mhurhangee/ep-ind-claims huggingface dataset:
A method of generating aerosol from an aerosol-generating substrate using an aerosol-generating device with at least one heat source (102, 104) disposed to heat, but not burn, the aerosol-generating substrate in use; wherein the aerosol-generating substrate comprises first and second portions (202, 204) having substantially the same composition, and/or wherein the aerosol-generating substrate comprises first and second portions (202, 204) and there is no physical separation between the portions; the method comprising the steps of: heating the aerosol-generating substrate in the aerosol-generating device over a period of time corresponding to a session of use, so that a temperature profile of the first portion of the aerosol-generating substrate during heating is different from a temperature profile of the second portion of the aerosol-generating substrate; characterized in that during a first part of the session, the first portion of the aerosol-generating substrate reaches a prescribed operating temperature and remains at that temperature for a sustained period, and the second portion reaches a first temperature which is lower than the temperature of the first portion, the first portion reaching the prescribed operating temperature more quickly than the second portion reaches the first temperature; during a second part of the session, the second portion rises to a prescribed second temperature, and remains at that temperature for a sustained period; and during a third part of the session, the second portion rises to a prescribed third temperature, and remains at that temperature for a sustained period, the third temperature being an operating temperature. heating the aerosol-generating substrate in the aerosol-generating device over a period of time corresponding to a session of use, so that a temperature profile of the first portion of the aerosol-generating substrate during heating is different from a temperature profile of the second portion of the aerosol-generating substrate; characterized in that during a first part of the session, the first portion of the aerosol-generating substrate reaches a prescribed operating temperature and remains at that temperature for a sustained period, and the second portion reaches a first temperature which is lower than the temperature of the first portion, the first portion reaching the prescribed operating temperature more quickly than the second portion reaches the first temperature; during a second part of the session, the second portion rises to a prescribed second temperature, and remains at that temperature for a sustained period; and during a third part of the session, the second portion rises to a prescribed third temperature, and remains at that temperature for a sustained period, the third temperature being an operating temperature.
A journal bearing comprising: - a carrier ring having an upper half carrier ring and lower half carrier ring adapted to be disposed on the outer peripheral side of a horizontally installed rotating shaft; - a first pad disposed on the inner side of the lower half carrier ring and a second pad disposed on the downstream side of the first pad; - a first oil supply portion which is configured to supply lubricant oil between the rotating shaft and the first pad and a second oil supply portion which is configured to supply lubricant oil between the rotating shaft and the second pad, characterized in that the supply quantity of lubricant oil supplied from the second oil supply portion is less than the supply quantity of lubricant oil supplied from the first oil supply portion. - a carrier ring having an upper half carrier ring and lower half carrier ring adapted to be disposed on the outer peripheral side of a horizontally installed rotating shaft; - a first pad disposed on the inner side of the lower half carrier ring and a second pad disposed on the downstream side of the first pad; - a first oil supply portion which is configured to supply lubricant oil between the rotating shaft and the first pad and a second oil supply portion which is configured to supply lubricant oil between the rotating shaft and the second pad, characterized in that the supply quantity of lubricant oil supplied from the second oil supply portion is less than the supply quantity of lubricant oil supplied from the first oil supply portion.
A low-emission method for producing power using a gas turbine, said method comprising: supplying gas fuel to a plurality of fuel nozzles via a set of gas supply manifolds; premixing the gas fuel with air to produce a plurality of fuel and air mixtures; injecting the fuel and air mixtures into a combustion chamber using a set of outer fuel nozzles arranged around at least one inner fuel nozzle, a diffusion manifold supplying fuel to the outer fuel nozzles via diffusion fuel passages, a first manifold supplying gas fuel to a single premixing fuel circuit in the centre fuel nozzle, a second manifold supplying gas fuel to some of the outer fuel nozzle pre-mixing circuits and a third manifold supplying gas fuel to the remaining outer fuel nozzle pre-mixing circuits; adjusting a ratio of fuel and air injected by at least one of said nozzles to control a fuel/air concentration distribution within the combustion chamber, wherein the controlled fuel/air concentration distribution is a predetermined radial fuel/air concentration distribution within one or more fuel nozzles (11, 12); and wherein a higher average ratio of fuel to air is maintained for at least one inner fuel nozzle than for the outer fuel nozzles, such that outer fuel nozzles are provided with a more stable ignition source. supplying gas fuel to a plurality of fuel nozzles via a set of gas supply manifolds; premixing the gas fuel with air to produce a plurality of fuel and air mixtures; injecting the fuel and air mixtures into a combustion chamber using a set of outer fuel nozzles arranged around at least one inner fuel nozzle, a diffusion manifold supplying fuel to the outer fuel nozzles via diffusion fuel passages, a first manifold supplying gas fuel to a single premixing fuel circuit in the centre fuel nozzle, a second manifold supplying gas fuel to some of the outer fuel nozzle pre-mixing circuits and a third manifold supplying gas fuel to the remaining outer fuel nozzle pre-mixing circuits; adjusting a ratio of fuel and air injected by at least one of said nozzles to control a fuel/air concentration distribution within the combustion chamber, wherein the controlled fuel/air concentration distribution is a predetermined radial fuel/air concentration distribution within one or more fuel nozzles (11, 12); and wherein a higher average ratio of fuel to air is maintained for at least one inner fuel nozzle than for the outer fuel nozzles, such that outer fuel nozzles are provided with a more stable ignition source.
