mhurhangee/patent-ind-claim-en huggingface dataset:
A process for enriching a hydrogen sulfide concentration in an acid gas stream to create a carbon dioxide lean stream for feed to a Claus unit , the process comprising the steps of: feeding the acid gas stream to a hydrocarbon selective separation unit , the acid gas stream comprising hydrogen sulfide, carbon dioxide, and hydrocarbons; separating the acid gas stream in the hydrocarbon selective separation unit to create a hydrocarbon rich stream and a purified acid gas stream ; feeding the purified acid gas stream to a carbon dioxide selective separation unit fluidly connected to the hydrocarbon selective separation unit , the carbon dioxide selective separation unit operable to separate the purified acid gas stream ; and separating the purified acid gas stream in the carbon dioxide selective separation unit to create a carbon dioxide rich stream and the carbon dioxide lean stream , the carbon dioxide lean stream having a concentration of hydrogen sulfide; feeding the carbon dioxide lean stream and the hydrocarbon rich stream to a furnace of the Claus unit , the Claus unit operable to recover elemental sulfur from the carbon dioxide lean stream to create an elemental sulfur stream and a waste gas stream ; and feeding the carbon dioxide rich stream to catalytic converters of a catalytic stage of the Claus unit . feeding the acid gas stream to a hydrocarbon selective separation unit , the acid gas stream comprising hydrogen sulfide, carbon dioxide, and hydrocarbons; separating the acid gas stream in the hydrocarbon selective separation unit to create a hydrocarbon rich stream and a purified acid gas stream ; feeding the purified acid gas stream to a carbon dioxide selective separation unit fluidly connected to the hydrocarbon selective separation unit , the carbon dioxide selective separation unit operable to separate the purified acid gas stream ; and separating the purified acid gas stream in the carbon dioxide selective separation unit to create a carbon dioxide rich stream and the carbon dioxide lean stream , the carbon dioxide lean stream having a concentration of hydrogen sulfide; feeding the carbon dioxide lean stream and the hydrocarbon rich stream to a furnace of the Claus unit , the Claus unit operable to recover elemental sulfur from the carbon dioxide lean stream to create an elemental sulfur stream and a waste gas stream ; and feeding the carbon dioxide rich stream to catalytic converters of a catalytic stage of the Claus unit .
A computer-implemented method comprising: receiving 1) a first input medical image of a patient depicting an abnormality at a first time and 2) a second input medical image of the patient depicting the abnormality at a second time; registering the second input medical image with the first input medical image; segmenting the abnormality from a) the first input medical image to generate a first segmentation map and b) the registered second input medical image to generate a second segmentation map; combining the first segmentation map and the second segmentation map to generate a combined map which identifies specific regions where the abnormality is located in either the first segmentation map or the second segmentation map; extracting features from the first input medical image and the registered second input medical image based on the combined map; assessing expansion of the abnormality based on the extracted features using a trained machine learning based network; and outputting results of the assessment. receiving 1) a first input medical image of a patient depicting an abnormality at a first time and 2) a second input medical image of the patient depicting the abnormality at a second time; registering the second input medical image with the first input medical image; segmenting the abnormality from a) the first input medical image to generate a first segmentation map and b) the registered second input medical image to generate a second segmentation map; combining the first segmentation map and the second segmentation map to generate a combined map which identifies specific regions where the abnormality is located in either the first segmentation map or the second segmentation map; extracting features from the first input medical image and the registered second input medical image based on the combined map; assessing expansion of the abnormality based on the extracted features using a trained machine learning based network; and outputting results of the assessment.
