mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: an image sensor configured to capture an image; a barrel including a lens group arranged about a first axis perpendicular to the image sensor ; a first housing fixed to the barrel ; a second housing disposed under the first housing and coupled to the first housing ; at least one magnetic substance disposed at one side of the first housing ; and at least one coil disposed at one side of the second housing , wherein when power is supplied to the at least one coil , electromagnetic force is generated between the at least one coil and the at least one magnetic substance , wherein, when the electromagnetic force is generated, the first housing rotates clockwise or counterclockwise, and the barrel moves along the first axis; and wherein the electronic device further comprises: one or more of ball bearings provided at one or more portions of one or more curved walls of the second housing , wherein the one or more ball bearings are in contact with a bottom surface of the first housing and are adapted to apply a rolling friction force to the first housing when the first housing rotates. an image sensor configured to capture an image; a barrel including a lens group arranged about a first axis perpendicular to the image sensor ; a first housing fixed to the barrel ; a second housing disposed under the first housing and coupled to the first housing ; at least one magnetic substance disposed at one side of the first housing ; and at least one coil disposed at one side of the second housing , wherein when power is supplied to the at least one coil , electromagnetic force is generated between the at least one coil and the at least one magnetic substance , wherein, when the electromagnetic force is generated, the first housing rotates clockwise or counterclockwise, and the barrel moves along the first axis; and wherein the electronic device further comprises: one or more of ball bearings provided at one or more portions of one or more curved walls of the second housing , wherein the one or more ball bearings are in contact with a bottom surface of the first housing and are adapted to apply a rolling friction force to the first housing when the first housing rotates.
A battery cooler for a battery mounted on a vehicle , the battery cooler comprising: a battery case configured to accommodate the battery and is to be disposed on a lower side of a floor panel of the vehicle ; and a fixing bracket configured to fix the battery case to the floor panel , wherein the fixing bracket and a bottom surface of the battery case constitute a ventilation passage , and a flow passage cross-sectional area at a front end of the ventilation passage is larger than a flow passage cross-sectional area of a portion behind the front end. a battery case configured to accommodate the battery and is to be disposed on a lower side of a floor panel of the vehicle ; and a fixing bracket configured to fix the battery case to the floor panel , wherein the fixing bracket and a bottom surface of the battery case constitute a ventilation passage , and a flow passage cross-sectional area at a front end of the ventilation passage is larger than a flow passage cross-sectional area of a portion behind the front end.
A method of preparing an edible oil-in-water emulsion having a pH in the range of 3.0 to 5.0 and comprising 30-78 wt.% of oil and 65-20 wt.% water, and further 0.5-6 wt.% hen's egg yolk proteinaceous component by dry weight, said egg yolk proteinaceous component consisting of a combination of low-density lipoprotein (LDL), livetin, high-density lipoprotein (HDL), and phosvitin, said method comprising the steps of: a. increasing the pH of a liquid aqueous mixture comprising a first egg yolk plasma fraction to a pH of at least 9 and keeping the liquid aqueous mixture at said pH for 1-300 minutes followed by decreasing the pH of the mixture to a pH of 7 or less to produce an alkaline treated egg yolk plasma liquid comprising alkaline treated egg yolk plasma fraction; b. preparing a first pre-emulsion by combining oil, water, egg yolk granules fraction and optionally a second egg yolk plasma fraction; c. combining the alkaline treated egg yolk plasma liquid with the pre-emulsion to produce a second pre-emulsion; d. introducing into the second pre-emulsion one or more acidulants; and e. homogenizing the second pre-emulsion to obtain an oil-in-water emulsion; wherein the egg yolk proteinaceous component of the oil-in-water emulsion has the following composition: • 60-75 wt.% LDL; • 8-14 wt.% livetin; • 11-18 wt.% HDL; • 2-5 wt.% phosvitin. a. increasing the pH of a liquid aqueous mixture comprising a first egg yolk plasma fraction to a pH of at least 9 and keeping the liquid aqueous mixture at said pH for 1-300 minutes followed by decreasing the pH of the mixture to a pH of 7 or less to produce an alkaline treated egg yolk plasma liquid comprising alkaline treated egg yolk plasma fraction; b. preparing a first pre-emulsion by combining oil, water, egg yolk granules fraction and optionally a second egg yolk plasma fraction; c. combining the alkaline treated egg yolk plasma liquid with the pre-emulsion to produce a second pre-emulsion; d. introducing into the second pre-emulsion one or more acidulants; and e. homogenizing the second pre-emulsion to obtain an oil-in-water emulsion; • 60-75 wt.% LDL; • 8-14 wt.% livetin; • 11-18 wt.% HDL; • 2-5 wt.% phosvitin.
