mhurhangee/patent-ind-claim-en huggingface dataset:
A separator comprising a plurality of unit bodies continuously arranged along a first direction and arranged apart at predetermined intervals along a second direction orthogonal to the first direction, wherein each of the unit bodies has a wedge shape having a first inclined surface and a second inclined surface , connected at a predetermined angle at a vertex portion and two unit bodies (110-1, 110-3) adjacent along the second direction are arranged so that each vertex portion is not coaxially located with respect to a virtual line parallel to the second direction. a plurality of unit bodies continuously arranged along a first direction and arranged apart at predetermined intervals along a second direction orthogonal to the first direction, wherein each of the unit bodies has a wedge shape having a first inclined surface and a second inclined surface , connected at a predetermined angle at a vertex portion and two unit bodies (110-1, 110-3) adjacent along the second direction are arranged so that each vertex portion is not coaxially located with respect to a virtual line parallel to the second direction.
A beverage making machinehaving a precursor liquid supply to provide precursor liquid used to form a beverage; and a tank having an inlet coupled to the precursor liquid supply to receive precursor liquid into the tank , and an outlet to deliver precursor liquid from the tank to a dispensing station, a thermoelectric device thermally coupled to the tank to cool precursor liquid in the tank ; characterized by a heat pipe having an evaporator section and a condenser section, the evaporator section thermally coupled to the thermoelectric device to receive heat from the thermoelectric device ; and a heat sink thermally coupled to the condenser section of the heat pipe to receive heat from the heat pipe.
An aroma candle lamp with a 3D swinging flame, comprising a housing and an electronic candle module and an aroma module that are arranged in the housing ; the electronic candle module comprises a simulating flame, a fixture for fixing the simulating flame and a swing device for driving the simulating flame to swing; the aroma module comprises an aroma component and an aroma fan , wherein the aroma fan is arranged at the top portion of the aroma component, and the aroma fan rotates to drive aroma to spread out from the candle lamp ; wherein the simulating flame comprises a flame body wherein the simulating flame comprises a light source that is arranged in the flame body ; the fixture includes a left cover and a right cover ; the right cover has an inside wall fixedly provided with a light source fixing bracket ; and the light source is fixedly installed on the light source fixing bracket ; wherein the left cover and the right cover surround a candle lamp cavity; the swing device is arranged in the candle lamp cavity; the swing device comprises a support block and a swing bracket , wherein the support block has a support portion and a fixing portion connected to one side of the support portion, the support block is fixedly arranged on an inside wall of the left cover through the fixing portion; wherein the swing bracket comprises a top portion that protrudes upward and a magnet holder that is arranged below the top portion, the support portion of the support block is arranged on the inner side of the top portion, the top end of the support portion and the top portion form a point contact, and the swing bracket pivotally swings around the contact point on the top end of the support portion.
An instrument device for a vehicle, comprising: a main board with an electronic component mounted thereto, the electronic component being independent from a design of a dial plate ; and a sub-circuit body with an electronic component mounted in a position corresponding to the design of the dial plate , characterized in that the main board has a protrusion , around which a pattern of a conductor is formed for electric connection to the sub-circuit body , wherein the sub- circuit body has a hole around which a conductor pattern is formed, wherein the main board and the sub-circuit body are directly joined and electrically connected to each other by introducing the protrusion into and engaging with the hole . a main board with an electronic component mounted thereto, the electronic component being independent from a design of a dial plate ; and a sub-circuit body with an electronic component mounted in a position corresponding to the design of the dial plate , characterized in that the main board has a protrusion , around which a pattern of a conductor is formed for electric connection to the sub-circuit body , wherein the sub- circuit body has a hole around which a conductor pattern is formed, wherein the main board and the sub-circuit body are directly joined and electrically connected to each other by introducing the protrusion into and engaging with the hole .
A method for forming a steel pipe, forming a steel plate as raw material into a substantially cylindrical shape by first half forming performing three-point bending-press a plurality of times from one plate width end portion of the steel plate as raw material toward a plate width center, second half forming performing three-point bending-press a plurality of times from the other plate width end portion toward the plate width center, and final forming performing the three-point bending-press on the plate width central portion, characterized in that the first half forming is divided into preceding forming performed before the second half forming and succeeding forming performed after the second half forming, and a ratio of a forming range in the preceding forming to the steel plate width is set in a range of more than 0.17 to less than 0.46.
