mhurhangee/ep-ind-claims huggingface dataset:
Object which flies in the direction of a target and which is capable of being guided by a guiding device on electromagnetic beams, the guiding device comprising an aiming means which is capable of identifying a target, at least three transmission antennae and at least two transmitters, the transmission antennae being capable of transmitting a group of beams compusing at least three separate electromagnetic guiding beams in different planes, the group of beams being centred about a targeting axis and each beam being coded differently in order to enable the location of the flying object assembly inside the beams, the flying object comprising a fuselage, at least one guiding fin around said fuselage, said guiding fin extending via an axis which is substantially perpendicular to the revolution axis of the fuselage, the object comprising at least two receiving antennae which are orientated in accordance with an axis which is substantially perpendicular to the revolution axis of the fuselage of the flying object and which is capable of receiving a signal of the guiding device originating from the rear of the flying object, a receiving module which is connected to the at least one antenna, a control module which is connected to the receiving device and which is capable of orientating the guiding fin(s), the receiving module transmitting to the control module signals which are representative of the trajectory correction which is intended to be carried out in accordance with the signals received by the at least one antenna and in that the calculation means of the control module are capable of calculating the location parameters of the flying object by carrying out a separation by means of adaptive filtering of the signals received by the at least one receiving antenna originating from each beam of the guiding device, then by weighting of the amplitudes or the phases of these signals, the object being characterised in that the control module is capable of detecting and measuring the frequencies of the signals received by the receiving antennae by means of auto-transposition, each transmitter of the guiding device compusing a wave shape generator which supplies a signal to each of the transmission antennae in accordance with a different coding.
Bearing arrangement for a wind turbine, comprising - a first bearing shell, that is prepared to be coupled to a first part of the wind turbine, - a second bearing shell, that is prepared to be coupled to a second part of the wind turbine, - whereby the first and the second bearing shell are arranged in a way that the first and the second bearing shell are rotatable in respect to each other, so that the first part of the wind turbine can be rotated in respect to the second part of the wind turbine, - a first isolation ring, that is arranged between the first bearing shell and the first part of the wind turbine, so that the first bearing shell and the first part of the wind turbine are electrically isolated from each other in a certain predetermined voltage range, - characterized in that an impedance electrical connection is arranged between, and is connected to, the first bearing shell and the first part of the wind turbine to prohibit formation of an electrical potential between the first bearing shell and the first part of the wind turbine. - a first bearing shell, that is prepared to be coupled to a first part of the wind turbine, - a second bearing shell, that is prepared to be coupled to a second part of the wind turbine, - whereby the first and the second bearing shell are arranged in a way that the first and the second bearing shell are rotatable in respect to each other, so that the first part of the wind turbine can be rotated in respect to the second part of the wind turbine, - a first isolation ring, that is arranged between the first bearing shell and the first part of the wind turbine, so that the first bearing shell and the first part of the wind turbine are electrically isolated from each other in a certain predetermined voltage range, - characterized in that an impedance electrical connection is arranged between, and is connected to, the first bearing shell and the first part of the wind turbine to prohibit formation of an electrical potential between the first bearing shell and the first part of the wind turbine.
Process for producing an MOS transistor on a silicon substrate placed on a buried oxide layer, said transistor being produced in an active substrate zone defined by an isolating region, the process comprising the steps of: 1. definition of the isolating region, which is produced by localized formation of a zone of material that can be selectively etched with respect to silicon; and then 2. production of a gate region and source and drain regions, which between them define a channel so that the gate region extends above the channel; and then 3. selective etching of said material that can be selectively etched with respect to silicon and deposition of a dielectric material in the etched feature. 1. definition of the isolating region, which is produced by localized formation of a zone of material that can be selectively etched with respect to silicon; and then 2. production of a gate region and source and drain regions, which between them define a channel so that the gate region extends above the channel; and then 3. selective etching of said material that can be selectively etched with respect to silicon and deposition of a dielectric material in the etched feature.
