mhurhangee/patent-ind-claim-en huggingface dataset:
A coating die comprising: a first block including a first manifold to receive a first coating liquid; a second block including a second manifold to receive a second coating liquid; and a shim sandwiched between the first block and the second block , the shim including a first recess on a face of the shim facing the first block , the first recess communicating with the first manifold , and a second recess on a face of the shim facing the second block , the second recess communicating with the second manifold , the first recess having one end in a direction orthogonal to a stacking direction of the first block , the shim and the second block and orthogonal to a longitudinal direction of the shim , the one end being open to define a first discharge slot to discharge the first coating liquid, the second recess having one end in the direction of the one end of the first recess , the one end of the second recess being open to define a second discharge slot to discharge the second coating liquid, characterized in that the shim includes a plurality of projections on the first recess , the projections having a height that is a substantially same dimension as a depth of the first recess , and/or a plurality of projections on the second recess , the projections having a height that is a substantially same dimension as a depth of the second recess . a first block including a first manifold to receive a first coating liquid; a second block including a second manifold to receive a second coating liquid; and a shim sandwiched between the first block and the second block , the shim including a first recess on a face of the shim facing the first block , the first recess communicating with the first manifold , and a second recess on a face of the shim facing the second block , the second recess communicating with the second manifold , the first recess having one end in a direction orthogonal to a stacking direction of the first block , the shim and the second block and orthogonal to a longitudinal direction of the shim , the one end being open to define a first discharge slot to discharge the first coating liquid, the second recess having one end in the direction of the one end of the first recess , the one end of the second recess being open to define a second discharge slot to discharge the second coating liquid, characterized in that the shim includes a plurality of projections on the first recess , the projections having a height that is a substantially same dimension as a depth of the first recess , and/or a plurality of projections on the second recess , the projections having a height that is a substantially same dimension as a depth of the second recess .
A system for post-extrusion processing of extruded granular absorbent comprising: an extruder for extruding pellets of granular absorbent; a granular absorbent cooling and drying subsystem for cooling and drying the pellets after extrusion without raising the temperature of the extruded pellets; and a granular absorbent processing subsystem for processing the pellets after extrusion, cooling and drying of the pellets has been performed, the granular absorbent processing subsystem comprised of a rotating roll type pellet comminuting mill that reduces the size of the cooled and dried extruded pellets to form processed extruded pellets , characterized in that the rotating roll type pellet comminuting mill having a pair of generally horizontal side-by-side elongate pellet comminuting corrugated rolls which are generally parallel to one another and rotate toward one another wherein a spacing of a gap between the rolls and a differential in rotational speeds of the counter-rotating rolls determines a maximum pellet size to which the extruded pellets are particle size reduced thereby. an extruder for extruding pellets of granular absorbent; a granular absorbent cooling and drying subsystem for cooling and drying the pellets after extrusion without raising the temperature of the extruded pellets; and a granular absorbent processing subsystem for processing the pellets after extrusion, cooling and drying of the pellets has been performed, the granular absorbent processing subsystem comprised of a rotating roll type pellet comminuting mill that reduces the size of the cooled and dried extruded pellets to form processed extruded pellets ,
Height adjuster for a seat comprising a height adjustment mechanism, the height adjustment mechanism comprising a bolt-nut system (2; 125) having one bolt (4; 128) and two nuts (6, 8; 126, 130), in which: - the relative angular position between the two nuts is adjustable, - the bolt-nut system is configured such that when the two nuts (6, 8; 126, 130) are angularly in phase, the bolt (4; 128) can be orientated in a rapid adjustment position in which the threads of the bolt do not cooperate with the threads of the two nuts and in which the bolt can be displaced freely in translation relative to the two nuts, whilst when the two nuts (6, 8; 126, 130) are angularly out of phase, the threads of the bolt (4; 128) are engaged with the threads of the two nuts whatever the orientation of the bolt so as to be able to effect a fine adjustment by screwing the bolt (4; 128) inside the two nuts (6, 8; 126, 130), - one of the two nuts (126; 130) is mobile in rotation about the bolt between a rapid adjustment position in which it is angularly in phase with the other nut and a fine adjustment position in which it is angularly out of phase relative to the other nut , which is preferably fixed in rotation relative to the bolt , - the height adjustment mechanism comprises means for controlling the rotation of the mobile nut , characterised in that the control means comprise a drive member, such as a cable fitted in order to pull, directly or