mhurhangee/patent-ind-claim-en huggingface dataset:
A method of measuring pleural effusion, in which a measuring device containing a large number of radiation sources and corresponding radiation detectors is applied to the body of the patient being examined, in the vicinity of his lungs, where radiation sources are adapted to emission and detectors to receive electromagnetic infrared radiation, in particular near infrared, including the steps comprising: - electromagnetic radiation of at least two wavelengths is emitted from the radiation sources, - in the detectors, signals constituting electromagnetic radiation re-emitted by the lungs and corresponding to emitted from sources by electromagnetic radiation of at least two wavelengths are recorded, and - the spectral characteristics of the signals received in the detector as a function of the difference in radiation intensity for different emitter detector pairs and their location on the body surface are analyzed, wherein before the emission stage from radiation sources of electromagnetic radiation with at least two wavelengths, the position of the measuring device is calibrated to detect the position of the intercostal space, in which electromagnetic radiation of wavelength λ k is emitted and received on the detector a wavelength different from the wavelengths emitted in measuring the pleural effusion and corresponding to the maximum bone tissue absorption coefficient, and wherein the method is carried out in the vertical position of the patient being examined. - electromagnetic radiation of at least two wavelengths is emitted from the radiation sources, - in the detectors, signals constituting electromagnetic radiation re-emitted by the lungs and corresponding to emitted from sources by electromagnetic radiation of at least two wavelengths are recorded, and - the spectral characteristics of the signals received in the detector as a function of the difference in radiation intensity for different emitter detector pairs and their location on the body surface are analyzed, wherein before the emission stage from radiation sources of electromagnetic radiation with at least two wavelengths, the position of the measuring device is calibrated to detect the position of the intercostal space, in which electromagnetic radiation of wavelength λ k is emitted and received on the detector a wavelength different from the wavelengths emitted in measuring the pleural effusion and corresponding to the maximum bone tissue absorption coefficient, and wherein the method is carried out in the vertical position of the patient being examined.
A comb for the treatment of pediculosis by cleaning and removing nits and/or lice from a user's hair, comprising a comb of the type having a grip handle from which a plurality of teeth is projected, wherein said teeth have a proximal end retained in said handle and a free distal end, said teeth being differentiated into a first plurality of teeth and a second plurality of teeth , where the teeth of the first plurality alternate with the teeth of the second plurality and the teeth of said first plurality are longer than the teeth of said second plurality so that the distal ends of the teeth of the first plurality project beyond the distal ends of the teeth of the second plurality , wherein said teeth are separated by a distance of between 0.05 mm and 0.2 mm, characterized in that said teeth of the first and second plurality of teeth are steel teeth having a diameter of 1.25 mm. said teeth have a proximal end retained in said handle and a free distal end, said teeth being differentiated into a first plurality of teeth and a second plurality of teeth , where the teeth of the first plurality alternate with the teeth of the second plurality and the teeth of said first plurality are longer than the teeth of said second plurality so that the distal ends of the teeth of the first plurality project beyond the distal ends of the teeth of the second plurality , wherein said teeth are separated by a distance of between 0.05 mm and 0.2 mm, characterized in that said teeth of the first and second plurality of teeth are steel teeth having a diameter of 1.25 mm.
Cannabidivarin (CBDV) for use in the treatment of epilepsy, wherein the CBDV is present as an isolated cannabinoid.
Hand-guided working implement, having a tool, an internal combustion engine for driving the tool, a manually operated cable-controlled starter for the internal combustion engine and a stop button to be operated by the operator for switching off the internal combustion engine , wherein the internal combustion engine has a crankshaft bearing-mounted in a crankcase and operatively connected to the tool via a centrifugal clutch , wherein the internal combustion engine has an intake duct in which a throttle element is located, wherein the throttle element can be moved by an operator by means of a throttle lever between a first end position and a second end position , wherein the first end position is assigned to idling and wherein the second end position is assigned to full load, wherein the internal combustion engine has a spark plug and a fuel valve , wherein the working implement has a control device for controlling the spark plug and the fuel valve , wherein the control device has a starting mode in which the internal combustion engine can be started by means of the cable-controlled starter , wherein the control device has an operating mode in which the operator can control the internal combustion engine by moving the throttle element to change the speed (n) of the internal combustion engine , wherein the operating mode and the starting mode differ from each other by the control of the ignition timing (ZZP) and the fuel quantity to be supplied, and wherein the control device is automatically in the starting mode when the internal combustion engine is started from the switched-off state, characterised in that the throttle element is in the first end position in the starting process, in that the free cross-section of the intake duct is the same for the starting mode and the idling mode, and in that the starting mode and the operating mode are set electronically by way of the control device by controlling the fuel valve and the spark plug in accordance with the starting mode and/or the operating mode.
