mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for monitoring a steering wheel position of a motor vehicle, preferably of a utility vehicle, comprising a steering wheel with an integrated airbag , which steering wheel is pivotable about an axis perpendicular to a steering column of the steering wheel between a first position and a second position, wherein, in the first position, the steering wheel has an orientation which is more horizontal in comparison to the second position; a sensor device which is designed to determine a pivoting position of the steering wheel , and a monitoring device which is designed to determine whether the determined pivoting position of the steering wheel lies within a predetermined pivoting range, characterized in that the monitoring device is designed to output an indication if the determined pivoting position does not lie within the predetermined pivoting range, wherein the monitoring device is designed to output the indication only when a predetermined operating situation is present, wherein the predetermined operating situation comprises a driving mode, a commencement of the driving mode and/or an exceeding of a minimum driving speed of the motor vehicle. a steering wheel with an integrated airbag , which steering wheel is pivotable about an axis perpendicular to a steering column of the steering wheel between a first position and a second position, wherein, in the first position, the steering wheel has an orientation which is more horizontal in comparison to the second position; a sensor device which is designed to determine a pivoting position of the steering wheel , and a monitoring device which is designed to determine whether the determined pivoting position of the steering wheel lies within a predetermined pivoting range,
A dual-phase ferritic-martensitic stainless steel consisting of, by weight: 11.5% to 12% chromium; 0.8% to 1.5% manganese; 0.75% to 1.5% nickel; ≤ 0.5% silicon; ≤ 0.2% molybdenum; ≤ 0.0025% boron; ≤ 0.25% copper; ≤ 0.025% carbon; ≤ 0.01% sulfur; ≤ 0.03% nitrogen; wherein the total concentration of carbon + nitrogen + sulfur + phosphorus ≤ 0.1 %; balance iron and incidental impurities; wherein the steel has a Brinell hardness (HB) of 300 HB or greater and a Charpy V-notch impact energy at -40°C (CVN) such that CVN (ft-lb) + (0.4 x HB) is about 160 or greater. 11.5% to 12% chromium; 0.8% to 1.5% manganese; 0.75% to 1.5% nickel; ≤ 0.5% silicon; ≤ 0.2% molybdenum; ≤ 0.0025% boron; ≤ 0.25% copper; ≤ 0.025% carbon; ≤ 0.01% sulfur; ≤ 0.03% nitrogen; wherein the total concentration of carbon + nitrogen + sulfur + phosphorus ≤ 0.1 %; balance iron and incidental impurities; wherein the steel has a Brinell hardness (HB) of 300 HB or greater and a Charpy V-notch impact energy at -40°C (CVN) such that CVN (ft-lb) + (0.4 x HB) is about 160 or greater.
A system including an operation device and an information storing apparatus including a plurality of folders , which are connected via a network (N1), wherein the operation device is configured to obtain information identifying the plurality of folders from the information storing apparatus, to display the plurality of folders based on the information identifying the plurality of folders obtained from the information storing apparatus, to receive from a user of the operation device a selection of one folder from the plurality of folders displayed on the display unit, to determine, based on information input from outside the operation device in response to an operation performed on the operation device, an electronic device among a plurality of electronic devices connected to the system, the electronic device to be determined being caused to input electronic data to the selected folder, the selected folder being included in the information storing apparatus, and configured to send, to the information storing apparatus , a first request to cause the determined electronic device to input the electronic data to the information storing apparatus, and, the information storing apparatus is configured to send, to the determined electronic device , a second request to cause the determined electronic device to input the electronic data to the selected folder in the information storing apparatus, based on the first request sent from the operation device , and to store the electronic data in the selected folder of the information storing apparatus, the electronic data having been sent from the determined electronic device based on the second request. wherein the operation device is configured to obtain information identifying the plurality of folders from the information storing apparatus, to display the plurality of folders based on the information identifying the plurality of folders obtained from the information storing apparatus, to receive from a user of the operation device a selection of one folder from the plurality of folders displayed on the display unit, to determine, based on information input from outside the operation device in response to an operation performed on the operation device, an electronic device among a plurality of electronic devices connected to the system, the electronic device to be determined being caused to input electronic data to the selected folder, the selected folder being included in the information storing apparatus, and configured to send, to the information storing apparatus , a first request to cause the determined electronic device to input the electronic data to the information storing apparatus, and, the information storing apparatus is configured to send, to the determined electronic device , a second request to cause the determined electronic device to input the electronic data to the selected folder in the information storing apparatus, based on the first request sent from the operation device , and to store the electronic data in the selected folder of the information storing apparatus, the electronic data having been sent from the determined electronic device based on the second request.
