mhurhangee/patent-ind-claim-en huggingface dataset:
A method for estimating a property of an earth formation penetrated by a borehole , the method comprising: conveying a carrier through a borehole , the carrier having a transmitter , a first receiver , and a second receiver , the first receiver being positioned at a first distance from the transmitter and the second receiver being positioned at a second distance from the transmitter ; generating a transient electromagnetic field with the transmitter ; obtaining a total signal from signals received by the first receiver and the second receiver ; characterized by the method further comprising: measuring a pipe signal, wherein the pipe signal is a signal generated by a magnetic field induced in a conductive portion of the carrier; applying a correction scheme to the total signal to generate a corrected formation property signal, wherein the correction scheme is V corr = V meas - P * V meas , wherein V corr is a correction signal, V meas is the total signal, P is the pipe signal, and * represents the convolution of the signals on which it operates; estimating a formation property from corrected formation property signal to select a model of the formation ; and adjusting a drilling operation based on the estimated property of the formation . conveying a carrier through a borehole , the carrier having a transmitter , a first receiver , and a second receiver , the first receiver being positioned at a first distance from the transmitter and the second receiver being positioned at a second distance from the transmitter ; generating a transient electromagnetic field with the transmitter ; obtaining a total signal from signals received by the first receiver and the second receiver ; characterized by the method further comprising: measuring a pipe signal, wherein the pipe signal is a signal generated by a magnetic field induced in a conductive portion of the carrier; applying a correction scheme to the total signal to generate a corrected formation property signal, wherein the correction scheme is V corr = V meas - P * V meas , wherein V corr is a correction signal, V meas is the total signal, P is the pipe signal, and * represents the convolution of the signals on which it operates; estimating a formation property from corrected formation property signal to select a model of the formation ; and adjusting a drilling operation based on the estimated property of the formation . measuring a pipe signal, wherein the pipe signal is a signal generated by a magnetic field induced in a conductive portion of the carrier; applying a correction scheme to the total signal to generate a corrected formation property signal, wherein the correction scheme is V corr = V meas - P * V meas , wherein V corr is a correction signal, V meas is the total signal, P is the pipe signal, and * represents the convolution of the signals on which it operates; estimating a formation property from corrected formation property signal to select a model of the formation ; and adjusting a drilling operation based on the estimated property of the formation .
A reinforced resin composition comprising: a polycarbonate in an amount ranging from 75 to 99 percent by weight of the resin composition; a functionalizing agent; and an inorganic filler functionalized with the functionalizing agent, the functionalized inorganic filler being present in an amount ranging from 1 to 25 percent by weight of the resin composition, wherein the reinforced resin exhibits a melt flow index of 25 grams or less, when measured at a load of 1.2 kg, after allowing the resin to remain at a temperature of 300°C for 10 minutes, wherein the functionalizing agent comprises at least one organo-modified silane chosen from a methacrylate-silane (MEMO-silane), a vinyl silane, a phenyl silane, an epoxy silane, and combinations thereof, optionally wherein the functionalizing agent further comprises at least one of modified styrene acrylic polymer, monomeric carbodimide, and polymeric carbodimide; or wherein the functionalizing agent comprises at least one of modified styrene acrylic polymer, monomeric carbodimide, and polymeric carbodimide. a polycarbonate in an amount ranging from 75 to 99 percent by weight of the resin composition; a functionalizing agent; and an inorganic filler functionalized with the functionalizing agent, the functionalized inorganic filler being present in an amount ranging from 1 to 25 percent by weight of the resin composition, wherein the reinforced resin exhibits a melt flow index of 25 grams or less, when measured at a load of 1.2 kg, after allowing the resin to remain at a temperature of 300°C for 10 minutes, wherein the functionalizing agent comprises at least one organo-modified silane chosen from a methacrylate-silane (MEMO-silane), a vinyl silane, a phenyl silane, an epoxy silane, and combinations thereof, optionally wherein the functionalizing agent further comprises at least one of modified styrene acrylic polymer, monomeric carbodimide, and polymeric carbodimide; or wherein the functionalizing agent comprises at least one of modified styrene acrylic polymer, monomeric carbodimide, and polymeric carbodimide.
