mhurhangee/patent-ind-claim-en huggingface dataset:
A method for decreasing the concentration of a metal in a monomer composition comprising : b) recrystallizing the monomer composition in a first solvent (Solvent A), wherein : the first solvent (Solvent A) includes at least 10 wt. % of an aprotic solvent having a dielectric constant greater than 30, relative to the total weight of the first solvent (Solvent A), and the first solvent (Solvent A) includes less than 1 wt. % of inorganic salts relative to the total weight of the first solvent (Solvent A), and the monomer composition comprises a compound of formula : wherein : R 1 , R 2 , R 3 and R 4 , at each instance, is independently selected from the group consisting of a radical of an alkyl, an alkenyl, an alkynyl, an aryl, an ether, a thioether, a carboxylic acid, an ester, an amide, an imide, an alkyl sulfonate, an alkyl phosphonate, an amine, and a quaternary ammonium; i, j, k and L, at each instance, is 0; X is a halogen, preferably fluorine or chlorine; wherein said metal is aluminum, iron, sodium, potassium, or calcium, including elemental metal, metal ions, metal salts, and metal oxides thereof; and further wherein the decreasing the concentration of a metal in a monomer composition forms a low metal monomer, that is a monomer composition having a total metal concentration of less than 30 parts per million by weight (wt.ppm), preferably less than 25 wt.ppm, relative to the weight of the monomer composition. the first solvent (Solvent A) includes at least 10 wt. % of an aprotic solvent having a dielectric constant greater than 30, relative to the total weight of the first solvent (Solvent A), and the first solvent (Solvent A) includes less than 1 wt. % of inorganic salts relative to the total weight of the first solvent (Solvent A), and the monomer composition comprises a compound of formula : wherein : R 1 , R 2 , R 3 and R 4 , at each instance, is independently selected from the group consisting of a radical of an alkyl, an alkenyl, an alkynyl, an aryl, an ether, a thioether, a carboxylic acid, an ester, an amide, an imide, an alkyl sulfonate, an alkyl phosphonate, an amine, and a quaternary ammonium; i, j, k and L, at each instance, is 0; X is a halogen, preferably fluorine or chlorine; R 1 , R 2 , R 3 and R 4 , at each instance, is independently selected from the group consisting of a radical of an alkyl, an alkenyl, an alkynyl, an aryl, an ether, a thioether, a carboxylic acid, an ester, an amide, an imide, an alkyl sulfonate, an alkyl phosphonate, an amine, and a quaternary ammonium; i, j, k and L, at each instance, is 0; X is a halogen, preferably fluorine or chlorine; wherein said metal is aluminum, iron, sodium, potassium, or calcium, including elemental metal, metal ions, metal salts, and metal oxides thereof; and further wherein the decreasing the concentration of a metal in a monomer composition forms a low metal monomer, that is a monomer composition having a total metal concentration of less than 30 parts per million by weight (wt.ppm), preferably less than 25 wt.ppm, relative to the weight of the monomer composition.
A non-covalent complex comprising a haptenylated antibody that specifically binds to human Tau(pS422) and a bispecific antibody, which has a first binding specificity that specifically binds to the hapten of the haptenylated antibody that specifically binds to human Tau(pS422) and a second binding specificity that specifically binds to a blood brain barrier receptor, wherein the haptenylated antibody that specifically binds to human Tau(pS422) is specifically bound by the first binding specificity of the bispecific antibody.
