mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic imaging apparatus comprising: a processor configured to acquire a Doppler signal corresponding to a sample volume, divide the Doppler signal into a plurality of sub-Doppler signals respectively corresponding to a plurality of sections set in the sample volume. generate a plurality of spectral Doppler signals by performing spectral analysis on each of the plurality of sub-Doppler signals, determine a spectral Doppler signal corresponding to a section including an object from among the plurality of sections of the sample volume as a spectral Doppler signal corresponding to the object; model an artifact signal by using a spectral Doppler signal corresponding to a section including another object from among the plurality of sections of the sample volume; and generate a spectral Doppler signal corresponding to the object from which an artifact is removed by performing subtraction between the spectral Doppler signal corresponding to the object and the artifact signal; and a display displaying the spectral Doppler signal corresponding to the object from which the artifact is removed. a processor configured to acquire a Doppler signal corresponding to a sample volume, divide the Doppler signal into a plurality of sub-Doppler signals respectively corresponding to a plurality of sections set in the sample volume. generate a plurality of spectral Doppler signals by performing spectral analysis on each of the plurality of sub-Doppler signals, determine a spectral Doppler signal corresponding to a section including an object from among the plurality of sections of the sample volume as a spectral Doppler signal corresponding to the object; model an artifact signal by using a spectral Doppler signal corresponding to a section including another object from among the plurality of sections of the sample volume; and generate a spectral Doppler signal corresponding to the object from which an artifact is removed by performing subtraction between the spectral Doppler signal corresponding to the object and the artifact signal; and a display displaying the spectral Doppler signal corresponding to the object from which the artifact is removed.
A method for encryption of blocks of data, comprising: encrypting a block of data using a current random number generated for the block of data; encoding the current random number using one or more of a set of previous random numbers, each of the set of previous random numbers having been used to encrypt a previously sent block of data; transmitting the encrypted block of data with one or more versions of the encoded current random number, each version having been encoded using a different one of the previous random numbers; wherein a set of previous random numbers is the previous random numbers used for a predefined set of previously sent blocks of data, wherein the predefined set of previously sent blocks of data is a set of given blocks in a pattern prior to the current block. encrypting a block of data using a current random number generated for the block of data; encoding the current random number using one or more of a set of previous random numbers, each of the set of previous random numbers having been used to encrypt a previously sent block of data; transmitting the encrypted block of data with one or more versions of the encoded current random number, each version having been encoded using a different one of the previous random numbers; wherein a set of previous random numbers is the previous random numbers used for a predefined set of previously sent blocks of data, wherein the predefined set of previously sent blocks of data is a set of given blocks in a pattern prior to the current block.
Process for manufacturing an aromatic diether, comprising the reaction of a compound A comprising at least two halogenated aromatic groups with a compound B, B being an aromatic alkoxide, optionally in the presence of a compound C acting as reaction solvent, the molar proportion of compound B to compound A being at least 2:1 and the molar amount of compound C to compound A being, where appropriate, not more than 10:1. optionally in the presence of a compound C acting as reaction solvent, the molar proportion of compound B to compound A being at least 2:1 and the molar amount of compound C to compound A being, where appropriate, not more than 10:1.
An agitator bead mill for processing and in particular comminuting grinding material with the help of grinding bodies, comprising an agitator comprising a rotatable axial agitator shaft, comprising at least two grinding discs (1a, 1a*) arranged in a mirror-inverted manner on the axial agitator shaft essentially perpendicular with respect thereto, the grinding discs (1a, 1a*) each comprising two front sides (4, 5) comprising front side planes embodied essentially orthogonally to the axial agitator shaft of the agitator, wherein each of said grinding discs (1a, 1a*) comprises regions, in which a first of the two front sides has first elevations with respect to the first front side plane and wherein each of said grinding discs (1a, 1a*) comprises regions, in which a second one of the two front sides has second elevations (6*) with respect to the second front side plane, wherein flow channels for a product stream comprising grinding material and grinding bodies are in each case embodied on each front side by means of the elevations, wherein the elevations of the one grinding disc (la) are embodied so as to be located directly opposite to the elevations (6*) of the other grinding disc (1a*) due to the mirror-inverted arrangement of the grinding discs (1a, 1a*), and a first front side plane of the one grinding disc (la) located between two elevations is embodied so as to be located directly opposite to a second front side plane of the other grinding disc (1a*) located between two elevations.