indirectly, on the mobile nut so as to turn it from the fine adjustment position, which is the default position, to the rapid adjustment position. - the relative angular position between the two nuts is adjustable, - the bolt-nut system is configured such that when the two nuts (6, 8; 126, 130) are angularly in phase, the bolt (4; 128) can be orientated in a rapid adjustment position in which the threads of the bolt do not cooperate with the threads of the two nuts and in which the bolt can be displaced freely in translation relative to the two nuts, whilst when the two nuts (6, 8; 126, 130) are angularly out of phase, the threads of the bolt (4; 128) are engaged with the threads of the two nuts whatever the orientation of the bolt so as to be able to effect a fine adjustment by screwing the bolt (4; 128) inside the two nuts (6, 8; 126, 130), - one of the two nuts (126; 130) is mobile in rotation about the bolt between a rapid adjustment position in which it is angularly in phase with the other nut and a fine adjustment position in which it is angularly out of phase relative to the other nut , which is preferably fixed in rotation relative to the bolt , - the height adjustment mechanism comprises means for controlling the rotation of the mobile nut ,
A method of manufacturing a plurality of knitted components for articles of footwear , wherein each of the knitted components forms a portion of a respective upper of an article of footwear , the method comprising: providing a knitting pattern with a modifiable field , the knitting pattern including data associated with forming a knitted component using a knitting machine ; updating the modifiable field with data representing a first alphanumeric character for knitting a first knitted component; knitting the first knitted component with the knitting machine , the first knitted component incorporating a first knit structure with the first alphanumeric character; thereby knitting a tongue , holding the tongue of the first knitted component on needles of the knitting machine ; knitting a first portion of a knit element with the knitting machine while the tongue is held on the needles joining the tongue to the first portion of the knit element ; knitting a second portion of the knit element with the knitting machine ; updating the modifiable field with data representing a second alphanumeric character for knitting a second knitted component; the second alphanumeric character being different than the first alphanumeric character; knitting the second knitted component with the knitting machine after the step of removing the first knitted component from the knitting machine , the second knitted component incorporating a second knit structure with the second alphanumeric character. providing a knitting pattern with a modifiable field , the knitting pattern including data associated with forming a knitted component using a knitting machine ; updating the modifiable field with data representing a first alphanumeric character for knitting a first knitted component; knitting the first knitted component with the knitting machine , the first knitted component incorporating a first knit structure with the first alphanumeric character; thereby knitting a tongue , holding the tongue of the first knitted component on needles of the knitting machine ; knitting a first portion of a knit element with the knitting machine while the tongue is held on the needles joining the tongue to the first portion of the knit element ; knitting a second portion of the knit element with the knitting machine ; updating the modifiable field with data representing a second alphanumeric character for knitting a second knitted component; the second alphanumeric character being different than the first alphanumeric character; knitting the second knitted component with the knitting machine after the step of removing the first knitted component from the knitting machine , the second knitted component incorporating a second knit structure with the second alphanumeric character.
Method for processing a video sequence comprising a succession of images of one or more speakers, acquired by a wide-angle camera , the method comprising: - sound acquisition using a microphone comprising a plurality of sensors for picking up a sound field; - processing of the sound data acquired by the microphone in order to determine at least one estimated value of the angle (ANG) between the direction of propagation of the sound from a speaker (LA) and the optical axis (AO) of the wide-angle camera; the method being characterized by : - generation of a signal comprising data on said angle value which are added to a stream of video and sound data acquired by the camera and the microphone; - transmission of the generated signal by a transmitter device to a receiver device; - use of said signal by the receiver device when rendering the received video and sound data in applying a zoom to a zone (Z) around the speaker (LA) issuing the sound by using the data on said angle value. - sound acquisition using a microphone comprising a plurality of sensors for picking up a sound field; - processing of the sound data acquired by the microphone in order to determine at least one estimated value of the angle (ANG) between the direction of propagation of the sound from a speaker (LA) and the optical axis (AO) of the wide-angle camera; - generation of a signal comprising data on said angle value which are added to a stream of video and sound data acquired by the camera and the microphone; - transmission of the generated signal by a transmitter device to a receiver device; - use of said signal by the receiver device when rendering the received video and sound data in applying a zoom to a zone (Z) around the speaker (LA) issuing the sound by using the data on said angle value.
