mhurhangee/ep-ind-claims huggingface dataset:
A method for reducing interference, the method being performed in a receiver and comprising the steps of: receiving a first signal forming part of a symbol; extracting a differential signal by comparing the first signal with a second signal, wherein the first signal and the second signal are based on the same information; estimating a base frequency of the differential signal for the symbol; mapping the base frequency to a first time of the symbol; estimating frequencies at other times of the symbol using interpolation and/or extrapolation using base frequencies from at least one adjacent symbol; reconstructing an interfering signal based on the estimated frequencies; and subtracting the reconstructed interfering signal from a received signal for the symbol. receiving a first signal forming part of a symbol; extracting a differential signal by comparing the first signal with a second signal, wherein the first signal and the second signal are based on the same information; estimating a base frequency of the differential signal for the symbol; mapping the base frequency to a first time of the symbol; estimating frequencies at other times of the symbol using interpolation and/or extrapolation using base frequencies from at least one adjacent symbol; reconstructing an interfering signal based on the estimated frequencies; and subtracting the reconstructed interfering signal from a received signal for the symbol.
A wet scrubber for gas cleaning comprising a vertical extended body with a venturi, a gas inlet, a gas outlet two or more liquid inlets (5a, 6a, 7, 8, 9), two or more liquid outlets (11a, 12, 31..), said gas inlet is underlying and said gas outlet is overlying in a way that the gas flow through said venturi is vertical monotone upwards flowing, - at least one liquid inlet (5a, 6a) is arranged in front of or inside said venturi arranged with upwards directed nozzles (15a,16a) arranged for spraying scrubbing liquid (14a, 17) vertical upwards in the direction of the gas flow, characterized in that - said gas inlet and said venturi are axial arranged - and a water trap with an outlet is arranged between said gas inlet and said one or more upwards directed nozzles (15a, 16a) wherein said water trap is arranged to prevent dropping liquid into said gas inlet - said water trap comprises a lower compartment with said gas inlet in the bottom and with at least one vertical directed cylindrical pipe socket at said gas inlet with radial directed perforations and an overlying hat. - at least one liquid inlet (5a, 6a) is arranged in front of or inside said venturi arranged with upwards directed nozzles (15a,16a) arranged for spraying scrubbing liquid (14a, 17) vertical upwards in the direction of the gas flow, characterized in that - said gas inlet and said venturi are axial arranged - and a water trap with an outlet is arranged between said gas inlet and said one or more upwards directed nozzles (15a, 16a) wherein said water trap is arranged to prevent dropping liquid into said gas inlet - said water trap comprises a lower compartment with said gas inlet in the bottom and with at least one vertical directed cylindrical pipe socket at said gas inlet with radial directed perforations and an overlying hat.
Nucleic acid construct for expression of an effector molecule in response to the presence of a target antigen of a chimeric antigen receptor or a T-cell receptor, characterized in that the nucleic acid construct in one strand comprises a first expression cassette, comprising a first promoter which is inducible by binding of a CAR or TCR to its target antigen to control expression of a coding sequence for the effector molecule, and a second expression cassette encoding the CAR or TCR under the control of a constitutive second promoter, wherein the nucleic acid construct is part of a lentiviral vector, of an alpha (α)-retroviral vector or of a gamma (γ)-retroviral vector, and wherein the first expression cassette is arranged in 5' of the second expression cassette, wherein between the first expression cassette and the second expression cassette there is no poly-adenylation signal and wherein a poly-adenylation signal is contained in an LTR that is arranged in 3' of the second expression cassette.
A charging member which comprises a conductive substrate and formed thereon a conductive elastic layer and a conductive surface layer, wherein said elastic layer comprises a polymer having a unit derived from ethylene oxide, and said surface layer comprises a binder resin and a graphitized particle dispersed in said binder resin, wherein, said graphitized particle has a graphite plane lattice spacing of from 0.3362 nm or more to 0.3449 nm or less, and said binder resin comprises a resin having a urethane linkage in its molecule, which is a graft polymer having said urethane linkage in a side chain thereof, and said binder resin stands intercalated between layers of the graphitized particles in virtue of affinity between polar groups and said urethane linkage, said polar groups being present at layer spacing broadened portions or imperfection portions of said graphitized particles, said resin has a backbone chain formed of an acrylic resin or a styrene resin, and a part where said backbone chain is linked with a side chain which forms said graft moiety, is an ester linkage, and wherein an alkylene group having 2 or more carbon atoms is made present between said ester linkage and said urethane linkage.
