mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing transmission electron microscopy, TEM, on a TEM specimen , wherein : • at least an area of the specimen is thinned by scratching a surface of the specimen with a probe suitable for Scanning Probe Microscopy, SPM, • an SPM acquisition step is performed on the thinned area , • the thinned area is exposed to an electron beam and a TEM image is taken of the thinned area. • at least an area of the specimen is thinned by scratching a surface of the specimen with a probe suitable for Scanning Probe Microscopy, SPM, • an SPM acquisition step is performed on the thinned area , • the thinned area is exposed to an electron beam and a TEM image is taken of the thinned area.
A digital pre-distortion processing method , applied to an electronic device, and comprising: detecting (S102) a standing wave status of an antenna of the electronic device; obtaining (S104) a calibration result through digital pre-distortion calibration in a case that the standing wave status satisfies a preset working condition; and determining (S106) whether to enable a digital pre-distortion function according to the calibration result; characterized in that before the obtaining (S104) a calibration result through digital pre-distortion calibration in a case that the standing wave status satisfies a preset working condition, the method further comprises: detecting a throughput of wireless-fidelity Wi-Fi of the electronic device; and the obtaining (S104) a calibration result through digital pre-distortion calibration in a case that the standing wave status satisfies a preset working condition comprises: obtaining the calibration result through digital pre-distortion calibration in a case that the standing wave status satisfies the preset working condition and the throughput of the Wi-Fi is less than a first threshold. detecting (S102) a standing wave status of an antenna of the electronic device; obtaining (S104) a calibration result through digital pre-distortion calibration in a case that the standing wave status satisfies a preset working condition; and determining (S106) whether to enable a digital pre-distortion function according to the calibration result; characterized in that before the obtaining (S104) a calibration result through digital pre-distortion calibration in a case that the standing wave status satisfies a preset working condition, the method further comprises: detecting a throughput of wireless-fidelity Wi-Fi of the electronic device; and the obtaining (S104) a calibration result through digital pre-distortion calibration in a case that the standing wave status satisfies a preset working condition comprises: obtaining the calibration result through digital pre-distortion calibration in a case that the standing wave status satisfies the preset working condition and the throughput of the Wi-Fi is less than a first threshold. detecting a throughput of wireless-fidelity Wi-Fi of the electronic device; and the obtaining (S104) a calibration result through digital pre-distortion calibration in a case that the standing wave status satisfies a preset working condition comprises: obtaining the calibration result through digital pre-distortion calibration in a case that the standing wave status satisfies the preset working condition and the throughput of the Wi-Fi is less than a first threshold.
A method implemented by one or more processors, the method comprising: processing an audio data stream , using an audio-based endpointer model , to generate an audio-based endpointing measure , wherein the audio data stream captures a spoken utterance of a user and is detected via one or more microphones of a client device; determining whether the audio-based endpointing measure satisfies an initial threshold indicating a candidate endpoint in the audio data stream; in response to determining the audio-based endpointing measure satisfies the initial threshold: processing a stream of accelerometer data , using an accelerometer model , to generate an accelerometer-based endpointing measure ; determining an overall endpointing measure as a function of both the audio-based endpointing measure and the accelerometer-based endpointing measure; determining whether the overall endpointing measure satisfies a threshold; and in response to determining the overall endpointing measure satisfies the threshold: performing one or more actions based on the spoken utterance. processing an audio data stream , using an audio-based endpointer model , to generate an audio-based endpointing measure , wherein the audio data stream captures a spoken utterance of a user and is detected via one or more microphones of a client device; determining whether the audio-based endpointing measure satisfies an initial threshold indicating a candidate endpoint in the audio data stream; in response to determining the audio-based endpointing measure satisfies the initial threshold: processing a stream of accelerometer data , using an accelerometer model , to generate an accelerometer-based endpointing measure ; determining an overall endpointing measure as a function of both the audio-based endpointing measure and the accelerometer-based endpointing measure; determining whether the overall endpointing measure satisfies a threshold; and in response to determining the overall endpointing measure satisfies the threshold: performing one or more actions based on the spoken utterance. processing a stream of accelerometer data , using an accelerometer model , to generate an accelerometer-based endpointing measure ; determining an overall endpointing measure as a function of both the audio-based endpointing measure and the accelerometer-based endpointing measure; determining whether the overall endpointing measure satisfies a threshold; and in response to determining the overall endpointing measure satisfies the threshold: performing one or more actions based on the spoken utterance.
