mhurhangee/ep-ind-claims huggingface dataset:
A process for producing dialkylbiphenyl compounds, the process comprising: providing a feed comprising substituted cyclohexylbenzene isomers having the formula: wherein each of R 1 and R 2 is an alkyl group and wherein the feed comprises m % by weight of isomers in which R 1 is in the 2-position, based on the total weight of substituted cyclohexylbenzene isomers in the feed; reacting the feed under transalkylation conditions with a compound of formula: where R 1* is an alkyl group, to produce a transalkylation product comprising substituted cyclohexylbenzene isomers having the formula and including n % by weight of isomers in which R 1 is in the 2-position, based on the total weight of substituted cyclohexylbenzene isomers in the transalkylation product, wherein n<m; and dehydrogenating at least part of the transalkylation product under conditions effective to convert at least part of the substituted cyclohexylbenzene isomers in the transalkylation product to dialkylbiphenyl compounds. providing a feed comprising substituted cyclohexylbenzene isomers having the formula: wherein each of R 1 and R 2 is an alkyl group and wherein the feed comprises m % by weight of isomers in which R 1 is in the 2-position, based on the total weight of substituted cyclohexylbenzene isomers in the feed; reacting the feed under transalkylation conditions with a compound of formula: where R 1* is an alkyl group, to produce a transalkylation product comprising substituted cyclohexylbenzene isomers having the formula and including n % by weight of isomers in which R 1 is in the 2-position, based on the total weight of substituted cyclohexylbenzene isomers in the transalkylation product, wherein n<m; and where R 1* is an alkyl group, to produce a transalkylation product comprising substituted cyclohexylbenzene isomers having the formula and including n % by weight of isomers in which R 1 is in the 2-position, based on the total weight of substituted cyclohexylbenzene isomers in the transalkylation product, wherein n<m; and dehydrogenating at least part of the transalkylation product under conditions effective to convert at least part of the substituted cyclohexylbenzene isomers in the transalkylation product to dialkylbiphenyl compounds.
A blower controller for controlling a blower that supplies a pressurised airflow to an air conditioning pack of an aircraft environmental control system, the blower controller comprising: a pack flow demand adjustment module configured to: receive a pack flow demand signal representative of a desired mass flow rate of an airflow supplied by the air conditioning pack, and a blower condition signal indicative of a condition of an intake airflow received by the blower; and determine corrected pack flow demand based on the pack flow demand and the blower condition signal; and a first control signal generator configured to receive the corrected pack flow demand and generate a first control signal to control a first operating parameter of the blower in response to the corrected pack flow demand, and the controller characterized by further comprising a second control signal generator configured to receive the pack flow demand signal and a measured pack flow signal indicative of a measured mass flow rate of an airflow supplied by the air conditioning pack; compare the pack flow demand signal with the measured pack flow signal; and generate a second control signal, based on the comparison of the pack flow demand and measured pack flow signal, to control a second operating parameter of the blower. a pack flow demand adjustment module configured to: receive a pack flow demand signal representative of a desired mass flow rate of an airflow supplied by the air conditioning pack, and a blower condition signal indicative of a condition of an intake airflow received by the blower; and determine corrected pack flow demand based on the pack flow demand and the blower condition signal; and receive a pack flow demand signal representative of a desired mass flow rate of an airflow supplied by the air conditioning pack, and a blower condition signal indicative of a condition of an intake airflow received by the blower; and determine corrected pack flow demand based on the pack flow demand and the blower condition signal; and a first control signal generator configured to receive the corrected pack flow demand and generate a first control signal to control a first operating parameter of the blower in response to the corrected pack flow demand, and the controller characterized by further comprising a second control signal generator configured to receive the pack flow demand signal and a measured pack flow signal indicative of a measured mass flow rate of an airflow supplied by the air conditioning pack; compare the pack flow demand signal with the measured pack flow signal; and generate a second control signal, based on the comparison of the pack flow demand and measured pack flow signal, to control a second operating parameter of the blower. receive the pack flow demand signal and a measured pack flow signal indicative of a measured mass flow rate of an airflow supplied by the air conditioning pack; compare the pack flow demand signal with the measured pack flow signal; and generate a second control signal, based on the comparison of the pack flow demand and measured pack flow signal, to control a second operating parameter of the blower.
A device adapted for producing energy by nuclear fission, the device comprising a core container of a core container material, which core container encloses an inner tubing of an inner tubing material, the inner tubing and/or the core container having an inlet and an outlet, the device further comprising a molten halide salt located in the core container or in the inner tubing, characterised in that the inner tubing comprises one or more sections consisting of single crystal corundum.
