame, said frame laid on and pressed onto the rubber base; - vibrating said mold and said material to obtain a stratification of water migrating toward the top of the mold; - after the material has been vibrated, introducing a pressing pad into the cavity of said mold, said pressing pad carrying a filtration board and being fitted on a plate of a ram; said pressing pad configured to fit into the cavity of the mold; - thereafter removing a fraction of the water by upward suction through said filtration board, while performing a limited pressing of the material in the cavity of the mold; - after said water has been removed, increasing the pressure on the material in the cavity of said mold, thereby compacting the material under higher pressure and forming a tile.
Cable shoe with a receiving part, which surrounds a stripped electric al conductor of a cable and with a contacting unit thatisconnected to a first end of the receiving part, wherein a stopper support is connected to the contacting unit, wherein the stopper support provides for a stopper with distance to the contacting unit, which face stewards the first end of the receiving part, which overlaps the receiving part and which extends overan angle of 70° to 110° relative to the longitudinal axis of the receiving part, wherein the stopper support, the contacting unit and the receiving part are formed as a one-piece-element, characterized in that the stopper support is flat and arranged in plain common with the contacting unit and that the stripped electrical conductor of the cable is fastened to the receiving part and thataninsulating tube is arranged abutting with one end to the stopper and surrounding the receiving part.
A method comprising: receiving, by a computing device, distances between an access point, located on a floor of a building, and other access points located on the floor of the building; determining, by the computing device and based on the distances, relative location information associated with the access point, where the relative location information provides a location of the access point relative to the other access points; receiving, by the computing device, other information wherein the other information includes at least one of information provided by a network topology discovery protocol and information provided by embedded accelerometers provided in the access point; determining, by the computing device, an actual location of the access point based on the relative location information and based on the other information; mapping, by the computing device, the actual location of the access point to a floor plan of the floor; and providing, by the computing device and for display, the floor plan including the mapped actual location of the access point. receiving, by a computing device, distances between an access point, located on a floor of a building, and other access points located on the floor of the building; determining, by the computing device and based on the distances, relative location information associated with the access point, where the relative location information provides a location of the access point relative to the other access points; receiving, by the computing device, other information wherein the other information includes at least one of information provided by a network topology discovery protocol and information provided by embedded accelerometers provided in the access point; determining, by the computing device, an actual location of the access point based on the relative location information and based on the other information; mapping, by the computing device, the actual location of the access point to a floor plan of the floor; and providing, by the computing device and for display, the floor plan including the mapped actual location of the access point.
Method for locating a communication subscriber in a communication link-up with a plurality of communication subscribers (12, 14), at least one variable reference and one fixed reference being assigned to each communication subscriber (12, 14) included in the communication link-up, and the variable and the fixed reference (20, 30) of the respective communication subscriber being stored at the latest in connection with an original projecting of the communication link-up in a projection data record in the projection data related hereto, wherein the method is carried out if the variable reference of the communication subscriber to be located has changed since its original projecting or if upon access to more than one communication link-up a uniqueness of the variable references relating to the communication linkups located during access is not ensured, characterised by the following method steps, in connection with access to a communication subscriber (12, 14), the variable and the fixed references (20, 30) for all reachable communication subscribers (12, 14) are read and stored in a table at least once, upon access to a communication subscriber, its selection is effected on the basis of the projection data, the respective fixed reference is determined on the basis of the projection data, the table is then accessed on the basis of the fixed reference, and the variable reference of the respective communication subscriber (12, 14) is finally determined on the basis of the table and the respective fixed reference and the respective communication subscriber (12, 14) is accessed by means of the variable reference determined on the basis of the table.
A water heater comprising: a leak detection system that is integrated with the water heater, the leak detection system comprising: a sensor bracket that is coupled to the water heater such that the sensor bracket defines a channel that extends circumferentially around the water heater, wherein the sensor bracket comprises a plurality of through slots that provide access to the channel; and a sensor assembly that is configured to detect water that leaks from the water heater, the sensor assembly comprising: a leak sensor; and characterized in that the water heater further comprises a wicking tube that is formed of a wicking material and configured to transport the water towards the leak sensor, wherein the wicking tube is disposed around at least a portion of the leak sensor, and wherein the wicking tube is disposed in the channel and extends circumferentially around the water heater. a sensor bracket that is coupled to the water heater such that the sensor bracket defines a channel that extends circumferentially around the water heater, wherein the sensor bracket comprises a plurality of through slots that provide access to the channel; and a sensor assembly that is configured to detect water that leaks from the water heater, the sensor assembly comprising: a leak sensor; and characterized in that the water heater further comprises a wicking tube that is formed of a wicking material and configured to transport the water towards the leak sensor, a leak sensor; and characterized in that the water heater further comprises a wicking tube that is formed of a wicking material and configured to transport the water towards the leak sensor, wherein the wicking tube is disposed around at least a portion of the leak sensor, and wherein the wicking tube is disposed in the channel and extends circumferentially around the water heater.
Sorption filter material, particularly adsorption filter material, particularly for sorption, preferably adsorption, of chemical and/or biological pollutants, such as chemical and/or biological warfare agents, wherein the sorption filter material has at least one substrate material that is gas-permeable, particularly air-permeable, wherein the substrate material is impinged with a sorption agent, particularly an adsorbent, wherein the sorption agent is designed based on at least one metal-organic framework substance (MOF material), particularly comprising at least one metal-organic framework substance (MOF material) or consisting thereof, and wherein the substrate material is additionally impinged with a further sorption agent on an activated carbon base.