A multi-part dental bleaching system comprising: an aqueous dental bleaching composition that comprises at least one dental bleaching agent and that has an acidic pH; and a substantially water free neutralizing composition suitable for mixing with the aqueous dental bleaching composition to form a final mixed composition and that comprises at least one polymeric thickening agent mixed with at least one strong base selected from the group consisting of metal oxides and metal hydroxides, wherein the substantially water free neutralizing composition is in the form of a stable gel in which the polymeric thickening agent is not attacked by the strong base, wherein the at least one strong base would cause the neutralizing composition to have a pH in a range of 11 to 14 if mixed with sufficient water to produce a pH reading, wherein the polymeric thickening agent comprises at least one of an acrylic acid-based polymer or carboxypolymethylene. an aqueous dental bleaching composition that comprises at least one dental bleaching agent and that has an acidic pH; and a substantially water free neutralizing composition suitable for mixing with the aqueous dental bleaching composition to form a final mixed composition and that comprises at least one polymeric thickening agent mixed with at least one strong base selected from the group consisting of metal oxides and metal hydroxides, wherein the substantially water free neutralizing composition is in the form of a stable gel in which the polymeric thickening agent is not attacked by the strong base, wherein the at least one strong base would cause the neutralizing composition to have a pH in a range of 11 to 14 if mixed with sufficient water to produce a pH reading, wherein the polymeric thickening agent comprises at least one of an acrylic acid-based polymer or carboxypolymethylene. wherein the at least one strong base would cause the neutralizing composition to have a pH in a range of 11 to 14 if mixed with sufficient water to produce a pH reading, wherein the polymeric thickening agent comprises at least one of an acrylic acid-based polymer or carboxypolymethylene.
Material for coating a surface by at least partial thermal phase transformation, comprising a first component with several metallic ingredients for the formation of a matrix, and a second component for the formation of a hard phase, the hard phase being enclosed in the matrix, wherein the first component, with reference to its total weight, has a share of at least 40 % of nickel, wherein the second component has a share of between about 20% and about 80% of a total weight of the material, wherein the first component, with reference to its total weight, has a share of at least about 10%, in particular about 20%, of a further metal from the group iron or copper, characterized in that the second component is provided as a hard material, - wherein the hard material is provided at least partially, in particular predominantly, as fused tungsten carbide (FTC), or - wherein the hard material is provided at least partially, in particular predominantly, as macrocrystalline tungsten carbide, wherein the second component comprises a share of additives of between 0.1 % and 2 % of the total weight of the material, and wherein the first component has a weight share of nickel of not more than 70% and an additional weight share of copper between 20 % and 40%, and at least iron with a weight share of not more than 6 %, and a share of boron between 0.5 % and 6 %, or wherein the first component has a weight share of nickel of not more than 70% and an additional weight share of iron between 10 % and 60%, and at least a share of boron between 0.5 % and 5%, and in particular wherein the first component comprises further shares of metallic components, in each case cumulatively or alternatively, like aluminium up to about 7%, vanadium up to about 14 %, niobium up to about 11%, molybdenum up to about 12 %, tungsten up to about 10 %, chromium between 5 % und 33 %, silicon with a weight share of not more than about 5 %, or titanium with a weight share of not more than about 3 %. - wherein the hard material is provided at least partially, in particular predominantly, as fused tungsten carbide (FTC), or - wherein the hard material is provided at least partially, in particular predominantly, as macrocrystalline tungsten carbide, wherein the second component comprises a share of additives of between 0.1 % and 2 % of the total weight of the material, and wherein the first component has a weight share of nickel of not more than 70% and an additional weight share of copper between 20 % and 40%, and at least iron with a weight share of not more than 6 %, and a share of boron between 0.5 % and 6 %,
A compound according to Formula (I): wherein R 1 is an optionally substituted 5-membered heterocycle preferably an optionally substituted triazole, preferably an optionally substituted 1, 2, 4 triazole or optionally substituted pyrazole, 1H-pyrazole-5-carboxamide, preferably an optionally substituted pyrazol-4-yl, preferably 1H-pyrazol-4-yl, 1-methyl-pyrazol-4-yl or optionally substituted pyrazol-3-yl, preferably 5-methyl-1H-pyrazol-3-yl, 5-cyano-1H-pyrazol-3-yl or an optionally substituted imidazole preferably an optionally substituted imidazole-4-yl or an optionally substituted isoxazole preferably an optionally substituted isoxazol-3-yl, preferably 5-methylisoxazol-3-yl; R 2 is H or both R 2 are joined to form an optionally substituted cyclopropyl; R 3 is selected from an optionally substituted monocyclic aryl preferably an optionally substituted phenyl preferably 3-fluoro-4-(trifluoromethyl)phenyl and an optionally substituted heteroaryl preferably an optionally substituted pyridinyl, preferably an optionally substituted pyridin-3-yl preferably trifluoromethyl-pyridin-3-yl, di-fluoro-methyl-pyridin-3-yl; as well as pharmaceutically acceptable salts, hydrates, solvates, tautomers, racemic mixtures and optically active forms thereof.