A mower deck to be mounted on a traveling vehicle, the mower deck comprising: a housing having a top wall ; at least one blade rotated downwardly of the top wall and about a vertical shaft ; and a blade baffle unit extending downwards from the top wall in such a manner as to surround an outer circumferential area of a rotational path of the blade to create therein a mulching blade rotation space, the blade baffle unit having a front baffle located on an advancing side of the traveling vehicle and a rear baffle located on a reversing side of the traveling vehicle; wherein the front baffle extends downwards from the top wall to exceed the rotational path so as to prevent discharge of cut grass pieces via a lower end of the front baffle ; and wherein the rear baffle extends downwards from the top wall by such an extent to allow discharge of the cut grass pieces, characterized in that under a grass cutting posture in which a pair of left and right ground contacting wheels provided at a front edge of the housing are placed in contact with the ground surface and supported in suspension by the traveling vehicle via a lift link mechanism , the lift link mechanism can set a lift amount such that a rear end of the rotational path of the blade is set higher than a front end thereof by 2 millimeters to 12 millimeters. a housing having a top wall ; at least one blade rotated downwardly of the top wall and about a vertical shaft ; and a blade baffle unit extending downwards from the top wall in such a manner as to surround an outer circumferential area of a rotational path of the blade to create therein a mulching blade rotation space, the blade baffle unit having a front baffle located on an advancing side of the traveling vehicle and a rear baffle located on a reversing side of the traveling vehicle; wherein the front baffle extends downwards from the top wall to exceed the rotational path so as to prevent discharge of cut grass pieces via a lower end of the front baffle ; and wherein the rear baffle extends downwards from the top wall by such an extent to allow discharge of the cut grass pieces, characterized in that under a grass cutting posture in which a pair of left and right ground contacting wheels provided at a front edge of the housing are placed in contact with the ground surface and supported in suspension by the traveling vehicle via a lift link mechanism , the lift link mechanism can set a lift amount such that a rear end of the rotational path of the blade is set higher than a front end thereof by 2 millimeters to 12 millimeters.
A method of electronically determining a uniformity parameter for a tire based on measured crown thickness variation, said method comprising: measuring on a tire measurement apparatus the crown thickness variation for the tire; identifying-tire parameters associated with the tire; and electronically calculating one or more uniformity parameters for the tire from the measured crown thickness variation and the-tire parameters, wherein said one or more uniformity parameters comprise one or more of uneven mass distribution of the tire and radial run out of the tire and wherein said tire parameters associated with the tire comprise tire density, width and radius for electronically calculating uneven mass distribution of the tire, and wherein said tire parameters associated with the tire comprise tire density, width, radius and a stiffness coefficient, for electronically calculating radial run out of the tire, characterized in that said step of measuring on a tire measurement apparatus the crown thickness variation for the tire comprises obtaining a surface measurement for the tire carcass and obtaining a surface measurement for the carcass plus crown and determining the crown thickness variation by subtracting the obtained measurements. measuring on a tire measurement apparatus the crown thickness variation for the tire; identifying-tire parameters associated with the tire; and electronically calculating one or more uniformity parameters for the tire from the measured crown thickness variation and the-tire parameters, wherein said one or more uniformity parameters comprise one or more of uneven mass distribution of the tire and radial run out of the tire and wherein said tire parameters associated with the tire comprise tire density, width and radius for electronically calculating uneven mass distribution of the tire, and wherein said tire parameters associated with the tire comprise tire density, width, radius and a stiffness coefficient, for electronically calculating radial run out of the tire, characterized in that said step of measuring on a tire measurement apparatus the crown thickness variation for the tire comprises obtaining a surface measurement for the tire carcass and obtaining a surface measurement for the carcass plus crown and determining the crown thickness variation by subtracting the obtained measurements.
A cooking apparatus comprising: a plurality of light sources (D) configured to emit light toward a cooking container and grouped into a plurality of groups; and a light emission driving controller configured to perform control in a manner that flame images are displayed by performing group controlling based on at least one of a control command input by a user, a grouping form of the plurality of groups, and a preset operation pattern, characterized in that the light emission driving controller is further configured to generate driving signals based on a periodic signal, and set a phase difference between the driving signals applied to the plurality of groups according to the grouping form of the plurality of groups. a plurality of light sources (D) configured to emit light toward a cooking container and grouped into a plurality of groups; and a light emission driving controller configured to perform control in a manner that flame images are displayed by performing group controlling based on at least one of a control command input by a user, a grouping form of the plurality of groups, and a preset operation pattern, characterized in that the light emission driving controller is further configured to generate driving signals based on a periodic signal, and set a phase difference between the driving signals applied to the plurality of groups according to the grouping form of the plurality of groups.
A terminal marker for identifying a terminal block , the terminal marker comprising: a front having a print surface , a back , sides and flexible legs ; wherein the flexible legs are disposed in a natural state extending at an angle with respect to the print surface of the terminal marker for installation in the terminal block ; wherein the flexible legs are disposed in a compressed state folded into the back and parallel to the print surface for obtaining a marking from a printer; characterized in that each flexible leg has two hooks , in that the two hooks include an outer hook extending toward one of the sides of the terminal marker and an inner hook extending toward a center of the terminal marker ; and in that the inner hook flattens and is disposed on the corresponding leg in the compressed state. a front having a print surface , a back , sides and flexible legs ; wherein the flexible legs are disposed in a natural state extending at an angle with respect to the print surface of the terminal marker for installation in the terminal block ; wherein the flexible legs are disposed in a compressed state folded into the back and parallel to the print surface for obtaining a marking from a printer; characterized in that each flexible leg has two hooks , in that the two hooks include an outer hook extending toward one of the sides of the terminal marker and an inner hook extending toward a center of the terminal marker ; and in that the inner hook flattens and is disposed on the corresponding leg in the compressed state.
