mhurhangee/ep-ind-claims huggingface dataset:
A method of curing a thermoset composite to a target state of cure, the method comprising: Heating the TSC to greater than a threshold temperature; during the heating: (i) monitoring an actual temperature of the TSC; (ii) determining a maximum temperature achieved by the TSC; and (iii) determining an elapsed time that the actual temperature of the TSC is greater than the threshold temperature; and Ceasing the heating based, at least in part, on the maximum temperature of the TSC and the elapsed time wherein the method further includes providing, for the target SOC of the TSC, a process correlation, wherein the process correlation describes combinations of the elapsed time and the maximum temperature of the TSC that produce the target SOC. Heating the TSC to greater than a threshold temperature; during the heating: (i) monitoring an actual temperature of the TSC; (ii) determining a maximum temperature achieved by the TSC; and (iii) determining an elapsed time that the actual temperature of the TSC is greater than the threshold temperature; and (i) monitoring an actual temperature of the TSC; (ii) determining a maximum temperature achieved by the TSC; and (iii) determining an elapsed time that the actual temperature of the TSC is greater than the threshold temperature; and Ceasing the heating based, at least in part, on the maximum temperature of the TSC and the elapsed time wherein the method further includes providing, for the target SOC of the TSC, a process correlation, wherein the process correlation describes combinations of the elapsed time and the maximum temperature of the TSC that produce the target SOC.
A method of identifying synchronous inductances of a salient pole synchronous machine connected to a frequency converter having a current measurement in the intermediate voltage circuit, the method comprising providing a voltage pulse with a known magnitude to each phase of the salient pole synchronous machine with the frequency converter, measuring the current in the intermediate voltage circuit at the end of each voltage pulse, calculating for each provided voltage pulse the inverse value of inductance as the measured current divided by the magnitude of the voltage and by duration of the voltage pulse, characterised by solving the synchronous inductances from the calculated inverse values of inductances, wherein the solving of the synchronous inductances comprises either fitting a sinusoidally varying waveform to the calculated inverse values of inductance, wherein the maximum and minimum values of the fitted sinusoidally varying waveform represent the inverse values of synchronous inductances, or performing a discrete Fourier transformation on the calculated inverse values of inductances for obtaining a minimum and maximum values of a sinusoidally varying waveform, the minimum and the maximum values representing the inverse values of synchronous inductances, and calculating inverse values of the inverse values of synchronous inductances for obtaining values of synchronous inductances.
A method of operating a dual-compressor refrigeration unit comprising: increasing a first compressor speed as load demand increases; and initializing a second compressor; wherein the first compressor is associated with a first condenser, and the second compressor is associated with a second condenser; and wherein a first heat transfer fluid flows from the first condenser and into a common evaporator for chilling a second heat transfer fluid, and a third heat transfer fluid flows from the second condenser and into the common evaporator for chilling the second heat transfer fluid; characterized in that the second compressor is initialised when a frequency reaches a pre-established crossover frequency of the first compressor; wherein the crossover frequency is dynamically controlled and computed based on a capacity and a maximum speed of the first compressor. increasing a first compressor speed as load demand increases; and initializing a second compressor; wherein the first compressor is associated with a first condenser, and the second compressor is associated with a second condenser; and wherein a first heat transfer fluid flows from the first condenser and into a common evaporator for chilling a second heat transfer fluid, and a third heat transfer fluid flows from the second condenser and into the common evaporator for chilling the second heat transfer fluid; characterized in that the second compressor is initialised when a frequency reaches a pre-established crossover frequency of the first compressor; wherein the crossover frequency is dynamically controlled and computed based on a capacity and a maximum speed of the first compressor.
A communication interface between a driver of a vehicle and an at least partly autonomous drive system in said vehicle, characterized in that said communication interface is configured to communicate a haptic performance loss signal to said driver when a performance loss is determined in said at least partly autonomous drive system.