A magnetic bearing thrust stator , comprising: a plurality of stator sectors , each stator sector of said plurality of stator sectors, comprising: a semi-circumferentially slotted stator portion comprising a plurality of semi-circumferential poles ; and a first coil portion shaped to fit substantially within said semi-circumferentially slotted stator portion, and said first coil portion defining a coil longitudinal axis that is adapted to extend within a plane oriented substantially perpendicularly to a longitudinal axis of a rotating shaft , said first coil portion comprising a pair of semi-toroidal portions coupled by an opposing pair of U-shaped bends , each of said opposing pair of U-shaped bends extending substantially perpendicularly to said plane, wherein said magnetic bearing thrust stator is operatively adapted to restrain movement of the rotating shaft along the longitudinal axis of the rotating shaft. a plurality of stator sectors , each stator sector of said plurality of stator sectors, comprising: a semi-circumferentially slotted stator portion comprising a plurality of semi-circumferential poles ; and a first coil portion shaped to fit substantially within said semi-circumferentially slotted stator portion, and said first coil portion defining a coil longitudinal axis that is adapted to extend within a plane oriented substantially perpendicularly to a longitudinal axis of a rotating shaft , said first coil portion comprising a pair of semi-toroidal portions coupled by an opposing pair of U-shaped bends , each of said opposing pair of U-shaped bends extending substantially perpendicularly to said plane, a semi-circumferentially slotted stator portion comprising a plurality of semi-circumferential poles ; and a first coil portion shaped to fit substantially within said semi-circumferentially slotted stator portion, and said first coil portion defining a coil longitudinal axis that is adapted to extend within a plane oriented substantially perpendicularly to a longitudinal axis of a rotating shaft , said first coil portion comprising a pair of semi-toroidal portions coupled by an opposing pair of U-shaped bends , each of said opposing pair of U-shaped bends extending substantially perpendicularly to said plane, wherein said magnetic bearing thrust stator is operatively adapted to restrain movement of the rotating shaft along the longitudinal axis of the rotating shaft.
A method for machine learning of a model for detecting malicious files, wherein the method comprises: selecting a first file from a database of files as a training sample; generating a behavior log based on executable commands intercepted during execution of the selected first file; generating a plurality of behavior patterns based on the behavior log; determining a convolution function based on the behavior patterns such that an inverse convolution function of a result of the convolution function has a degree of similarity with the generated behavior pattern greater than a specified first value; training a detection model for detecting malicious files by calculating a plurality of parameters of the detection model using the convolution function on the behavior patterns; and detecting that a second file is a malicious file using the trained detection model on a system behavior log generated during execution of the second file. selecting a first file from a database of files as a training sample; generating a behavior log based on executable commands intercepted during execution of the selected first file; generating a plurality of behavior patterns based on the behavior log; determining a convolution function based on the behavior patterns such that an inverse convolution function of a result of the convolution function has a degree of similarity with the generated behavior pattern greater than a specified first value; training a detection model for detecting malicious files by calculating a plurality of parameters of the detection model using the convolution function on the behavior patterns; and detecting that a second file is a malicious file using the trained detection model on a system behavior log generated during execution of the second file.
