mhurhangee/ep-ind-claims huggingface dataset:
High-frequency receiver for searching a frequency band with at least two frequency domains (20a, 20b), wherein searching the frequency band comprises switching between the at least two frequency domains; including an amplifier adjusting device for an amplifier element which is adjustable as a function of an amplification factor (30a, 30b) and is coupled to a frequency domain selecting element for adjusting at least two frequency domains (20a, 20b), comprising: a memory in which at least two amplification factors (30a, 30b) may be stored, said at least two amplification factors (30a, 30b) being assigned to the at least two frequency domains (20a, 20b); an amplification factor adjusting element configured to select, depending on a current frequency domain, a corresponding amplification factor (30a, 30b) from the memory in order to adjust the adjustable amplifier element for the current frequency domain; and an amplification factor estimator configured to correct, based on an analysis of a signal amplified by means of the adjustable amplifier element in accordance with the selected amplification factor, the selected amplification factor and to store the corrected amplification factor (30a, 30b) in the memory; wherein correcting the amplification factors for the current frequency domains comprises calculating correction factors adapted in each iteration. a memory in which at least two amplification factors (30a, 30b) may be stored, said at least two amplification factors (30a, 30b) being assigned to the at least two frequency domains (20a, 20b); an amplification factor adjusting element configured to select, depending on a current frequency domain, a corresponding amplification factor (30a, 30b) from the memory in order to adjust the adjustable amplifier element for the current frequency domain; and an amplification factor estimator configured to correct, based on an analysis of a signal amplified by means of the adjustable amplifier element in accordance with the selected amplification factor, the selected amplification factor and to store the corrected amplification factor (30a, 30b) in the memory; wherein correcting the amplification factors for the current frequency domains comprises calculating correction factors adapted in each iteration.
A medicament delivery device comprising: a housing having a distal and an proximal end, said housing being adapted to receive a medicament container with a delivery member or with a connectable delivery member for delivery of a medicament; a drive mechanism arranged to act on the medicament container for providing automatic delivery of the medicament; a hold and release mechanism interactively connected to the drive mechanism for holding the drive mechanism in a pre-tensioned state; a biased delivery member cover positioned at least partially and axially movable within the housing, said biased delivery member cover being interactively connected to the hold and release mechanism, such that when said biased delivery member cover is pressed against a delivery site said hold and release mechanism releases the drive mechanism from the pre-tensioned state; a signal generating member releasably connected to said hold and release mechanism and interactively arranged to said drive mechanism for generating an audible and/or tactile and/or visual signal indicating that the medicament has been completely delivered; characterized in that the drive mechanism comprises a first resilient member and a delay plunger rod assembly; wherein the delay plunger rod assembly comprises a proximal plunger, a distal plunger, a chamber formed between the proximal and the distal plungers, an aperture, and delay means contained within the chamber; wherein the aperture is positioned on a wall surface of the distal plunger, or wherein the aperture forms a gap between the distal and proximal plungers; the distal plunger being positioned and configured in relation to the hold and release mechanism such that, as the drive mechanism exerts a pressure on the medicament container, the distal plunger acts against the delay means whereby the release of the signal generating member is delayed after the release of the drive mechanism to allow the remaining contents of medicament in the medicament container to be completely expelled before the signal generating member is released, and wherein the delay means is a high-viscous fluid or an expanded plastic, wherein when the delay means is a high-viscous fluid, the viscosity of said fluid and the dimensions of the aperture are chosen such that capillary action does not cause the high-viscous fluid to immediately flow out though the aperture.
An apparatus (1, 101, 201, 301) for cooking at least one egg with an eggshell, which apparatus (1, 101, 201, 301) comprises a housing (8, 10) provided with a device for providing microwave radiation in a confined space in the housing (8, 10) and a holder (9, 11) located in the confined space, which holder (9, 11) being provided with at least one cavity adapted to the shape of the egg with the eggshell, which apparatus (1, 101, 201, 301) further comprises means to insert a liquid into the holder (9, 11) for filling the cavity with the liquid to at least partly surround the eggshell of the egg located in the cavity, characterized in that - the holder comprises a first holder part and a second holder part, wherein the cavity having an egg shaped form is defined by a wall of the first holder part together with a wall of a second holder part, - the apparatus (1, 101, 201, 301) comprises means to control the amount of liquid in the holder (9, 11) during a cooking process of the at least one egg, wherein: - the means are configured to control inserting a first amount of liquid into the cavity through the inlet in the first holder part before providing microwave radiation in the cavity, which first amount of liquid at least fills the space between the wall of the the first holder part and at least partly surrounds the eggshell of the egg located in the cavity; - the means are configured to control gradually inserting a second amount of liquid into the cavity during providing microwave radiation to replenish the amount of liquid that has been evaporated and has left the cavity during providing microwave radiation in the cavity and to maintain a desired layer of liquid around the egg located in the cavity. - the holder comprises a first holder part and a second holder part, wherein the cavity having an egg shaped form is defined by a wall of the first holder part together with a wall of a second holder part, - the apparatus (1, 101, 201, 301) comprises means to control the amount of liquid in the holder (9, 11) during a cooking process of the at least one egg, wherein: - the means are configured to control inserting a first amount of liquid into the cavity through the inlet in the first holder part before providing microwave radiation in the cavity, which first amount of liquid at least fills the space between the wall of the the first holder part and at least partly surrounds the eggshell of the egg located in the cavity; - the means are configured to control gradually inserting a second amount of liquid into the cavity during providing microwave radiation to replenish the amount of liquid that has been evaporated and has left the cavity during providing microwave radiation in the cavity and to maintain a desired layer of liquid around the egg located in the cavity.