A housing for a field bus module, which includes at least one plug socket having a socket housing and socket contacts, the plug socket being adapted to cooperate with a plug containing a plug housing and plug contacts in such a way that a connection is established between the socket contacts and the plug contacts, and the plug sealingly closes the plug socket, in particular the plug housing sealingly closes the socket housing so that the housing of the field bus module is completely sealed, characterized in that at least one additional setting element for the addressing of the field bus module is arranged in the plug socket, the setting element being arranged directly inside the socket housing, so that the setting element is easily accessible when the plug is withdrawn from the plug socket, and the socket housing is formed by a circumferential edge raised from the housing, such that the plug can sealingly enclose the socket housing by its plug housing, so that the setting element for the addressing of the field bus module is sealed when the plug has been inserted.
Process for the desulfurization of a petroleum cut containing olefins, sulfur-comprising compounds and optionally molecules belonging to the C3 and C4 cuts, comprising at least - a first stage A of bringing said petroleum cut into contact over an acid resin making possible the reaction between the olefins and the sulfur-comprising compounds of said petroleum cut, and producing heavy sulfur-comprising compounds, - a second stage B of fractionation of the mixture resulting from the first stage which makes it possible to produce a light fraction, the sulfur content of which is decreased with respect to the feed stock, and a heavy fraction which concentrates the sulfur-comprising compounds, in which the resin used in Stage A comprises a copolymer of styrene and of divinylbenzene to which sulfonic acid groups are grafted, the amount of sulfur originating from the sulfonic groups present in the resin is of between 18% by weight and 22% by weight, said resin exhibits an acid capacity of greater than 5 equivalents per kg, a specific surface of between 25 m 2 /g and 50 m 2 /g, a pore volume of between 0.16 ml/g and 0.25 ml/g and a mean pore diameter of between 20 nm and 28 nm, and in which Stage A is carried out at an operating temperature of between 50°C and 150°C, at an operating pressure of greater than 0.5 MPa and with an HSV of between 0.2 h -1 and 5 h -1. - a first stage A of bringing said petroleum cut into contact over an acid resin making possible the reaction between the olefins and the sulfur-comprising compounds of said petroleum cut, and producing heavy sulfur-comprising compounds, - a second stage B of fractionation of the mixture resulting from the first stage which makes it possible to produce a light fraction, the sulfur content of which is decreased with respect to the feed stock, and a heavy fraction which concentrates the sulfur-comprising compounds,
System for determining the position of an elevator car of an elevator installation, which car is movably arranged in an elevator shaft, the system having - a computer unit and - an imaging unit that is arranged on the elevator car and is designed to capture images of shaft components or shaft equipment used for other functions, which images consist of individual pixels, and transmit said images to the computing unit, the computer unit being designed to compare a currently captured image with at least one stored comparison image of the aforesaid shaft components or shaft equipment in a direction of travel of the elevator car in order to determine a current position of the elevator car in the direction of travel, characterized in that the computer unit is also designed to compare the currently captured image with the stored comparison image transversely to the direction of travel in order to determine the current position of the elevator car in the direction of travel. - a computer unit and - an imaging unit that is arranged on the elevator car and is designed to capture images of shaft components or shaft equipment used for other functions, which images consist of individual pixels, and transmit said images to the computing unit,
Glutamate dehydrogenase mutants with increased reductive amination activity toward 2-oxo-4-[(hydroxy)(methyl)phosphinoyl]butyric acid or its salt for L-phosphinothricin preparation, characterized in that the amino acid sequences are as shown in SEQ ID NO.1-9, 11, 13, 15, 17-19 and 22.
An apparatus for inspecting a container having a base and a mouth, wherein the container under inspection defines a longitudinal axis, said apparatus including: a light source (12, 212, 412, 612) for directing light through the container base into the container, and out of the container through the container mouth, and a light sensor disposed with respect to said light source and the container under inspection to receive light transmitted through the container mouth, said light source includes at least first and second light sources (12a, 12b) operatively disposed adjacent to each other beneath the container base and having differing operating characteristics, wherein the first and second light sources are a pair of opposed light sources disposed on opposite sides of the longitudinal axis, wherein the light sensor captures images of the container mouth in opposed pairs, that is in pairs of images comprising a first image obtained by sensing the light of the first light source and a second image obtained by sensing the light of the second light source, each pair of images comprising images of respective segments of the container mouth disposed on opposite sides of the longitudinal axis of the container. a light source (12, 212, 412, 612) for directing light through the container base into the container, and out of the container through the container mouth, and a light sensor disposed with respect to said light source and the container under inspection to receive light transmitted through the container mouth, said light source includes at least first and second light sources (12a, 12b) operatively disposed adjacent to each other beneath the container base and having differing operating characteristics, wherein the first and second light sources are a pair of opposed light sources disposed on opposite sides of the longitudinal axis, wherein the light sensor captures images of the container mouth in opposed pairs, that is in pairs of images comprising a first image obtained by sensing the light of the first light source and a second image obtained by sensing the light of the second light source, each pair of images comprising images of respective segments of the container mouth disposed on opposite sides of the longitudinal axis of the container.