An indoor unit for an air-conditioning apparatus, comprising: a casing having an air inlet formed in an upper surface of the casing and an air outlet formed below the air inlet; an axial-flow fan provided downstream of the air inlet and including a plurality of blades; a heat exchanger provided at a position downstream of the axial-flow fan and upstream of the air outlet; a plurality of filters provided to the air inlet to remove dust from air sucked into the casing by the axial-flow fan; and a bar provided on at least one of upstream of the plurality of filters and downstream of the plurality of filters in the air inlet provided upstream of the axial-flow fan; wherein leading edge portions of the plurality of blades are inclined in a direction of rotation of the axial-flow fan from the rotary shaft side of the axial-flow fan to an outer peripheral side in plan view, characterized in that the bar includes a plurality of first bars radially extending from a rotary shaft of the axial-flow fan in plan view; the plurality of first bars are inclined in a direction opposite to the direction of rotation of the axial-flow fan from the rotary shaft side of the axial-flow fan to the outer peripheral side in plan view; and the bar includes no other bars inclined in another direction than said direction wherein the plurality of first bars are inclined. a casing having an air inlet formed in an upper surface of the casing and an air outlet formed below the air inlet; an axial-flow fan provided downstream of the air inlet and including a plurality of blades; a heat exchanger provided at a position downstream of the axial-flow fan and upstream of the air outlet; a plurality of filters provided to the air inlet to remove dust from air sucked into the casing by the axial-flow fan; and a bar provided on at least one of upstream of the plurality of filters and downstream of the plurality of filters in the air inlet provided upstream of the axial-flow fan; wherein leading edge portions of the plurality of blades are inclined in a direction of rotation of the axial-flow fan from the rotary shaft side of the axial-flow fan to an outer peripheral side in plan view, characterized in that the bar includes a plurality of first bars radially extending from a rotary shaft of the axial-flow fan in plan view; the plurality of first bars are inclined in a direction opposite to the direction of rotation of the axial-flow fan from the rotary shaft side of the axial-flow fan to the outer peripheral side in plan view; and the bar includes no other bars inclined in another direction than said direction wherein the plurality of first bars are inclined.
A method for producing a spark plug which includes an insulator and a tubular metallic shell having a to-be-crimped portion at a rear end thereof and having a tool engagement portion and a to-be-buckled portion located forward of the to-be-crimped portion, the method comprising a crimping-pressing step of crimping the to-be-crimped portion using a crimping press, in a state in which the insulator is inserted into the metallic shell, to thereby fix the insulator and buckling the to-be-buckled portion, the crimping-pressing step includes: a step of bringing a crimping jig of the crimping press into contact with the to-be-crimped portion and moving the crimping jig forward such that a load acting on the crimping jig detected by a pressure sensor of the crimping press reaches a preset contact load (Lt), and a buckling step of, after the step, further moving the crimping jig forward by a preset distance (As), then stopping the crimping jig, and maintaining the crimping jig in a stopped state, said method characterized in that a difference between a target moving distance (At) of the crimping jig in a period in which the crimping jig having come into contact with the to-be-crimped portion moves until the crimping jig enters the stopped state and an actual moving distance (Ar) of the crimping jig in that period is reduced by adjusting at least one of the preset contact load (Lt) and the preset distance (As) on the basis of at least a first overshoot amount among the first overshoot amount by which the crimping jig moves excessively in the step and a second overshoot amount by which the crimping jig moves excessively in the step. a step of bringing a crimping jig of the crimping press into contact with the to-be-crimped portion and moving the crimping jig forward such that a load acting on the crimping jig detected by a pressure sensor of the crimping press reaches a preset contact load (Lt), and a buckling step of, after the step, further moving the crimping jig forward by a preset distance (As), then stopping the crimping jig, and maintaining the crimping jig in a stopped state, said method characterized in that a difference between a target moving distance (At) of the crimping jig in a period in which the crimping jig having come into contact with the to-be-crimped portion moves until the crimping jig enters the stopped state and an actual moving distance (Ar) of the crimping jig in that period is reduced by adjusting at least one of the preset contact load (Lt) and the preset distance (As) on the basis of at least a first overshoot amount among the first overshoot amount by which the crimping jig moves excessively in the step and a second overshoot amount by which the crimping jig moves excessively in the step.