A compressor comprising: a main body including a high-pressure chamber (H) and a low-pressure chamber (L); a discharge cover fixable to an interior space of the main body to divide the interior space of the main body into a suction space and a discharge space; a fixed scroll ; an orbiting scroll ; a compression chamber formed by the fixed scroll and the orbiting scroll to compress a refrigerant; a discharge port formed in the fixed scroll to discharge the compressed refrigerant to an outside of the compression chamber ; a bypass port formed in the fixed scroll to discharge a refrigerant being compressed in the compression chamber to the outside of the compression chamber; characterised by : a discharge guide provided on the fixed scroll to guide the refrigerant discharged from the discharge port and the bypass port to the discharge cover ; a back-pressure cover provided over the discharge guide to separate the high-pressure chamber (H) from the low-pressure chamber (L); and a middle-pressure chamber formed by the fixed scroll ; the back-pressure cover , and the discharge guide . a main body including a high-pressure chamber (H) and a low-pressure chamber (L); a discharge cover fixable to an interior space of the main body to divide the interior space of the main body into a suction space and a discharge space; a fixed scroll ; an orbiting scroll ; a compression chamber formed by the fixed scroll and the orbiting scroll to compress a refrigerant; a discharge port formed in the fixed scroll to discharge the compressed refrigerant to an outside of the compression chamber ; a bypass port formed in the fixed scroll to discharge a refrigerant being compressed in the compression chamber to the outside of the compression chamber; characterised by : a discharge guide provided on the fixed scroll to guide the refrigerant discharged from the discharge port and the bypass port to the discharge cover ; a back-pressure cover provided over the discharge guide to separate the high-pressure chamber (H) from the low-pressure chamber (L); and a middle-pressure chamber formed by the fixed scroll ; the back-pressure cover , and the discharge guide . a discharge guide provided on the fixed scroll to guide the refrigerant discharged from the discharge port and the bypass port to the discharge cover ; a back-pressure cover provided over the discharge guide to separate the high-pressure chamber (H) from the low-pressure chamber (L); and a middle-pressure chamber formed by the fixed scroll ; the back-pressure cover , and the discharge guide .
A supersonic compressor comprising: (a) a fluid inlet ; (b) a fluid outlet ; and (c) a plurality of supersonic compressor rotors , each of the supersonic compressor rotors defining an inner cylindrical cavity and an outer rotor rim and at least one radial flow channel allowing fluid communication between the inner cylindrical cavity and the outer rotor rim , said radial flow channel comprising a supersonic compression ramp ; characterised in that a first supersonic compressor rotor is disposed within an inner cylindrical cavity of a second supersonic compressor rotor ; and wherein the radial flow channel defines a subsonic diffusion zone . (a) a fluid inlet ; (b) a fluid outlet ; and (c) a plurality of supersonic compressor rotors , each of the supersonic compressor rotors defining an inner cylindrical cavity and an outer rotor rim and at least one radial flow channel allowing fluid communication between the inner cylindrical cavity and the outer rotor rim , said radial flow channel comprising a supersonic compression ramp ; characterised in that a first supersonic compressor rotor is disposed within an inner cylindrical cavity of a second supersonic compressor rotor ; and wherein the radial flow channel defines a subsonic diffusion zone .
