mhurhangee/patent-ind-claim-en huggingface dataset:
An analysis device for analyzing a crossover frequency at which a dielectrophoretic force on dielectric particles switches from a repulsive force to an attractive force or from the attractive force to the repulsive force, the analysis device comprising: a first flow channel through which a sample solution containing the dielectric particles in dielectrophoretic liquid flows, a pair of first electrodes arranged in the first flow channel , a first power supply configured to apply a frequency-modulated AC voltage to the pair of first electrodes , and an imaging unit configured to capture an image of a movement trajectory of each of the dielectric particles flowing between the pair of first electrodes in the first flow channel , characterized by : an analyzer configured to analyze the movement trajectory along which the dielectric particles flow in the first flow channel to obtain the crossover frequency of the dielectric particles based on the captured image of the movement trajectory. a first flow channel through which a sample solution containing the dielectric particles in dielectrophoretic liquid flows, a pair of first electrodes arranged in the first flow channel , a first power supply configured to apply a frequency-modulated AC voltage to the pair of first electrodes , and an imaging unit configured to capture an image of a movement trajectory of each of the dielectric particles flowing between the pair of first electrodes in the first flow channel ,
A process of printing and curing a UV-curable ink composition comprising ≤ 20% (w/w) of any blend of monofunctional acrylate monomers, an acrylated amine and ≤ 5% (w/w) of any blend of photoinitiators; the process comprising applying the composition onto a substrate and curing; wherein the ink composition is applied by flexographic printing; and wherein the cure is accomplished by exposure to two or more separate UV irradiations from UV-LED lamps.
A reinforcing structure for a valve tower, the valve tower comprising a plurality of layers of valve sections , the reinforcing structure comprising: a plurality of connecting flanges being arranged at top corners of the layers of valve sections , respectively; and connecting rods, two ends of each said connecting rod being connected to the connecting flanges on adjacent valve towers respectively, so as to reinforce the adjacent valve towers; characterised in that the connecting modes of the adjacent valve towers comprise horizontal connection, interleaving connection and cross-layer connection. a plurality of connecting flanges being arranged at top corners of the layers of valve sections , respectively; and connecting rods, two ends of each said connecting rod being connected to the connecting flanges on adjacent valve towers respectively, so as to reinforce the adjacent valve towers; characterised in that the connecting modes of the adjacent valve towers comprise horizontal connection, interleaving connection and cross-layer connection.
A humidification and air cleaning apparatus, comprising: an outer housing forming an exterior and having a cylindrical shape; an inner housing disposed inside the outer housing , and spaced apart from the outer housing ; an air blowing passage formed between the outer housing and the inner housing ; a blower motor disposed inside the inner housing ; a blower fan disposed at a lower part of the inner housing , and coupled to a rotating shaft of the blower motor ; and a plurality of diffuser blades , disposed at the air blowing passage , connecting the outer housing and the inner housing , and configured to guide in an upward direction air blown by the blower fan ; characterised in that each diffuser blade comprises: a first blade having an inner end and an outer end with respect to the inner housing ; and a second blade having an inner end and an outer end with respect to the inner housing ; wherein the inner end of the first blade is coupled to the inner housing , the outer end of the first blade is coupled to the inner end of the second blade , and the outer end of the second blade is coupled to the outer housing ; and the first blade and the second blade are inclined with respect to each other to form an included angle. an outer housing forming an exterior and having a cylindrical shape; an inner housing disposed inside the outer housing , and spaced apart from the outer housing ; an air blowing passage formed between the outer housing and the inner housing ; a blower motor disposed inside the inner housing ; a blower fan disposed at a lower part of the inner housing , and coupled to a rotating shaft of the blower motor ; and a plurality of diffuser blades , disposed at the air blowing passage , connecting the outer housing and the inner housing , and configured to guide in an upward direction air blown by the blower fan ; characterised in that each diffuser blade comprises: a first blade having an inner end and an outer end with respect to the inner housing ; and a second blade having an inner end and an outer end with respect to the inner housing ; wherein the inner end of the first blade is coupled to the inner housing , the outer end of the first blade is coupled to the inner end of the second blade , and the outer end of the second blade is coupled to the outer housing ; and the first blade and the second blade are inclined with respect to each other to form an included angle. a first blade having an inner end and an outer end with respect to the inner housing ; and a second blade having an inner end and an outer end with respect to the inner housing ; wherein the inner end of the first blade is coupled to the inner housing , the outer end of the first blade is coupled to the inner end of the second blade , and the outer end of the second blade is coupled to the outer housing ; and the first blade and the second blade are inclined with respect to each other to form an included angle.