A method of compressing In-phase/Quadrature (I/Q) data transmitted and received between a Digital Unit and a Radio Unit in a Cloud Radio Access Network (CRAN) structure, the method comprising the steps of: (a) calculating a value D i MSB being the minimum value among meaningless higher-order bit digits D MSB i, j with respect to each of j-th I/Q samples having a predetermined resolution among i-th unit blocks that are units of compression, wherein, in the (a) calculating step, a minimum compression rate is ensured in a way such that a value Q i MSB being the maximum value among meaningful lower-order bit digits Q MSB i, j with respect to each of the samples is further calculated; (b) calculating a lower-order bit digit P i LSB to be removed by deducting D i MSB from the minimum number of compressed bits B MIN before the (c) transmitting; (c) transmitting each of the samples after each of the samples is converted into a binary number and D i MSB number of higher-order bits, excluding a sign bit, are removed; and (d) additionally transmitting, in the form of a header, code word information obtained by source-coding Q i MSB so as to decompress at a reception terminal. (a) calculating a value D i MSB being the minimum value among meaningless higher-order bit digits D MSB i, j with respect to each of j-th I/Q samples having a predetermined resolution among i-th unit blocks that are units of compression, wherein, in the (a) calculating step, a minimum compression rate is ensured in a way such that a value Q i MSB being the maximum value among meaningful lower-order bit digits Q MSB i, j with respect to each of the samples is further calculated; (b) calculating a lower-order bit digit P i LSB to be removed by deducting D i MSB from the minimum number of compressed bits B MIN before the (c) transmitting; (c) transmitting each of the samples after each of the samples is converted into a binary number and D i MSB number of higher-order bits, excluding a sign bit, are removed; and (d) additionally transmitting, in the form of a header, code word information obtained by source-coding Q i MSB so as to decompress at a reception terminal.
A floatable transportation and installation structure for transportation and installation of an essentially fully assembled and erected floating wind turbine, wherein said transportation and installation structure comprises: securing means for especially detachably and temporarily securing the floatable transportation and installation structure to the erected floating wind turbine in such a way that the floating wind turbine is stabilized and can be moved by moving the transportation and installation structure, and an accommodation area where the floating wind turbine can be accommodated in such a way that the floatable transportation and installation structure is at least partially enclosing the floating wind turbine, characterized in that said transportation and installation structure further comprises at least one opening-closing structure or similar gate structure for reversibly fully enclosing the accommodation area around the secured floating wind turbine. securing means for especially detachably and temporarily securing the floatable transportation and installation structure to the erected floating wind turbine in such a way that the floating wind turbine is stabilized and can be moved by moving the transportation and installation structure, and an accommodation area where the floating wind turbine can be accommodated in such a way that the floatable transportation and installation structure is at least partially enclosing the floating wind turbine, characterized in that said transportation and installation structure further comprises at least one opening-closing structure or similar gate structure for reversibly fully enclosing the accommodation area around the secured floating wind turbine.