A method for installation of a grid of profiles of a ceiling system attached to a structural ceiling surface , wherein the grid of profiles comprises a plurality of primary profiles, the method comprising; in sequence illuminating , by a projector , different sub sets of a set of optical sensors (112a-d, 212a-d, S1, S2) separately arranged in a known distribution pattern on the structural ceiling surface , wherein each optical sensor (112a-d, 212a-d, S1, S2) of the set of optical sensors (112a-d, 212a-d, S1, S2) being arranged to output a temporal signal (TS1, TS2) indicative of a level of illumination, determining an image plane relative to the projector based on the known distribution pattern of the set of optical sensors (112a-d, 212a-d, S1, S2) and the outputted temporal signals (TS1, TS2) of each of the optical sensors (112a-d, 212a-d, S1, S2), and displaying , by the projector , an image indicative of installation locations of the primary profiles at the image plane. in sequence illuminating , by a projector , different sub sets of a set of optical sensors (112a-d, 212a-d, S1, S2) separately arranged in a known distribution pattern on the structural ceiling surface , wherein each optical sensor (112a-d, 212a-d, S1, S2) of the set of optical sensors (112a-d, 212a-d, S1, S2) being arranged to output a temporal signal (TS1, TS2) indicative of a level of illumination, determining an image plane relative to the projector based on the known distribution pattern of the set of optical sensors (112a-d, 212a-d, S1, S2) and the outputted temporal signals (TS1, TS2) of each of the optical sensors (112a-d, 212a-d, S1, S2), and displaying , by the projector , an image indicative of installation locations of the primary profiles at the image plane.
Rotary swather with a machine frame extending in the travel and working direction (F), on which a front coupling device is provided for a connection to an agricultural tractor and a running gear for support on the ground, with at least one rotary rake arranged on each side of the machine frame and driven around a vertical axis, which rotary rake can be moved from a working position parallel to the floor to and from an at least approximately vertical transport position by means of a support arm which is variable in length and which is arranged at least approximately transversely to the machine frame , each support arm being pivotably mounted on the machine frame about a support arm pivot axis Inclined at an acute angle relative to a horizontal plane, a drive device being provided to drive the rotary rake , which drive device is formed with a transfer case and one drive shaft each, said drive shaft extending from the transfer case to the rotary rakes , the transfer case being attached to the machine frame In a position above the rotary rakes , the angle of Inclination of the support arm pivot axis being limited to a range from 5° to 15°, a change In height of the rotary rakes relative to the running gear of the rotary swather that is necessary when guiding the rotary rakes over uneven ground in the field or meadow resulting in a change in length In an overlap of the sliding profiles of the drive shafts , the angle of inclination (α) of the support arm pivot axis being designed such that the quotient of the change in length of the drive shafts and the extent of the required height change does not exceed a predetermined limit, characterised In that the transfer case is attached to the machine frame at a distance of 30% to 75% of the outer diameter of the rotary rake in front of the centre axis of the rotary rake and in that , In the event that a change in height in the range of ± 250 mm Is necessary, a quotient of a change in length of the drive shafts and the extent of the required change in height does not exceed a limit of 8% or 4% or less.
A Lactobacillus plantarum CJLP17 strain deposited under accession No. KCCM12249P, having acid resistance, bile resistance, and an immune-enhancing activity.
A method comprising: receiving a higher dynamic range image and characterized by ; generating , from said a higher dynamic range image , a lower dynamic range image and an exposure map allowing the higher dynamic range image to be reconstructed from the lower dynamic range image, wherein said exposure map is a two-dimensional matrix in which each entry represents a multiplier for each pixel used to recover said higher dynamic range image from said lower dynamic range image; imposing a smoothing constraint on said exposure map using a bilateral filter to generate a smoothed exposure map; encoding the lower dynamic range image; encoding the smoothed exposure map; and transmitting said lower dynamic range image and said smoothed exposure map. receiving a higher dynamic range image and characterized by ; generating , from said a higher dynamic range image , a lower dynamic range image and an exposure map allowing the higher dynamic range image to be reconstructed from the lower dynamic range image, wherein said exposure map is a two-dimensional matrix in which each entry represents a multiplier for each pixel used to recover said higher dynamic range image from said lower dynamic range image; imposing a smoothing constraint on said exposure map using a bilateral filter to generate a smoothed exposure map; encoding the lower dynamic range image; encoding the smoothed exposure map; and transmitting said lower dynamic range image and said smoothed exposure map.