A gypsum panel comprising: a set gypsum core disposed between first and second cover sheets, the panel having a density in the range from 400 to 580 kg/m 3 (25 to 36 pounds per cubic foot) and a Thermal Insulation Index of at least 17 minutes, the set gypsum core formed from slurry comprising: - 5,08 kg/m 2 - 7,27 kg/m 2 (1040-1490 lb/msf) stucco, - 0,3 - 4,0% by weight pregelatinized starch, - 0.15 - 0.50% by weight of a phosphate-containing component, - 0,3 - 1,5% by weight dispersant, - 0,1- 0,3% by weight mineral, glass or carbon fiber, and - foam voids in an amount effective to provide the specific panel density wherein the percentages by weight are based on the weight of the stucco and the kg/m 2 (lb/msf) values are for a nominally 1,6 cm (0.625 inch) thick panel. a set gypsum core disposed between first and second cover sheets, the panel having a density in the range from 400 to 580 kg/m 3 (25 to 36 pounds per cubic foot) and a Thermal Insulation Index of at least 17 minutes, the set gypsum core formed from slurry comprising: - 5,08 kg/m 2 - 7,27 kg/m 2 (1040-1490 lb/msf) stucco, - 0,3 - 4,0% by weight pregelatinized starch, - 0.15 - 0.50% by weight of a phosphate-containing component, - 0,3 - 1,5% by weight dispersant, - 0,1- 0,3% by weight mineral, glass or carbon fiber, and - foam voids in an amount effective to provide the specific panel density - 5,08 kg/m 2 - 7,27 kg/m 2 (1040-1490 lb/msf) stucco, - 0,3 - 4,0% by weight pregelatinized starch, - 0.15 - 0.50% by weight of a phosphate-containing component, - 0,3 - 1,5% by weight dispersant, - 0,1- 0,3% by weight mineral, glass or carbon fiber, and - foam voids in an amount effective to provide the specific panel density wherein the percentages by weight are based on the weight of the stucco and the kg/m 2 (lb/msf) values are for a nominally 1,6 cm (0.625 inch) thick panel.
A feeding apparatus of a juice extractor, comprising a feed channel and a feed body connected to an upper port of the feed channel , further comprising a cover plate assembly , wherein the cover plate assembly comprises: a cover plate, a shape of which matches an inner wall of the feed body and which is provided with a feed inlet , wherein the cover plate is rotatably provided on the inner wall of the feed body; and an accommodating cavity with a large capacity , which is provided on a top surface of the cover plate, wherein a sectional area of the accommodating cavity with a large capacity is greater than an area of the feed inlet , and is formed by an enclosure plate that surrounds the feed inlet ; wherein the accommodating cavity with a large capacity is also provided on a bottom surface of the cover plate; upon inversion of the cover plate assembly , an opening of the accommodating cavity with a large capacity can be made to face the feed channel downwards from facing upwards, and fruits and vegetables contained in the accommodating cavity with a large capacity are put in the feed channel . a cover plate, a shape of which matches an inner wall of the feed body and which is provided with a feed inlet , wherein the cover plate is rotatably provided on the inner wall of the feed body; and an accommodating cavity with a large capacity , which is provided on a top surface of the cover plate, wherein a sectional area of the accommodating cavity with a large capacity is greater than an area of the feed inlet , and is formed by an enclosure plate that surrounds the feed inlet ; wherein the accommodating cavity with a large capacity is also provided on a bottom surface of the cover plate; upon inversion of the cover plate assembly , an opening of the accommodating cavity with a large capacity can be made to face the feed channel downwards from facing upwards, and fruits and vegetables contained in the accommodating cavity with a large capacity are put in the feed channel .
