mhurhangee/ep-ind-claims huggingface dataset:
An aircraft propulsion system comprising: a propulsor; an electric motor coupled to the propulsor; wherein the electric motor comprises a surface mounted permanent magnet electric machine comprising a rotor mounted radially inward of a stator; and wherein a Motor Diameter Ratio is defined as an inner diameter (D stator,in) of the motor stator in metres divided by an outer diameter (D stator,out) of the motor stator in metres, and characterized in that the MDR of the electric motor stator is within 20% of the value given by the equation: MDR = 0.83 × Torque L active × 1 U fan, tip 0.08 where: T is the maximum torque rating of the electric motor in kilo newton metres; L active is the active length of the motor stator in metres; and U tip is the tip speed of the propulsor at the maximum rated torque of the electric motor in metres per second; and wherein the MDR is less than 1. a propulsor; an electric motor coupled to the propulsor; wherein the electric motor comprises a surface mounted permanent magnet electric machine comprising a rotor mounted radially inward of a stator; and wherein a Motor Diameter Ratio is defined as an inner diameter (D stator,in) of the motor stator in metres divided by an outer diameter (D stator,out) of the motor stator in metres, and characterized in that the MDR of the electric motor stator is within 20% of the value given by the equation: MDR = 0.83 × Torque L active × 1 U fan, tip 0.08 where: T is the maximum torque rating of the electric motor in kilo newton metres; L active is the active length of the motor stator in metres; and U tip is the tip speed of the propulsor at the maximum rated torque of the electric motor in metres per second; and wherein the MDR is less than 1. T is the maximum torque rating of the electric motor in kilo newton metres; L active is the active length of the motor stator in metres; and U tip is the tip speed of the propulsor at the maximum rated torque of the electric motor in metres per second; and wherein the MDR is less than 1.
An apparatus for making perfumes or food aromas, the apparatus comprising a supporting framework which rotatably supports a cylindrical enclosure which forms internally a maceration chamber which forms at least one access port for loading essences in order to obtain the perfume or food aroma and at least one duct for feeding an alcohol-based liquid solution, said cylindrical enclosure forming, at said maceration chamber, a plurality of openings for discharging liquid which are connected to at least one liquid draining channel which leads into at least one discharge valve body, at least one pressure chamber being formed within said cylindrical enclosure and being separated from said maceration chamber by means of the interposition of at least one pressing membrane, said apparatus comprising a pneumatic device adapted to introduce compressed air or compressed gas into said pressure chamber in order to deform the respective pressing membrane, so as to cause a compression of said alcohol-based solution and of essences against the walls of the cylindrical enclosure and the consequent outflow of the liquid from said maceration chamber through the liquid discharge openings characterized in that said pressing membrane is fully antistatic.
A thermoelectric power generator module comprising an electrically interconnected plurality of p-type and n-type thermoelectric material legs, each extending between a substrate on a hot side and a substrate on a cold side of the module, wherein the thermoelectric material for the p-type legs is selected from the group of half-Heusler compounds including YNiSb, YNiBi, LaNiSb and LaNiBi or/and the thermoelectric material for the n-type legs is selected from the group of half-Heusler compounds including NbFeSb, VCoSn and TaFeSb; wherein the thermoelectric materials for the legs are doped thermoelectric materials and have a doping level of less than 0.005 electrons or holes per unit cell.
A heat transfer plate comprising a first end portion, a second end portion and a center portion arranged in succession along a longitudinal center axis dividing the heat transfer plate into a first and a second half (38, 40), the first and second end portions (8, 16) each comprising a number of port holes (10, 12, 18, 20), the center portion comprising a heat transfer area provided with a heat transfer pattern comprising support ridges and support valleys, which support ridges and support valleys longitudinally extend parallel to the longitudinal center axis of the heat transfer plate, and which support ridges and support valleys each comprise an intermediate portion (60a, 62a) arranged between two end portions (60b, 60c, 62b, 62c), a respective top portion of the support ridges extending in a first plane and a respective bottom portion of the support valleys extending in a second plane, which first and second planes (50, 52) are parallel to each other, the support ridges and support valleys being alternately arranged along a number = x of separated imaginary longitudinal straight lines extending parallel to the longitudinal center axis of the heat transfer plate and along a number of separated imaginary transverse straight lines extending perpendicular to the longitudinal center axis of the heat transfer plate, the support ridges and support valleys being centered with respect to the imaginary longitudinal straight lines and extending between adjacent ones of the imaginary transverse straight lines, the heat transfer pattern further comprising turbulence ridges and turbulence valleys, a respective top portion of the turbulence ridges extending in a third plane arranged between, and parallel to, the first and second planes (50, 52), and a respective bottom portion of the turbulence valleys extending in a fourth plane arranged between, and parallel to, the second and third planes (52, 72), the turbulence ridges and turbulence valleys (68, 70) being alternately arranged, with a pitch (p) between adjacent turbulence ridges and adjacent turbulence valleys, in interspaces between the imaginary longitudinal straight lines and connecting the support ridges and support valleys along adjacent ones of the imaginary longitudinal straight lines, characterized in that at least a plurality of the turbulence ridges and turbulence valleys along at least a center portion (68a, 70a) of their longitudinal extension extend inclined in relation to the transverse imaginary straight lines.