A method performed by a computing system comprising: storing transaction data of a transaction of a hash chain, wherein changing hash chain data within the hash chain invalidates the hash chain, wherein storing the transaction data comprises: appending a lock block to the hash chain, wherein appending the lock block comprises setting a tail block identifier of the hash chain from a preceding tail block of a preceding transaction to the lock block, wherein the lock block locks the hash chain from being written to or read by entities that are not participating in the transaction, and wherein the tail block identifier identifies a block as a tail block of the hash chain, appending a data block to the hash chain, wherein appending the data block comprises setting the tail block identifier of the hash chain to the data block; setting the tail block identifier of the hash chain to a previous block on the hash chain that was appended to the hash chain prior to the data block to remove the transaction data from the transaction without invalidating the hash chain; and appending an updated data block to the hash chain to update the transaction with updated transaction data, wherein appending the updated data block comprises setting the tail block identifier of the hash chain to the updated data block. storing transaction data of a transaction of a hash chain, wherein changing hash chain data within the hash chain invalidates the hash chain, wherein storing the transaction data comprises: appending a lock block to the hash chain, wherein appending the lock block comprises setting a tail block identifier of the hash chain from a preceding tail block of a preceding transaction to the lock block, wherein the lock block locks the hash chain from being written to or read by entities that are not participating in the transaction, and wherein the tail block identifier identifies a block as a tail block of the hash chain, appending a data block to the hash chain, wherein appending the data block comprises setting the tail block identifier of the hash chain to the data block; appending a lock block to the hash chain, wherein appending the lock block comprises setting a tail block identifier of the hash chain from a preceding tail block of a preceding transaction to the lock block, wherein the lock block locks the hash chain from being written to or read by entities that are not participating in the transaction, and wherein the tail block identifier identifies a block as a tail block of the hash chain, appending a data block to the hash chain, wherein appending the data block comprises setting the tail block identifier of the hash chain to the data block; setting the tail block identifier of the hash chain to a previous block on the hash chain that was appended to the hash chain prior to the data block to remove the transaction data from the transaction without invalidating the hash chain; and appending an updated data block to the hash chain to update the transaction with updated transaction data, wherein appending the updated data block comprises setting the tail block identifier of the hash chain to the updated data block.
Use of a wet etching composition for wet etching of a semiconductor substrate having a Si layer laminated on a SiN layer, comprising 0.1-20 mass% fluorine compound, 0.04-10 mass% oxidant and water and having pH in a range of 2.5-4.5, wherein the oxidant contains one or more selected from the group consisting of a permanganic acid compound and vanadium pentoxide and does not contain nitric acid, and wherein the Si layer of the substrate is selectively removed over the SiN layer, thereby producing a semiconductor element.
A pseudo dual port memory comprising: a set of dual port memory cells having a read port and a write port, and configured to store data words in each of a plurality of addressed locations; a set of single port memory cells having a read/write port, and configured to store data words in each of a plurality of addressed locations; a valid data storage unit configured to store valid bits corresponding to each of the addressed locations of the set of dual port memory cells and the set of corresponding single port memory cells; and control circuitry configured to access the addressed locations of the set of dual port memory cells and the set of single port memory cells by performing a simultaneous write operation using the write port of the set of dual port memory cells and the read/write port of the set of single port memory cells, and updating corresponding valid bits in the valid data storage unit, and performing a parallel read operation, at a same addressed location of the set of dual port memory cells and the set of single port memory cells, using the read port of the set of dual port memory cells and the read/write port of the set of single port memory cells, and determining which stored data word is valid based upon the corresponding valid bits in the valid data storage unit. a set of dual port memory cells having a read port and a write port, and configured to store data words in each of a plurality of addressed locations; a set of single port memory cells having a read/write port, and configured to store data words in each of a plurality of addressed locations; a valid data storage unit configured to store valid bits corresponding to each of the addressed locations of the set of dual port memory cells and the set of corresponding single port memory cells; and control circuitry configured to access the addressed locations of the set of dual port memory cells and the set of single port memory cells by performing a simultaneous write operation using the write port of the set of dual port memory cells and the read/write port of the set of single port memory cells, and updating corresponding valid bits in the valid data storage unit, and performing a parallel read operation, at a same addressed location of the set of dual port memory cells and the set of single port memory cells, using the read port of the set of dual port memory cells and the read/write port of the set of single port memory cells, and determining which stored data word is valid based upon the corresponding valid bits in the valid data storage unit.
