mhurhangee/ep-ind-claims huggingface dataset:
Driving assistance method for a motor vehicle approaching a toll barrier, comprising a step (S 4) of calculating a probability of a toll barrier being present based on at least two road context attributes that are determined from the motor vehicle and defining a road context ahead of said vehicle, characterized in that said road context attributes are decorrelated from a toll barrier concept in the sense that they refer to objects liable to be detected or determined in the case of free space at any time on any type of road, specifically independently of whether or not a toll barrier is being approached.
A method comprising: coupling an RFID device to a portable device (208, 302, 404); authenticating the portable device (208, 302, 404) based on a unique identifier of the RFID device; in response to authenticating the portable device (208, 302, 404), receiving voice instructions (212, 314, 410), the voice instructions (212, 314, 410) including settings data for a process control device of a process control system; determining, using a processor (504, 512), the settings data based on the received voice instructions (212, 314, 410); and storing the settings data. coupling an RFID device to a portable device (208, 302, 404); authenticating the portable device (208, 302, 404) based on a unique identifier of the RFID device; in response to authenticating the portable device (208, 302, 404), receiving voice instructions (212, 314, 410), the voice instructions (212, 314, 410) including settings data for a process control device of a process control system; determining, using a processor (504, 512), the settings data based on the received voice instructions (212, 314, 410); and storing the settings data.
A process for preparing a coloured effect pigment, comprising the steps of (a) preparing in an aqueous coating medium at least one layer of a hydroxyl-containing metal oxide on a substrate, thereby obtaining in the aqueous coating medium a first coloured pigment material CPM1 comprising the substrate coated with the hydroxyl-containing metal oxide, wherein the substrate is made of aluminium or aluminium alloy which optionally comprises at least one passivating layer, and wherein the hydroxyl-containing metal oxide is a hydroxyl-containing iron oxide or a hydroxyl-containing titanium oxide and/or a mixture thereof, (b) providing the first coloured pigment material CPM1 in a liquid post-treatment medium comprising one or more high boiling organic liquids having a boiling point of at least 90°C, and (c) heating the liquid post-treatment medium to a temperature of at least 90°C so as to convert the first coloured pigment material CPM1 to a second coloured pigment material CPM2. (a) preparing in an aqueous coating medium at least one layer of a hydroxyl-containing metal oxide on a substrate, thereby obtaining in the aqueous coating medium a first coloured pigment material CPM1 comprising the substrate coated with the hydroxyl-containing metal oxide, wherein the substrate is made of aluminium or aluminium alloy which optionally comprises at least one passivating layer, and wherein the hydroxyl-containing metal oxide is a hydroxyl-containing iron oxide or a hydroxyl-containing titanium oxide and/or a mixture thereof, (b) providing the first coloured pigment material CPM1 in a liquid post-treatment medium comprising one or more high boiling organic liquids having a boiling point of at least 90°C, and (c) heating the liquid post-treatment medium to a temperature of at least 90°C so as to convert the first coloured pigment material CPM1 to a second coloured pigment material CPM2.
A method for determining a salt concentration of crude oil, the method comprising the steps of: introducing a volume of the crude oil to a mixing zone, the crude oil having salt; introducing a volume of a solvent to the mixing zone, wherein the solvent has a normal boiling point substantially higher than ambient air temperature; mixing the crude oil and the solvent to form a homogenized mixture; taking a temperature measurement of the homogenized mixture using a temperature sensor; taking a conductivity measurement of the homogenized mixture using a pair of electrodes; determining the salt concentration of the homogenized mixture based on the temperature measurement and the conductivity measurement of the homogenized mixture; and determining the salt concentration of the crude oil based on the salt concentration of the homogenized mixture, the volume of the crude oil, and the volume of the solvent, where the solvent: (i) comprises a single solvent, and/or (ii) consists essentially of the single solvent, and/or (iii) consists of the single solvent where the single solvent is selected from the group consisting of NMP, ethyl alpha-hydroxy propionate, benzonitrile, dipropylene glycol dimethyl ether, 1-cyclohexyl-2 pyrrolidone, 1-octyl-2-pyrrolidone, 1-dodecyl-2-pyrrolidinone, diethyl glycol monobutyl ether, triethylene glycol monobutyl ether, ethylene glycol butyl ether, propylene