A method for using a disconnector drill string in a well bore comprising the steps of: introducing the disconnector drill string into the well bore, where the disconnector drill string has a disconnection sub, an internal fluid conduit, an operative length, a first uphole section and a downhole section that are coupled together by the disconnection sub, the first uphole section positioned uphole of the downhole section along the operative length of the disconnector drill string, and where the well bore is defined by a well bore wall extending from the surface into a hydrocarbon-bearing formation and contains a well bore fluid; transmitting wirelessly a pre-designated command signal to the disconnection sub such that the disconnection sub selectively operates to uncouple the first uphole section of the disconnector drill string from the downhole section of the disconnector drill string, severing the internal fluid conduit of the disconnector drill string; and removing the first uphole section of the disconnector drill string from the well bore such that the downhole section of the disconnector drill string remains in the well bore; and characterized by introducing a second uphole section into the well bore, where the second uphole section has a disconnection sub on a distal end of the second uphole section, such that the disconnection sub is positioned proximate to the downhole section. introducing the disconnector drill string into the well bore, where the disconnector drill string has a disconnection sub, an internal fluid conduit, an operative length, a first uphole section and a downhole section that are coupled together by the disconnection sub, the first uphole section positioned uphole of the downhole section along the operative length of the disconnector drill string, and where the well bore is defined by a well bore wall extending from the surface into a hydrocarbon-bearing formation and contains a well bore fluid; transmitting wirelessly a pre-designated command signal to the disconnection sub such that the disconnection sub selectively operates to uncouple the first uphole section of the disconnector drill string from the downhole section of the disconnector drill string, severing the internal fluid conduit of the disconnector drill string; and removing the first uphole section of the disconnector drill string from the well bore such that the downhole section of the disconnector drill string remains in the well bore; and characterized by introducing a second uphole section into the well bore, where the second uphole section has a disconnection sub on a distal end of the second uphole section, such that the disconnection sub is positioned proximate to the downhole section.
Device to connect a door leaf to a door frame with a base which can be connected to a door frame and a turnable top which can be connected to the door leaf against the base around an axis also with a slip-on sleeve with an axial slot (10,10'), axial onto a cylinder of the base and onto a cylinder of the adjacent top which on the face has a guide surface inclined to the axis, wherein the top,, can be axially pushed around the axis through the guide surface with a laterally projecting connection element against the guide surface, acting as a door leaf, is characterised by the fact that the sleeve at least has a stop on the inside to determine the axial position of the sleeve on the cylinder of the base, wherein the stop is formed with a ring jut provided within the sleeve.
Connection module for an electrical connection device for connecting an electrical conductor to an electrical assembly, comprising a. at least one terminal cage, b. and a busbar, c. which are in each case produced from an electrically conductive flat strip (200, 300), wherein each flat strip (200, 300) has two broad sides (220, 320) facing one another and narrow sides (210, 310) connecting said broad sides, d. wherein the narrow sides of the flat strip of the busbar are narrow sides of the busbar, and the narrow sides of the flat strip of the terminal cage are narrow sides of the terminal cage, e. wherein the terminal cage has at least three walls (221 - 223) which are arranged at an angle with respect to one another, and which are parallel or substantially parallel to a conductor entry direction, f. wherein the terminal cage has a first wall, which has an extension relative to at least one additional wall (222, 223), characterized in that g. the terminal cage is fastened undetachably and firmly bonded on the extension on a narrow side of the busbar. a. at least one terminal cage, b. and a busbar, c. which are in each case produced from an electrically conductive flat strip (200, 300), wherein each flat strip (200, 300) has two broad sides (220, 320) facing one another and narrow sides (210, 310) connecting said broad sides, d. wherein the narrow sides of the flat strip of the busbar are narrow sides of the busbar, and the narrow sides of the flat strip of the terminal cage are narrow sides of the terminal cage, e. wherein the terminal cage has at least three walls (221 - 223) which are arranged at an angle with respect to one another, and which are parallel or substantially parallel to a conductor entry direction, f. wherein the terminal cage has a first wall, which has an extension relative to at least one additional wall (222, 223), characterized in that g. the terminal cage is fastened undetachably and firmly bonded on the extension on a narrow side of the busbar.