A blind rivet fixer setting device having a housing , a pull spindle and a drive motor which is connected via a gear mechanism (11-15) to the pull spindle , the gear mechanism (11-15) having a driven spindle nut which is in engagement with a thread on the pull spindle , the gear mechanism (11-15) having a clutch which, in a second indexing position, connects the spindle nut and the pull spindle to one another in a rotationally fixed manner, characterized in that the clutch , in a first indexing position, connects the pull spindle to the housing in a rotationally fixed manner.
Motor-powered power tool , in particular a portable power tool having a tool to be driven in rotation, having a drive unit and a tool change magazine , the tool chambers of which are each adjustable into a position for transferring to a tool receptacle to be equipped, wherein provision is made of a tool change device which has a slider element which is arranged in operative connection with a tool , is arranged in the longitudinal direction together with a drive axis of the tool receptacle , and is adjustable by an operating element into at least one first position for receiving and transferring a tool from and, respectively, into the respective tool chamber and is adjustable into a second position, wherein the second position is an operating position of the tool , in which the tool is drivable by the tool receptacle , and wherein the slider element is fixable in the second position by means of a blocking element which is adjustable by means of a transmission element operatively disconnected from the slider element in order to adjust from the second position into the first position, characterized in that the slider element is arranged in at least indirect contact with the blocking element in order to adjust the blocking element by means of the transmission element .
A quality-of-service monitoring method, comprising: sending , by a first node, a monitoring packet to a second node; characterized by further comprising either determining, by a first node, a service packet of a first service is not obtained within a preset time, and generating a monitoring packet, or obtaining , by the first node, the service packet of the first service, and determining, by the first node, that the service packet of the first service is obtained within the preset time; and encapsulating , by the first node, the service packet to obtain a monitoring packet, wherein the monitoring packet is usable for monitoring quality of service of the first service; wherein the monitoring packet is usable for at least one of: link connectivity monitoring, service transmission performance monitoring, and loopback monitoring on the first service wherein the encapsulating , by the first node, the service packet comprises: adding, by the first node, first indication information and first parameter information to the service packet, wherein the first indication information indicates that the monitoring packet is obtained by encapsulating the service packet, and the first parameter information is usable for determining monitoring the quality of service of the first service. sending , by a first node, a monitoring packet to a second node; characterized by further comprising either determining, by a first node, a service packet of a first service is not obtained within a preset time, and generating a monitoring packet, or obtaining , by the first node, the service packet of the first service, and determining, by the first node, that the service packet of the first service is obtained within the preset time; and encapsulating , by the first node, the service packet to obtain a monitoring packet, wherein the monitoring packet is usable for monitoring quality of service of the first service; wherein the monitoring packet is usable for at least one of: link connectivity monitoring, service transmission performance monitoring, and loopback monitoring on the first service wherein the encapsulating , by the first node, the service packet comprises: adding, by the first node, first indication information and first parameter information to the service packet, wherein the first indication information indicates that the monitoring packet is obtained by encapsulating the service packet, and the first parameter information is usable for determining monitoring the quality of service of the first service.
A device for the delivery of surgical fasteners comprising: a lever in mechanical cooperation with a resilient element configured to store energy; a drive mechanism which cooperates with the resilient element and at least one surgical fastener ; and a release mechanism configured to rapidly release stored energy from the resilient element to the drive mechanism, such that said drive mechanism converts said stored energy to deliver said at least one surgical fastener; wherein at least partial depression of the lever stores energy in the resilient element and release of the lever from the at least partial depressed position does not release the stored energy from the resilient element; characterized in that delivery is via the imparting of rotational energy to the surgical fastener. a lever in mechanical cooperation with a resilient element configured to store energy; a drive mechanism which cooperates with the resilient element and at least one surgical fastener ; and a release mechanism configured to rapidly release stored energy from the resilient element to the drive mechanism, such that said drive mechanism converts said stored energy to deliver said at least one surgical fastener; wherein at least partial depression of the lever stores energy in the resilient element and release of the lever from the at least partial depressed position does not release the stored energy from the resilient element;
A real scenario navigation method, characterized in that the method comprises: obtaining, from a user, a travel manner, a query starting point, a query finishing point and a destination; performing navigation map-based first travel manner path planning, according to the travel manner, the query starting point and the query finishing point; in response to determining that the user reaches the query finishing point and a distance between the query finishing point and the destination is smaller than or equal to a preset distance threshold, performing real-scenario image-based second travel manner path planning, according to the query finishing point and the destination, including: using an image-collecting device to collect real-scenario images around a location where the user is located; performing navigation map-based second travel manner path planning, according to the query finishing point and the destination; and outputting a planning result of the second travel manner path planning based on the real-scenario images around the location where the user is located. obtaining, from a user, a travel manner, a query starting point, a query finishing point and a destination; performing navigation map-based first travel manner path planning, according to the travel manner, the query starting point and the query finishing point; in response to determining that the user reaches the query finishing point and a distance between the query finishing point and the destination is smaller than or equal to a preset distance threshold, performing real-scenario image-based second travel manner path planning, according to the query finishing point and the destination, including: using an image-collecting device to collect real-scenario images around a location where the user is located; performing navigation map-based second travel manner path planning, according to the query finishing point and the destination; and outputting a planning result of the second travel manner path planning using an image-collecting device to collect real-scenario images around a location where the user is located; performing navigation map-based second travel manner path planning, according to the query finishing point and the destination; and outputting a planning result of the second travel manner path planning based on the real-scenario images around the location where the user is located.