glycol butyl ether, di(propylene glycol) butyl ether, propylene glycol propyl ether, tripropylene glycol, and diethylene glycol monoethyl ether. introducing a volume of the crude oil to a mixing zone, the crude oil having salt; introducing a volume of a solvent to the mixing zone, wherein the solvent has a normal boiling point substantially higher than ambient air temperature; mixing the crude oil and the solvent to form a homogenized mixture; taking a temperature measurement of the homogenized mixture using a temperature sensor; taking a conductivity measurement of the homogenized mixture using a pair of electrodes; determining the salt concentration of the homogenized mixture based on the temperature measurement and the conductivity measurement of the homogenized mixture; and determining the salt concentration of the crude oil based on the salt concentration of the homogenized mixture, the volume of the crude oil, and the volume of the solvent, where the solvent: (i) comprises a single solvent, and/or (ii) consists essentially of the single solvent, and/or (iii) consists of the single solvent (i) comprises a single solvent, and/or (ii) consists essentially of the single solvent, and/or (iii) consists of the single solvent where the single solvent is selected from the group consisting of NMP, ethyl alpha-hydroxy propionate, benzonitrile, dipropylene glycol dimethyl ether, 1-cyclohexyl-2 pyrrolidone, 1-octyl-2-pyrrolidone, 1-dodecyl-2-pyrrolidinone, diethyl glycol monobutyl ether, triethylene glycol monobutyl ether, ethylene glycol butyl ether, propylene glycol butyl ether, di(propylene glycol) butyl ether, propylene glycol propyl ether, tripropylene glycol, and diethylene glycol monoethyl ether.
A packaging system for storage, retrieval and transportation of a dental implant, with an outer housing and an outer lid, comprising an assembly that provides a gripper-shaped removal mechanism associated with a lifter to enable height adjustment for conditioning of said dental implant, where said gripper-shaped removal mechanism has first side grooves to adjust the height of the lifter; side slots for engaging and sliding the lifter; second side grooves for implant handling; side holes for insertion of side holders; and upper protrusions for engaging and interacting with an inner lid, wherein said lifter provides side couplings to interact with said side slots of said removal mechanism; side projections for interacting with said first side grooves of said removal mechanism and a top to fit a receptacle, wherein said inner lid is made of elastic polymeric material and said side holders and receptacle are made of titanium; and the assembly is inserted in said outer housing and closed with said outer lid, which presses the inner lid against said removal mechanism to maintain the implant in its desired position.
An expandable sheath comprising: an elongated annular member comprising an inner surface and an outer surface, the annular member further including a bridge member extending between opposing first and second base members (20, 20a, 20b) spaced around a circumference of the annular member, wherein the expandable sheath is radially movable between an expanded state and a non-expanded state, wherein in the non-expanded state, the annular member includes a first longitudinally extending channel defined between the bridge member and the first base member (20, 20a, 20b), the first channel extending inwardly from the outer surface toward a longitudinal axis of the annular member, and a second longitudinally extending channel defined between the bridge member and the second base member (20, 20a, 20b), the second channel extending outwardly from the inner surface away from the longitudinal axis of the annular member, and wherein in the expanded state, the bridge member extends in a direction around the circumference of the annular member increasing a distance between the first and second base members (20, 20a, 20b). an elongated annular member comprising an inner surface and an outer surface, the annular member further including a bridge member extending between opposing first and second base members (20, 20a, 20b) spaced around a circumference of the annular member, wherein the expandable sheath is radially movable between an expanded state and a non-expanded state, wherein in the non-expanded state, the annular member includes a first longitudinally extending channel defined between the bridge member and the first base member (20, 20a, 20b), the first channel extending inwardly from the outer surface toward a longitudinal axis of the annular member, and a second longitudinally extending channel defined between the bridge member and the second base member (20, 20a, 20b), the second channel extending outwardly from the inner surface away from the longitudinal axis of the annular member, and wherein in the expanded state, the bridge member extends in a direction around the circumference of the annular member increasing a distance between the first and second base members (20, 20a, 20b).