A nanoparticle composition for treating or preventing a tissue infection or tissue disease associated with a microbe, the composition comprising: a first set of metal nanoparticles that are nonionic and spherical-shaped with no external bond angles or edges and have solid metal cores, a mean diameter of about 25 nm or less, and a narrow particle size distribution in which at least about 99% of the spherical-shaped metal nanoparticles are within ±3 nm of the mean diameter, wherein the spherical-shaped nanoparticles comprise ground state silver, determined by scanning transmission electron microscope; a second set of metal nanoparticles that are nonionic and coral-shaped, with a non-uniform cross section, and have a globular structure with multiple non-linear strands joined together without right angles; and a stabilizing agent that prevents or reduces agglomeration of the metal nanoparticles as compared to a composition without the stabilizing agent. a first set of metal nanoparticles that are nonionic and spherical-shaped with no external bond angles or edges and have solid metal cores, a mean diameter of about 25 nm or less, and a narrow particle size distribution in which at least about 99% of the spherical-shaped metal nanoparticles are within ±3 nm of the mean diameter, wherein the spherical-shaped nanoparticles comprise ground state silver, determined by scanning transmission electron microscope; a second set of metal nanoparticles that are nonionic and coral-shaped, with a non-uniform cross section, and have a globular structure with multiple non-linear strands joined together without right angles; and a stabilizing agent that prevents or reduces agglomeration of the metal nanoparticles as compared to a composition without the stabilizing agent.
A random access method, wherein the method comprises: receiving, by a terminal, a plurality of signals on a plurality of beams from a first access device, wherein the plurality of beams are generated in a beamforming manner; determining, by the terminal, a beam of a strongest signal in the plurality of beams; generating, by the terminal, a preamble signal for the beam of the strongest signal based on configuration information; and sending, by the terminal, the preamble signal to the first access device; wherein the method further comprises: receiving, by the terminal, a beam configuration of the first access device, from a second access device, wherein the beam configuration of the first access device is preconfigured by the first access device, and the beam configuration of the first access device includes at least one preamble allocated by the first access device to each beam of the first access device and time-frequency resource indication information used to send the preamble signal, wherein at least one time-frequency resource is allocated by the first access device to each beam of the first access device. receiving, by a terminal, a plurality of signals on a plurality of beams from a first access device, wherein the plurality of beams are generated in a beamforming manner; determining, by the terminal, a beam of a strongest signal in the plurality of beams; generating, by the terminal, a preamble signal for the beam of the strongest signal based on configuration information; and sending, by the terminal, the preamble signal to the first access device; wherein the method further comprises: receiving, by the terminal, a beam configuration of the first access device, from a second access device, wherein the beam configuration of the first access device is preconfigured by the first access device, and the beam configuration of the first access device includes at least one preamble allocated by the first access device to each beam of the first access device and time-frequency resource indication information used to send the preamble signal, wherein at least one time-frequency resource is allocated by the first access device to each beam of the first access device.
A clamping apparatus comprising: a pair of locking members protruding toward a leading end side relative to a housing and configured to be inserted into a hole of a to-be-clamped object, the locking members being arranged to be capable of being respectively pressed onto opposed portions of an inner peripheral surface of the hole; an advancing means configured to push the locking members with a predetermined force toward the leading end side; a clamp rod including wedge surfaces respectively engaged with the locking members from the leading end side; and a driving means configured to drive the clamp rod toward a base end side for clamping and to drive the clamp rod toward the leading end side for unclamping, wherein the clamp rod includes recesses formed, in an outer peripheral surface of the clamp rod, at a portion of the clamp rod which is located on the base end side relative to the wedge surfaces, the recesses being configured to respectively accommodate the pair of locking members in such a manner that inner base portions of the locking members in an unclamping position are allowed to contact each other or to get closer to each other, each of the recesses being formed to extend to a position closer to an axis of the clamp rod than a base portion of a corresponding one of the wedge surfaces, characterised in that: the recesses are communicatively connected to each other inside the clamp rod. a pair of locking members protruding toward a leading end side relative to a housing and configured to be inserted into a hole of a to-be-clamped object, the locking members being arranged to be capable of being respectively pressed onto opposed portions of an inner peripheral surface of the hole; an advancing means configured to push the locking members with a predetermined force toward the leading end side; a clamp rod including wedge surfaces respectively engaged with the locking members from the leading end side; and a driving means configured to drive the clamp rod toward a base end side for clamping and to drive the clamp rod toward the leading end side for unclamping, wherein the clamp rod includes recesses formed, in an outer peripheral surface of the clamp rod, at a portion of the clamp rod which is located on the base end side relative to the wedge surfaces, the recesses being configured to respectively accommodate the pair of locking members in such a manner that inner base portions of the locking members in an unclamping position are allowed to contact each other or to get closer to each other, each of the recesses being formed to extend to a position closer to an axis of the clamp rod than a base portion of a corresponding one of the wedge surfaces, characterised in that: the recesses are communicatively connected to each other inside the clamp rod.