A method for identifying templated assembly targets comprising: synthesizing a first population of templated assembly reactants and a second population of corresponding templated assembly reactants, wherein the first and second populations of templated assembly reactants comprise oligonucleotide sequences; hybridizing both populations of templated assembly reactants to target nucleic acids, wherein the target nucleic acids maintain their native secondary structures and wherein the hybridization target sites are discontinuous; performing a templated assembly reaction, wherein the hybridized first population of templated assembly reactants and the hybridized second population of corresponding templated assembly reactants form a product structure when assembled in proximity on the target nucleic acid; and identifying the target nucleic acids that hybridized to either the first or second population of templated assembly reactants that underwent templated assembly, wherein the hybridized target nucleic acids are the templated assembly targets. synthesizing a first population of templated assembly reactants and a second population of corresponding templated assembly reactants, wherein the first and second populations of templated assembly reactants comprise oligonucleotide sequences; hybridizing both populations of templated assembly reactants to target nucleic acids, wherein the target nucleic acids maintain their native secondary structures and wherein the hybridization target sites are discontinuous; performing a templated assembly reaction, wherein the hybridized first population of templated assembly reactants and the hybridized second population of corresponding templated assembly reactants form a product structure when assembled in proximity on the target nucleic acid; and identifying the target nucleic acids that hybridized to either the first or second population of templated assembly reactants that underwent templated assembly, wherein the hybridized target nucleic acids are the templated assembly targets.
A sensor for measurement of an analyte in a medium within a living animal, the sensor comprising: an analyte indicator ; and one or more compounds that reduce degradation of the analyte indicator, characterized in that , the one or more compounds are selected from one or more of Formulae I-III: wherein in the compound of Formula I, X is a halide, each R3, R4, R5, and R6 is independently selected from H, C1-C20 alkyl, C1-C20 alkoxy, carboxy, aryl, alkoxy, halide, SH, aryloxy, alkylthio, amino, substituted amino, alkoxycarbonyl, alkanoylamido, aroylamido, heterocyclocarbonylamido, heteroaroylamido, alkanoyl(alkylsubstituted) amido, aroyl(alkylsubstituted)amido, heteroaroyl(alkylsubstituted)amido, and heterocyclocarbonyl(alkyl substituted)amido, and wherein formula I may be optionally substituted with Cl-5 alkyl, alkoxy, cyano, halo and/or trifluoromethyl at any position; and wherein in the compound of Formula III, X is O, N, S, and each of R and R 1 is independently selected from H, C1-C20 alkyl, C1-C20 alkoxy, carboxy, aryl, alkoxy, halide, SH, aryloxy, alkylthio, amino, substituted amino, alkoxycarbonyl, alkanoylamido, aroylamido, heterocyclocarbonylamido, heteroaroylamido, alkanoyl(alkylsubstituted) amido, aroyl(alkylsubstituted)amido, heteroaroyl(alkylsubstituted)amido, and heterocyclocarbonyl(alkyl substituted)amido, and formula I may be optionally substituted with Cl-5 alkyl, alkoxy, cyano, halo and/or trifluoromethyl at any position, or wherein each of R and R1 is independently absent, or a bond or linker for polymerizing the compound of Formula III to a polymer backbone. an analyte indicator ; and one or more compounds that reduce degradation of the analyte indicator, characterized in that , the one or more compounds are selected from one or more of Formulae I-III: wherein in the compound of Formula I, X is a halide, each R3, R4, R5, and R6 is independently selected from H, C1-C20 alkyl, C1-C20 alkoxy, carboxy, aryl, alkoxy, halide, SH, aryloxy, alkylthio, amino, substituted amino, alkoxycarbonyl, alkanoylamido, aroylamido, heterocyclocarbonylamido, heteroaroylamido, alkanoyl(alkylsubstituted) amido, aroyl(alkylsubstituted)amido, heteroaroyl(alkylsubstituted)amido, and heterocyclocarbonyl(alkyl substituted)amido, and wherein formula I may be optionally substituted with Cl-5 alkyl, alkoxy, cyano, halo and/or trifluoromethyl at any position; and wherein in the compound of Formula III, X is O, N, S, and each of R and R 1 is independently selected from H, C1-C20 alkyl, C1-C20 alkoxy, carboxy, aryl, alkoxy, halide, SH, aryloxy, alkylthio, amino, substituted amino, alkoxycarbonyl, alkanoylamido, aroylamido, heterocyclocarbonylamido, heteroaroylamido, alkanoyl(alkylsubstituted) amido, aroyl(alkylsubstituted)amido, heteroaroyl(alkylsubstituted)amido, and heterocyclocarbonyl(alkyl substituted)amido, and formula I may be optionally substituted with Cl-5 alkyl, alkoxy, cyano, halo and/or trifluoromethyl at any position, or wherein each of R and R1 is independently absent, or a bond or linker for polymerizing the compound of Formula III to a polymer backbone.