A lithographic printing plate precursor comprising: a substrate comprising a hydrophilic surface; an infrared radiation-sensitive imageable layer that is disposed on the hydrophilic surface of the substrate, the infrared radiation-sensitive imageable layer comprising: one or more free radically polymerizable components, an initiator composition that provides free radicals upon exposure of the infrared radiation-sensitive imageable layer to infrared radiation, one or more infrared radiation absorbers, and optionally, a polymeric binder different from the one or more free radically polymerizable components; and optionally, a protective layer disposed over the infrared radiation-sensitive imageable layer; wherein the initiator composition comprises an iodonium tetraaryl borate that is represented by the following formula: wherein Ar is independently unsubstituted phenyl or naphthyl groups, or substituted phenyl or naphthyl groups each having one or more electron-donating substituents; and R is a linear or branched organic group comprising 0 to 3 oxygen atoms and 2 to 5 carbon atoms, provided that R is directly attached to the oxygen atom with one of the carbon atoms. a substrate comprising a hydrophilic surface; an infrared radiation-sensitive imageable layer that is disposed on the hydrophilic surface of the substrate, the infrared radiation-sensitive imageable layer comprising: one or more free radically polymerizable components, an initiator composition that provides free radicals upon exposure of the infrared radiation-sensitive imageable layer to infrared radiation, one or more infrared radiation absorbers, and optionally, a polymeric binder different from the one or more free radically polymerizable components; and one or more free radically polymerizable components, an initiator composition that provides free radicals upon exposure of the infrared radiation-sensitive imageable layer to infrared radiation, one or more infrared radiation absorbers, and optionally, a polymeric binder different from the one or more free radically polymerizable components; and optionally, a protective layer disposed over the infrared radiation-sensitive imageable layer; wherein the initiator composition comprises an iodonium tetraaryl borate that is represented by the following formula: wherein Ar is independently unsubstituted phenyl or naphthyl groups, or substituted phenyl or naphthyl groups each having one or more electron-donating substituents; and R is a linear or branched organic group comprising 0 to 3 oxygen atoms and 2 to 5 carbon atoms, provided that R is directly attached to the oxygen atom with one of the carbon atoms.
A method for preparing a canagliflozin amorphous form, comprising: adding canagliflozin to an organic solvent to dissolve, distilling to obtain an oil, adding an anti-solvent to the oil, stirring to precipitate a solid, cooling, filtering, and drying to obtain a canagliflozin amorphous form, wherein a mass of the oil is 1.05-1.1 times of a mass of canagliflozin, a ratio of a mass of canagliflozin to a volume of the organic solvent is 1g: ml, and a ratio of a mass of canagliflozin to a volume of the anti-solvent is 1g: ml.
Method for determining a data transfer rate of a telecommunications network with at least one mobile terminal and a server, having the steps: a) installing and starting a measuring application on the terminal by a user, in order to carry out the steps c) and d), b) installing and starting a user application on the terminal by a user which, during operation, transfers data between the terminal and the telecommunications network, c) ascertaining a measurement sequence comprising a plurality of individual measurement values of a process over time of the data transfer brought about by the user application, by the measuring application, d) transferring the measurement sequence to the server by means of the terminal, by the measuring application, e) installing and starting an analysis software on the server for carrying out at least the steps f) and g), by the user, f) ascertaining from the measurement sequence at least one data block comprising at least one captured measurement value, by the analysis software such that the data block has a continuous data transfer rate > 0 kbit/s and during a time span ≥ 2 seconds following the data block a subsequent data transfer rate is below the continuous data transfer rate, and g) ascertaining from the data block a time span for transferring a defined data volume and/or a data volume for transfer in a defined time span as the data transfer rate of the telecommunications network, by the analysis software. a) installing and starting a measuring application on the terminal by a user, in order to carry out the steps c) and d), b) installing and starting a user application on the terminal by a user which, during operation, transfers data between the terminal and the telecommunications network, c) ascertaining a measurement sequence comprising a plurality of individual measurement values of a process over time of the data transfer brought about by the user application, by the measuring application, d) transferring the measurement sequence to the server by means of the terminal, by the measuring application, e) installing and starting an analysis software on the server for carrying out at least the steps f) and g), by the user, f) ascertaining from the measurement sequence at least one data block comprising at least one captured measurement value, by the analysis software such that the data block has a continuous data transfer rate > 0 kbit/s and during a time span ≥ 2 seconds following the data block a subsequent data transfer rate is below the continuous data transfer rate, and g) ascertaining from the data block a time span for transferring a defined data volume and/or a data volume for transfer in a defined time span as the data transfer rate of the telecommunications network, by the analysis software.
A method in a wireless communication user terminal that receives a channel having mixed modulation formats, the method comprising: receiving a channel having mixed modulation formats; measuring signal power on a portion of the channel received by the terminal; determining a modulation format on the portion of the channel for which the signal power was measured; modifying the signal power measured based on the modulation format. receiving a channel having mixed modulation formats; measuring signal power on a portion of the channel received by the terminal; determining a modulation format on the portion of the channel for which the signal power was measured; modifying the signal power measured based on the modulation format.