A method for determining the presence or absence of a mechanism of antimicrobial resistance in a microorganism that is not susceptible to an antimicrobial in a sample, comprising: - providing a sample comprising a microorganism of interest; - contacting at least a portion of said sample with an inhibitor, wherein said inhibitor reduces the activity of an enzyme that is associated with a mechanism of conferring non-susceptibility in said microorganism and thereby inhibits the mechanism of conferring non-susceptibility in said microorganism; - contacting said portion of said sample comprising said inhibitor with an antimicrobial agent, wherein said antimicrobial agent is a compound that kills, inhibits the growth, or otherwise compromises the viability of one or more microorganisms; - contacting said portion of said sample with a live cell reporter capable of generating a detectable signal to monitor cell viability and proliferation; and - detecting the presence or absence of a signal from said portion of said sample, wherein the presence of said signal indicates that the mechanism of antimicrobial resistance inhibited by said inhibitor is not present in said microorganism, and wherein the absence of said signal indicates that the mechanism of antimicrobial resistance inhibited by said inhibitor is present in said microorganism. - providing a sample comprising a microorganism of interest; - contacting at least a portion of said sample with an inhibitor, wherein said inhibitor reduces the activity of an enzyme that is associated with a mechanism of conferring non-susceptibility in said microorganism and thereby inhibits the mechanism of conferring non-susceptibility in said microorganism; - contacting said portion of said sample comprising said inhibitor with an antimicrobial agent, wherein said antimicrobial agent is a compound that kills, inhibits the growth, or otherwise compromises the viability of one or more microorganisms; - contacting said portion of said sample with a live cell reporter capable of generating a detectable signal to monitor cell viability and proliferation; and - detecting the presence or absence of a signal from said portion of said sample, wherein the presence of said signal indicates that the mechanism of antimicrobial resistance inhibited by said inhibitor is not present in said microorganism, and wherein the absence of said signal indicates that the mechanism of antimicrobial resistance inhibited by said inhibitor is present in said microorganism.
An aircraft jet engine system comprising at least one gas turbine engine, said gas turbine engine having a fan section delivering air into a compressor, the fan section including a rotor and a plurality of fan blades, characterised in that: the engine system further comprises a sensor system (102, 104) in the fan section for sensing information about the operation of the fan blades and providing feedback on the condition of each fan blade to a control, said control being programmed to take in the sensed information and identify a safe operating range for the gas turbine engine based upon damage information developed from the sensed information with regard to each of the blades, wherein one or more sensors (102, 104) sense the arrival time of at least one of a trailing edge and a leading edge of each said blade in said fan section to develop the damage information.
A method for preparing a mutant strain of Mycoplasma hyopneumoniae (Mhyo), characterized in that it comprises the step of transforming a strain of M. hyopneumoniae by means of using a carrier vector comprising at least one exogenous DNA sequence, that sequence being under the control of a DNA sequence of a promoter region of M. hyopneumoniae, wherein the carrier vector is a replicative plasmid vector comprising: 1) a DNA sequence comprising the oriC region of a strain of Mycoplasma sp., which is Mycoplasma hyopneumoniae, and 2) an exogenous DNA sequence comprising a marker gene, and optionally, an additional exogenous DNA sequence, which are under the control of a DNA sequence of a promoter region of Mhyo, wherein the promoter region of Mhyo corresponds to a DNA segment comprising between 50 base pairs and 300 base pairs located on the 5' side of the gene of a Mhyo protein selected from the group formed by the P36, P46, P65, P76, P97, P102, P146, and P216 proteins, wherein the promoter region of Mhyo initiates or promotes the transcription of a Mhyo DNA sequence, and wherein the exogenous DNA sequence is stably introduced in the cytosol or in the genome of the strain of Mhyo. 1) a DNA sequence comprising the oriC region of a strain of Mycoplasma sp., which is Mycoplasma hyopneumoniae, and 2) an exogenous DNA sequence comprising a marker gene, and optionally, an additional exogenous DNA sequence, which are under the control of a DNA sequence of a promoter region of Mhyo,
A method for producing a platinum-based alloy powder, comprising: a heat treatment of a mixed powder containing: - a platinum-based powder composed of at least one selected from the group consisting of platinum and platinum compound; - a platinum group metal-based powder composed of at least one selected from the group consisting of iridium, rhodium, palladium, and compound containing at least one of them; and - an alkaline-earth metal compound, wherein specific surface area of the platinum group metal-based powder is 30 m 2 /g or more and D90 of the mixed powder is 1.0 μm or less, the specific surface area being determined by BET method and D90 being measured by a wet laser diffraction method. a heat treatment of a mixed powder containing: - a platinum-based powder composed of at least one selected from the group consisting of platinum and platinum compound; - a platinum group metal-based powder composed of at least one selected from the group consisting of iridium, rhodium, palladium, and compound containing at least one of them; and - an alkaline-earth metal compound, - a platinum-based powder composed of at least one selected from the group consisting of platinum and platinum compound; - a platinum group metal-based powder composed of at least one selected from the group consisting of iridium, rhodium, palladium, and compound containing at least one of them; and - an alkaline-earth metal compound, wherein specific surface area of the platinum group metal-based powder is 30 m 2 /g or more and D90 of the mixed powder is 1.0 μm or less, the specific surface area being determined by BET method and D90 being measured by a wet laser diffraction method.