A patient information device comprising: a controller arranged to receive physiological and laboratory data about a current patient from a patient monitoring device ; the controller being arranged to receive patient data from an admitting unit , said patient data including the age of the patient, gender of the patient, chronic diseases of the patient, patient history, and the type of admission; a unit arranged to determine a time of stay indicative of a time that the current patient has been under care; and a prediction unit arranged to predict a probability of mortality of the patient by applying an outcome variable estimation algorithm to the current patient's physiological, laboratory and patient data, wherein the outcome variable estimation algorithm weights the physiological, laboratory and patient data using the determined time of stay; and wherein the outcome variable prediction algorithm is generated by a second controller from a plurality of past patients' physiological, laboratory and patient data by accessing at least one of a plurality past patients' data fields including: physiological, laboratory and patient data, and a time of stay indicating how long each patient had been under care at the time the physiological, laboratory and patient data were generated and associated outcome variables from a clinical database . a controller arranged to receive physiological and laboratory data about a current patient from a patient monitoring device ; the controller being arranged to receive patient data from an admitting unit , said patient data including the age of the patient, gender of the patient, chronic diseases of the patient, patient history, and the type of admission; a unit arranged to determine a time of stay indicative of a time that the current patient has been under care; and a prediction unit arranged to predict a probability of mortality of the patient by applying an outcome variable estimation algorithm to the current patient's physiological, laboratory and patient data, wherein the outcome variable estimation algorithm weights the physiological, laboratory and patient data using the determined time of stay; and wherein the outcome variable prediction algorithm is generated by a second controller from a plurality of past patients' physiological, laboratory and patient data by accessing at least one of a plurality past patients' data fields including: physiological, laboratory and patient data, and a time of stay indicating how long each patient had been under care at the time the physiological, laboratory and patient data were generated and associated outcome variables from a clinical database .
A container for storing and/or transporting spent nuclear fuel comprising: a body having an outer surface and an inner surface defining an internal cavity; a plurality of blind holes formed into the body, each of the blind holes defined by a floor and a sidewall extending from the floor to an opening in the outer surface of the body; a plurality of trunnions coupled to the body, each of the trunnions comprising: a first component located within one of the blind holes, the first component extending from a first end to a second end and having an inner surface defining a hollow interior; and a second component at least partially located within the hollow interior of the first component, the second component extending from a first end to a second end along a longitudinal axis; and wherein for each of the plurality of trunnions, the second component is axially slidable relative to the first component between: a protruded state in which a portion of the second component protrudes from the outer surface of the body; and a retracted state in which the second component does not protrude from the outer surface of the body. a body having an outer surface and an inner surface defining an internal cavity; a plurality of blind holes formed into the body, each of the blind holes defined by a floor and a sidewall extending from the floor to an opening in the outer surface of the body; a plurality of trunnions coupled to the body, each of the trunnions comprising: a first component located within one of the blind holes, the first component extending from a first end to a second end and having an inner surface defining a hollow interior; and a second component at least partially located within the hollow interior of the first component, the second component extending from a first end to a second end along a longitudinal axis; and a first component located within one of the blind holes, the first component extending from a first end to a second end and having an inner surface defining a hollow interior; and a second component at least partially located within the hollow interior of the first component, the second component extending from a first end to a second end along a longitudinal axis; and wherein for each of the plurality of trunnions, the second component is axially slidable relative to the first component between: a protruded state in which a portion of the second component protrudes from the outer surface of the body; and a retracted state in which the second component does not protrude from the outer surface of the body.
A cutting insert , comprising: a base body ; and a coating layer located on a surface of the base body , wherein the cutting insert comprises a rake surface , a flank surface , and a cutting edge located along an intersecting ridge between the rake surface and the flank surface , the rake surface comprises a constraining surface formed by causing a middle part of the rake surface to be protruded relative to an outer peripheral part of the rake surface , and a breaker adjacent to the cutting edge , the breaker comprises a first breaker part close to the cutting edge , an intermediate second breaker part , and a third breaker part adjacent to the constraining surface , and the constraining surface is configured to expose the base body under absence of the coating layer , characterised in that a skewness Rsk of a roughness curve on a surface of the constraining surface is -1.50 to -0.50, a skewness Rsk of a roughness curve at the third breaker part is -0.20 or less, and the skewness Rsk on the surface of the constraining surface is smaller than the skewness Rsk at the third breaker part . a base body ; and a coating layer located on a surface of the base body , wherein the cutting insert comprises a rake surface , a flank surface , and a cutting edge located along an intersecting ridge between the rake surface and the flank surface , the rake surface comprises a constraining surface formed by causing a middle part of the rake surface to be protruded relative to an outer peripheral part of the rake surface , and a breaker adjacent to the cutting edge , the breaker comprises a first breaker part close to the cutting edge , an intermediate second breaker part , and a third breaker part adjacent to the constraining surface , and the constraining surface is configured to expose the base body under absence of the coating layer , characterised in that a skewness Rsk of a roughness curve on a surface of the constraining surface is -1.50 to -0.50, a skewness Rsk of a roughness curve at the third breaker part is -0.20 or less, and the skewness Rsk on the surface of the constraining surface is smaller than the skewness Rsk at the third breaker part .