Method for dehydration and critical point drying of a sample in a single chamber, comprising the steps of a) dehydrating the sample by replacing water by an intermediate fluid, b) replacing the intermediate fluid by a transitional fluid, c) pressurising the transitional fluid to or beyond its critical pressure and heating the transitional fluid to or beyond its critical temperature, and d1) gradually releasing the pressure, d2) in response to gradually releasing the pressure, letting the transitional fluid gasify and escape from the sample, characterized in that in step a) and/or step b) a ratio of the fluid to-be-replaced to the replacing fluid is measured in the fluid present inside the chamber or at an outlet of the chamber and used to control a supply of the replacing fluid. a) dehydrating the sample by replacing water by an intermediate fluid, b) replacing the intermediate fluid by a transitional fluid, c) pressurising the transitional fluid to or beyond its critical pressure and heating the transitional fluid to or beyond its critical temperature, and d1) gradually releasing the pressure, d2) in response to gradually releasing the pressure, letting the transitional fluid gasify and escape from the sample,
Decorative element, comprising (a) a decorative stone, (b) an electrically conductive layer on at least one part-region of the decorative stone and characterised in that the decorative element additionally comprises an electronic sensor. (a) a decorative stone, (b) an electrically conductive layer on at least one part-region of the decorative stone and
Method for preprogramming a matrix of phase-changing non-volatile resistive memory cells, comprising a phase-changing material disposed between two conductive electrodes (10, 60), the phase-changing material being able to be modified electrically and reversibly so as to vary the resistance of the memory cell, each memory cell in the matrix further comprising at least one layer of dielectric material disposed between the two conductive electrodes (10, 60), the memory cell having an original resistive state (original HRS) at the end of the process of manufacturing of the memory cell, characterized in that, before a step of assembling a component containing said matrix with a substrate, a step of preprogramming the matrix is performed, the preprogramming step comprising: the application of a breakdown voltage to a subset of memory cells in the matrix so as, for each of the cells in this subset of cells selected, to break down the layer of dielectric material with a current passing through the dielectric material in order to bring the cell from the original resistive state (original HRS) to a second resistive state (breakdown LRS), so that the cells that before assembly are in said original resistive state (original HRS) and in said second resistive state (breakdown LRS) are, after the assembly state, respectively in a third resistive state (assembly HRS) and in a fourth resistive state (assembly LRS), and so that the resistance of the cells in said third resistive state (assembly HRS) is at least twice as great as the resistance of the cells in said fourth resistive state (assembly LRS); and in that, after assembly, at least the following step is performed: reading the resistive state of all the cells in the matrix so as to identify the cells that after assembly are in said third resistive state (assembly HRS) and those that are in said fourth resistive state (assembly LRS). the application of a breakdown voltage to a subset of memory cells in the matrix so as, for each of the cells in this subset of cells selected, to break down the layer of dielectric material with a current passing through the dielectric material in order to bring the cell from the original resistive state (original HRS) to a second resistive state (breakdown LRS), so that the cells that before assembly are in said original resistive state (original HRS) and in said second resistive state (breakdown LRS) are, after the assembly state, respectively in a third resistive state (assembly HRS) and in a fourth resistive state (assembly LRS), and so that the resistance of the cells in said third resistive state (assembly HRS) is at least twice as great as the resistance of the cells in said fourth resistive state (assembly LRS); and in that, after assembly, at least the following step is performed: reading the resistive state of all the cells in the matrix so as to identify the cells that after assembly are in said third resistive state (assembly HRS) and those that are in said fourth resistive state (assembly LRS).
A knee prosthesis comprising: a knee component (12, 212) having a first engagement portion (40, 240); and an indexing boss extending along a boss axis between terminal end surfaces (64, 66) of the indexing boss that are arranged along non-parallel planes, a first one of the terminal end surfaces defining a non-orthogonal plane relative to the boss axis, characterised in that the first engagement portion includes a first set of teeth (44, 244) extending therefrom and the first one of the terminal end surfaces comprises a second set of teeth extending therefrom, wherein the first and second sets of teeth are configured to selectively interlock at a plurality of rotational orientations to attain a corresponding plurality of angular orientations of the boss axis relative to the knee component. a knee component (12, 212) having a first engagement portion (40, 240); and an indexing boss extending along a boss axis between terminal end surfaces (64, 66) of the indexing boss that are arranged along non-parallel planes, a first one of the terminal end surfaces defining a non-orthogonal plane relative to the boss axis, characterised in that the first engagement portion includes a first set of teeth (44, 244) extending therefrom and the first one of the terminal end surfaces comprises a second set of teeth extending therefrom, wherein the first and second sets of teeth are configured to selectively interlock at a plurality of rotational orientations to attain a corresponding plurality of angular orientations of the boss axis relative to the knee component.
