mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a position of a mobile device (102, 1000) connected to a network, the method comprising: obtaining, by the mobile device, a synchronization status of the network associated with one or more base stations (104, 106, 108); and in response to the synchronization status indicating that the network is synchronous, determining, by the mobile device, the position of the mobile device using previously collected crowdsourced time correction data for the network, wherein the time correction data includes at least one of a time difference between an actual time of transmission of a signal and an indicated time of transmission of the signal or a time difference between an actual time of reception of a signal and an indicated time of reception of the signal. obtaining, by the mobile device, a synchronization status of the network associated with one or more base stations (104, 106, 108); and in response to the synchronization status indicating that the network is synchronous, determining, by the mobile device, the position of the mobile device using previously collected crowdsourced time correction data for the network, wherein the time correction data includes at least one of a time difference between an actual time of transmission of a signal and an indicated time of transmission of the signal or a time difference between an actual time of reception of a signal and an indicated time of reception of the signal.
A method for purifying a fluorine-containing C 2-20 -organic acid, comprising - contacting a mixture containing an acid and a fluorine-free organic compound with concentrated sulfuric acid and then - separating an acid phase from a concentrated sulfuric acid phase, wherein - the acid is selected from C 2-20 -fluorocarboxylic acids, C 2-20 -fluorosulfonic acids, and salts thereof, - the contacting is conducted such that an amount of water present in the concentrated sulfuric acid phase is ≤ 10 mass-%, and - the acid is obtained in form of the acid phase having a reduced content ratio of the compound compared with the mixture. - contacting a mixture containing an acid and a fluorine-free organic compound with concentrated sulfuric acid and then - separating an acid phase from a concentrated sulfuric acid phase, - the acid is selected from C 2-20 -fluorocarboxylic acids, C 2-20 -fluorosulfonic acids, and salts thereof, - the contacting is conducted such that an amount of water present in the concentrated sulfuric acid phase is ≤ 10 mass-%, and - the acid is obtained in form of the acid phase having a reduced content ratio of the compound compared with the mixture.
Adjustment drive for a steering column for a motor vehicle, comprising a threaded spindle which extends in the direction of a spindle axis and engages with an external thread in a spindle nut, and a drive motor which is coupled to the threaded spindle or the spindle nut in such a way that the spindle nut and the threaded spindle can be driven in rotation relative to one another, and an energy absorption device which is designed to absorb kinetic energy acting on the adjustment drive in the direction of the spindle axis, wherein the threaded spindle has the energy absorption device (57, 58, 571, 8, 81, 9), and wherein the threaded spindle has a corrugated tube, characterized in in that the corrugated tube comprises the external thread. wherein the threaded spindle has the energy absorption device (57, 58, 571, 8, 81, 9), and wherein the threaded spindle has a corrugated tube, characterized in in that the corrugated tube comprises the external thread.
An encapsulated protective suit, comprising: a skin; and a low pressure warning device (106, 150) coupled to the skin, comprising a piston (128, 158) located inside the device (106, 150), where the piston (128, 158) partitions the device (106, 150) into a first chamber (134, 168) communicating with a first opening (120, 152) and a second chamber (136, 169) communicating with a second opening (122, 154); an adjustable stop (124, 162), wherein the adjustable stop (124, 162) comprises a first tubular component and further comprising a second tubular component, wherein the first tubular component is coupled to the second tubular component, wherein the piston (128, 158) and the spring (130, 160) are located inside the first tubular component and the second tubular component, wherein a low pressure differential warning state threshold of the device (106, 150) is adjusted by moving the first tubular component relative to the second tubular component, and a spring (130, 160) located inside the device (106, 150) and configured to bias the piston (128, 158) to a position based on a position of the adjustable stop (124, 162) and based on a pressure differential between the first opening (120, 152) and the second opening (122, 154), wherein a pressure differential state is associated with a position of the piston (128, 158). a skin; and a low pressure warning device (106, 150) coupled to the skin, comprising a piston (128, 158) located inside the device (106, 150), where the piston (128, 158) partitions the device (106, 150) into a first chamber (134, 168) communicating with a first opening (120, 152) and a second chamber (136, 169) communicating with a second opening (122, 154); an adjustable stop (124, 162), wherein the adjustable stop (124, 162) comprises a first tubular component and further comprising a second tubular component, wherein the first tubular component is coupled to the second tubular component, wherein the piston (128, 158) and the spring (130, 160) are located inside the first tubular component and the second tubular component, wherein a low pressure differential warning state threshold of the device (106, 150) is adjusted by moving the first tubular component relative to the second tubular component, and a spring (130, 160) located inside the device (106, 150) and configured to bias the piston (128, 158) to a position based on a position of the adjustable stop (124, 162) and based on a pressure differential between the first opening (120, 152) and the second opening (122, 154), wherein a pressure differential state is associated with a position of the piston (128, 158).