An image forming apparatus that is configured to enter a first power state and a second power state, wherein power consumption in the second power state is lower than power consumption in the first power state, the image forming apparatus comprising: detection means for detecting a human; return means that is configured to be operated by a user in order to shift the image forming apparatus from the second power state to the first power state; and power-source control means for, on the basis that the return means has been operated by the user, shifting the image forming apparatus from the second power state to the first power state, characterized by further comprising: a light-emitting section , placed inside or near the return means, that is configured to perform illumination, on the basis that a human has been detected by the detection means. detection means for detecting a human; return means that is configured to be operated by a user in order to shift the image forming apparatus from the second power state to the first power state; and power-source control means for, on the basis that the return means has been operated by the user, shifting the image forming apparatus from the second power state to the first power state, characterized by further comprising: a light-emitting section , placed inside or near the return means, that is configured to perform illumination, on the basis that a human has been detected by the detection means.
Rotary mowing head with - a mowing head housing , - in which at least one blade unit is arranged, - wherein the at least one blade unit comprises at least one blade fastened to a blade shaft that is able to rotate about an upright axis of rotation whose direction deviates from the vertical by a maximum of 20%, - the at least one blade shaft is rotatingly driven by a mower drive comprising a motor , - wherein the underside of the housing is partially closed by a floor , characterised in that - there is at least one air intake opening in the cover of the housing . - a mowing head housing , - in which at least one blade unit is arranged, - wherein the at least one blade unit comprises at least one blade fastened to a blade shaft that is able to rotate about an upright axis of rotation whose direction deviates from the vertical by a maximum of 20%, - the at least one blade shaft is rotatingly driven by a mower drive comprising a motor , - wherein the underside of the housing is partially closed by a floor , characterised in that - there is at least one air intake opening in the cover of the housing .
A battery module, comprising: a plurality of battery cells; a module case configured to accommodate the plurality of battery cells and filled with an insulating oil therein to a predetermined height, wherein the insulating oil fills the inside of the module case in an amount covering an entire volume of the battery cells and is disposed to be spaced apart from an inner wall of one side of the module case by a predetermined distance; and a plurality of channel guide members respectively disposed between the plurality of battery cells so that facing battery cells are spaced apart from each other by a predetermined distance, wherein the plurality of channel guide members are made of an elastic pad. a plurality of battery cells; a module case configured to accommodate the plurality of battery cells and filled with an insulating oil therein to a predetermined height, wherein the insulating oil fills the inside of the module case in an amount covering an entire volume of the battery cells and is disposed to be spaced apart from an inner wall of one side of the module case by a predetermined distance; and a plurality of channel guide members respectively disposed between the plurality of battery cells so that facing battery cells are spaced apart from each other by a predetermined distance, wherein the plurality of channel guide members are made of an elastic pad.
A high pressure polyethylene polymerization system comprising a reactor, a primary compressor, and a secondary compressor , the secondary compressor comprising: a. a first stage, wherein the first stage comprises at least two cylinders (102a-j), and the discharge pipes of the at least two cylinders are fluidly connected by a first stage discharge pipe cross-connect (110a-b); b. a second stage (102k-t); c. an interstage; and d. a first cooler (104a-d) applied to the interstage piping at a location within 1 meters downstream of the first stage discharge pipe cross-connect. a. a first stage, wherein the first stage comprises at least two cylinders (102a-j), and the discharge pipes of the at least two cylinders are fluidly connected by a first stage discharge pipe cross-connect (110a-b); b. a second stage (102k-t); c. an interstage; and d. a first cooler (104a-d) applied to the interstage piping at a location within 1 meters downstream of the first stage discharge pipe cross-connect.
An inference method performed by an inference device , the inference method comprising: an acquisition step of acquiring similarities between a domain name serving as an analysis object and each domain name indicated in a legitimate domain name list, as feature amounts; and an inference step of inferring a degree that the domain name serving as the analysis object is wrongly recognized as a legitimate domain name based on the feature amounts acquired at the acquisition step and a training model that outputs, as a response to input of the feature amounts, a degree that the domain name serving as the analysis object is wrongly recognized as the legitimate domain name. an acquisition step of acquiring similarities between a domain name serving as an analysis object and each domain name indicated in a legitimate domain name list, as feature amounts; and an inference step of inferring a degree that the domain name serving as the analysis object is wrongly recognized as a legitimate domain name based on the feature amounts acquired at the acquisition step and a training model that outputs, as a response to input of the feature amounts, a degree that the domain name serving as the analysis object is wrongly recognized as the legitimate domain name.