A negative electrode active material for an electric device, the negative electrode active material comprising: a Si-containing alloy having a composition represented by the following Chemical Formula: [Chem. 1] Si x Sn y M z A a Li b (in the above Chemical Formula, M represents one or two or more transition metal elements, A represents an inevitable impurity, and x, y, z, a, and b represent values of mass%, wherein 58 ≤ x < 100, 1.5 ≤ y < 100, 23 ≤ z < 100, 03 ≤ b ≤ 0.9, a represents the balance, and x + y + z + a + b = 100.). M represents one or two or more transition metal elements, A represents an inevitable impurity, and x, y, z, a, and b represent values of mass%, wherein 58 ≤ x < 100, 1.5 ≤ y < 100, 23 ≤ z < 100, 03 ≤ b ≤ 0.9, a represents the balance, and x + y + z + a + b = 100.).
An energy storage apparatus comprising: a plurality of energy storage devices connected in series; a voltage detection unit configured to detect cell voltage of each of the energy storage devices; and a monitoring unit configured to monitor the plurality of energy storage devices, characterized in that the monitoring unit is further configured to determine a state of the energy storage apparatus during discharge in accordance with: minimum cell voltage of the plurality of energy storage devices and one of average cell voltage and average SOC of the plurality of energy storage devices; and the monitoring unit is further configured to determine whether or not to limit discharge current of the energy storage apparatus in accordance with the minimum cell voltage of the plurality of energy storage devices when the average cell voltage or the average SOC of the plurality of energy storage devices is less than a threshold. a plurality of energy storage devices connected in series; a voltage detection unit configured to detect cell voltage of each of the energy storage devices; and a monitoring unit configured to monitor the plurality of energy storage devices, characterized in that the monitoring unit is further configured to determine a state of the energy storage apparatus during discharge in accordance with: minimum cell voltage of the plurality of energy storage devices and one of average cell voltage and average SOC of the plurality of energy storage devices; and the monitoring unit is further configured to determine whether or not to limit discharge current of the energy storage apparatus in accordance with the minimum cell voltage of the plurality of energy storage devices when the average cell voltage or the average SOC of the plurality of energy storage devices is less than a threshold.
A method for generating and displaying visually encoding data for short-range data communication, the method comprising: selecting data to be communicated; segmenting the selected data into a series comprising a plurality of segments suitable for visual encoding; providing each of the plurality of segments in the series, except the last segment in the series, with a field flag which indicates that further segments are forthcoming and that those further segments are required in order to compile the entire data set; encoding each of the plurality of segments into a plurality of images; and displaying, sequentially, each of the plurality images on a display device. selecting data to be communicated; segmenting the selected data into a series comprising a plurality of segments suitable for visual encoding; providing each of the plurality of segments in the series, except the last segment in the series, with a field flag which indicates that further segments are forthcoming and that those further segments are required in order to compile the entire data set; encoding each of the plurality of segments into a plurality of images; and displaying, sequentially, each of the plurality images on a display device.
A device for conducting an adsorption/desorption temperature swing process having a desorption step conducted at least in part at a desorption temperature below 100 °C, said device comprising (i) a reservoir containing liquid water; (ii) a reactor containing an adsorbent; (iii) a vacuum source and (iv) one or more heat exchangers adapted to recover heat from gases leaving the reactor and wherein heat recovered from gases leaving the reactor is transferred to water in the reservoir; the reservoir, the reactor and the vacuum source being in fluid connection with each other during the desorption step so that the vacuum source causes water in the reservoir to evaporate, and water vapor to flow through the reactor for purging the adsorbent.