A device for calculating physiological data, comprising: measuring means configured to be operable to measure respiratory waveform data of a subject for a predetermined measurement period; creating means (3-3) configured to be operable to create an index at each measurement time indicating stability of a value measured by the measuring means at each measurement time during said measurement period and operable to create data of a temporal change of the index during the measurement period; and output means (3-4; 3-5; 3-6) configured to be operable to execute output processing of at least any of display, printing or sending to the outside of the device of said created data, characterised in that the creating means (3-3) is configured to create a frequency spectrum of the respiratory waveform and the created index is an inverse of the standard deviation of the respiratory frequency. measuring means configured to be operable to measure respiratory waveform data of a subject for a predetermined measurement period; creating means (3-3) configured to be operable to create an index at each measurement time indicating stability of a value measured by the measuring means at each measurement time during said measurement period and operable to create data of a temporal change of the index during the measurement period; and output means (3-4; 3-5; 3-6) configured to be operable to execute output processing of at least any of display, printing or sending to the outside of the device of said created data, characterised in that the creating means (3-3) is configured to create a frequency spectrum of the respiratory waveform and the created index is an inverse of the standard deviation of the respiratory frequency.
A system comprising: a wind turbine generator and a vibration sensor mounted to the wind turbine generator for detecting excessive vibration of the wind turbine generator during operation, the sensor comprising: a pendulum having a pendulum bob of pre-determined mass coupled to a detection switch , the detection switch arranged to detect oscillation of the pendulum exceeding a predetermined oscillation threshold; said pendulum bob selectively adjustable along said pendulum so as to vary the oscillation threshold of said sensor; wherein the sensor is arranged to exceed the oscillation threshold on receiving a forced vibration corresponding to a vibration threshold of the wind turbine generator; and a controller, wherein said detection switch is arranged to transmit a signal to the controller such that said controller controls the wind turbine generator to reduce said vibration. a pendulum having a pendulum bob of pre-determined mass coupled to a detection switch , the detection switch arranged to detect oscillation of the pendulum exceeding a predetermined oscillation threshold; said pendulum bob selectively adjustable along said pendulum so as to vary the oscillation threshold of said sensor; wherein the sensor is arranged to exceed the oscillation threshold on receiving a forced vibration corresponding to a vibration threshold of the wind turbine generator; and a controller, wherein said detection switch is arranged to transmit a signal to the controller such that said controller controls the wind turbine generator to reduce said vibration.
A product comprising: a) a tea component, b) from 0.03 to 3 wt% by dry weight of FeBisglycinate; and c) 0.07 to 7 wt% by dry weight of Na 2 H 2 EDTA. a) a tea component, b) from 0.03 to 3 wt% by dry weight of FeBisglycinate; and c) 0.07 to 7 wt% by dry weight of Na 2 H 2 EDTA.
A surgical navigation system comprising: a software package programmed to utilize a sequential Monte Carlo algorithm to calculate changes in three dimensional position of a utility inertial measurement unit mounted to a surgical tool with data provided by the utility inertial measurement unit ; and, characterized in further comprising: a tangible initialization device precisely matching a surface of an anatomical structure at only a single orientation and location, the initialization device configured to have the utility inertial measurement unit mounted thereto prior to mounting the utility inertial measurement unit to the surgical tool, wherein the tangible initialization device is fabricated by an initialization model generation module using template data and associated planning parameters. a software package programmed to utilize a sequential Monte Carlo algorithm to calculate changes in three dimensional position of a utility inertial measurement unit mounted to a surgical tool with data provided by the utility inertial measurement unit ; and, characterized in further comprising: a tangible initialization device precisely matching a surface of an anatomical structure at only a single orientation and location, the initialization device configured to have the utility inertial measurement unit mounted thereto prior to mounting the utility inertial measurement unit to the surgical tool, wherein the tangible initialization device is fabricated by an initialization model generation module using template data and associated planning parameters. a tangible initialization device precisely matching a surface of an anatomical structure at only a single orientation and location, the initialization device configured to have the utility inertial measurement unit mounted thereto prior to mounting the utility inertial measurement unit to the surgical tool, wherein the tangible initialization device is fabricated by an initialization model generation module using template data and associated planning parameters.
Automatic access and starting system for a motor vehicle, comprising an on-board access management system and at least one identifier such as an electronic key, the access management system being configured to detect and authenticate the identifier when it is in the vicinity of the vehicle , the identifier being configured to emit an authentication signal in response to an interrogation signal emitted by the access management system, characterized in that the identifier comprising a memory for storing an instruction relating to a command carried out by the bearer of the identifier if this command is carried out during the detection and authentication phase by the on-board system, the said instruction being stored temporarily so that the identifier can emit a signal relating to the said command when the detection and authentication phase is over.