mhurhangee/patent-ind-claim-en huggingface dataset:
A process for producing a plant protein ingredient from a plant material, wherein the plant material comprises at least one of an oilseed material, such as rapeseed material, canola seed material, turnip rapeseed material, sunflower seed material, or lupine seed material; broad bean material; or pea material; the process comprising comminuting the plant material into particles, thereby obtaining comminuted plant material; separating the particles of the comminuted plant material into a finer fraction and a coarser fraction; washing the finer fraction with an aqueous alcohol solution for reducing the solubility of proteins contained in the finer fraction, thereby obtaining a washed finer fraction; enzymatically treating the washed finer fraction to remove at least a part of the phytate and optionally cell wall components to obtain an enzymatically treated finer fraction, and optionally removing at least a part of water soluble components from the enzymatically treated finer fraction, thereby obtaining the plant protein ingredient; and drying the plant protein ingredient to a moisture content of at most 45 % (w/w). wherein the plant material comprises at least one of an oilseed material, such as rapeseed material, canola seed material, turnip rapeseed material, sunflower seed material, or lupine seed material; broad bean material; or pea material; the process comprising comminuting the plant material into particles, thereby obtaining comminuted plant material; separating the particles of the comminuted plant material into a finer fraction and a coarser fraction; washing the finer fraction with an aqueous alcohol solution for reducing the solubility of proteins contained in the finer fraction, thereby obtaining a washed finer fraction; enzymatically treating the washed finer fraction to remove at least a part of the phytate and optionally cell wall components to obtain an enzymatically treated finer fraction, and optionally removing at least a part of water soluble components from the enzymatically treated finer fraction, thereby obtaining the plant protein ingredient; and drying the plant protein ingredient to a moisture content of at most 45 % (w/w).
A method for voiceprint creation and registration, wherein the method comprises: obtaining a speech request sent by a user; identifying an ID for the user who sends the speech request according to the speech request and in a voiceprint recognition manner; prompting to create a voiceprint and register, if an ID for the user is not identified; characterized in that the prompting to create a voiceprint and register comprises: marking a voiceprint model for which an ID for a user is not identified, with an ID number; judging a frequency of appearance of the voiceprint model marked with the ID number; deleting the ID number if the frequency of appearance is lower than a threshold; generating an ID for the user if the frequency of appearance is higher than the threshold; and storing the ID for the user and the voiceprint model correspondingly in a voiceprint registration database. obtaining a speech request sent by a user; identifying an ID for the user who sends the speech request according to the speech request and in a voiceprint recognition manner; prompting to create a voiceprint and register, if an ID for the user is not identified; characterized in that the prompting to create a voiceprint and register comprises: marking a voiceprint model for which an ID for a user is not identified, with an ID number; judging a frequency of appearance of the voiceprint model marked with the ID number; deleting the ID number if the frequency of appearance is lower than a threshold; generating an ID for the user if the frequency of appearance is higher than the threshold; and storing the ID for the user and the voiceprint model correspondingly in a voiceprint registration database. marking a voiceprint model for which an ID for a user is not identified, with an ID number; judging a frequency of appearance of the voiceprint model marked with the ID number; deleting the ID number if the frequency of appearance is lower than a threshold; generating an ID for the user if the frequency of appearance is higher than the threshold; and storing the ID for the user and the voiceprint model correspondingly in a voiceprint registration database.
A moving device for moving on a wall surface comprising: at least two or more vehicles each comprising a body , two first wheels disposed on the body and each rotatable around a shaft for moving on a wall surface, two rotation drivers configured to rotate each of the two first wheels respectively, an adhesion mechanism which is disposed on the body and configured to adhere to the wall surface; and a link , extending in a direction perpendicular to the axis of the shafts beyond circumferences of the first wheels , and one or multiple couplers that connects/connect every vehicle located adjacent to each other in a traveling direction of the at least two or more vehicles , wherein one end of the link is connected to a shaft in a manner rotatable around the shaft , and rotatable relative to the two first wheels , and the one or multiple couplers located at the other end of the link belonging to each of the at least two or more vehicles connects/connect between the vehicles located adjacent to each other in the traveling direction, characterized in that each of the at least two or more vehicles further comprises a pitch driver configured to rotate the body relative to the link around the shaft . at least two or more vehicles each comprising a body , two first wheels disposed on the body and each rotatable around a shaft for moving on a wall surface, two rotation drivers configured to rotate each of the two first wheels respectively, an adhesion mechanism which is disposed on the body and configured to adhere to the wall surface; and a link , extending in a direction perpendicular to the axis of the shafts beyond circumferences of the first wheels , and a body , two first wheels disposed on the body and each rotatable around a shaft for moving on a wall surface, two rotation drivers configured to rotate each of the two first wheels respectively, an adhesion mechanism which is disposed on the body and configured to adhere to the wall surface; and a link , extending in a direction perpendicular to the axis of the shafts beyond circumferences of the first wheels , and one or multiple couplers that connects/connect every vehicle located adjacent to each other in a traveling direction of the at least two or more vehicles , wherein one end of the link is connected to a shaft in a manner rotatable around the shaft , and rotatable relative to the two first wheels , and the one or multiple couplers located at the other end of the link belonging to each of the at least two or more vehicles connects/connect between the vehicles located adjacent to each other in the traveling direction, characterized in that each of the at least two or more vehicles further comprises a pitch driver configured to rotate the body relative to the link around the shaft .