Method for building a contig of a genomic region of interest comprising a target nucleotide sequence, comprising, fragmenting a crosslinked DNA, ligating the fragmented cross linked DNA, reversing the crosslinking and determining at least part of the sequences of ligated DNA fragments, comprising a DNA fragment with the target nucleotide sequence, and using the determined sequences to build a contig of the genomic region of interest.
A method for obfuscating keys, comprising steps of: using a key to perform encryption processing, wherein the key is in unencrypted form; identifying that a memory is subject to a core dump, wherein the core dump comprises copying the system memory into storage memory to produce an image of the system memory; and overwriting, by an agent located in kernel space, the key (104, 210) in unencrypted form at a location in the system memory prior to the copying of the system memory into the storage memory, responsive to the identifying, wherein the key is overwritten with a pattern; determining, based on detecting the pattern at the location in the system memory, the key in unencrypted form was overwritten in the system memory; and obtaining a replacement key, responsive to the determining; and deleting the replacement key in response to determining that the encryption processing is complete. using a key to perform encryption processing, wherein the key is in unencrypted form; identifying that a memory is subject to a core dump, wherein the core dump comprises copying the system memory into storage memory to produce an image of the system memory; and overwriting, by an agent located in kernel space, the key (104, 210) in unencrypted form at a location in the system memory prior to the copying of the system memory into the storage memory, responsive to the identifying, wherein the key is overwritten with a pattern; determining, based on detecting the pattern at the location in the system memory, the key in unencrypted form was overwritten in the system memory; and obtaining a replacement key, responsive to the determining; and deleting the replacement key in response to determining that the encryption processing is complete.
A method for remotely controlling a set of functions related to a wireless audio system from a remote central control, said method comprising the steps of: providing an audio system that includes a transmitter and a receiver; detecting an audio signal via an acoustic transducer located within the transmitter; digitally modulating a pilot tone with a frame of data, said frame of data containing respective, real time parameters of a plurality of predetermined, monitored functions of said transmitter, said parameters disposed within respective predetermined locations of the frame; combining the modulated pilot tone with the detected audio signal; transmitting the combined modulated audio signal and modulated pilot tone from the transmitter to the receiver and storing the frame of data therein; establishing a link between the receiver of said wireless audio system and a central control for remotely controlling the set of functions through a communication network; determining whether or not any problems exist by monitoring said data stored in said receiver via said remote central control; communicating from said remote central control to said audio system appropriate remedial actions to alleviate any of said problems. providing an audio system that includes a transmitter and a receiver; detecting an audio signal via an acoustic transducer located within the transmitter; digitally modulating a pilot tone with a frame of data, said frame of data containing respective, real time parameters of a plurality of predetermined, monitored functions of said transmitter, said parameters disposed within respective predetermined locations of the frame; combining the modulated pilot tone with the detected audio signal; transmitting the combined modulated audio signal and modulated pilot tone from the transmitter to the receiver and storing the frame of data therein; establishing a link between the receiver of said wireless audio system and a central control for remotely controlling the set of functions through a communication network; determining whether or not any problems exist by monitoring said data stored in said receiver via said remote central control; communicating from said remote central control to said audio system appropriate remedial actions to alleviate any of said problems.
A pharmaceutical dosage form that is suitable for peroral administration to the gastrointestinal tract, which dosage form comprises a pharmaceutical composition comprising N-butyloxycarbonyl-3-(4-imidazol-1-ylmethylphenyl)-5-iso-butylthiophene-2-sulfonamide, or a pharmaceutically-acceptable salt thereof, in which composition the N-butyloxycarbonyl-3-(4-imidazol-1-ylmethylphenyl)-5-iso-butylthiophene-2-sulfonamide or salt thereof is protected by the presence of a coating comprising an enteric substance.