Method for operating a pedestrian protection system for reducing accident severity in the case of frontal collisions with pedestrians in a motor vehicle, wherein at least one safety system (10, 11) is triggered depending on at least one trigger condition, which evaluates measurement data (22, 25) of at least one detection device (8, 9) wherein the trigger condition comprises a height criterion evaluating the exceeding of a height threshold value by at least a height of a collision object determined from measurement data of an optical detection device wherein measurement data (22, 25) of at least two detection devices (8, 9) based on different principles are evaluated in the context of the trigger condition, characterised in that when the height criterion is fulfilled, a threshold value of a criterion concerning the measurement data of the further detection device is adapted to the trigger condition for more likely triggering the safety system (10, 11) by reducing a threshold for triggering the safety system (10, 11).
Polymeric electrolyte for electrochemical generator having cycle stability higher than 4 Volts, cycle stability being determined by slow cyclic voltammetry applied at a scan rate of 10 mV/h, the polymeric electrolyte comprising: - at least one star-polymer of four-arm polyether type, having hybrid terminal ends containing the following functions. acrylate or methacrylate and alkoxy, allyloxy and/or vinyloxy, at least one arm of said four-arm polymer being able to give rise to crosslinking; - and at least one component selected from the following families: ∘ SiO 2, Al 2 O 3; and ∘ nano TiO 2 coated or non-coated with an organic material selected from the group formed by at least one polyol and/or by an ethylene polyethyl-polyoxide copolymer and/or an inorganic material selected from among SiO 2, Al 2 O 3 and mixtures thereof. - at least one star-polymer of four-arm polyether type, having hybrid terminal ends containing the following functions. acrylate or methacrylate and alkoxy, allyloxy and/or vinyloxy, at least one arm of said four-arm polymer being able to give rise to crosslinking; - and at least one component selected from the following families: ∘ SiO 2, Al 2 O 3; and ∘ nano TiO 2 coated or non-coated with an organic material selected from the group formed by at least one polyol and/or by an ethylene polyethyl-polyoxide copolymer and/or an inorganic material selected from among SiO 2, Al 2 O 3 and mixtures thereof. ∘ SiO 2, Al 2 O 3; and ∘ nano TiO 2 coated or non-coated with an organic material selected from the group formed by at least one polyol and/or by an ethylene polyethyl-polyoxide copolymer and/or an inorganic material selected from among SiO 2, Al 2 O 3 and mixtures thereof.
A process of manufacturing a compound of formula from a compound of formula using an oxidizing agent which is capable of oxidizing a secondary hydroxyl group in the presence of an olefinic C-C double bond to a keto group without modifying said olefinic C-C group; wherein the wavy line represents a carbon-carbon bond which is linked to the adjacent carbon-carbon double bond so as to have said carbon-carbon double bond either in the Z - or in the E -configuration and * represents a chiral center. using an oxidizing agent which is capable of oxidizing a secondary hydroxyl group in the presence of an olefinic C-C double bond to a keto group without modifying said olefinic C-C group; wherein the wavy line represents a carbon-carbon bond which is linked to the adjacent carbon-carbon double bond so as to have said carbon-carbon double bond either in the Z - or in the E -configuration and * represents a chiral center.
An integrated circuit package comprising: a package substrate; at least one interposer disposed above the package substrate; a programmable IC region disposed above the interposer; a fixed feature die disposed above the interposer; and an interface region disposed above the interposer and configured to couple the programmable IC region to the fixed feature die via a first set of interconnection lines routed through the interposer between the programmable IC region and the interface region and a second set of interconnection lines routed through the interposer between the interface region and the fixed feature die, wherein the programmable IC region and the interface region share the same wafer-level substrate in the IC package. a package substrate; at least one interposer disposed above the package substrate; a programmable IC region disposed above the interposer; a fixed feature die disposed above the interposer; and an interface region disposed above the interposer and configured to couple the programmable IC region to the fixed feature die via a first set of interconnection lines routed through the interposer between the programmable IC region and the interface region and a second set of interconnection lines routed through the interposer between the interface region and the fixed feature die, wherein the programmable IC region and the interface region share the same wafer-level substrate in the IC package.
A reporter construct for detecting double-stranded cleavage of a target sequence by a pair of zinc finger nucleases, the reporter construct comprising overlapping and non-functional sequences of a reporter gene separated by a concatamer of target sequences recognized by the pair of zinc finger nucleases, wherein when the nuclease induces a double-stranded break in the target sequence, a functional reporter is reconstituted via a process comprising single-stranded annealing of the cleaved ends.