A method for preparing hydroxylammonium phosphate, comprising the steps of: (i) pretreating an acidic buffer solution comprising acidic buffer reagents, nitric acid or nitrate salts, and metal impurities, in order to remove the metal impurities with the compounds having a functional group represented by formula, wherein R 2 and R 3 are, independently, those selected from the group consisting of hydrogen atom, phenyl, phenyl substituted by C 1-6 alkyl, phenyl substituted by nitro group, phenyl substituted by amino group, phenyl substituted by halogen, heteroaryl having 1 to 3 heteroatoms, -XR 4, and polymers; of those, the heteroatom is selected from the group consisting of N, O and S atoms, the heteroaryl is aryl having 6 to 18 carbons, X is a chemical bond or alkylene having 1 to 6 carbons; R 4 is selected from the group consisting of hydrogen atom, phenyl, heteroaryl having 1 to 3 heteroatoms, and polymers, and at least one of R 1, R 2, and R 3 is not hydrogen; and wherein the acidic buffer solution is taken from oxime reaction in cyclohexanone oxime synthesis; and (ii) reducing nitrate ions in the acidic buffer solution with hydrogen to give hydroxylammonium phosphate in the presence of catalysts. (i) pretreating an acidic buffer solution comprising acidic buffer reagents, nitric acid or nitrate salts, and metal impurities, in order to remove the metal impurities with the compounds having a functional group represented by formula, wherein R 2 and R 3 are, independently, those selected from the group consisting of hydrogen atom, phenyl, phenyl substituted by C 1-6 alkyl, phenyl substituted by nitro group, phenyl substituted by amino group, phenyl substituted by halogen, heteroaryl having 1 to 3 heteroatoms, -XR 4, and polymers; of those, the heteroatom is selected from the group consisting of N, O and S atoms, the heteroaryl is aryl having 6 to 18 carbons, X is a chemical bond or alkylene having 1 to 6 carbons; R 4 is selected from the group consisting of hydrogen atom, phenyl, heteroaryl having 1 to 3 heteroatoms, and polymers, and at least one of R 1, R 2, and R 3 is not hydrogen; and wherein the acidic buffer solution is taken from oxime reaction in cyclohexanone oxime synthesis; and (ii) reducing nitrate ions in the acidic buffer solution with hydrogen to give hydroxylammonium phosphate in the presence of catalysts.
A gas measurement device for measuring the concentration of a plurality of gas components by means of absorption measurement, the device comprising a light source for infrared radiation, an optics for bundling the light of the light source, a band pass filter and a photoacoustic measurement cell for measuring gas concentrations, characterized in that, that for selecting the absorption spectra, additional to the band pass filter between the band pass filter and the photoacoustic measurement cell a Fabry-Perot filter is arranged in front of the photoacoustic measurement cell whereby the transmitted wavelength of the light beam can be set variably by the use of the Fabry-Perot filter so that the photoacoustic measurement cell can be acted on by light of changing wavelength, whereby different absorption spectra of different gases of a gas mixture can be set after one another and the spectral wavelengths at which the different gases have an absorption can also be determined continuously wherein the photoacoustic measurement cell has a vibrating beam and an interferometer for measuring the deflection of the vibrating beam and an optical pulse shaper is arranged between the light source and the photoacoustic measurement cell.
An electric power connector system comprising: a plug assembly comprising a generally planar power conductor and two side conductor assemblies, each side conductor assembly being secured to a respective side of the generally planar power conductor via a conductive support and comprising a plurality of inner conductive elements in contact with the power conductor, a plurality of conductive extensions opposite the conductive elements, and the conductive support in between supporting both the plurality of inner conductive elements and the plurality of conductive extensions and separating them from each other, the conductive extensions being biased outwardly and compressible towards the support; and a generally fork-shaped conductive receptacle having opposed sides (20, 22), wherein the opposed sides contact and compress the conductive extensions when the plug assembly is inserted into the receptacle. a plug assembly comprising a generally planar power conductor and two side conductor assemblies, each side conductor assembly being secured to a respective side of the generally planar power conductor via a conductive support and comprising a plurality of inner conductive elements in contact with the power conductor, a plurality of conductive extensions opposite the conductive elements, and the conductive support in between supporting both the plurality of inner conductive elements and the plurality of conductive extensions and separating them from each other, the conductive extensions being biased outwardly and compressible towards the support; and a generally fork-shaped conductive receptacle having opposed sides (20, 22), wherein the opposed sides contact and compress the conductive extensions when the plug assembly is inserted into the receptacle.