An image processing apparatus comprising: acquisition means for acquiring a generation condition that has been used by an image processing apparatus to generate a first en-face image by applying the generation condition to a first three-dimensional image of a target eye; first generation means for generating a second en-face image from a second three-dimensional image of the target eye by applying the generation condition acquired by the acquisition means to the second three-dimensional image; and second generation means for generating a combined image by combining the first en-face image with the second en-face image. acquisition means for acquiring a generation condition that has been used by an image processing apparatus to generate a first en-face image by applying the generation condition to a first three-dimensional image of a target eye; first generation means for generating a second en-face image from a second three-dimensional image of the target eye by applying the generation condition acquired by the acquisition means to the second three-dimensional image; and second generation means for generating a combined image by combining the first en-face image with the second en-face image.
A method of operation of a network node in a wireless communication network , comprising: signaling, to a wireless device , an indication of one or more allocated sets of resource blocks that are allocated to the wireless device by an uplink grant for transmission on an uplink carrier in an unlicensed frequency spectrum; wherein the one or more allocated sets of resource blocks are one or more of a plurality of defined sets of resource blocks that correspond to a plurality of interlaces, respectively, that each spread out across an entire bandwidth of the uplink carrier, characterized in that the method comprises: signaling, to the wireless device, via Radio Resource Control signaling, a table of structures of resource allocations for all indications of one or more sets of resource blocks that are allocatable to the wireless device, to replace a default table at the wireless device. signaling, to a wireless device , an indication of one or more allocated sets of resource blocks that are allocated to the wireless device by an uplink grant for transmission on an uplink carrier in an unlicensed frequency spectrum; wherein the one or more allocated sets of resource blocks are one or more of a plurality of defined sets of resource blocks that correspond to a plurality of interlaces, respectively, that each spread out across an entire bandwidth of the uplink carrier, characterized in that the method comprises: signaling, to the wireless device, via Radio Resource Control signaling, a table of structures of resource allocations for all indications of one or more sets of resource blocks that are allocatable to the wireless device, to replace a default table at the wireless device.
A method of wireless communication performed by a user equipment, UE, comprising: receiving first downlink control information, DCI, that schedules a start of a data communication in a first transmission time interval, TTI, on a first frequency band, wherein the first frequency band is configured with an uplink/downlink time division duplexing, TDD, pattern that is synchronized with a second frequency band, wherein the first DCI includes an indication of one of uplink data or downlink data, a UE identifier of the UE, a modulation and coding scheme, MCS, for the data communication, and a resource allocation for the data communication; receiving or transmitting a first portion of the data communication in the first TTI based at least in part on receiving the first DCI; receiving second DCI that schedules a second portion of the data communication in a second TTI on the first frequency band, wherein the second DCI indicates that the second portion is part of the data communication, and wherein the second DCI further indicates the one of uplink data or downlink data in conformity with the first DCI to enable the UE to determine that the second DCI schedules the second portion of the data communication, and wherein the MCS indicates a number of TTIs that include corresponding portions of the data communication and the second DCI excludes an indication of whether the second portion is a last portion of the data communication; and receiving or transmitting the second portion of the data communication in the second TTI based at least in part on receiving the second DCI. receiving first downlink control information, DCI, that schedules a start of a data communication in a first transmission time interval, TTI, on a first frequency band, wherein the first frequency band is configured with an uplink/downlink time division duplexing, TDD, pattern that is synchronized with a second frequency band, wherein the first DCI includes an indication of one of uplink data or downlink data, a UE identifier of the UE, a modulation and coding scheme, MCS, for the data communication, and a resource allocation for the data communication; receiving or transmitting a first portion of the data communication in the first TTI based at least in part on receiving the first DCI; receiving second DCI that schedules a second portion of the data communication in a second TTI on the first frequency band, wherein the second DCI indicates that the second portion is part of the data communication, and wherein the second DCI further indicates the one of uplink data or downlink data in conformity with the first DCI to enable the UE to determine that the second DCI schedules the second portion of the data communication, and wherein the MCS indicates a number of TTIs that include corresponding portions of the data communication and the second DCI excludes an indication of whether the second portion is a last portion of the data communication; and receiving or transmitting the second portion of the data communication in the second TTI based at least in part on receiving the second DCI.