A cell-free protein synthesis system suitable for protein synthesis comprising: a) a eukaryotic cellular lysate, wherein, said eukaryotic cellular lysate is a tobacco BY-2 cell lysate, b) a reaction buffer, and c) an expression cassette comprising a DNA promoter construct comprising in the 5' - 3' direction: - a promoter element of an RNA polymerase, - an enhancing element of at least 6 consecutive nucleotides including the transcription start site, wherein the enhancing element comprises the sequence GGGAGA, GCAAGA or GGAAGA, - a 5' UTR sequence element, wherein said 5' UTR sequence element is an omega 5' UTR sequence from Tobacco mosaic virus (TMV), and - a translation initiation start site., - a polynucleotide and/or gene of interest linked to said promoter construct, and - optionally a transcription end site polyadenylation signal. a) a eukaryotic cellular lysate, wherein, said eukaryotic cellular lysate is a tobacco BY-2 cell lysate, b) a reaction buffer, and c) an expression cassette comprising a DNA promoter construct comprising in the 5' - 3' direction: - a promoter element of an RNA polymerase, - an enhancing element of at least 6 consecutive nucleotides including the transcription start site, wherein the enhancing element comprises the sequence GGGAGA, GCAAGA or GGAAGA, - a 5' UTR sequence element, wherein said 5' UTR sequence element is an omega 5' UTR sequence from Tobacco mosaic virus (TMV), and - a translation initiation start site., - a polynucleotide and/or gene of interest linked to said promoter construct, and - optionally a transcription end site polyadenylation signal. - a promoter element of an RNA polymerase, - an enhancing element of at least 6 consecutive nucleotides including the transcription start site, wherein the enhancing element comprises the sequence GGGAGA, GCAAGA or GGAAGA, - a 5' UTR sequence element, wherein said 5' UTR sequence element is an omega 5' UTR sequence from Tobacco mosaic virus (TMV), and - a translation initiation start site., - a polynucleotide and/or gene of interest linked to said promoter construct, and - optionally a transcription end site polyadenylation signal.
A dishwasher comprising - a tub having a base , - a rear wall and two side walls surrounding the base ; - a door providing access to the tub , connected to the tub from its lower side and opening by tilting forward; - a rack having a washing position wherein it is placed on the base so as to entirely remain inside the tub and a loading position wherein it is positioned on the inner surface of the door by being moved forward when the door is open and wherein loading-unloading can be performed; - a spray arm that remains under the rack when the rack is in the washing position and that sprays water into the rack by rotating around itself; and - an additional spray arm disposed in the vicinity of the spray arm , under the spray arm ; characterized in that the additional spray arm is arranged to rotate, around a fixed axis with respect to the base , for a limited angular distance as a result of the pressure of the water pumped thereinto and sweep a region of the rack with water. - a tub having a base , - a rear wall and two side walls surrounding the base ; - a door providing access to the tub , connected to the tub from its lower side and opening by tilting forward; - a rack having a washing position wherein it is placed on the base so as to entirely remain inside the tub and a loading position wherein it is positioned on the inner surface of the door by being moved forward when the door is open and wherein loading-unloading can be performed; - a spray arm that remains under the rack when the rack is in the washing position and that sprays water into the rack by rotating around itself; and - an additional spray arm disposed in the vicinity of the spray arm , under the spray arm ;
Electric hand tool, in particular a hammer drill, having a housing , which encloses at least one drive unit having a drive shaft and a pinion arranged in an end region of the drive shaft , and a gearing arrangement having an input gear which forms an angular gearing with the pinion , wherein the input gear is arranged such that it can be fixed for conjoint rotation on an input shaft , which is arranged parallel to an axis along which a receiving opening for receiving a tool extends, wherein the input shaft of the input gear encloses an angle W1 of between 30° and 80°, preferably between 50° and 70°, with the drive shaft , characterized in that the input gear bears a crown-gear toothing which meshes with the pinion , for converting a rotary movement of the drive shaft into at least one oscillating movement of a usage unit having a tool holder for preferably releasable connection to a tool, wherein a transmission ratio IW between a rotational speed NR of the pinion and a rotational speed NE of the input gear lies in the range between 2 and 8, preferably between 2.5 and 7, wherein the drive unit comprises an electric motor , preferably a d.c. motor or an electronically commutated electric motor, which is prestressed with respect to the housing by an elastic element , at least axially in a direction along the drive shaft .