Storage system for storing electrical energy, comprising at least one first energy store and at least one second energy store which have a different cycle stability and/or charging and discharging characteristics and are connected by means of a parallel circuit to at least one electrical consumer (18; 19) for discharging and to at least one energy source for charging, the second energy store having a higher nominal voltage, in the range of the charging voltage of the first energy store, than the first energy store, as a result of which the second energy store is discharged with priority during discharge, a voltage gradient between the first energy store and the second energy store being additionally maintained by means of a circuit having a plurality of semiconductors (61; 62) for the priority charging of the first energy store or to protect or control the second energy store, characterized in that the semiconductors (61; 62) are designed as anti-serially connected transistors (61; 62) which are operated in a switching, analog or clocked manner.
Aircraft seat comprising a holding plate for receiving receptacles which have a stem, a bowl and a foot, wherein - the aircraft seat comprises at least one mount and a movable supporting platform, wherein - the supporting platform comprises a mechanical connecting socket, wherein - on the supporting platform, the holding plate is connected by a mechanical connecting device to the connecting socket of the supporting platform, wherein - the supporting platform with the holding plate can be moved out of a parked position into a use position, wherein - in the parked position, the supporting platform with the holding plate is held in the mount, wherein - the holding plate comprises a recess for receiving the receptacle in the region of the bowl, wherein - in the use position, the holding plate is arranged such that the recess is freely accessible, and so the holding plate is held spatially only by the supporting platform, wherein - at least one peripheral region of the recess extends as far as an edge of the holding plate such that the recess is open in one direction, characterized in that - the connecting device of the holding plate is connected to the connecting socket of the supporting platform so as to be pivotable around a rotational axis which is oriented orthogonally to the plane of a seat surface of the aircraft seat. - the aircraft seat comprises at least one mount and a movable supporting platform, wherein - the supporting platform comprises a mechanical connecting socket, wherein - on the supporting platform, the holding plate is connected by a mechanical connecting device to the connecting socket of the supporting platform, wherein - the supporting platform with the holding plate can be moved out of a parked position into a use position, wherein - in the parked position, the supporting platform with the holding plate is held in the mount, wherein - the holding plate comprises a recess for receiving the receptacle in the region of the bowl, wherein - in the use position, the holding plate is arranged such that the recess is freely accessible, and so the holding plate is held spatially only by the supporting platform, wherein - at least one peripheral region of the recess extends as far as an edge of the holding plate such that the recess is open in one direction, characterized in that - the connecting device of the holding plate is connected to the connecting socket of the supporting platform so as to be pivotable around a rotational axis which is oriented orthogonally to the plane of a seat surface of the aircraft seat.
A method performed at a gateway server, the gateway server being in a computerized environment in which a client computer system is adapted to access a resource (120b, 123, 125, 127) at the gateway server through a firewall, the gateway server being adapted to provide application layer connections through the firewall, the method comprising the acts of: receiving a connection request from the client, the connection request identifying a resource with which the client would like to connect; quarantining a connection with the client until it is determined that the client has installed a minimum set of one or more features, the quarantining comprising requesting additional information from the client; identifying a protocol processor plug-in (115b, 117) based on a resource type of the identified resource, the identified protocol processor plug-in being an interface adapted to handle connections with the identified resource; and forwarding the connection with the client to the identified protocol processor plug-in. receiving a connection request from the client, the connection request identifying a resource with which the client would like to connect; quarantining a connection with the client until it is determined that the client has installed a minimum set of one or more features, the quarantining comprising requesting additional information from the client; identifying a protocol processor plug-in (115b, 117) based on a resource type of the identified resource, the identified protocol processor plug-in being an interface adapted to handle connections with the identified resource; and forwarding the connection with the client to the identified protocol processor plug-in.