A visual indicator device for landing aircraft on the deck of a ship, comprising: - a measurement unit for measuring the instantaneous rolling motion angle of the ship, - a projection apparatus designed to project, on a non-horizontal wall of the ship, at least one image comprising a first segment with a rectilinear extension representing the horizon line, - a computerised command and control unit, operatively connected to the projection apparatus and to the measurement unit and configured to receive information about said motion angle from the measuring unit, to process said information, to generate and to transmit to the projection apparatus the image comprising the first rectilinear segment, and to adjust the projection by the projection apparatus, modifying said image so as to vary continuously the angle of the first segment with rectilinear extension or the non-horizontal wall as a function of the instantaneous rolling motion angle measured by the measurement unit. - a measurement unit for measuring the instantaneous rolling motion angle of the ship, - a projection apparatus designed to project, on a non-horizontal wall of the ship, at least one image comprising a first segment with a rectilinear extension representing the horizon line, - a computerised command and control unit, operatively connected to the projection apparatus and to the measurement unit and configured to receive information about said motion angle from the measuring unit, to process said information, to generate and to transmit to the projection apparatus the image comprising the first rectilinear segment, and to adjust the projection by the projection apparatus, modifying said image so as to vary continuously the angle of the first segment with rectilinear extension or the non-horizontal wall as a function of the instantaneous rolling motion angle measured by the measurement unit.
Safety system with a sensor arrangement, which is integrated in a segment of a travel path and consists of at least one distance sensor and at least one weight sensor, and with an evaluating unit in which a binary output signal is generated in dependence on the sensor signals of the sensor arrangement, the switching states of which signal indicate whether or not a safety-critical object is present on the travel path segment, characterised in that the travel path segment comprises a shaft cover of an sub-surface system and that at least one weight sensor, which forms a weighing cell and/or a distance sensor, is or are integrated in the shaft cover.
A computer-implemented method for providing a security boundary, the computer-implemented method comprising performing computer-implemented operations for: executing a security monitor; intercepting by way of the security monitor executing in a learning mode one or more application programming interface, API, calls placed by an application for accessing one or more system resources; storing, by the security monitor executing in a learning mode, data in a security monitor database associated with accessing the system resources and API calls; determining by way of the security monitor executing in an enforcement mode at a runtime of the application whether the application placing the one or more API calls is authorized to access the system resources based on the data stored in the security monitor database; and preventing the application from accessing the system resources based on the data stored in the security monitor database. executing a security monitor; intercepting by way of the security monitor executing in a learning mode one or more application programming interface, API, calls placed by an application for accessing one or more system resources; storing, by the security monitor executing in a learning mode, data in a security monitor database associated with accessing the system resources and API calls; determining by way of the security monitor executing in an enforcement mode at a runtime of the application whether the application placing the one or more API calls is authorized to access the system resources based on the data stored in the security monitor database; and
A method of encapsulating tiled timed media data in a server to be streamed to a client device, the tiled timed media data comprising frames, each frame comprising a plurality of tiles, the method comprises: grouping the tiles of the plurality of tiles to form groups of tiles; selecting, for each group of tiles, the tiles belonging to the group of tiles; creating, for each group of tiles, a sub-track described by a sub-track box comprising a description of the selected tiles, the created sub-track box comprising definitions and properties that are common to the selected tiles; indicating that one or more tiles can be selected for rendering spatial parts of the video in a sub-track information box (1508, 1509) further indicating that the sub-track provides tiling information or in a track selection box; providing for each sub-track a mapping between the sub-track and the tiled timed media data in a sample group description box comprising NALUMapEntries defining the mapping between NAL units of a sample and the tiles; providing for each sub-track a reference, in a sub-track definition box (1514, 1515), to the description of the selected tiles corresponding to the sub-track, the description being provided in a sample group description box comprising TileRegionGroupEntries; creating a single track comprising the sub-track boxes; and encapsulating the track and the tiled timed