A method of manufacturing semiconductor devices , the method comprising: - providing a leadframe having a die pad area , - attaching onto said die pad area at least one semiconductor die via soft-solder die attach material, - forming a device package by molding package material onto the at least one semiconductor die attached onto said die pad area of the leadframe , wherein the method comprises: - providing onto said leadframe an enhancing layer countering device package delamination, - removing (L) said enhancing layer from at least a portion of the die pad area , and - attaching said at least one semiconductor die onto said die pad area via soft-solder die attach material provided where said enhancing layer has been removed, characterized in that the method comprises removing said enhancing layer from said die pad area via laser beam ablation (L). - providing a leadframe having a die pad area , - attaching onto said die pad area at least one semiconductor die via soft-solder die attach material, - forming a device package by molding package material onto the at least one semiconductor die attached onto said die pad area of the leadframe , - providing onto said leadframe an enhancing layer countering device package delamination, - removing (L) said enhancing layer from at least a portion of the die pad area , and - attaching said at least one semiconductor die onto said die pad area via soft-solder die attach material provided where said enhancing layer has been removed,
Compensation filter (KF) for reducing interference such as leakage currents, comprising - a first port (P1), a second port (P) and a power supply line (SL) between the first port (P1) and the second port (P2), - an electrical amplifier (V, ELV) having an input and an output, - an output-coupling circuit (AKS) connected between the power supply line (SL) and the input of the amplifier (V, ELV), - an input-coupling circuit (EKS) connected between the output of the amplifier (V, ELV) and the power supply line (SL), and - a time switch (ZS), wherein - the compensation filter (KF) is provided to attenuate a common-mode interference in the power supply line (SL), and - the time switch (ZS) is connected in series with the input-coupling circuit (EKS) between the output of the amplifier (V, ELV) and the power supply line (SL). - a first port (P1), a second port (P) and a power supply line (SL) between the first port (P1) and the second port (P2), - an electrical amplifier (V, ELV) having an input and an output, - an output-coupling circuit (AKS) connected between the power supply line (SL) and the input of the amplifier (V, ELV), - an input-coupling circuit (EKS) connected between the output of the amplifier (V, ELV) and the power supply line (SL), and - a time switch (ZS), wherein - the compensation filter (KF) is provided to attenuate a common-mode interference in the power supply line (SL), and - the time switch (ZS) is connected in series with the input-coupling circuit (EKS) between the output of the amplifier (V, ELV) and the power supply line (SL).
A computed tomography method for determining a volumetric representation of a sample , comprising a first reconstruction for reconstructing first reconstructed volume data of the sample from first x-ray projection data of the sample taken by an x-ray system , a second reconstruction for reconstructing second reconstructed volume data of the sample from second x-ray projection data of the sample taken by an x-ray system , characterized by calculating first individual confidence measures for single voxels of said first reconstructed volume data , calculating second individual confidence measures for single voxels of said second reconstructed volume data , and calculating, in a subsequent step , at least one resulting set of individual values for each voxel based on said first individual confidence measures and said second individual confidence measures , said individual values comprising reconstructed volume data generated from said first and second reconstructed volume data based on a voxel-by-voxel comparison of said first and second individual confidence measures in a fusion step , and the fusion criterion is evaluated for each single voxel of the reconconstructed volume data to calculate a resulting confidence measure generated from said first and second individual confidence measures (28a, ; 28b), and a conflict measure calculated for individual voxels of the sample volume generated from said first and second individual confidence measures to identify critical regions which may require special attention.
A nucleating agent and a thrombolytic agent for use in a method for enhancing stable cavitation during sonothrombolysis, the method comprising: administering the nucleating agent and the thrombolytic agent to a treatment zone of a patient; providing a determined level of ultrasonic energy substantially throughout the treatment zone of the patient, wherein the determined level of ultrasonic energy is produced by a source transducer and comprises a fundamental ultrasonic frequency; detecting a scattered level of ultrasonic energy, wherein the scattered level of ultrasonic energy is received by a detector transducer and comprises a derivative frequency of the fundamental ultrasonic frequency selected from the group consisting of a subharmonic frequency, an ultraharmonic frequency, and combinations thereof; characterised in that the determined level of ultrasonic energy is provided in intervals separated by rest periods, each interval lasting for an interval duration and each rest period lasting for a rest period duration, wherein no ultrasonic energy is provided during the rest periods, and the method further comprises: modifying the interval and rest period duration to enhance stable cavitation during sonothrombolysis by leaving the source transducer on when the scattered level of ultrasonic energy received by the detector indicates continued bubble activity, and initiating a rest period when the scattered level of ultrasonic energy received by the detector decreases or cavitation is not detected. administering the nucleating agent and the thrombolytic agent to a treatment zone of a patient; providing a determined level of ultrasonic energy substantially throughout the treatment zone of the patient, wherein the determined level of ultrasonic energy is produced by a source transducer and comprises a fundamental ultrasonic frequency; detecting a scattered level of ultrasonic energy, wherein the scattered level of ultrasonic energy is received by a detector transducer and comprises a derivative frequency of the fundamental ultrasonic frequency selected from the group consisting of a subharmonic frequency, an ultraharmonic frequency, and combinations thereof; characterised in that the determined level of ultrasonic energy is provided in intervals separated by rest periods, each interval lasting for an interval duration and each rest period lasting for a rest period duration, wherein no ultrasonic energy is provided during the rest periods, and the method further comprises: modifying the interval and rest period duration to enhance stable cavitation during sonothrombolysis by leaving the source transducer on when the scattered level of ultrasonic energy received by the detector indicates continued bubble activity, and initiating a rest period when the scattered level of ultrasonic energy received by the detector decreases or cavitation is not detected.