A process for the production of chlorine dioxide, said process comprising the steps of continuously: (a) feeding to a reactor an acid, alkali metal chlorate and a reducing agent; (b) reacting the alkali metal chlorate with the acid and the reducing agent to form a product stream comprising chlorine dioxide and alkali metal salt of the acid; (c) bringing the product stream from the reactor to an eductor and mixing it with motive fluid fed to the eductor and thereby forming a diluted product stream; (d) bringing the diluted product stream to a gas-liquid separator where gas is separated from liquid therein, (e) withdrawing a gaseous product stream comprising chlorine dioxide and inert gas from said gas-liquid separator; (f) withdrawing a liquid phase from the gas-liquid separator; wherein from 20 to 80% of the chlorine dioxide in the diluted product stream brought to the gas liquid separator is withdrawn in the gaseous product stream; and (g) further comprising the step of recirculating at least a portion of the liquid phase withdrawn from the gas-liquid separator and feeding it to the eductor as motive fluid. (a) feeding to a reactor an acid, alkali metal chlorate and a reducing agent; (b) reacting the alkali metal chlorate with the acid and the reducing agent to form a product stream comprising chlorine dioxide and alkali metal salt of the acid; (c) bringing the product stream from the reactor to an eductor and mixing it with motive fluid fed to the eductor and thereby forming a diluted product stream; (d) bringing the diluted product stream to a gas-liquid separator where gas is separated from liquid therein, (e) withdrawing a gaseous product stream comprising chlorine dioxide and inert gas from said gas-liquid separator; (f) withdrawing a liquid phase from the gas-liquid separator; wherein from 20 to 80% of the chlorine dioxide in the diluted product stream brought to the gas liquid separator is withdrawn in the gaseous product stream; and (g) further comprising the step of recirculating at least a portion of the liquid phase withdrawn from the gas-liquid separator and feeding it to the eductor as motive fluid.
Laser illumination device with integrated shutter designed to be connected to an independent camera, said device comprising: • a controllable illumination module comprising at least one laser source capable of emitting at least one laser pulse; • a controllable high-speed shutter which can be moved alternatively into an open position in which it allows electromagnetic radiation comprising at least said laser pulse to pass through a passageway, and into a closed position in which it prevents the passage of said electromagnetic radiation through said passageway; and • an activatable control unit, which controls said illumination module and said shutter simultaneously, and which synchronises the generation of laser pulses by the illumination module and the opening of the shutter so as to move said shutter into the open position, an adjustable time lag after the generation of a laser pulse, and this over an adjustable opening period, characterized in that at least said illumination module, said shutter and said control unit form part of an assembly having mechanical integrity, and in that said laser illumination device also comprises attachment means capable of attaching said assembly to the camera. • a controllable illumination module comprising at least one laser source capable of emitting at least one laser pulse; • a controllable high-speed shutter which can be moved alternatively into an open position in which it allows electromagnetic radiation comprising at least said laser pulse to pass through a passageway, and into a closed position in which it prevents the passage of said electromagnetic radiation through said passageway; and • an activatable control unit, which controls said illumination module and said shutter simultaneously, and which synchronises the generation of laser pulses by the illumination module and the opening of the shutter so as to move said shutter into the open position, an adjustable time lag after the generation of a laser pulse, and this over an adjustable opening period,
A method of preventing malicious network activity, the method comprising the computer-implemented steps of: determining an identifier associated with a packet; determining a flow count index associated with the identifier; identifying a flow counter that indicates a number of flows associated with the flow count index; analyzing the packet to determine if the packet is a part of a new flow that has not been counted in the flow counter; incrementing the flow counter when the packet is part of a new flow; and dropping the packet if the number of flows associated with the flow count index exceeds a threshold; wherein the analyzing step comprises looking up the packet in a flow table that maintains packet flow information for each previously identified flow associated with the flow count index to determine whether or not the packet is part of a new flow that has not already been counted. determining an identifier associated with a packet; determining a flow count index associated with the identifier; identifying a flow counter that indicates a number of flows associated with the flow count index; analyzing the packet to determine if the packet is a part of a new flow that has not been counted in the flow counter; incrementing the flow counter when the packet is part of a new flow; and dropping the packet if the number of flows associated with the flow count index exceeds a threshold; wherein the analyzing step comprises looking up the packet in a flow table that maintains packet flow information for each previously identified flow associated with the flow count index to determine whether or not the packet is part of a new flow that has not already been counted.
An isolated nucleic acid encoding a feruloyl-CoA:monolignol transferase wherein the nucleic acid can selectively hybridize to a DNA with a SEQ ID NO:1 sequence under stringent hybridization conditions that comprise a wash in 0.1 x SSC, 0.1% SDS at 65 °C; or wherein the nucleic acid has at least about 90% sequence identity with SEQ ID NO:1; and wherein the nucleic acid encodes a feruloyl-CoA:monolignol transferase that can catalyze the synthesis of monolignol ferulate(s) from monolignol(s) and feruloyl-CoA.