A method implemented at a terminal device , comprising: obtaining a first signal to be transmitted for a first service requiring a first latency; determining whether a resource block, RB, has been allocated by a network device for a second service requiring a second latency higher than the first latency, wherein the RB refers to a plurality of resource elements, REs, that are continuous in time and frequency; in response to determining that the RB has been allocated for the second service, selecting a first set of REs (530-1; 630-1, 630-2) based on a predefined pattern of REs, the first set of REs being discontinuously distributed in time and frequency domains within the allocated RB; and transmitting the first signal for the first service to the network device at the first set of REs. obtaining a first signal to be transmitted for a first service requiring a first latency; determining whether a resource block, RB, has been allocated by a network device for a second service requiring a second latency higher than the first latency, wherein the RB refers to a plurality of resource elements, REs, that are continuous in time and frequency; in response to determining that the RB has been allocated for the second service, selecting a first set of REs (530-1; 630-1, 630-2) based on a predefined pattern of REs, the first set of REs being discontinuously distributed in time and frequency domains within the allocated RB; and transmitting the first signal for the first service to the network device at the first set of REs.
A method for computing gaze location of a subject comprising: receiving an image of a subject in which a first plurality of glints are captured in a left eye of the subject and a second plurality of glints are captured in a right eye of the subject using at least four light sources and a camera, the first plurality of glints comprising at least four glints corresponding to the at least four light sources , and the second plurality of glints comprising at least four glints corresponding to the at least four light sources , where the number of glints in the first plurality, the number of glints in the second plurality and the number of light sources is the same; and computing the gaze location of the subject in a joint error minimization by computing a left homography matrix and a right homography matrix using the left and right eye glint data, respectively, and using the left homography matrix and the right homography matrix with left pupil center information and right pupil center information respectively by, when the subject is fixating a point, minimizing the re-projection error between the pupil centers in the image and their corresponding estimations from the homography matrices and from left and right bias correction matrices, wherein the left and right bias correction matrices have been obtained using a calibration process by obtaining tuples of: left eye glint data and left eye pupil center information, and right eye glint data and right eye pupil center information at a plurality of gaze calibration positions. receiving an image of a subject in which a first plurality of glints are captured in a left eye of the subject and a second plurality of glints are captured in a right eye of the subject using at least four light sources and a camera, the first plurality of glints comprising at least four glints corresponding to the at least four light sources , and the second plurality of glints comprising at least four glints corresponding to the at least four light sources , where the number of glints in the first plurality, the number of glints in the second plurality and the number of light sources is the same; and computing the gaze location of the subject in a joint error minimization by computing a left homography matrix and a right homography matrix using the left and right eye glint data, respectively, and using the left homography matrix and the right homography matrix with left pupil center information and right pupil center information respectively by, when the subject is fixating a point, minimizing the re-projection error between the pupil centers in the image and their corresponding estimations from the homography matrices and from left and right bias correction matrices, wherein the left and right bias correction matrices have been obtained using a calibration process by obtaining tuples of: left eye glint data and left eye pupil center information, and right eye glint data and right eye pupil center information at a plurality of gaze calibration positions.