A method for adjusting volume of a user terminal , comprising: after it is detected that a call signal is connected, during conversation of the call, acquiring (S401) microphone volume of the user terminal in real time, the microphone volume is the volume which is sensed by the microphone from a speaker; when the acquired microphone volume is greater than pre-stored reference volume, increasing (S403) the earpiece volume of the user terminal ; and when the acquired microphone volume is less than the pre-stored reference volume, decreasing (S404) the earpiece volume of the user terminal ; wherein the method further comprising: periodically collecting the sound signal surrounding the user terminal , and performing analysis on the collected sound signal, so as to obtain the composition information of the sound signal; and determining, according to the composition information of the sound signal, whether the sound signal comprises a human sound and comprises a sound of only one person; if the sound signal comprises a human sound and comprises a sound of only one person, calculating volume of the sound signal, obtaining an average value of the calculated volume of the sound signal and the pre-stored reference volume, and storing the average value as a new reference volume. after it is detected that a call signal is connected, during conversation of the call, acquiring (S401) microphone volume of the user terminal in real time, the microphone volume is the volume which is sensed by the microphone from a speaker; when the acquired microphone volume is greater than pre-stored reference volume, increasing (S403) the earpiece volume of the user terminal ; and when the acquired microphone volume is less than the pre-stored reference volume, decreasing (S404) the earpiece volume of the user terminal ; wherein the method further comprising: periodically collecting the sound signal surrounding the user terminal , and performing analysis on the collected sound signal, so as to obtain the composition information of the sound signal; and determining, according to the composition information of the sound signal, whether the sound signal comprises a human sound and comprises a sound of only one person; if the sound signal comprises a human sound and comprises a sound of only one person, calculating volume of the sound signal, obtaining an average value of the calculated volume of the sound signal and the pre-stored reference volume, and storing the average value as a new reference volume. periodically collecting the sound signal surrounding the user terminal , and performing analysis on the collected sound signal, so as to obtain the composition information of the sound signal; and determining, according to the composition information of the sound signal, whether the sound signal comprises a human sound and comprises a sound of only one person; if the sound signal comprises a human sound and comprises a sound of only one person, calculating volume of the sound signal, obtaining an average value of the calculated volume of the sound signal and the pre-stored reference volume, and storing the average value as a new reference volume.
A dispenser member, such as a pump or a valve, including a body defining an inlet tube and in which a valve rod is axially movable back and forth, the body being provided with a vent lip that extends around the body , pointing outwards and downwards towards the inlet tube , thereby defining an outer edge that is not in contact with the body , the vent lip being formed by a sleeve that is engaged axially around the body to form a seal between them, characterized in that the sleeve form a leaktight sheath that is engaged in leaktight manner around the inlet tube of the body the vent lip being situated axially above the sealing sheath .
A waveguide display comprising: an eyepiece waveguide including an input port configured to receive beams of light at differing angles; a plurality of point light sources positioned proximate the input port , each of the plurality of point light sources having an emission direction oriented away from the input port ; and a scanning mirror having a surface with positive optical power positioned proximate the input port and positioned to intercept light emitted by the plurality of point light sources , wherein the surface with positive optical power is configured to collimate light emitted by the plurality of point light sources to form a plurality of collimated light beams and reflect light emitted by the plurality of point light sources to the input port . an eyepiece waveguide including an input port configured to receive beams of light at differing angles; a plurality of point light sources positioned proximate the input port , each of the plurality of point light sources having an emission direction oriented away from the input port ; and a scanning mirror having a surface with positive optical power positioned proximate the input port and positioned to intercept light emitted by the plurality of point light sources , wherein the surface with positive optical power is configured to collimate light emitted by the plurality of point light sources to form a plurality of collimated light beams and reflect light emitted by the plurality of point light sources to the input port .