A radar transceiver, comprising: a chirp generator for generating a chirp having an initial frequency, f 0 , a final frequency, f 1 a controllable variable gain amplifier having an input connected to an output of the chirp generator, a control unit connected to a control input on the chirp generator, and to a control input on the controllable variable gain amplifier, said control unit adapted to output a first control signal to the chirp generator such that the chirp generator starts generating the chirp, output a second control signal to the controllable variable gain amplifier such that the controllable variable gain amplifier starts increasing an amplification in the controllable variable gain amplifier from a first amplification level, A 1 , along a slope, to a second amplification level, A 2 , during at least a portion of a time interval during which the chirp is generated, wherein the control unit is adapted to output the first control signal and the second control signal such that the start of generating the chirp coincides with the start of the increase in amplification. a chirp generator for generating a chirp having an initial frequency, f 0 , a final frequency, f 1 a controllable variable gain amplifier having an input connected to an output of the chirp generator, a control unit connected to a control input on the chirp generator, and to a control input on the controllable variable gain amplifier, said control unit adapted to output a first control signal to the chirp generator such that the chirp generator starts generating the chirp, output a second control signal to the controllable variable gain amplifier such that the controllable variable gain amplifier starts increasing an amplification in the controllable variable gain amplifier from a first amplification level, A 1 , along a slope, to a second amplification level, A 2 , during at least a portion of a time interval during which the chirp is generated, output a first control signal to the chirp generator such that the chirp generator starts generating the chirp, output a second control signal to the controllable variable gain amplifier such that the controllable variable gain amplifier starts increasing an amplification in the controllable variable gain amplifier from a first amplification level, A 1 , along a slope, to a second amplification level, A 2 , during at least a portion of a time interval during which the chirp is generated, wherein the control unit is adapted to output the first control signal and the second control signal such that the start of generating the chirp coincides with the start of the increase in amplification.
Driverless transport vehicle for conveying a load support, comprising - a chassis ; - a load-carrying unit that is connected to the chassis ; - a lifting unit for lifting the load-carrying unit relative to the chassis , characterized in that - the chassis has two individual chassis units that each comprise at least one wheel unit , the chassis units being interconnected by means of the load-carrying unit . - a chassis ; - a load-carrying unit that is connected to the chassis ; - a lifting unit for lifting the load-carrying unit relative to the chassis , - the chassis has two individual chassis units that each comprise at least one wheel unit , the chassis units being interconnected by means of the load-carrying unit .
A surgical instrument , comprising: a handle portion ; a shaft housing a firing bar ; an end effector comprising an anvil , a lower jaw , and a stapling and severing assembly responsive to a longitudinal closing motion produced by the handle portion and the shaft ; a removable cartridge , wherein the lower jaw is configured to receive a cartridge when the end effector is in an open configuration, the cartridge comprising: a housing, a plurality of staples disposed in the housing, and a deck disposed over the plurality of staples , the deck defining apertures , each aperture being substantially disposed over each staple ; and a movable buttress ; characterized in that the buttress is stored within the housing of the cartridge or stored within the lower jaw of the end effector , the buttress being movable relative to the cartridge and relative to the end effector to dispense the buttress material so that an exposed portion of the buttress is available for receipt of tissue . a handle portion ; a shaft housing a firing bar ; an end effector comprising an anvil , a lower jaw , and a stapling and severing assembly responsive to a longitudinal closing motion produced by the handle portion and the shaft ; a removable cartridge , wherein the lower jaw is configured to receive a cartridge when the end effector is in an open configuration, the cartridge comprising: a housing, a plurality of staples disposed in the housing, and a deck disposed over the plurality of staples , the deck defining apertures , each aperture being substantially disposed over each staple ; and a housing, a plurality of staples disposed in the housing, and a deck disposed over the plurality of staples , the deck defining apertures , each aperture being substantially disposed over each staple ; and a movable buttress ; characterized in that the buttress is stored within the housing of the cartridge or stored within the lower jaw of the end effector , the buttress being movable relative to the cartridge and relative to the end effector to dispense the buttress material so that an exposed portion of the buttress is available for receipt of tissue .