A system for inducing sonoporation of a drug into cancer cells in a tumor, comprising: - a generator configured to provide electrical energy at an ultrasound frequency; - at least one ultrasound probe electrically connected to the generator and configured to convert the electrical energy into low intensity non-focalized pulsed ultrasonic waves defined by operation parameters, said operation parameters comprising the frequency of the ultrasonic waves; - an input device enabling an operator to enter configuration data comprising type of drug; and - a processor configured to: determine the values of said operation parameters on the basis of the entered configuration data; and control the generator and the ultrasound probe to operate according to said determined values; characterized in that the operation parameters further comprise the duty cycle of the ultrasonic waves, the input device is further enabling an operator to enter configuration data comprising type of tumor, and the processor is configured to determine the value of the frequency on the basis of at least the type of tumor, and the value of the duty cycle on the basis of at least the type of drug and the type of tumor. - a generator configured to provide electrical energy at an ultrasound frequency; - at least one ultrasound probe electrically connected to the generator and configured to convert the electrical energy into low intensity non-focalized pulsed ultrasonic waves defined by operation parameters, said operation parameters comprising the frequency of the ultrasonic waves; - an input device enabling an operator to enter configuration data comprising type of drug; and - a processor configured to: determine the values of said operation parameters on the basis of the entered configuration data; and control the generator and the ultrasound probe to operate according to said determined values; characterized in that the operation parameters further comprise the duty cycle of the ultrasonic waves, the input device is further enabling an operator to enter configuration data comprising type of tumor, and the processor is configured to determine the value of the frequency on the basis of at least the type of tumor, and the value of the duty cycle on the basis of at least the type of drug and the type of tumor. determine the values of said operation parameters on the basis of the entered configuration data; and control the generator and the ultrasound probe to operate according to said determined values;
A satellite (SAT) comprising a platform (PF), at least one solar panel (PS) for supplying the satellite (SAT) with electrical energy, the solar panel (PS) being fixed along one side of the platform (PF), the satellite comprising an antenna system (Rx+Z, Rx-Z, Tx+Z, Tx-Z) comprising two remote control antennas (Rx+Z, Rx-Z) and two remote measurement antennas (Tx+Z, Tx-Z), characterized in that : - the two remote control antennas (Rx+Z, Rx-Z) are disposed back to back on either side of the platform, and spaced one from the other by a distance less than or equal to λ, where λ corresponds to the wavelength of the remote control or remote measurement signal, - the two remote measurement antennas (Tx+Z, Tx-Z) are disposed back to back, on either side of the platform, and spaced one from the other by a distance less than or equal to λ, - the antenna system is disposed at one of the two ends of the side of the platform (PF) on which the solar panel (PS) is fixed. - the two remote control antennas (Rx+Z, Rx-Z) are disposed back to back on either side of the platform, and spaced one from the other by a distance less than or equal to λ, where λ corresponds to the wavelength of the remote control or remote measurement signal, - the two remote measurement antennas (Tx+Z, Tx-Z) are disposed back to back, on either side of the platform, and spaced one from the other by a distance less than or equal to λ, - the antenna system is disposed at one of the two ends of the side of the platform (PF) on which the solar panel (PS) is fixed.
A duct connection between a first duct and a second duct , in particular of an internal combustion engine, in particular where at least one of the two ducts is made of a plastics material, comprising a flange located on one end of said second duct , a sealing means for sealing the connection between the two ducts ; a bracket mounted to the first duct and fastened to the flange of the second duct ; and a duct interface segment located on one end of said first duct , the interface segment being configured to cooperate with a complementary bracket interface segment , wherein the duct interface segment and the bracket interface segment have complementary contact surfaces , which are curved, in particular spherically shaped, in an axial direction , characterized in that the bracket encloses the first duct by an angle in a circumferential direction by less than 360°. a flange located on one end of said second duct , a sealing means for sealing the connection between the two ducts ; a bracket mounted to the first duct and fastened to the flange of the second duct ; and a duct interface segment located on one end of said first duct , the interface segment being configured to cooperate with a complementary bracket interface segment , wherein the duct interface segment and the bracket interface segment have complementary contact surfaces , which are curved, in particular spherically shaped, in an axial direction , characterized in that the bracket encloses the first duct by an angle in a circumferential direction by less than 360°.
An apparatus for detecting a bio-signal feature, the apparatus comprising: a bio-signal acquirer configured to acquire a bio-signal; and a processor configured to: detect at least one peak point or at least one valley point in one period of the bio-signal, generate an envelope signal of the bio-signal, and detect at least one feature of the bio-signal based on a difference between the envelope signal and the bio-signal; the processor characterized in being further configured to determine an effective range of the bio-signal by setting a minimum point in the period of the bio-signal as a start point and setting a last zero crossing point or a last valley point in the period of the bio-signal as an end point, and generate the envelope signal by linearly connecting the start point, the at least one peak point or valley point detected in the effective range, and the end point of the bio-signal. a bio-signal acquirer configured to acquire a bio-signal; and a processor configured to: detect at least one peak point or at least one valley point in one period of the bio-signal, generate an envelope signal of the bio-signal, and detect at least one feature of the bio-signal based on a difference between the envelope signal and the bio-signal; the processor characterized in being further configured to determine an effective range of the bio-signal by setting a minimum point in the period of the bio-signal as a start point and setting a last zero crossing point or a last valley point in the period of the bio-signal as an end point, and generate the envelope signal by linearly connecting the start point, the at least one peak point or valley point detected in the effective range, and the end point of the bio-signal. detect at least one peak point or at least one valley point in one period of the bio-signal, generate an envelope signal of the bio-signal, and detect at least one feature of the bio-signal based on a difference between the envelope signal and the bio-signal; the processor characterized in being further configured to determine an effective range of the bio-signal by setting a minimum point in the period of the bio-signal as a start point and setting a last zero crossing point or a last valley point in the period of the bio-signal as an end point, and generate the envelope signal by linearly connecting the start point, the at least one peak point or valley point detected in the effective range, and the end point of the bio-signal.