A receiver , comprising an oscillation circuit , a power processor , a sampling control module , and an auxiliary power supply module , wherein the oscillation circuit is configured to receive first energy sent by a transmitter , wherein the first energy is pulse energy; characterized in that , Z the sampling control module is configured to: collect a first voltage value output by the oscillation circuit based on the first energy, and when the first voltage value is less than a startup voltage value of the power processor , control the auxiliary power supply module to supply power to the power processor , so that the power processor is started; and the power processor is configured to send a power transfer instruction to the transmitter , instructing the transmitter to stop sending the first energy and to send second energy based on the power transfer instruction, wherein the second energy is not pulse energy, and the second energy is used to provide electric energy for a load in the receiver the oscillation circuit is configured to receive first energy sent by a transmitter , wherein the first energy is pulse energy; characterized in that , Z the sampling control module is configured to: collect a first voltage value output by the oscillation circuit based on the first energy, and when the first voltage value is less than a startup voltage value of the power processor , control the auxiliary power supply module to supply power to the power processor , so that the power processor is started; and the power processor is configured to send a power transfer instruction to the transmitter , instructing the transmitter to stop sending the first energy and to send second energy based on the power transfer instruction, wherein the second energy is not pulse energy, and the second energy is used to provide electric energy for a load in the receiver
A method of manufacturing a three-dimensional article comprising: loading a metal platen into a build chamber , the metal platen defining an upper surface ; performing concurrent processes for calibration including: operating a movement mechanism to vertically translate the platen ; operating a laser system to impinge a radiation beam upon the upper surface of the platen ; and receiving a signal from an acoustic sensor that is positioned within the build chamber ; analyzing the signal including determining a height of maximum laser convergence for the platen ; and based upon the analysis, adjusting the maximum laser convergence height to a build plane height. loading a metal platen into a build chamber , the metal platen defining an upper surface ; performing concurrent processes for calibration including: operating a movement mechanism to vertically translate the platen ; operating a laser system to impinge a radiation beam upon the upper surface of the platen ; and receiving a signal from an acoustic sensor that is positioned within the build chamber ; operating a movement mechanism to vertically translate the platen ; operating a laser system to impinge a radiation beam upon the upper surface of the platen ; and receiving a signal from an acoustic sensor that is positioned within the build chamber ; analyzing the signal including determining a height of maximum laser convergence for the platen ; and based upon the analysis, adjusting the maximum laser convergence height to a build plane height.
A processor comprising: a first source register to store a first 256-bit integer operand; a second source register to store a second 256-bit integer operand; and multiplication logic comprising: decode logic to decode a 256-bit multiplication instruction specifying the first source register, the second source register, and an immediate value to select the first 256-bit integer operand from the first source register and the second 256-bit integer operand from the second source register in accordance with the immediate value; and responsive to the 256-bit multiplication instruction, a set of multipliers and adders to perform a multiplication of the first and second 256-bit integer operands to generate a 512-bit result, wherein the multiplication is to convert a radix representation of the first and second 256-bit integer operands from a first radix representation to a second radix representation selected based on a size of the multipliers and adders used to perform the multiplication and generate a result, and then to convert the result back to the first radix representation. a first source register to store a first 256-bit integer operand; a second source register to store a second 256-bit integer operand; and multiplication logic comprising: decode logic to decode a 256-bit multiplication instruction specifying the first source register, the second source register, and an immediate value to select the first 256-bit integer operand from the first source register and the second 256-bit integer operand from the second source register in accordance with the immediate value; and responsive to the 256-bit multiplication instruction, a set of multipliers and adders to perform a multiplication of the first and second 256-bit integer operands to generate a 512-bit result, wherein the multiplication is to convert a radix representation of the first and second 256-bit integer operands from a first radix representation to a second radix representation selected based on a size of the multipliers and adders used to perform the multiplication and generate a result, and then to convert the result back to the first radix representation. decode logic to decode a 256-bit multiplication instruction specifying the first source register, the second source register, and an immediate value to select the first 256-bit integer operand from the first source register and the second 256-bit integer operand from the second source register in accordance with the immediate value; and responsive to the 256-bit multiplication instruction, a set of multipliers and adders to perform a multiplication of the first and second 256-bit integer operands to generate a 512-bit result, wherein the multiplication is to convert a radix representation of the first and second 256-bit integer operands from a first radix representation to a second radix representation selected based on a size of the multipliers and adders used to perform the multiplication and generate a result, and then to convert the result back to the first radix representation.