A combination pharmaceutical agent, comprising as active ingredients a farnesoid X receptor agonist (FXR agonist) or a pharmaceutically acceptable salt thereof and an angiotensin II receptor blocker (ARB) or a pharmaceutically acceptable salt thereof, wherein the FXR agonist is obeticholic acid.
An embolization device for promoting clot formation in a bodily lumen and having a contracted delivery configuration and an expanded deployed configuration, the embolization device having a stem and a plurality of flexible bristles extending radially outwardly from the stem, the stem comprising: a first wire element ; a second wire element ; a tubular interconnect having a lumen and connecting the first wire element to the second wire element , the first wire element and the second wire element being disposed within the lumen of the tubular interconnect ; and a reinforcing sleeve being fixedly disposed over at least part of the tubular interconnect and fixedly disposed over at least part of one or both of the first wire element and the second wire element , characterized in that the reinforcing sleeve has a lower stiffness than the tubular interconnect . a first wire element ; a second wire element ; a tubular interconnect having a lumen and connecting the first wire element to the second wire element , the first wire element and the second wire element being disposed within the lumen of the tubular interconnect ; and a reinforcing sleeve being fixedly disposed over at least part of the tubular interconnect and fixedly disposed over at least part of one or both of the first wire element and the second wire element , characterized in that the reinforcing sleeve has a lower stiffness than the tubular interconnect .
Motor bogie comprising at least one axle , a chassis having two side members , and at least one motor/reducer assembly comprising a motor and a reducer coupling the motor to wheels of at least one axle , the motor and the reducer of the or of each motor/reducer assembly being fixed together and to the two side members in such a manner that the motor/reducer assembly forms a cross-member which rigidly connects the two side members .
A multi-time ignition starting apparatus for a rocket engine, comprising: a thrust chamber with a first inlet and a first outlet ; a generator with a second inlet and a second outlet ; a turbopump assembly communicated with the second outlet of the generator , having a fuel inlet , an oxidizer inlet , a fuel outlet and an oxidizer outlet , both the fuel outlet and the oxidizer outlet being concurrently communicated with both the first inlet and the second inlet ; and a fuel tank and an oxidizer tank , both having outlets concurrently communicated with both the first inlet and the second inlet , the fuel tank being also communicated with the first outlet of the thrust chamber through a first pipeline to fill a gasified fuel, after being heated and gasified by the thrust chamber , from the thrust chamber into the fuel tank ; wherein the turbopump assembly comprises a turbine , a fuel pump and an oxidizer pump which are arranged coaxially, the oxidizer pump being connected to the oxidizer inlet and the oxidizer outlet , respectively, and the oxidizer outlet being communicated with an inlet of the oxidizer tank through a second pipeline , the second pipeline being provided with a heat exchanger to heat and gasify an oxidizer output from the oxidizer pump and fill the gasified oxidizer into the oxidizer tank . a thrust chamber with a first inlet and a first outlet ; a generator with a second inlet and a second outlet ; a turbopump assembly communicated with the second outlet of the generator , having a fuel inlet , an oxidizer inlet , a fuel outlet and an oxidizer outlet , both the fuel outlet and the oxidizer outlet being concurrently communicated with both the first inlet and the second inlet ; and a fuel tank and an oxidizer tank , both having outlets concurrently communicated with both the first inlet and the second inlet , the fuel tank being also communicated with the first outlet of the thrust chamber through a first pipeline to fill a gasified fuel, after being heated and gasified by the thrust chamber , from the thrust chamber into the fuel tank ; wherein the turbopump assembly comprises a turbine , a fuel pump and an oxidizer pump which are arranged coaxially, the oxidizer pump being connected to the oxidizer inlet and the oxidizer outlet , respectively, and the oxidizer outlet being communicated with an inlet of the oxidizer tank through a second pipeline , the second pipeline being provided with a heat exchanger to heat and gasify an oxidizer output from the oxidizer pump and fill the gasified oxidizer into the oxidizer tank .