A structure for sealing a pipe feedthrough, the structure comprising a partitioning component which is provided with a flat seal and with cladding elements, and a pipe which is passed through the cladding, characterised in that the structure has the following features: a thin metal or plastics panel, which is adapted in position and size to the position and size, planned as desired according to an element level, of one or more elements of the cladding around the pipe, and for accommodation and support of which, after assembly, the circumferential joint is rigidly or permanently elastically grouted relative to adjacent elements of the cladding, wherein the panel is provided with a lower edge chamfer directed outwards towards the partitioned space and conformed to the thickness of the structure of the cladding, up to tight against the surface of the elements, wherein the panel is provided with a hole in accordance with the position and size of the pipe and wherein the panel is pushed onto the pipe until it is in close contact with the flat seal and is connected thereto in a sealing connection, preferably of liquid plastics, a weld seam or compression flanges, and holds at least one cladding element. a thin metal or plastics panel, which is adapted in position and size to the position and size, planned as desired according to an element level, of one or more elements of the cladding around the pipe, and for accommodation and support of which, after assembly, the circumferential joint is rigidly or permanently elastically grouted relative to adjacent elements of the cladding, wherein the panel is provided with a lower edge chamfer directed outwards towards the partitioned space and conformed to the thickness of the structure of the cladding, up to tight against the surface of the elements, wherein the panel is provided with a hole in accordance with the position and size of the pipe and wherein the panel is pushed onto the pipe until it is in close contact with the flat seal and is connected thereto in a sealing connection, preferably of liquid plastics, a weld seam or compression flanges, and holds at least one cladding element.
A live, attenuated coronavirus comprising a variant replicase gene encoding polyproteins comprising a mutation in nsp-14, wherein the variant replicase gene encodes a protein comprising an amino acid mutation of Val to Leu at the position corresponding to position 393 of SEQ ID NO: 7.
Coupler arrangement for a locking cylinder, having a housing, a switching element which is arranged in the housing, a drive device which is arranged in the housing, and having a coupling device which can be moved between a coupled position and a decoupled position, the shifting element being a worm shaft which can be rotated about a switching axis by means of the drive device, the switching element being fixed in the axial direction with regard to the switching axis, the coupler arrangement having, furthermore, a slide element which is mounted fixedly so as not to rotate and such that it can be moved parallel to the switching axis, the slide element engaging into the worm shaft for converting a rotational movement of the worm shaft into an axial (with regard to the switching axis) movement of the slide element, the coupling device being supported on the slide element in such a way that the coupling device can be moved over the slide element parallel to the switching axis by means of the drive device, the coupling device being supported in a first axial direction (with regard to the switching axis) on the slide element by means of a first spring element, and being supported in a second axial direction (with regard to the switching axis) on the slide element by means of a second spring element, the slide element being configured as a sleeve which is arranged on the worm shaft, the slide element having a first flange at a first end of the sleeve and a second flange which can be released from the sleeve at a second end of the sleeve, which second end lies opposite the first end, the flanges (84, 90) extending in the radial direction with regard to the switching axis.
Mixing and metering device for two liquid to highly viscous components, having a volumetric metering unit, having a mixing head and having a drive, wherein the metering unit has a first connection (7.1) for a first component and has a second connection (7.2) for a second component, wherein the mixing head comprises a mixing chamber which accommodates a rotor, wherein the rotor is connected releasably to a drive shaft of the drive via a mechanical interface, and wherein the mixing head is in the form of a disposable assembly and can be connected releasably to the metering unit via a connection adaptor, characterized in that the mixing head comprises an outlet valve which has a valve carrier and which has a valve sleeve with a separating plane (34.1), wherein, in the valve sleeve, there are formed at least one first flow transfer opening (34.2) before the separating plane (34.1) in the flow direction and at least one second flow transfer opening (34.3) after the separating plane (34.1) in the flow direction, and wherein an expansion element forms, with the at least one first flow transfer opening (34.2) and the at least one second flow transfer opening (34.3), a flow transfer region which guides the two-component mixture from the valve carrier in the direction of a cannula.
A method for data processing, - wherein in a group comprising a network element and at least one modem at least one subcarrier is exclusively reserved by the network component for a training of the at least one modem to get connected to the network component. - wherein in a group comprising a network element and at least one modem at least one subcarrier is exclusively reserved by the network component for a training of the at least one modem to get connected to the network component.
A kit for repairing a tire, comprising, a first pressurized container including a first fluid, the first fluid comprising a first propellant, a styrene butadiene rubber emulsion and a foaming agent; and a second pressurized container including a second fluid, the second fluid comprising a second propellant and isopropyl alcohol. a first pressurized container including a first fluid, the first fluid comprising a first propellant, a styrene butadiene rubber emulsion and a foaming agent; and a second pressurized container including a second fluid, the second fluid comprising a second propellant and isopropyl alcohol.