A system for interrogating a person exiting a store, comprising: - one or more pedestals positioned to define an exit portal leading to a point of exit; - one or more mmWave sensors , fixedly positioned near the point of exit, configured to transmit one or more interrogation mmWave beams to a person approaching the point of exit and to receive one or more reflected mmWave beams from a person approaching the point of exit and triggering an interrogation of a security tag ; and - one or more security tag readers, fixedly positioned with the one or more pedestals, configured to read data from the security tag passing through the exit portal in response to triggering the interrogation. - one or more pedestals positioned to define an exit portal leading to a point of exit; - one or more mmWave sensors , fixedly positioned near the point of exit, configured to transmit one or more interrogation mmWave beams to a person approaching the point of exit and to receive one or more reflected mmWave beams from a person approaching the point of exit and triggering an interrogation of a security tag ; and - one or more security tag readers, fixedly positioned with the one or more pedestals, configured to read data from the security tag passing through the exit portal in response to triggering the interrogation.
A ceiling panel for a pod room , the ceiling panel comprising: one or more cover components movable between an open configuration and a closed configuration and wherein the one or more cover components are adapted to acoustically insulate the pod room in the closed configuration, wherein the one or more cover components comprise a plurality of pivotable louvres , the louvres being pivotable between contacting positions in which the louvres contact one another to define the closed configuration, and non-contacting positions which define the open configuration, wherein the louvres further comprise flanges which contact and overlap one another to define the closed configuration, each flange further comprising a nib which protrudes in a direction substantially perpendicular to the flange, characterised in that in the closed configuration each nib directly abuts the flange of the adjacent louvre so that the flanges and the nibs of two adjacent louvres together define an acoustic insulating cavity in the closed configuration. one or more cover components movable between an open configuration and a closed configuration and wherein the one or more cover components are adapted to acoustically insulate the pod room in the closed configuration, wherein the one or more cover components comprise a plurality of pivotable louvres , the louvres being pivotable between contacting positions in which the louvres contact one another to define the closed configuration, and non-contacting positions which define the open configuration, wherein the louvres further comprise flanges which contact and overlap one another to define the closed configuration, each flange further comprising a nib which protrudes in a direction substantially perpendicular to the flange, characterised in that in the closed configuration each nib directly abuts the flange of the adjacent louvre so that the flanges and the nibs of two adjacent louvres together define an acoustic insulating cavity in the closed configuration.
An information processing apparatus connected to a video display apparatus worn on a head of a user, the information processing apparatus comprising: an acquisition block configured to acquire a direction of the video display apparatus ; a target image display control block configured to display a target image updated in accordance with a change in the acquired direction of the video display apparatus onto the video display apparatus ; and an enlarged image display control block configured to display an enlarged image obtained by enlarging a part of the target image onto the video display apparatus , wherein the enlarged image display control block is configured to display the enlarged image by superimposing the enlarged image on the target image with a size smaller than that of a display area of the target image, the video display apparatus is configured to display an image for the right eye and an image for the left eye, and the enlarged image display control block is configured to provide control such that a parallax in the enlarged image between the image for the right eye and the image for the left eye is greater than a parallax in the target image. an acquisition block configured to acquire a direction of the video display apparatus ; a target image display control block configured to display a target image updated in accordance with a change in the acquired direction of the video display apparatus onto the video display apparatus ; and an enlarged image display control block configured to display an enlarged image obtained by enlarging a part of the target image onto the video display apparatus , wherein the enlarged image display control block is configured to display the enlarged image by superimposing the enlarged image on the target image with a size smaller than that of a display area of the target image, the video display apparatus is configured to display an image for the right eye and an image for the left eye, and the enlarged image display control block is configured to provide control such that a parallax in the enlarged image between the image for the right eye and the image for the left eye is greater than a parallax in the target image.