Composition comprising, in a physiologically acceptable aqueous medium, a compound of following formula: in which: R 1 represents a COOR 3 radical, R 3 denoting a hydrogen atom or a C 1 -C 4 alkyl radical optionally substituted with one or more hydroxyl groups; R 2 represents a saturated or unsaturated, linear having from 1 to 18 carbon atoms, or branched or cyclic having from 3 to 18 carbon atoms, hydrocarbon-based radical; and also the optical isomers and corresponding salts thereof; and a nonionic associative polyurethane polyether polymer. R 1 represents a COOR 3 radical, R 3 denoting a hydrogen atom or a C 1 -C 4 alkyl radical optionally substituted with one or more hydroxyl groups; R 2 represents a saturated or unsaturated, linear having from 1 to 18 carbon atoms, or branched or cyclic having from 3 to 18 carbon atoms, hydrocarbon-based radical; and also the optical isomers and corresponding salts thereof; and a nonionic associative polyurethane polyether polymer.
An agent comprising or consisting of an antibody with specificity for interleukin-1 receptor accessory protein (IL1RAP) for use in treating or preventing a solid tumour in a patient, wherein the tumour comprises cells which display equal or higher expression levels of IL1RAP than in the Philadelphia-positive cell line KU812 (ATCC 378), wherein the agent is capable of killing the cells by inducing antibody-dependent cell-mediated cytotoxicity (ADCC), and wherein the solid tumour is selected from the group consisting of breast cancer, lung cancer, colorectal cancer, and melanomas.
An asymmetric vane assembly for use in a gas turbine engine, the asymmetric vane assembly comprising: a high count vane section including a first plurality of vanes; and a low count vane section including a second plurality of vanes, a total number of vanes in the first plurality of vanes being greater than a total number of vanes in the second plurality of vanes; wherein the first plurality of vanes are oriented in an open position; wherein the second plurality of vanes are oriented in a closed position; and wherein the first plurality of vanes and the second plurality of vanes are each coupled to a platform and arranged radially around a central axis (A-A'), wherein the first plurality of vanes being oriented in the open position comprises the first plurality of vanes being angled at a first angle in a radial cross-sectional view of the vane relative to the platform, and wherein the second plurality of vanes being oriented in the closed position comprises the second plurality of vanes being angled at a second angle, different to the first angle, in a radial cross-sectional view of the vane relative to the platform; characterized by: each vane of the high count vane section and each vane of the low count vane section having similar internal core geometry, wherein the internal core geometry includes air flow paths for air to flow within the vanes (358A, 358B). a high count vane section including a first plurality of vanes; and a low count vane section including a second plurality of vanes, a total number of vanes in the first plurality of vanes being greater than a total number of vanes in the second plurality of vanes; wherein the first plurality of vanes are oriented in an open position; wherein the second plurality of vanes are oriented in a closed position; and wherein the first plurality of vanes and the second plurality of vanes are each coupled to a platform and arranged radially around a central axis (A-A'), wherein the first plurality of vanes being oriented in the open position comprises the first plurality of vanes being angled at a first angle in a radial cross-sectional view of the vane relative to the platform, and wherein the second plurality of vanes being oriented in the closed position comprises the second plurality of vanes being angled at a second angle, different to the first angle, in a radial cross-sectional view of the vane relative to the platform; characterized by: each vane of the high count vane section and each vane of the low count vane section having similar internal core geometry, wherein the internal core geometry includes air flow paths for air to flow within the vanes (358A, 358B).
A composite material comprising a macroporous silicate-based material, 30 to 70 wt% of the macroporous silicate-based material having a microporous zeolite-containing structure, wherein the microporous zeolite is functionalised with either copper, iron or both copper and iron, and wherein the composite material is in the form of particles, wherein the microporous zeolite is a small pore zeolite containing a maximum ring size of eight tetrahedral atoms, wherein the macroporous silicate-based material comprises diatomaceous earth.
Texturing machine having a multiplicity of processing positions (1.1, 1.2, 1.3) which are disposed beside one another for drawing off a multiplicity of yarns from supply packages for orienting and texturing the yarns and for winding the yarns to form packages, wherein each of the processing positions (1.1, 1.2, 1.3) has a texturing zone which is formed between two delivery units (8, 21), which has a texturing assembly, a heating installation and a cooling installation, and wherein the heating installation is disposed at an angle to a cross-sectional machine plane, characterized in that the cooling installation between the texturing assembly and the heating installation within one of the processing positions (1.1, 1.2, 1.3) is configured in such a manner that the yarn is guidable in the straight yarn run between the heating installation and a yarn inlet of the cooling installation and between the texturing assembly and a yarn outlet of the cooling installation, in which the heating installations are disposed so as to be parallel beside one another, having a minimum spacing, which minimum spacing is smaller than an inter-position spacing between mutually adjacent processing positions (1.1, 1.2, 1.3).