Method for laser beam welding of one or more steel sheets made of press-hardenable manganese-boron steel, wherein at least one of the steel sheets (1, 2; 2') has a coating made of aluminium and the laser beam welding takes place by feeding a filler wire into the melt bath generated exclusively by means of a laser beam , wherein the filler wire contains at least one austenite-stabilising alloy element, and wherein the laser beam is set into oscillation such that it oscillates transverse to the welding direction, characterised in that the oscillation frequency of the laser beam is at least 200 Hz, preferably at least 500 Hz, in that the geometry of the weld seam is detected and in that the oscillation frequency and/or the amplitude of the oscillating laser beam are varied as a function of the detected geometry of the weld seam .
A delivery system for percutaneous transcatheter delivery of an annuloplasty ring to repair a target valve of a heart via a trans-apical approach, the delivery apparatus comprising: a guide sheath having a lumen therethrough and configured to be positioned into the heart via an access site through a wall of the heart at the apex of the heart, the guide sheath having a length configured to be positioned through a ventricle of the heart, retrograde through the target valve, and into an atrium of the heart; a delivery assembly configured to be positioned within the guide sheath and advanced to a distal portion of the guide sheath; an annuloplasty ring configured to be arranged in a compressed delivery geometry within a plane that is transverse to a longitudinal axis of the lumen of the guiding sheath, wherein the annuloplasty ring comprises a plurality of anchors configured to be pressed into and engage tissue of the annulus of the target valve; and wherein the delivery assembly comprises a balloon assembly 106 and the annuloplasty ring is further configured to be arranged around the balloon assembly which comprises an upper balloon portion, a lower balloon portion and a double lumen shaft coupling the upper balloon portion and the lower balloon portion, the double lumen shaft having a first lumen coupled to and configured to direct a fluid or gas into the upper balloon portion from outside the heart and a second lumen coupled to and configured to direct a fluid or gas into the lower balloon portion from outside the heart. a guide sheath having a lumen therethrough and configured to be positioned into the heart via an access site through a wall of the heart at the apex of the heart, the guide sheath having a length configured to be positioned through a ventricle of the heart, retrograde through the target valve, and into an atrium of the heart; a delivery assembly configured to be positioned within the guide sheath and advanced to a distal portion of the guide sheath; an annuloplasty ring configured to be arranged in a compressed delivery geometry within a plane that is transverse to a longitudinal axis of the lumen of the guiding sheath, wherein the annuloplasty ring comprises a plurality of anchors configured to be pressed into and engage tissue of the annulus of the target valve; and wherein the delivery assembly comprises a balloon assembly 106 and the annuloplasty ring is further configured to be arranged around the balloon assembly which comprises an upper balloon portion, a lower balloon portion and a double lumen shaft coupling the upper balloon portion and the lower balloon portion, the double lumen shaft having a first lumen coupled to and configured to direct a fluid or gas into the upper balloon portion from outside the heart and a second lumen coupled to and configured to direct a fluid or gas into the lower balloon portion from outside the heart.
A method for changing an association relationship between a mission critical push to talk, MCPTT, user and an MCPTT group comprising: receiving , by a first network element device, an association change request from first user equipment, UE, wherein the association change request comprises request information, the request information is used to indicate that a first MCPTT user requests to change an association relationship between a second MCPTT user and a first MCPTT group, the first MCPTT user is an MCPTT user using the first UE, and the request information comprises: a user identifier of the second MCPTT user and a group identifier of the first MCPTT group; and setting , by the first network element device, the association relationship between the second MCPTT user and the first MCPTT group according to the association change request. receiving , by a first network element device, an association change request from first user equipment, UE, wherein the association change request comprises request information, the request information is used to indicate that a first MCPTT user requests to change an association relationship between a second MCPTT user and a first MCPTT group, the first MCPTT user is an MCPTT user using the first UE, and the request information comprises: a user identifier of the second MCPTT user and a group identifier of the first MCPTT group; and setting , by the first network element device, the association relationship between the second MCPTT user and the first MCPTT group according to the association change request.