Capsule designed in particular for preparing a beverage by centrifugation of a capsule in a centrifugal preparation device, comprising: - a body comprising a containment wall delimiting a main cavity of central axis, - an outwardly protruding flange and, - a lid associated to the body for delimiting a compartment containing beverage ingredients; said capsule further comprising a plurality of breakable outlet areas; said breakable outlet areas being positioned at a distance from the central axis and characterized in that the breakable outlet areas are positioned at the lid and are obtained by any of means (a) to (d): a) A breakable and dedicated membrane covering predefined openings in the lid and connected to the lid, b) A dedicated membrane covering predefined openings in the lid and connected to the lid by a breakable sealing joint or, c) A dedicated, breakable and localized reduction of thickness of the material of the lid in said breakable outlet areas, d) Any possible combinations of a), b) or c), and in that the breakable areas are distanced from the flange of the capsule and the distance is comprised between 0.1 and 10 mm. - a body comprising a containment wall delimiting a main cavity of central axis, - an outwardly protruding flange and, - a lid associated to the body for delimiting a compartment containing beverage ingredients; said capsule further comprising a plurality of breakable outlet areas; said breakable outlet areas being positioned at a distance from the central axis and characterized in that the breakable outlet areas are positioned at the lid and are obtained by any of means (a) to (d): a) A breakable and dedicated membrane covering predefined openings in the lid and connected to the lid, b) A dedicated membrane covering predefined openings in the lid and connected to the lid by a breakable sealing joint or, c) A dedicated, breakable and localized reduction of thickness of the material of the lid in said breakable outlet areas, d) Any possible combinations of a), b) or c), and in that the breakable areas are distanced from the flange of the capsule and the distance is comprised between 0.1 and 10 mm. a) A breakable and dedicated membrane covering predefined openings in the lid and connected to the lid, b) A dedicated membrane covering predefined openings in the lid and connected to the lid by a breakable sealing joint or, c) A dedicated, breakable and localized reduction of thickness of the material of the lid in said breakable outlet areas, d) Any possible combinations of a), b) or c), and in that the breakable areas are distanced from the flange of the capsule and the distance is comprised between 0.1 and 10 mm.
A method for assigning a timestamp to a specific data packet which, just like a group of received data packets, is received by a sensor that operates cyclically and sends data packets, the specific data packet in particular being part of the group of received data packets, the method being performed by a processing unit and comprising the following steps: determining the time of arrival for each data packet in the group of received data packets; assigning a timestamp to each data packet in the group of data packets on the basis of a first time of arrival, specifically the time of arrival of a data packet sent by the sensor, which data packet has the shortest transit time from the sensor to the processing unit; determining the time difference between the specific future time and the assigned timestamp for each data packet of the group of data packets, also referred to as a group of time differences; determining the time differences from the group of time differences for the data packets for which it has been determined that the time of arrival preceded the particular assigned timestamp, also referred to as negative time differences; determining the negative time differences that are not to be classified as outliers; determining a second reference point in time taking into account the negative time differences that are not to be classified as outliers; assigning a new timestamp to the specific data packet on the basis of the second reference point in time. determining the time of arrival for each data packet in the group of received data packets; assigning a timestamp to each data packet in the group of data packets on the basis of a first time of arrival, specifically the time of arrival of a data packet sent by the sensor, which data packet has the shortest transit time from the sensor to the processing unit; determining the time difference between the specific future time and the assigned timestamp for each data packet of the group of data packets, also referred to as a group of time differences; determining the time differences from the group of time differences for the data packets for which it has been determined that the time of arrival preceded the particular assigned timestamp, also referred to as negative time differences; determining the negative time differences that are not to be classified as outliers; determining a second reference point in time taking into account the negative time differences that are not to be classified as outliers; assigning a new timestamp to the specific data packet on the basis of the second reference point in time.
A package (100; 200), in particular in the form of a bag, containing a reversibly compressible medical product (120; 220), said package (100; 200) having a component (105; 205), preferably a port, for filling the package (100; 200) with a liquid, preferably a cell-containing liquid, characterized in that the medical product (120; 220) is an implant for replacement of cartilage or partial replacement of cartilage, and is stored under vacuum or at a negative pressure in the package (100; 200), and is present in a compressed state on account of the vacuum or negative pressure.
An aqueous pharmaceutical composition containing no arginine comprising etanercept and a stabilizer to inhibit instability, aggregation, misfolding and/or fragmentation of the etanercept, wherein the stabilizer comprises 2 to 10 mM magnesium.
A process for forming a fluorocarbon polymer film on a substrate formed into a razor blade having one or more cutting edges defined by a sharpened tip and adjacent facets comprising the steps of: providing a target comprising fluorocarbon polymer in a reaction chamber; positioning a substrate formed into a razor blade and to be coated proximate to the target in the reaction chamber; establishing a vacuum pressure of 1.333×10 -1 Pascal to 1.333×10 -7 Pascal inside the chamber; irradiating the fluorocarbon polymer target at a wavelength of 200 nm to 1100 nm for a pulse length of 1 femtosecond to 10 nanoseconds, at an intensity of 1 microjoule to 250 millijoules per pulse length, at a repetition rate of from 100 kHz to 1 GHz, for a time sufficient to deposit a fluorocarbon polymer film on the substrate; and forming a substantially uniform fluorocarbon polymer thin film on at least the sharpened tip and a portion proximate to said sharpened tip of at least one facet of at least one cutting edge of the substrate. providing a target comprising fluorocarbon polymer in a reaction chamber; positioning a substrate formed into a razor blade and to be coated proximate to the target in the reaction chamber; establishing a vacuum pressure of 1.333×10 -1 Pascal to 1.333×10 -7 Pascal inside the chamber; irradiating the fluorocarbon polymer target at a wavelength of 200 nm to 1100 nm for a pulse length of 1 femtosecond to 10 nanoseconds, at an intensity of 1 microjoule to 250 millijoules per pulse length, at a repetition rate of from 100 kHz to 1 GHz, for a time sufficient to deposit a fluorocarbon polymer film on the substrate; and forming a substantially uniform fluorocarbon polymer thin film on at least the sharpened tip and a portion proximate to said sharpened tip of at least one facet of at least one cutting edge of the substrate.