Method for manufacturing a substrate for a surface acoustic wave radio frequency filter by assembling a piezoelectric layer (200, 200') on a support substrate via an electrically insulating layer, characterized in that it comprises the steps of depositing the electrically insulating layer by means of spin coating an oxide belonging to the SOG (Spin On Glass) family on the surface of the piezoelectric layer (200, 200') to be assembled on the support substrate, followed by annealing to densify said electrically insulating layer prior to assembly, said assembly between the electrically insulating layer and the support substrate surface being effected by direct molecular adhesion bonding.
Impulse separating clutch arrangement for a hybrid vehicle, which impulse separating clutch arrangement can be arranged between an internal combustion engine and a transmission of the hybrid vehicle, having an electric motor; a start-up clutch which can be connected to the transmission; and an impulse separating clutch which has a clutch plate and is set up to couple and decouple the internal combustion engine to/from the electric motor; characterized in that the clutch plate is arranged axially next to the electric motor on the internal combustion engine side.
A combustible heat source for a smoking article, the combustible heat source comprising: carbon; and a binding agent including at least one organic polymeric binder material, at least one carboxylate burn salt and at least one non-combustible inorganic binder material, wherein the at least one non-combustible inorganic binder material comprises a sheet silicate material.
A liquid composition comprising (i) an effective amount of a mixture that comprises or, alternatively, consists of at least (a) hyaluronic acid, or a salt thereof, and (b) methylsulfonylmethane, wherein (a) and (b) are in a ratio by weight between 1:2 and 1:4, and (ii) a physiologically acceptable carrier; wherein said composition is for use in a method for the preventive or therapeutic treatment of at least one disorder or pathology deriving from an oxidative and/or inflammatory state, wherein said disorder or pathology is at least one selected from: vulvovaginal atrophy, vaginal dryness, abacterial cystitis, prostatitis, rhinitis, sinusitis, rhinorrhoea, allergic rhinitis, haemorrhoids, anal fissures, rhagades and lesions of the rectal canal; wherein said composition is administered to a subject in a state of need and wherein said composition is administered to said subject topically.
Method for production of an electrode for a lithium battery comprising at least one lithium intercalation compound made up of crystallites and comprising at least the following steps: - formation of a homogeneous mixture of at least one precursor of the lithium intercalation compound with a specific additional compound, - thermal treatment of the homogeneous mixture for the synthesis of the lithium intercalation compound, - and shaping of the composite material so as to obtain said electrode, method characterized in that the selected specific additional compound is chemically stable with respect to crystallites and to said precursor, under the synthesis conditions of the lithium intercalation compound, to limit the growth of the crystallites, the thermal treatment forming a composite material comprising at least a first phase formed by the lithium intercalation compound and a second phase constituted by the selected additional compound. - formation of a homogeneous mixture of at least one precursor of the lithium intercalation compound with a specific additional compound, - thermal treatment of the homogeneous mixture for the synthesis of the lithium intercalation compound, - and shaping of the composite material so as to obtain said electrode,
Conveying installation for transporting articles, in particular goods, along a predetermined route, comprising a running rail and at least one carriage, which runs on said running rail and is freely movable along the running rail, and also comprising a driven engagement apparatus which extends, at least in part, along the running rail and comprises a plurality of engagement elements (23, 23', 23"), which can be moved along the running rail and, in order to control the movement of the at least one carriage, can be brought into engagement with the carriage, characterized in that the engagement elements (23, 23', 23") can be moved back and forth between two stable positions, wherein the engagement elements (23, 23', 23") respectively latch in in the two stable positions, wherein, in the first stable position, the engagement elements (23, 23', 23") can be moved, relative to the at least one carriage, past the carriage without coming into engagement with the carriage - non-engagement position, and wherein, in the second stable position, the engagement elements (23, 23', 23") when moving, relative to the at least one carriage, past the carriage in an engagement position inevitably end up engaged with the at least one carriage.
A polypeptide having carbonic anhydrase activity, which has at least 90%, at least 91%, at least 92%, at least 93%, at least 94%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99%, or 100% sequence identity to the mature polypeptide of SEQ ID NO: 2, or a fragment thereof that has carbonic anhydrase activity.