media data in an ISOBMFF media file. grouping the tiles of the plurality of tiles to form groups of tiles; selecting, for each group of tiles, the tiles belonging to the group of tiles; creating, for each group of tiles, a sub-track described by a sub-track box comprising a description of the selected tiles, the created sub-track box comprising definitions and properties that are common to the selected tiles; indicating that one or more tiles can be selected for rendering spatial parts of the video in a sub-track information box (1508, 1509) further indicating that the sub-track provides tiling information or in a track selection box; providing for each sub-track a mapping between the sub-track and the tiled timed media data in a sample group description box comprising NALUMapEntries defining the mapping between NAL units of a sample and the tiles; providing for each sub-track a reference, in a sub-track definition box (1514, 1515), to the description of the selected tiles corresponding to the sub-track, the description being provided in a sample group description box comprising TileRegionGroupEntries; creating a single track comprising the sub-track boxes; and encapsulating the track and the tiled timed media data in an ISOBMFF media file.
A processor for estimating cardiovascular fitness of a person, comprising processing means configured to - classify an activity of the person based on an acquired activity signal indicative of physical activity of the person, characterized in that the processing means is further configured to - select one or more heart rate features obtained from an acquired heart rate signal including information about the heart rate of the person based on the acquired heart rate signal and the classification of the activity for use in an estimation of the cardiovascular fitness of the person, and - estimate the cardiovascular fitness of the person based on the one or more selected heart rate features. - classify an activity of the person based on an acquired activity signal indicative of physical activity of the person, - select one or more heart rate features obtained from an acquired heart rate signal including information about the heart rate of the person based on the acquired heart rate signal and the classification of the activity for use in an estimation of the cardiovascular fitness of the person, and - estimate the cardiovascular fitness of the person based on the one or more selected heart rate features.
A method for providing visual cues rendered on a display, comprising: detecting a touch input associated with a user interface element rendered on the display, wherein the user interface element is a key of a virtual keyboard; determining an input direction of the touch input, wherein the input direction is a direction from which a user has provided the touch input and provides a proxy for determining which of the user's hand is being used; and displaying on the display a visual cue associated with the user interface element, wherein the visual cue is located at a position in accordance with which of the user's hand is being used and wherein the visual cue is proximate to a touched key at a location, which is above and to the right of the touched key when the touch input is associated with the user's left hand; and wherein the visual cue is proximate to the touched key at a location, which is above and to the left of the touched key when the touch input is associated with the user's right hand. detecting a touch input associated with a user interface element rendered on the display, wherein the user interface element is a key of a virtual keyboard; determining an input direction of the touch input, wherein the input direction is a direction from which a user has provided the touch input and provides a proxy for determining which of the user's hand is being used; and displaying on the display a visual cue associated with the user interface element, wherein the visual cue is located at a position in accordance with which of the user's hand is being used and wherein the visual cue is proximate to a touched key at a location, which is above and to the right of the touched key when the touch input is associated with the user's left hand; and wherein the visual cue is proximate to the touched key at a location, which is above and to the left of the touched key when the touch input is associated with the user's right hand.
Rollers (6, 7, 8, 9), e.g. for a mobile carriage, that are to be actuated by means of a shift linkage, a first brake-lockable pair of rollers and a second pair of rollers being provided, and the first pair of rollers and the second pair of rollers being connected by means of a common first and second shift rod (11, 27) respectively, and it being possible for the two pairs of rollers (4, 5) to be acted upon separately from one another by means of actuating parts (16, 17) each having a free actuating surface (18, 19), and the two actuating surfaces (18, 19) being arranged in the region of the first pair of rollers, characterised in that the rollers (8, 9) of the second pair of rollers can be locked with respect to a direction of travel when the arrangement can be pivoted about a vertical pivot axis in the usual state of use, and in that the first and second pair of rollers (4, 5) can be acted upon by means of the actuating surfaces (18, 19) at the same time and only in the sense of cancelling the brake locking of the first pair of rollers and triggering the directional locking of the second pair of rollers.