A beta zeolite comprising silicon oxide and zinc oxide, wherein a molar ratio of SiO 2 /ZnO is 15 or more and 80 or less, and an average particle diameter of the beta zeolite is 50 nm or more and 100 nm or less at a cumulative frequency of 50% in particle size distribution measured by scanning electron microscope observation. a molar ratio of SiO 2 /ZnO is 15 or more and 80 or less, and an average particle diameter of the beta zeolite is 50 nm or more and 100 nm or less at a cumulative frequency of 50% in particle size distribution measured by scanning electron microscope observation.
A pivoting fastening mechanism for helmet face shield, applicable for the incorporation thereof on both sides of a helmet to fix the face shield thereto, comprising two portions able to be coupled with each other, a first portion, or fixed portion , which is incorporated into the surface of the helmet and a second portion, or pivoting portion , which is incorporated into the face shield enabling the movement of rotation thereof with respect to the helmet to open it and close it, characterised in that : - the fixed portion comprises a gap with retractable locking elements to receive and lock the pivoting portion ; and - the pivoting portion comprises a protrusion that press fits into the gap of the fixed portion , being interlocked between the locking elements and a button associated with a spring which, when pressed, releases the locking elements to extract the face shield from the fixed portion . - the fixed portion comprises a gap with retractable locking elements to receive and lock the pivoting portion ; and - the pivoting portion comprises a protrusion that press fits into the gap of the fixed portion , being interlocked between the locking elements and a button associated with a spring which, when pressed, releases the locking elements to extract the face shield from the fixed portion .
A computer-implemented method of determining a model for estimating battery properties in a hybrid or electrical drive system of a vehicle , the method comprising: providing (S1) a function approximator estimating a battery property as a function of two or more measured battery parameters; providing (S2) a stream of measured battery parameter values as a function of time for a predetermined period to a predetermined battery cell model describing the relationship between the measured battery parameter values and the battery property; determining (S3) a battery property value using the cell model based on a selected portion of the stream of measured battery parameter values; determining (S4) if a predetermined condition for the selected portion of the stream of measured battery parameter values is fulfilled; and if (S5) the predetermined condition is fulfilled, updating (S6) the function approximator based on the battery property value determined by the cell model; characterized in that the function approximator is in the form of a tile coding model. providing (S1) a function approximator estimating a battery property as a function of two or more measured battery parameters; providing (S2) a stream of measured battery parameter values as a function of time for a predetermined period to a predetermined battery cell model describing the relationship between the measured battery parameter values and the battery property; determining (S3) a battery property value using the cell model based on a selected portion of the stream of measured battery parameter values; determining (S4) if a predetermined condition for the selected portion of the stream of measured battery parameter values is fulfilled; and if (S5) the predetermined condition is fulfilled, updating (S6) the function approximator based on the battery property value determined by the cell model;
Food preparation appliance with a food preparation container and a rotatable tool for chopping and/or mixing a food in the food preparation container , the tool being detachably connectable to a shaft , which extends from outside the food preparation container through a passage toward the tool inside the food preparation container in order to be able to drive the tool , and a locking mechanism being provided for a locked connection of the tool to the shaft , wherein the locking mechanism is configured such that a releasing and/or a locking of the connection of the tool to the shaft can be performed from outside the food preparation container , characterized in that an actuating element for actuating the locking mechanism which is positioned outside the food preparation container is coupled to a locking element for the locked connection of the tool to the shaft , which locking element is positioned inside the food preparation container .