A vehicle braking system comprising: a master cylinder (M/C) for producing an upstream hydraulic pressure in response to an operation given to a brake operation part; an operation amount detector for detecting an operation amount of the brake operation part; a shut-off valve (MCV1, MCV2) provided between the master cylinder (M/C) and a wheel cylinder (4a-4d); a hydraulic-pressure source (S/C) for producing a downstream hydraulic pressure between the shut-off valve (MCV1, MCV2) and the wheel cylinder (4a-4d) in a close instruction receiving condition of the shut-off valve (MCV1, MCV2); and a controller for setting a control target value in response to the downstream hydraulic pressure based on the operation amount and controlling the downstream hydraulic pressure based on the control target value, wherein the controller comprises: an upstream-hydraulic-pressure detector-estimator for detecting or estimating the upstream hydraulic pressure; and a regulator for adjusting the control target value in response to the operation amount or the upstream hydraulic pressure to regulate a pressure difference between the upstream hydraulic pressure and the downstream hydraulic pressure so that the shut-off valve (MCV1, MCV2) is maintained to be closed. a master cylinder (M/C) for producing an upstream hydraulic pressure in response to an operation given to a brake operation part; an operation amount detector for detecting an operation amount of the brake operation part; a shut-off valve (MCV1, MCV2) provided between the master cylinder (M/C) and a wheel cylinder (4a-4d); a hydraulic-pressure source (S/C) for producing a downstream hydraulic pressure between the shut-off valve (MCV1, MCV2) and the wheel cylinder (4a-4d) in a close instruction receiving condition of the shut-off valve (MCV1, MCV2); and a controller for setting a control target value in response to the downstream hydraulic pressure based on the operation amount and controlling the downstream hydraulic pressure based on the control target value, wherein the controller comprises: an upstream-hydraulic-pressure detector-estimator for detecting or estimating the upstream hydraulic pressure; and a regulator for adjusting the control target value in response to the operation amount or the upstream hydraulic pressure to regulate a pressure difference between the upstream hydraulic pressure and the downstream hydraulic pressure so that the shut-off valve (MCV1, MCV2) is maintained to be closed. an upstream-hydraulic-pressure detector-estimator for detecting or estimating the upstream hydraulic pressure; and a regulator for adjusting the control target value in response to the operation amount or the upstream hydraulic pressure to regulate a pressure difference between the upstream hydraulic pressure and the downstream hydraulic pressure so that the shut-off valve (MCV1, MCV2) is maintained to be closed.
Valve actuator (1, 22, 29, 35), comprising at least one driving means (2, 3, 4, 14, 36) for driving a valve to be actuated by said valve actuator (1, 22, 29, 35), at least one triggering unit (2, 3, 27, 32) for triggering a movement of said driving means (2, 3, 4, 14, 36) to open and/or to close said valve, wherein said triggering unit (2, 3, 27, 32) is a directly driven triggering unit (2, 3, 27, 32), converting an input signal directly into a triggering signal of said triggering unit (2, 3, 27, 32) to generate a force that directly triggers a movement of said driving means (2, 3, 4, 14, 36), and wherein at least one mechanical energy storing unit (4, 14) is provided for actuating said triggering unit (2, 3, 27, 32) and/or said driving means (2, 3, 4, 14, 36), characterised by at least one preloading means (9, 10, 23) for preloading said mechanical energy storing unit (4, 14), wherein said preloading means (9, 10, 23) and said driving means (2, 3, 4, 14, 36) are separate components.
A yarn winding machine configured to wind yarn of a yarn feeding bobbin transferred from a spinning frame by a bobbin transfer device to form a package, the yarn winding machine comprising a controller, wherein the controller is configured to acquire first yarn-defect information prepared by the spinning frame about the occurrence of the partial defect when a partial defect has occurred in the yarn of the yarn feeding bobbin in the spinning frame, characterized in that the controller is configured to cause winding of the yarn from the yarn feeding bobbin to stop upon determining that the yarn has been unwound from the yarn feeding bobbin up to a position corresponding to the partial defect of the first yarn-defect information, based on yarn information of the yarn wound from the yarn feeding bobbin related to the first yarn-defect information acquired and the first yarn-defect information prepared by the spinning frame, when the first yarn-defect information of the yarn feeding bobbin has been acquired. the yarn winding machine comprising a controller, wherein the controller is configured to acquire first yarn-defect information prepared by the spinning frame about the occurrence of the partial defect when a partial defect has occurred in the yarn of the yarn feeding bobbin in the spinning frame, characterized in that the controller is configured to cause winding of the yarn from the yarn feeding bobbin to stop upon determining that the yarn has been unwound from the yarn feeding bobbin up to a position corresponding to the partial defect of the first yarn-defect information, based on yarn information of the yarn wound from the yarn feeding bobbin related to the first yarn-defect information acquired and the first yarn-defect information prepared by the spinning frame, when the first yarn-defect information of the yarn feeding bobbin has been acquired.
Method for manufacturing a surimi based food product in the form of pectinide rounds, such as scallops or bay scallops, characterised in that it comprises the following steps: - preparing a surimi strip having a width greater than 160 mm from a pre-mix, or paste of surimi, - scarifying said surimi strip, - rolling said scarified surimi strip so as to form a roll of surimi, - cutting the roll to form surimi rounds. - preparing a surimi strip having a width greater than 160 mm from a pre-mix, or paste of surimi, - scarifying said surimi strip, - rolling said scarified surimi strip so as to form a roll of surimi, - cutting the roll to form surimi rounds.