A catalyst free process for synthesis of alkyl carbamate, comprising reacting urea and an alcohol in a tubular reactor under autogeneous pressure to provide more than 90% selectivity towards alkyl carbamate, wherein said process is carried out in an integrated system of at least one tubular reactor, heated externally, and a stripper in series, and wherein said tubular reactor and said stripper are arranged in series to reduce the equilibrium limitations of the reaction and drive the reaction in forward direction.
A method for dark current correction, the method comprising: - obtaining a plurality of dark images from an image sensor, wherein said plurality of dark images correspond to a plurality of ambient conditions, wherein each of said plurality of dark images corresponds to a different reference ambient temperature and/or to a different exposure time, - obtaining an image frame from said image sensor, - determining a transformation of at least one dark image out of said plurality of dark images taking into account at least one dark pixel signal in said image frame, wherein said determining of said transformation comprises selecting said at least one dark image out of said plurality of dark images taking into account the at least one dark pixel signal in said image frame, applying said transformation to said at least one dark image to obtain a dark current frame, and - subtracting said dark current frame from the image frame to obtain a dark current corrected image frame, characterized in that said determining of said transformation comprises determining a plurality of difference values, in which the plurality of difference values comprises a difference value for each dark image of said plurality of dark images, said difference value being representative of a difference between said at least one dark pixel signal in said image frame and a corresponding at least one pixel signal in said dark image. - obtaining a plurality of dark images from an image sensor, wherein said plurality of dark images correspond to a plurality of ambient conditions, wherein each of said plurality of dark images corresponds to a different reference ambient temperature and/or to a different exposure time, - obtaining an image frame from said image sensor, - determining a transformation of at least one dark image out of said plurality of dark images taking into account at least one dark pixel signal in said image frame, wherein said determining of said transformation comprises selecting said at least one dark image out of said plurality of dark images taking into account the at least one dark pixel signal in said image frame, applying said transformation to said at least one dark image to obtain a dark current frame, and - subtracting said dark current frame from the image frame to obtain a dark current corrected image frame,
Apparatus for suppressing an eluent in an aqueous sample stream including analyte ions, said apparatus comprising a first ion exchange barrier capable of passing only ions of opposite charge to said analyte ions; an eluent flow channel configured to suppress an eluent in an aqueous sample stream; an ion receiving regenerant flow channel adjacent to said eluent flow channel and separated therefrom by said first ion exchange barrier; a stationary flow-through first ion exchange packing disposed in said eluent flow channel of the same charge, positive or negative, as said first ion exchange barrier, said stationary flow-through first ion exchange packing having exchangeable ions of opposite charge to the analyte ions; first and second electrodes in electrical communication with said eluent flow channel and said ion receiving regenerant flow channel, respectively; the apparatus characterized in that said stationary flow-through first ion exchange packing comprises a mixture of a first ion exchange portion with strong ionizable groups and a second ion exchange portion with weak ionizable groups, both portions having ion exchange capacity of the same charge, positive or negative.
A Drug Compound having the Formula: H-D or a pharmaceutically acceptable salt or solvate thereof; wherein -D is a Drug unit of the following formula: the wavy line denotes the attachment with H, wherein the N-terminal aminobenzoyl is p-aminobenzoyl or m-aminobenzoyl; Z is -O-; and R 11 is selected from the group consisting of -H and -C 1 -C 8 alkyl. wherein -D is a Drug unit of the following formula: the wavy line denotes the attachment with H, wherein the N-terminal aminobenzoyl is p-aminobenzoyl or m-aminobenzoyl; Z is -O-; and R 11 is selected from the group consisting of -H and -C 1 -C 8 alkyl.
A medical apparatus comprising a magnetic resonance imaging system for acquiring magnetic resonance data from an imaging volume covering at least partially a subject of interest, wherein the magnetic resonance imaging system comprises a main magnet for generating a magnetic field within the imaging volume, a particle beam apparatus having a particle beam line for a particle beam of charged particles, including a gantry configured for rotating around a rotational axis, which is arranged in the longitudinal direction of the main magnet, wherein the gantry comprises at least one bending magnet for directing the particle beam to an irradiation volume within the imaging volume, an active compensation coil, which is arranged to substantially surround at least the imaging volume and which is provided in proximity to an outer surface of the main magnet and outside the outer surface of the main magnet, and a control unit for controlling the active compensation coil for canceling a stray field caused by the at least one bending magnet within the imaging volume at least in the longitudinal direction of the main magnet.