Motor lamination for producing a laminated core for a linear motor primary part, wherein the motor lamination has a securing element and main projections arranged distributed evenly on the securing element , wherein an auxiliary projection , whose longitudinal axis of symmetry runs parallel to the longitudinal axis of symmetry of the main projections , is arranged on the securing element centrally between the main projections , characterized in that the auxiliary projection has a shorter length than the main projections , wherein the securing element comprises cutouts for implementing cooling ducts and cutouts for implementing securing grooves for receiving groove blocks which facilitate the attachment of the primary part to a primary part carrier, and recesses on the main projections for implementing guide grooves, holding covering means, in the laminated core, wherein the motor lamination also has recesses for guide grooves in the auxiliary projections of the laminated core for mounting additional parts.
Oven comprising a heated cavity for cooking a food , comprising a three-dimensional scanning system configured for acquiring information about the volume and/or shape of a food positioned in said heated cavity , characterised in that said three-dimensional scanning system comprises two monochromatic infrared cameras being positioned in said heated cavity and adapted to acquire images of said food from different viewpoints, and said three-dimensional scanning system further comprises three infrared LED light sources positioned in said heated cavity and adapted to illuminate said food from different viewpoints according to preset patterns, and the three-dimensional scanning system further comprises a data processing unit configured to analyze the plurality of images acquired by the infrared cameras in different illumination conditions provided by the infrared LEDs. characterised in that said three-dimensional scanning system comprises two monochromatic infrared cameras being positioned in said heated cavity and adapted to acquire images of said food from different viewpoints, and said three-dimensional scanning system further comprises three infrared LED light sources positioned in said heated cavity and adapted to illuminate said food from different viewpoints according to preset patterns, and the three-dimensional scanning system further comprises a data processing unit configured to analyze the plurality of images acquired by the infrared cameras in different illumination conditions provided by the infrared LEDs.
System for extruding strands of cementitious material for a robot used for the additive manufacturing of architectural structures, comprising: - a head for dispensing strands of cementitious material, referred to as a print head , comprising a mouth for the inlet of cementitious material and an outlet nozzle designed to form strands of cementitious material, - a circuit for feeding cementitious material to said print head , comprising a cementitious material storage tank , a cementitious material feed pipe connecting said storage tank and said print head , and a pump for filling said feed pipe with cementitious material from said storage tank , - a sensor for detecting the pressure/flow rate of said cementitious material flowing in said print head , which sensor is suitable for transmitting pressure/flow rate measurements to said filling pump , said filling pump being designed to control the filling of the feed pipe on the basis of said measurements transmitted by said sensor , characterized in that said dispensing head further comprises: - a mixing chamber which is arranged upstream of said outlet nozzle and into which an admixing device leads which is suitable for injecting admixtures that modify the characteristics of the cementitious material before ejection of said strands of cementitious material through said outlet nozzle , - a dynamic mixer designed to be able to mix said cementitious material and admixtures provided by said admixing device in said mixing chamber , - an eccentric-screw metering pump designed to be able to convey the cementitious material from said inlet mouth of said print head to said mixing chamber . - a head for dispensing strands of cementitious material, referred to as a print head , comprising a mouth for the inlet of cementitious material and an outlet nozzle designed to form strands of cementitious material, - a circuit for feeding cementitious material to said print head , comprising a cementitious material storage tank , a cementitious material feed pipe connecting said storage tank and said print head , and a pump for filling said feed pipe with cementitious material from said storage tank , - a sensor for detecting the pressure/flow rate of said cementitious material flowing in said print head , which sensor is suitable for transmitting pressure/flow rate measurements to said filling pump , said filling pump being designed to control the filling of the feed pipe on the basis of said measurements transmitted by said sensor , - a mixing chamber which is arranged upstream of said outlet nozzle and into which an admixing device leads which is suitable for injecting admixtures that modify the characteristics of the cementitious material before ejection of said strands of cementitious material through said outlet nozzle , - a dynamic mixer designed to be able to mix said cementitious material and admixtures provided by said admixing device in said mixing chamber , - an eccentric-screw metering pump designed to be able to convey the cementitious material from said inlet mouth of said print head to said mixing chamber .