Process of fluorination of 1,1,2,3-tetrachloropropene comprising: (i) contacting 1,1,2,3,-tetrachloropropene with hydrogen fluoride in a liquid phase in a solvent under conditions sufficient to form a reaction mixture comprising 2-chloro-3,3,3-trifluoropropene, said solvent being selected from 1,2-dichloroethane, 1,2,3-trichloropropane, 1-chloro-1-fluoroethane, 1,1-difluoroethane, 1,1-dichloroethane and 1,3-dichloro-1-fluorobutane, 1,1,1,3,3-pentafluorobutane and 1,1,2-trichloro-2,2-difluoroethane, or a mixture thereof; (ii) separating the reaction mixture into a first stream comprising HCl, and a second stream comprising HF, 2-chloro-3,3,3-trifluoropropene and 1,1,1,2-tetrafluoro-2-chloropropane. (i) contacting 1,1,2,3,-tetrachloropropene with hydrogen fluoride in a liquid phase in a solvent under conditions sufficient to form a reaction mixture comprising 2-chloro-3,3,3-trifluoropropene, said solvent being selected from 1,2-dichloroethane, 1,2,3-trichloropropane, 1-chloro-1-fluoroethane, 1,1-difluoroethane, 1,1-dichloroethane and 1,3-dichloro-1-fluorobutane, 1,1,1,3,3-pentafluorobutane and 1,1,2-trichloro-2,2-difluoroethane, or a mixture thereof; (ii) separating the reaction mixture into a first stream comprising HCl, and a second stream comprising HF, 2-chloro-3,3,3-trifluoropropene and 1,1,1,2-tetrafluoro-2-chloropropane.
A polynucleotide molecule encoding a modified live, attenuated chimeric dengue-1/dengue-2 virus polypeptide molecule, the polynucleotide molecule comprising a first nucleotide sequence encoding nonstructural proteins from a modified live, attenuated dengue-2 virus strain PDK-53-V, and a second nucleotide sequence encoding at least one structural protein from dengue-1, wherein the polynucleotide molecule comprises: an adenine to cytosine mutation at position 3823 encoding a leucine instead of an isoleucine in the dengue-1/dengue-2 polypeptide chimera at amino acid position 1243 corresponding to NS2A-116; an adenine to thymine mutation at position 4407 encoding an aspartic acid instead of a glutamic acid in the dengue-1/dengue-2 polypeptide chimera at amino acid position 1437 corresponding to NS2B-92; and an adenine to guanine mutation at position 7311. an adenine to cytosine mutation at position 3823 encoding a leucine instead of an isoleucine in the dengue-1/dengue-2 polypeptide chimera at amino acid position 1243 corresponding to NS2A-116; an adenine to thymine mutation at position 4407 encoding an aspartic acid instead of a glutamic acid in the dengue-1/dengue-2 polypeptide chimera at amino acid position 1437 corresponding to NS2B-92; and an adenine to guanine mutation at position 7311.
Use of a cationic polymer in the treatment of textiles to improve dye fixation in textiles, wherein the cationic polymer is a linear cationically substituted quaternary ammonium salt according to the following Formula: wherein, x is from 0 to 3 and the ratio of y:n is in the range of from 0.01 - 0.5 (i.e. n:y is from 100 to 2), provided that y ≠ n, wherein the cationic polymer is comprised in a textile treatment composition at a level of from 0.001 % to 1 % by weight of the total composition, characterised in that the textile treatment composition comprises a fabric softening active, selected from an oily sugar derivative, a cationic fabric softening compound and mixture thereof, and wherein the treatment comprises rinsing a fabric in the textile treatment composition to deposit fabric conditioner and polymer thereon such that a dye fixing benefit is apparent in subsequent washes.
An ionising apparatus for ionising a sample of gaseous fluid, the ionising apparatus comprising: an ioniser configured to provide reactant ions; an ion modifier configured to modify the reactant ions, and a reaction region arranged to receive the modified reactant ions and a sample and to combine the sample with the modified reactant ions to ionise the sample for analysis by a detector configured to identify a substance of interest in the sample wherein modifying the reactant ions comprises fragmenting them by raising their effective temperature. an ioniser configured to provide reactant ions; an ion modifier configured to modify the reactant ions, and a reaction region arranged to receive the modified reactant ions and a sample and to combine the sample with the modified reactant ions to ionise the sample for analysis by a detector configured to identify a substance of interest in the sample wherein modifying the reactant ions comprises fragmenting them by raising their effective temperature.
Flowmeter with a section of pipe serving to conduct a flowing medium, wherein the section of pipe is at least partially formed from a recess in a printed circuit board; characterized in that a magnetic system (6, 7, 8, 9, 10, 11) is provided on the printed circuit board or on various layers of the printed circuit board, said magnetic system serving to induce an electrical voltage in the medium flowing through the section of pipe while the flowmeter is in operation.