A composition for solubilizing an agent, the composition comprising: a lysophosphatidyl compound of the general formula ID,IIB or IIIA, a monoglyceride of the general formula IV and a free fatty acid of the general formula V wherein, R 1, R 10 and R 11 are each independently a saturated or unsaturated carbon chain; n is from 1 to 20; one of R 4, R 5 and R 6 is -C -R 7 and the remaining of R 4, R 5 and R 6 are each independently selected from H or R 8; R 7 and R 9 are each independently a saturated or unsaturated carbon chain from 1 to 21 carbons in length; and R 8 is saturated or unsaturated carbon chain from 1 to 10 carbons in length. R 1, R 10 and R 11 are each independently a saturated or unsaturated carbon chain; n is from 1 to 20; one of R 4, R 5 and R 6 is -C -R 7 and the remaining of R 4, R 5 and R 6 are each independently selected from H or R 8; R 7 and R 9 are each independently a saturated or unsaturated carbon chain from 1 to 21 carbons in length; and R 8 is saturated or unsaturated carbon chain from 1 to 10 carbons in length.
A method for controlling a reactive power source in a wind power plant comprising a plurality of wind turbines, the reactive power source being a capacitive or an inductive energy source or a combination thereof, the method comprising the steps of: - providing a wind turbine reactive power control signal for a wind turbine of the wind power plant, - providing an active power reference signal, said active power reference signal being a measure of an active power production of the wind power plant, the method being characterised by comprising the step of - generating a control signal for the reactive power source by combining the wind turbine reactive power control signal and the active power reference signal. - providing a wind turbine reactive power control signal for a wind turbine of the wind power plant, - providing an active power reference signal, said active power reference signal being a measure of an active power production of the wind power plant, the method being characterised by comprising the step of - generating a control signal for the reactive power source by combining the wind turbine reactive power control signal and the active power reference signal.
A capacitive energy storage system able to be linked to an electric power distribution network by an input and which comprises at least one current conversion means and at least one capacitive energy storage means including a plurality of branches disposed in parallel, each comprising, in series, a current conversion means (CVi) and a capacitive storage means, the current conversion means (CVi) being disposed in series with the capacitive storage means, characterized in that each branch comprises voltage regulation means of the capacitive storage means, the voltage regulation means being associated with current limitation means depending on the voltage and each branch comprises means for regulating the input voltage of the capacitive energy storage system so as to permanently adjust an optimum operating point allowing, on the one hand, to recover the maximum energy present at the input of the distribution network while picking up no energy in the supply branch and, on the other hand, to favour the generation of energy saved in the capacitive storage means of the branches prior to the generation of energy by supply, this optimum operating point being obtained by permanently adjusting charge (CCUFCH) and discharge (CCUFDCH) thresholds determined by the calculation an average no-load voltage of the capacitive energy storage system corresponding to a corrected input voltage setpoint (CCUF).
A method for wireless communications by a first user equipment, UE, comprising: rate-matching a multiple-layer second stage of a two-stage sidelink control information, SCI, as a single layer, characterised in that: the rate-matching comprises determining a number of coded modulation symbols for the multiple-layer second stage of the two-stage SCI based on a single layer; and transmitting the multiple-layer second stage of the two-stage SCI, to a second UE, using multiple antenna ports, wherein the number of coded modulation symbols is mapped to each of the multiple antenna ports. rate-matching a multiple-layer second stage of a two-stage sidelink control information, SCI, as a single layer, characterised in that: the rate-matching comprises determining a number of coded modulation symbols for the multiple-layer second stage of the two-stage SCI based on a single layer; and transmitting the multiple-layer second stage of the two-stage SCI, to a second UE, using multiple antenna ports, wherein the number of coded modulation symbols is mapped to each of the multiple antenna ports.