A method of handling at least one uplink, UL, transmission for a communication device communicating with a first base station and a second base station, the method comprising the steps of: detecting, by the communication device, a radio link problem between the communication device and the second base station ; stopping performing, by the communication device, at least one UL transmission for the second base station, after the radio link problem is detected ; and transmitting, by the communication device, information related to the radio link problem to the first base station; wherein the communication device communicates with the first base station and the second base station simultaneously according to dual connectivity configured to the communication device. detecting, by the communication device, a radio link problem between the communication device and the second base station ; stopping performing, by the communication device, at least one UL transmission for the second base station, after the radio link problem is detected ; and transmitting, by the communication device, information related to the radio link problem to the first base station; wherein the communication device communicates with the first base station and the second base station simultaneously according to dual connectivity configured to the communication device.
A radiation detector , comprising: a first photoconductor layer comprising photosensitive particles disposed on a first substrate ; and a second photoconductor layer comprising crystal-grown, photosensitive-material crystals, wherein the second photoconductor layer is formed by vapour deposition; and wherein the second photoconductor layer has pores among crystals and is disposed on the first photoconductor layer; and wherein at least some of the photosensitive particles fill gaps between the crystals and fill pores of the second photoconductor layer; wherein the first photoconductor layer has been formed by applying on the first substrate a paste comprising a solvent mixed with the photosenstive particles, pressing the second photoconductor layer thereon, and removing the solvent. a first photoconductor layer comprising photosensitive particles disposed on a first substrate ; and a second photoconductor layer comprising crystal-grown, photosensitive-material crystals, wherein the second photoconductor layer is formed by vapour deposition; and wherein the second photoconductor layer has pores among crystals and is disposed on the first photoconductor layer; and wherein at least some of the photosensitive particles fill gaps between the crystals and fill pores of the second photoconductor layer; wherein the first photoconductor layer has been formed by applying on the first substrate a paste comprising a solvent mixed with the photosenstive particles, pressing the second photoconductor layer thereon, and removing the solvent.
A preparation method of a battery composite material characterized in that , at least comprising steps of: (a) providing a manganese-contained compound, phosphoric acid, a lithium-contained compound, a carbon source, and deionized water, wherein the chemical formula of the phosphoric acid is written by H 3 PO 4 ; (b) processing a reaction of the manganese-contained compound, the phosphoric acid, and a portion of the deionized water to produce a first product; (c) placing the first product at a first temperature for at least a first time period to produce a first precursor, wherein the chemical formula of the first precursor is written by Mn 5 (HPO 4 ) 2 (PO 4 ) 2 (H 2 O) 4 , the first temperature is larger than or equal to 60°C, and less than or equal to 100°C, and the first time period is larger than or equal to 18 hours; and (d) processing a reaction of at least the first precursor, the lithium-contained compound, and another portion of the deionized water, adding the carbon source, and then calcining to produce the battery composite material. (a) providing a manganese-contained compound, phosphoric acid, a lithium-contained compound, a carbon source, and deionized water, wherein the chemical formula of the phosphoric acid is written by H 3 PO 4 ; (b) processing a reaction of the manganese-contained compound, the phosphoric acid, and a portion of the deionized water to produce a first product; (c) placing the first product at a first temperature for at least a first time period to produce a first precursor, wherein the chemical formula of the first precursor is written by Mn 5 (HPO 4 ) 2 (PO 4 ) 2 (H 2 O) 4 , the first temperature is larger than or equal to 60°C, and less than or equal to 100°C, and the first time period is larger than or equal to 18 hours; and (d) processing a reaction of at least the first precursor, the lithium-contained compound, and another portion of the deionized water, adding the carbon source, and then calcining to produce the battery composite material.
An evaporator air duct panel for a refrigeration system having an evaporator and an evaporator air duct at least partially defined by the evaporator air duct panel, the evaporator air duct panel comprising: a plurality of standoffs extending from the evaporator air duct panel, the plurality of standoffs configured to extend into the evaporator air duct; and a component housing portion extending from the evaporator air duct panel into the evaporator air duct and forming a low-flow area below the component housing portion; characterised in that the plurality of standoffs are arranged in a pattern that includes a first group , a second group , a third group and a fourth group , with each group standoffs arranged linearly along an air flow direction ; and in that the first group, and the fourth group comprise standoffs angled relative to the air flow direction for directing air to the low-flow area. a plurality of standoffs extending from the evaporator air duct panel, the plurality of standoffs configured to extend into the evaporator air duct; and a component housing portion extending from the evaporator air duct panel into the evaporator air duct and forming a low-flow area below the component housing portion; characterised in that the plurality of standoffs are arranged in a pattern that includes a first group , a second group , a third group and a fourth group , with each group standoffs arranged linearly along an air flow direction ; and in that the first group, and the fourth group comprise standoffs angled relative to the air flow direction for directing air to the low-flow area.