A powered toothbrush comprising: a head having a movable carrier operatively connected to a drive member; a handle coupled to the head, the handle comprising: a first end coupled to the head, a second end disposed substantially opposite to the first end, a protruding portion (612, 712), a recessed portion (614, 714) being recessed relative to the protruding portion (612, 712), a curved surface (615, 715) separating the protruding portion (612, 712) and the recessed portion (614, 714), and a battery compartment housing designed to receive a pair of batteries (102A, 102B); and the pair of batteries (102A, 102B) received by the battery compartment housing; characterised in that the battery compartment housing is designed to receive the pair of batteries (102A, 102B) in an offset configuration in which respective longitudinal axes of the batteries (102A, 102B) both lie in a plane that is at an angle relative to a plane positioned perpendicular to a face of the head from which face tooth care elements extend; and in that the protruding portion (612, 712) follows the general shape of the batteries (102A, 102B). a head having a movable carrier operatively connected to a drive member; a handle coupled to the head, the handle comprising: a first end coupled to the head, a second end disposed substantially opposite to the first end, a protruding portion (612, 712), a recessed portion (614, 714) being recessed relative to the protruding portion (612, 712), a curved surface (615, 715) separating the protruding portion (612, 712) and the recessed portion (614, 714), and a battery compartment housing designed to receive a pair of batteries (102A, 102B); and the pair of batteries (102A, 102B) received by the battery compartment housing; characterised in that the battery compartment housing is designed to receive the pair of batteries (102A, 102B) in an offset configuration in which respective longitudinal axes of the batteries (102A, 102B) both lie in a plane that is at an angle relative to a plane positioned perpendicular to a face of the head from which face tooth care elements extend; and in that the protruding portion (612, 712) follows the general shape of the batteries (102A, 102B). a first end coupled to the head, a second end disposed substantially opposite to the first end, a protruding portion (612, 712), a recessed portion (614, 714) being recessed relative to the protruding portion (612, 712), a curved surface (615, 715) separating the protruding portion (612, 712) and the recessed portion (614, 714), and a battery compartment housing designed to receive a pair of batteries (102A, 102B); and the pair of batteries (102A, 102B) received by the battery compartment housing; characterised in that the battery compartment housing is designed to receive the pair of batteries (102A, 102B) in an offset configuration in which respective longitudinal axes of the batteries (102A, 102B) both lie in a plane that is at an angle relative to a plane positioned perpendicular to a face of the head from which face tooth care elements extend; and in that the protruding portion (612, 712) follows the general shape of the batteries (102A, 102B).
A refrigerator, comprising: a refrigerator main body including a cooling chamber; a door for opening or closing the cooling chamber; an ice making chamber located at the door; a sub chamber located at the door and spaced from the ice making chamber, the sub-chamber being configured to receive cool air produced by an evaporator using a primary refrigerant; a cold energy transfer unit configured to transfer energy of cool air of the sub-chamber to the ice making chamber; characterized in that the cold energy transfer unit comprises: a first cold energy transfer unit located in the sub-chamber, and a second cold energy transfer unit extending between the sub-chamber and the ice making chamber, and configured to transfer energy of cool air of the sub-chamber to the ice making chamber, wherein the second cold energy transfer unit uses thermal conduction or a secondary refrigerant. a refrigerator main body including a cooling chamber; a door for opening or closing the cooling chamber; an ice making chamber located at the door; a sub chamber located at the door and spaced from the ice making chamber, the sub-chamber being configured to receive cool air produced by an evaporator using a primary refrigerant; a cold energy transfer unit configured to transfer energy of cool air of the sub-chamber to the ice making chamber; characterized in that the cold energy transfer unit comprises: a first cold energy transfer unit located in the sub-chamber, and a second cold energy transfer unit extending between the sub-chamber and the ice making chamber, and configured to transfer energy of cool air of the sub-chamber to the ice making chamber, wherein the second cold energy transfer unit uses thermal conduction or a secondary refrigerant. a first cold energy transfer unit located in the sub-chamber, and a second cold energy transfer unit extending between the sub-chamber and the ice making chamber, and configured to transfer energy of cool air of the sub-chamber to the ice making chamber, wherein the second cold energy transfer unit uses thermal conduction or a secondary refrigerant.