A surface marker resin formulation comprising: a linear aromatic polyester or a co-polymer thereof containing at least 40 monomer percent of aromatic polyester subunits, the said polyester or co-polymer thereof being present in an amount of 10 to 45 total weight percent of the formulation, wherein said linear aromatic polyester or a co-polymer thereof has a weight average molecular weight of between 9,000 and 108,000 g/mol; a solvent in which said linear aromatic polyester or a co-polymer thereof is dissolved or dispersed; a colorant package dissolved or dispersed in said solvent, wherein the formulation further comprises a thixotropic agent present in an amount from 0.5 to 8 total weight percent. a linear aromatic polyester or a co-polymer thereof containing at least 40 monomer percent of aromatic polyester subunits, the said polyester or co-polymer thereof being present in an amount of 10 to 45 total weight percent of the formulation, wherein said linear aromatic polyester or a co-polymer thereof has a weight average molecular weight of between 9,000 and 108,000 g/mol; a solvent in which said linear aromatic polyester or a co-polymer thereof is dissolved or dispersed; a colorant package dissolved or dispersed in said solvent, wherein the formulation further comprises a thixotropic agent present in an amount from 0.5 to 8 total weight percent.
A method, comprising: synthesizing multitone beacon signals, wherein at least one of subcarrier spacing is selected according to an expected range of frequency-of-arrival for network users or symbol duration is selected according to an expected range of time-of-arrival for the network users; inducing at least one of spectral or temporal redundancy on the multitone beacon signals; and transmitting the multitone beacon signals. synthesizing multitone beacon signals, wherein at least one of subcarrier spacing is selected according to an expected range of frequency-of-arrival for network users or symbol duration is selected according to an expected range of time-of-arrival for the network users; inducing at least one of spectral or temporal redundancy on the multitone beacon signals; and transmitting the multitone beacon signals.
An overhead light fixture for mounting to a canopy , comprising: a driver assembly having driver and a housing ; the housing having a base portion and a sleeve portion ; the driver detachably mounted in the sleeve portion; a light-emitting assembly operably connected to the driver and configured for downward emission of light from a light source of the light-emitting assembly; the light-emitting assembly detachably secured to the base portion of the driver assembly and positioned below the driver assembly; wherein the driver assembly is configured so that, when the light-emitting assembly is detached from base portion, the driver is removable downwardly through the base portion, characterized in that the sleeve portion extends upwardly from the base portion at an angle (α) less than vertical. a driver assembly having driver and a housing ; the housing having a base portion and a sleeve portion ; the driver detachably mounted in the sleeve portion; a light-emitting assembly operably connected to the driver and configured for downward emission of light from a light source of the light-emitting assembly; the light-emitting assembly detachably secured to the base portion of the driver assembly and positioned below the driver assembly; wherein the driver assembly is configured so that, when the light-emitting assembly is detached from base portion, the driver is removable downwardly through the base portion, characterized in that the sleeve portion extends upwardly from the base portion at an angle (α) less than vertical.
A communication device comprising: a processor and a communication interface , the processor enabled to: estimate a time period needed to dial a log-in number for joining a conference call; automatically initiate an outgoing communication within said time period before a scheduled given time via the communication interface by initiating the outgoing communication; and, when a called communication device responds to a request for initiating the outgoing communication, automatically providing log-in data for joining said conference call to the called communication device ; and, after the outgoing communication is initiated, provide an indication of the outgoing communication, the indication comprising an incoming communication template with fields populated with outgoing communication data, such that the outgoing communication is provided as an incoming communication that can be accepted or declined. estimate a time period needed to dial a log-in number for joining a conference call; automatically initiate an outgoing communication within said time period before a scheduled given time via the communication interface by initiating the outgoing communication; and, when a called communication device responds to a request for initiating the outgoing communication, automatically providing log-in data for joining said conference call to the called communication device ; and, initiating the outgoing communication; and, when a called communication device responds to a request for initiating the outgoing communication, automatically providing log-in data for joining said conference call to the called communication device ; and, after the outgoing communication is initiated, provide an indication of the outgoing communication, the indication comprising an incoming communication template with fields populated with outgoing communication data, such that the outgoing communication is provided as an incoming communication that can be accepted or declined.