An end cover assembly for a combustor of a turbomachine, the end cover assembly comprising: an end cover; a bundled tube fuel nozzle assembly positioned downstream from the end cover, the bundled tube fuel nozzle assembly comprising a plurality of fuel nozzle tubes each defining a premix passage; and a flame detector sight tube coupled to the end cover, the flame detector sight tube being aligned with one of the fuel nozzle tubes; and a flame detector coupled to the flame detector sight tube, the flame detector being operable to detect a flame in a combustion chamber positioned downstream of the bundled tube fuel nozzle assembly; wherein the end cover comprises a hot side surface and a cold side surface, wherein the flame detector sight tube comprises a first end and a second end, and wherein the first end of the flame detector sight tube is axially spaced apart and positioned from the cold side surface of the end cover; and wherein the second end of the flame detector sight tube is axially aligned with the hot side surface of the end cover. an end cover; a bundled tube fuel nozzle assembly positioned downstream from the end cover, the bundled tube fuel nozzle assembly comprising a plurality of fuel nozzle tubes each defining a premix passage; and a flame detector sight tube coupled to the end cover, the flame detector sight tube being aligned with one of the fuel nozzle tubes; and a flame detector coupled to the flame detector sight tube, the flame detector being operable to detect a flame in a combustion chamber positioned downstream of the bundled tube fuel nozzle assembly; wherein the end cover comprises a hot side surface and a cold side surface, wherein the flame detector sight tube comprises a first end and a second end, and wherein the first end of the flame detector sight tube is axially spaced apart and positioned from the cold side surface of the end cover; and wherein the second end of the flame detector sight tube is axially aligned with the hot side surface of the end cover.
Template for positioning on an eye, which has a circular indentation on one side, which is shaped according to a desired vision correction, characterised in that the template has a channel, which is connected with the indentation and in that a device which generates an underpressure, which changes the pressure ratios between template in a hollow space formed between the cornea and the indentation when the template is positioned on the eye is arranged at the channel in such a way that the cornea is pressed or pulled into the indentation.
A method of forming a quantum dot, the method comprising: reacting a group III precursor with a group V precursor to form an alloyed semiconductor core in the presence of a zinc salt and a chalcogen precursor, wherein the zinc salt and chalcogen precursor form a molecular cluster compound in situ and are incorporated into the QD core yielding an alloyed semiconductor.
A combined flying-driving vehicle comprising: a vehicle body comprising a passenger compartment comprising a front end and an aft end, wherein the vehicle body defines a longitudinal axis along a length thereof substantially parallel to a preferred direction of motion of the vehicle along a length thereof; a plurality of wheels coupled to the body and configured to support the vehicle body on ground; a ducted fan mounted proximate the aft end of the body, wherein the ducted fan defines a fan axis substantially parallel to the longitudinal axis; at least two folding wings coupled to the body, wherein the folding wings are adapted to transmit lift to the body during flight and provide less lift when folded; the combined flying-driving vehicle being characterised in that the folding wings are adapted to fold around wing folding axes substantially parallel to the longitudinal axis and further comprising a plurality of pods pivotably mounted to the folding wings; and a plurality of propeller blades pivotably mounted to the pods a vehicle body comprising a passenger compartment comprising a front end and an aft end, wherein the vehicle body defines a longitudinal axis along a length thereof substantially parallel to a preferred direction of motion of the vehicle along a length thereof; a plurality of wheels coupled to the body and configured to support the vehicle body on ground; a ducted fan mounted proximate the aft end of the body, wherein the ducted fan defines a fan axis substantially parallel to the longitudinal axis; at least two folding wings coupled to the body, wherein the folding wings are adapted to transmit lift to the body during flight and provide less lift when folded;
A method for discovering a topology network, comprising: a virtualized network function manager, VNFM, acquiring access information of a virtualized network function, VNF, managed by the VNFM itself, characterized in that, the VNFM acquiring the access information of the VNF managed by the VNFM itself comprises: the VNFM sending an EMS access agent information request to all VNFs managed by the VNFM itself; each VNF acquiring its own access information according to the EMS access agent information request and a defined standard interface for accessing EMS between the VNF and the VNFM, and generating and storing an agent request information file for accessing EMS; each VNF sending a File Transfer Protocol FTP path of the agent request information file to the VNFM; the VNFM acquiring the access information of the VNFs according to the received FTP paths; wherein, the access information includes an identifier of the accessed VNF; sending the acquired access information and the agent request information file for accessing EMS to an element management system, EMS. a virtualized network function manager, VNFM, acquiring access information of a virtualized network function, VNF, managed by the VNFM itself, characterized in that, the VNFM acquiring the access information of the VNF managed by the VNFM itself comprises: the VNFM sending an EMS access agent information request to all VNFs managed by the VNFM itself; each VNF acquiring its own access information according to the EMS access agent information request and a defined standard interface for accessing EMS between the VNF and the VNFM, and generating and storing an agent request information file for accessing EMS; each VNF sending a File Transfer Protocol FTP path of the agent request information file to the VNFM; the VNFM acquiring the access information of the VNFs according to the received FTP paths; wherein, the access information includes an identifier of the accessed VNF; sending the acquired access information and the agent request information file for accessing EMS to an element management system, EMS.