A method for wireless communication, comprising: transmitting a first reference signal using a first set of reference signal resources, the first set of reference signal resources associated with a first set of reference signal ports having a first precoding configuration applied to a set of antenna ports; receiving an uplink grant and a sounding reference signal, SRS, resource indicator, SRI, that indicates at least one reference signal port from the first set of reference signal ports is to be used for an uplink transmission; identifying that a second reference signal is to be transmitted, wherein it is identified that the second reference signal is to be transmitted after receiving the uplink grant and before the uplink transmission, and wherein the second reference signal is associated with a second set of reference signal resources; identifying a timing threshold associated with the uplink transmission; determining that a time difference between an end of a transmission period of the second reference signal and a start of a transmission period of the uplink transmission is less than or equal to the timing threshold; modifying the second reference signal based at least in part on the received the uplink grant, wherein the modifying comprises: transmitting the second reference signal using the first set of reference signal resources associated with the first precoding configuration. transmitting a first reference signal using a first set of reference signal resources, the first set of reference signal resources associated with a first set of reference signal ports having a first precoding configuration applied to a set of antenna ports; receiving an uplink grant and a sounding reference signal, SRS, resource indicator, SRI, that indicates at least one reference signal port from the first set of reference signal ports is to be used for an uplink transmission; identifying that a second reference signal is to be transmitted, wherein it is identified that the second reference signal is to be transmitted after receiving the uplink grant and before the uplink transmission, and wherein the second reference signal is associated with a second set of reference signal resources; identifying a timing threshold associated with the uplink transmission; determining that a time difference between an end of a transmission period of the second reference signal and a start of a transmission period of the uplink transmission is less than or equal to the timing threshold; modifying the second reference signal based at least in part on the received the uplink grant, wherein the modifying comprises: transmitting the second reference signal using the first set of reference signal resources associated with the first precoding configuration.
An insulation device for a coating system for coating objects, wherein the coating system comprises an electrostatically operating application apparatus having a dispensing device by means of which a coating material is able to be dispensed, and at least one feed reservoir for coating material, which is connected to an input valve device via an inlet line and to the dispensing device via a supply line, wherein the insulation device comprises a duct having a clearing body that is movable in the duct , wherein the clearing body has an electrically insulating material and is movable between a parked position and an insulation position, wherein the clearing body is configured such that, while moving from the parked position to the insulation position or from the insulation position to the parked position, the clearing body frees an inner lateral surface of the duct of coating material such that an electrical insulation section is able to be formed between the feed reservoir and the input valve device, wherein the clearing body is movable by means of a fluid pressure, and wherein the clearing body has an insulation portion for electrical insulation and a line portion for a coating material line. wherein the insulation device comprises a duct having a clearing body that is movable in the duct , wherein the clearing body has an electrically insulating material and is movable between a parked position and an insulation position, wherein the clearing body is configured such that, while moving from the parked position to the insulation position or from the insulation position to the parked position, the clearing body frees an inner lateral surface of the duct of coating material such that an electrical insulation section is able to be formed between the feed reservoir and the input valve device, wherein the clearing body is movable by means of a fluid pressure, and wherein the clearing body has an insulation portion for electrical insulation and a line portion for a coating material line.
A method of dispensing a frozen confectionary product from a dispensing machine , the method comprising: loading one or more first tubes comprising a composition that is a frozen confectionary from a first storage tray onto a serving station of the dispensing machine , wherein the first storage tray is located in a first storage area of the dispensing machine , and wherein the one or more first tubes are reusable; positioning a container in a first position in the serving station under the one or more first tubes; dispensing at least a portion of the frozen confectionary into the container ; conveying the container comprising the frozen confectionary to an outlet located on the dispensing machine ; wherein positioning the container comprises using a robotic arm , preferably a three-axis robotic arm, more preferably comprising a lifting suction head to grip the container , and the container is an edible container; wherein loading the one or more first tubes comprises using a robotic arm , preferably a three-axis robotic arm, more preferably comprising a tube changer plate configured to grip the one or more first tubes; wherein the dispensing machine comprises at least two zones, the at least two zones comprising a first zone wherein the temperature is lower than a second zone, wherein the one or more first tubes are stored in the dispensing machine in the first zone, and the serving station is located in the dispensing machine in the second zone. positioning a container in a first position in the serving station under the one or more first tubes; dispensing at least a portion of the frozen confectionary into the container ; conveying the container comprising the frozen confectionary to an outlet located on the dispensing machine ; wherein positioning the container comprises using a robotic arm , preferably a three-axis robotic arm, more preferably comprising a lifting suction head to grip the container , and the container is an edible container; wherein loading the one or more first tubes comprises using a robotic arm , preferably a three-axis robotic arm, more preferably comprising a tube changer plate configured to grip the one or more first tubes; wherein the dispensing machine comprises at least two zones, the at least two zones comprising a first zone wherein the temperature is lower than a second zone, wherein the one or more first tubes are stored in the dispensing machine in the first zone, and the serving station is located in the dispensing machine in the second zone.