A multiple-pipe instant heating type steam generator, comprises a steam generator body and a steam generator inner container , the steam generator inner container is sealedly disposed in a cavity of the steam generator body , a first mouthpiece is disposed at a first end of the steam generator body , and a second mouthpiece is disposed at a second end of the steam generator inner container , wherein the steam generator inner container is formed by fixedly connecting an end cover to a cylinder structure , a plurality of inner channels is evenly formed in the outer surface of the cylinder structure , the second mouthpiece is connected to the end cover and is communicated with the plurality of inner channels by means of shunting pipes , a plurality of outer channels is formed in the inner wall of the cavity of the steam generator body , the plurality of outer channels corresponds to the plurality of inner channels in a one-to-one manner to form a plurality of water flow and vaporization pipelines having cross sections, the first mouthpiece is communicated with the plurality of water flow and vaporization pipelines having cross sections and accordingly is communicated with the second mouthpiece ; the multiple-pipe instant heating type steam generator being characterised in that the first and second mouthpieces are brass mouthpieces , and in that the water flow and vaporization pipelines have a round cross section; and the multiple-pipe instant heating type steam generator being further characterised in that the shunting pipes comprise three parts, the first part is a longitudinal pipe communicated with the second brass mouthpiece , the second part is an annular pipe communicated with the plurality of water flow and vaporization pipelines having round cross sections, and the third part is a horizontal pipe communicated with the first part and the second part. the multiple-pipe instant heating type steam generator being characterised in that the first and second mouthpieces are brass mouthpieces , and in that the water flow and vaporization pipelines have a round cross section; and the multiple-pipe instant heating type steam generator being further characterised in that the shunting pipes comprise three parts, the first part is a longitudinal pipe communicated with the second brass mouthpiece , the second part is an annular pipe communicated with the plurality of water flow and vaporization pipelines having round cross sections, and the third part is a horizontal pipe communicated with the first part and the second part.
A method of producing a polypeptide in a cell culture, comprising the step of culturing a cell that produces the polypeptide in a cell culture medium under conditions suitable for production of the polypeptide, wherein the cell culture medium comprises the poloxamer poloxamer prepared by a method comprising the steps of: (a) heating a solid poloxamer to at least 60°C to form a liquid poloxamer; and (b) cooling the liquid poloxamer to a temperature below 50°C to form a solid heat-treated poloxamer, wherein the cooling is not conducted in a prilling or milling device, and wherein the poloxamer comprises a copolymer of ethylene oxide and propylene oxide. (a) heating a solid poloxamer to at least 60°C to form a liquid poloxamer; and (b) cooling the liquid poloxamer to a temperature below 50°C to form a solid heat-treated poloxamer, wherein the cooling is not conducted in a prilling or milling device, and wherein the poloxamer comprises a copolymer of ethylene oxide and propylene oxide.
A steam cycle system for use with a gas turbine, the steam cycle system comprising: a heat recovery steam generator (HRSG) configured to receive exhaust gases ; a steam turbine fluidly coupled to the HRSG and configured to receive a first steam flow generated by the HRSG ; a condenser configured to condense a second steam flow output by the steam turbine , wherein the condenser comprises a plurality of heat exchanger tubes , a fan , and a steam collection header; one or more sensors configured to measure one or more properties of the steam flow; a closed-loop controller communicatively coupled to the one or more sensors , characterized in that the controller is configured to: receive data from the one or more sensors ; determine a flow rate of the second steam flow through the steam header using the one or more sensors ; calculate whether the flow rate of the steam is within a threshold; and adjust one or more operating parameters of the fan based at least in part on the flow rate of the steam; the threshold being based in part on a load of a gas turbine. a heat recovery steam generator (HRSG) configured to receive exhaust gases ; a steam turbine fluidly coupled to the HRSG and configured to receive a first steam flow generated by the HRSG ; a condenser configured to condense a second steam flow output by the steam turbine , wherein the condenser comprises a plurality of heat exchanger tubes , a fan , and a steam collection header; one or more sensors configured to measure one or more properties of the steam flow; a closed-loop controller communicatively coupled to the one or more sensors , characterized in that the controller is configured to: receive data from the one or more sensors ; determine a flow rate of the second steam flow through the steam header using the one or more sensors ; calculate whether the flow rate of the steam is within a threshold; and adjust one or more operating parameters of the fan based at least in part on the flow rate of the steam; the threshold being based in part on a load of a gas turbine. receive data from the one or more sensors ; determine a flow rate of the second steam flow through the steam header using the one or more sensors ; calculate whether the flow rate of the steam is within a threshold; and adjust one or more operating parameters of the fan based at least in part on the flow rate of the steam; the threshold being based in part on a load of a gas turbine.