Cable comprising a line and a plug connector, wherein the line has a plurality of cores (1.1) and a shield (1.3), and contacts (2.2) are fastened to the ends of the cores (1.1), the said contacts being accommodated by a contact carrier (2.1), wherein the shield (1.3) is folded over at one end of the line, so that a first layer (1.31) of the shield (1.3) and a second layer (1.32) of the shield (1.3) are arranged with a radial offset in relation to one another in a section, characterized in that, within the section, - a first crimped sleeve (1.4) is arranged between the first and the second layer (1.31, 1.32) of the shield (1.3), and in addition - a second crimped sleeve (1.5) is arranged radially outside with respect to the first and the second layer (1.31, 1.32) of the shield (1.3), and the first crimped sleeve (1.4) is arranged with an axial offset (Δx) relative to the second crimped sleeve (1.5), wherein the axial distance between the second crimped sleeve (1.5) and the contact carrier (2.1) is smaller than the axial distance between the first crimped sleeve (1.4) and the contact carrier (2.1), wherein furthermore the first crimped sleeve (1.4) has a wall thickness (r) and the size of the radial offset corresponds to the wall thickness (r). - a first crimped sleeve (1.4) is arranged between the first and the second layer (1.31, 1.32) of the shield (1.3), and in addition - a second crimped sleeve (1.5) is arranged radially outside with respect to the first and the second layer (1.31, 1.32) of the shield (1.3), and
Flowmeter for measuring the flow rate of a fluid with - a meter body having a conduit for the fluid, - two phased-array ultrasonic transducer units (120, 122) spaced apart in the longitudinal direction of the conduit and capable of radiating and receiving ultrasonic signals at different angles, - a control and evaluation unit for controlling the ultrasonic transducer units (120, 122) and evaluating the received ultrasonic signals and determining the flow rate using the time-of-flight of the ultrasonic signals on the measuring paths, - wherein the ultrasonic transducer units (120, 122) define at least two measurement paths (124-0, 124-1, 124-2, 124-3, 124-4, 124-5) between them, depending on the angle of the emitted ultrasonic signals, along which paths the ultrasonic signals pass from one to the other ultrasonic transducer unit, - wherein at least one of the measurement paths (124-1, 124-2, 124-3, 124-4, 124-5) has at least one reflection on a conduit wall of the conduit and path sections (124-1a, 124-1b) are defined by the reflection or reflections, characterized in that - the ultrasonic transducer units (120, 122) are at an installation angle (β) that is between 20° and 140°, wherein the installation angle is the angle, which lies between the linkings between the ultrasonic transducers and the central axis if looked along the longitudinal direction. - a meter body having a conduit for the fluid, - two phased-array ultrasonic transducer units (120, 122) spaced apart in the longitudinal direction of the conduit and capable of radiating and receiving ultrasonic signals at different angles, - a control and evaluation unit for controlling the ultrasonic transducer units (120, 122) and evaluating the received ultrasonic signals and determining the flow rate using the time-of-flight of the ultrasonic signals on the measuring paths, - wherein the ultrasonic transducer units (120, 122) define at least two measurement paths (124-0, 124-1, 124-2, 124-3, 124-4, 124-5) between them, depending on the angle of the emitted ultrasonic signals, along which paths the ultrasonic signals pass from one to the other ultrasonic transducer unit, - wherein at least one of the measurement paths (124-1, 124-2, 124-3, 124-4, 124-5) has at least one reflection on a conduit wall of the conduit and path sections (124-1a, 124-1b) are defined by the reflection or reflections, characterized in that - the ultrasonic transducer units (120, 122) are at an installation angle (β) that is between 20° and 140°, wherein the installation angle is the angle, which lies between the linkings between the ultrasonic transducers and the central axis if looked along the longitudinal direction.