A method for manufacturing a ring gear and associated housing of a gearbox of a wind turbine, the method comprising: forming the ring gear and the associated gear housing as a single part using the same material, the ring gear defining an inner circumferential surface comprising a plurality of gear teeth; and, applying a coating material to the plurality of gear teeth of the ring gear via an additive manufacturing process so as to increase a hardness of the plurality of gear teeth. forming the ring gear and the associated gear housing as a single part using the same material, the ring gear defining an inner circumferential surface comprising a plurality of gear teeth; and, applying a coating material to the plurality of gear teeth of the ring gear via an additive manufacturing process so as to increase a hardness of the plurality of gear teeth.
A process for making a coconut milk powder comprising coconut milk and coconut flour, the process comprising the steps of: - heating the coconut milk to a temperature from 55°C to 90°C to obtain a homogenous solution; - adding the coconut flour and optionally water to the homogenous coconut milk solution; - mixing the composition comprising the coconut flour, coconut milk and optionally water into an aqueous slurry; - drying the aqueous slurry into a powder; wherein the amount of coconut milk in the aqueous slurry is from 80-95% (in wet weight) and the amount of coconut flour is from 5-12% (in wet weight) and wherein the drying is spray drying and wherein the powder does not comprise maltodextrin or starch and wherein the milk powder has a coconut fat content from 10-75 wt%. - heating the coconut milk to a temperature from 55°C to 90°C to obtain a homogenous solution; - adding the coconut flour and optionally water to the homogenous coconut milk solution; - mixing the composition comprising the coconut flour, coconut milk and optionally water into an aqueous slurry; - drying the aqueous slurry into a powder;
Cementitious system comprising a cementitious component and accelerator particles coated with crosslinked shellac, characterized in that the coated accelerator particles are present together with the cementitious component in the form of a one-component formulation and the shellac is in a crosslinked form, obtainable by thermal treatment of 1 h to 7 days, preferably of 1 h to 2 days, at temperatures of 80°C to 140°C, preferably of 100°C to 120°C, characterized in that the cementitious system is a dry mortar.
An automatic machine for repairing plastic sheets, characterized by comprising, incorporated in a support structure, at least: - a rotary head, with several work stations with devices comprising at least: ▪ cutting means for cutting a defective region of the border of the sheet, ▪ donor pellet supply means (6, 7) to replace the cut portion of the sheet, ▪ welding means for welding the donor pellet to the sheet, and ▪ pressing means for pressing the weld; - an outer bench configured for situating the sheet to be repaired on same; - donor pellet holding means for holding the donor pellet supplied by the corresponding means of the head; - sheet holding means for holding the sheet; and - operation control means for the machine connected to a programmable automaton. - a rotary head, with several work stations with devices comprising at least: ▪ cutting means for cutting a defective region of the border of the sheet, ▪ donor pellet supply means (6, 7) to replace the cut portion of the sheet, ▪ welding means for welding the donor pellet to the sheet, and ▪ pressing means for pressing the weld; ▪ cutting means for cutting a defective region of the border of the sheet, ▪ donor pellet supply means (6, 7) to replace the cut portion of the sheet, ▪ welding means for welding the donor pellet to the sheet, and ▪ pressing means for pressing the weld; - an outer bench configured for situating the sheet to be repaired on same; - donor pellet holding means for holding the donor pellet supplied by the corresponding means of the head; - sheet holding means for holding the sheet; and - operation control means for the machine connected to a programmable automaton.
A tubular rotating system for rotating threaded tubulars, the system comprising: a frame; a plurality of rollers coupled to the frame and configured to rotate a tubular; and characterized in that the system comprises a control valve (110, 305) coupled to the frame and configured to control rotational speed of the rollers based on a tension force between said system and a fixed object so as to rotate the rollers at a greater rotational speed when the tension force is above a threshold value. a frame; a plurality of rollers coupled to the frame and configured to rotate a tubular; and characterized in that the system comprises a control valve (110, 305) coupled to the frame and configured to control rotational speed of the rollers based on a tension force between said system and a fixed object so as to rotate the rollers at a greater rotational speed when the tension force is above a threshold value.