A steel sheet for a hot press formed member, comprising: a base steel sheet; and an aluminum alloy plated layer having an average content of Fe of 30 to 80 wt% formed on a surface of the base steel sheet, wherein a ratio of an area occupied by pores to an entire area of a surface layer portion is 10% or more in a cross-section of the surface layer portion observed when the plated layer is cut in a thickness direction thereof, wherein the surface layer portion means a region within 10 μm depth from the surface. a base steel sheet; and an aluminum alloy plated layer having an average content of Fe of 30 to 80 wt% formed on a surface of the base steel sheet, wherein a ratio of an area occupied by pores to an entire area of a surface layer portion is 10% or more in a cross-section of the surface layer portion observed when the plated layer is cut in a thickness direction thereof, wherein the surface layer portion means a region within 10 μm depth from the surface.
A tubular electromechanical actuator for a closure or sun protection home-automation installation, the electromechanical actuator comprising at least: - an electronic control unit , the electronic control unit comprising a housing and an electronic board , the electronic board being arranged inside the housing , in an assembled configuration of the electronic control unit , - an electric motor , - a reduction gear , - an output shaft , - a casing , the casing being hollow and configured to house at least the electronic control unit , the electric motor and the reduction gear , and - a closure element , the closure element being configured to close off an end of the casing , characterized in that : - the housing of the electronic control unit comprises at least a first section , made in the form of a hollow tube, and a second section , made in the form of a hollow tube, the first and second sections being configured to house the electronic board , in the assembled configuration of the electronic control unit , and - the first section of the housing comprises first fastening elements configured to cooperate with first fastening elements of the second section of the housing , in the assembled configuration of the electronic control unit . - an electronic control unit , the electronic control unit comprising a housing and an electronic board , the electronic board being arranged inside the housing , in an assembled configuration of the electronic control unit , - an electric motor , - a reduction gear , - an output shaft , - a casing , the casing being hollow and configured to house at least the electronic control unit , the electric motor and the reduction gear , and - a closure element , the closure element being configured to close off an end of the casing , - the housing of the electronic control unit comprises at least a first section , made in the form of a hollow tube, and a second section , made in the form of a hollow tube, the first and second sections being configured to house the electronic board , in the assembled configuration of the electronic control unit , and - the first section of the housing comprises first fastening elements configured to cooperate with first fastening elements of the second section of the housing , in the assembled configuration of the electronic control unit .
A data transmission method comprising: simultaneously receiving data simultaneously transmitted by multiple transmitters; the data comprises multiple data frames simultaneously transmitted by at least one transmitter; generating a chunking acknowledgment message frame according to the receiving state of the data, the chunking acknowledgment message frame contains a group information identifier and data receiving state information, wherein the group information identifier is used to indicate multiple transmitters which belong to the same group pre-set correspondingly by the chunking acknowledgment message frame, and the data receiving state information is used to indicate the data receiving states of various transmitters which belong to the same group, the data receiving states comprise the receiving states of the multiple data frames simultaneously transmitted by at least one transmitter; and transmitting the chunking acknowledgment message frame to the multiple transmitters. simultaneously receiving data simultaneously transmitted by multiple transmitters; the data comprises multiple data frames simultaneously transmitted by at least one transmitter; generating a chunking acknowledgment message frame according to the receiving state of the data, the chunking acknowledgment message frame contains a group information identifier and data receiving state information, wherein the group information identifier is used to indicate multiple transmitters which belong to the same group pre-set correspondingly by the chunking acknowledgment message frame, and the data receiving state information is used to indicate the data receiving states of various transmitters which belong to the same group, the data receiving states comprise the receiving states of the multiple data frames simultaneously transmitted by at least one transmitter; and transmitting the chunking acknowledgment message frame to the multiple transmitters.
A method for producing a fried noodle lump by dipping, in frying oil held in a frying oil tank , a retainer holding a group of noodle strings having been gelatinized, comprising: a first step of conveying the retainer with a part of the group of noodle strings dipped in the frying oil held in the frying oil tank; and a second step, following the first step, of conveying the retainer with the whole of the group of noodle strings dipped in the frying oil held in the frying oil tank, wherein a flow rate of the frying oil supplied to an upstream portion of the frying oil tank is 90% or less of a flow rate of the frying oil supplied to a downstream portion of the frying oil tank. a first step of conveying the retainer with a part of the group of noodle strings dipped in the frying oil held in the frying oil tank; and a second step, following the first step, of conveying the retainer with the whole of the group of noodle strings dipped in the frying oil held in the frying oil tank, wherein a flow rate of the frying oil supplied to an upstream portion of the frying oil tank is 90% or less of a flow rate of the frying oil supplied to a downstream portion of the frying oil tank.