Plug-connector part for connection to a mating-plug-connector part , having a housing which has a plug portion for connection with plugging action to the mating-plug-connector part , having a locking element which is arranged movably on the housing and which is configured for locking the mating-plug-connector part to the housing in a locking position and which is movable out of the locking position in order for the locking between the mating-plug-connector part and the housing to be eliminated in an unlocking position, and having a connecting device which connects the locking element to the housing and which has a guide portion , has a guide element which is guided on the guide portion , and has a spring element , wherein the spring element has a latching limb for fixing the guide element with latching action to the guide portion in the locking position and/or the unlocking position, characterized in that the guide element slides along the latching limb during movement of the locking element between the locking position and the unlocking position, and the guide element , during movement of the locking element , thus acts on the latching limb and deflects the latter such that the guide element passes from the unlocking position into the locking position, or conversely from the locking position into the unlocking position, with the latching limb being forced to one side.
Method for creation of a movement-compensated image reconstruction for an x-ray based imaging method, wherein i) a plurality of projection images of an object , created when the imaging method is being carried out, is provided; ii) a trained algorithm is provided, which is trained to allocate an object movement trajectory to a latent vector of a predetermined latent space ; iii) an optimal object movement trajectory is determined by application of the trained algorithm to an optimal latent vector and the movement-compensated image reconstruction is created depending on the plurality of projection images, with the assumption that the object would have moved in accordance with the optimal object movement trajectory while the imaging method was being carried out; and iv) the optimal latent vector is determined by a predetermined cost function being minimised using the latent vector as the optimisation parameter, wherein, for each optimisation step with a current latent vector - a current object movement trajectory is determined by application of the trained algorithm to the current latent vector; and - a current value of the cost function is computed depending on the plurality of projection images, with the assumption that the object would have moved in accordance with the current object movement trajectory while the imaging method was being carried out. i) a plurality of projection images of an object , created when the imaging method is being carried out, is provided; ii) a trained algorithm is provided, which is trained to allocate an object movement trajectory to a latent vector of a predetermined latent space ; iii) an optimal object movement trajectory is determined by application of the trained algorithm to an optimal latent vector and the movement-compensated image reconstruction is created depending on the plurality of projection images, with the assumption that the object would have moved in accordance with the optimal object movement trajectory while the imaging method was being carried out; and iv) the optimal latent vector is determined by a predetermined cost function being minimised using the latent vector as the optimisation parameter, - a current object movement trajectory is determined by application of the trained algorithm to the current latent vector; and - a current value of the cost function is computed depending on the plurality of projection images, with the assumption that the object would have moved in accordance with the current object movement trajectory while the imaging method was being carried out.
A trigger system for providing a trigger force (Tf), the trigger system comprising: a mounting portion configured for mounting to the trigger system with respect to an object receiving the trigger force (Tf); a restraining element ; a destructive element configured for heating the restraining element to cause melting of at least a portion of the restraining element ; and a trigger biasing element coupled to the restraining element , such that the melting of the restraining element by the destructive element provides for release of the trigger biasing element to move from a first trigger position (C) to a second trigger position (D) . a mounting portion configured for mounting to the trigger system with respect to an object receiving the trigger force (Tf); a restraining element ; a destructive element configured for heating the restraining element to cause melting of at least a portion of the restraining element ; and a trigger biasing element coupled to the restraining element , such that the melting of the restraining element by the destructive element provides for release of the trigger biasing element to move from a first trigger position (C) to a second trigger position (D) .
A processor for a base station for a fifth generation, 5G, new radio, NR, network using dynamic spectrum sharing, DSS, the base station comprising a cell configured to operate as a secondary cell, SCell, the processor configured to perform operations comprising: configuring a first search space having a first search space identification, SearchSpaceld, in a special cell, SpCell, and a second search space having a second search space identification, SearchSpaceld, in a secondary cell, SCell, for monitoring control signaling that schedules operations on the SpCell, wherein the first SearchSpaceID and the second SearchSpaceId are the same; transmitting first configuration information indicating the SCell is allowed to schedule control data transmissions on the SpCell, wherein when the SCell is allowed to schedule the control data transmission on the SpCell the SCell is not configured in frequency range 2, FR2, of the New Radio, NR, spectrum; and transmitting second configuration information to a user equipment, UE, indicating information related to the SpCell transmitting the control data transmissions. configuring a first search space having a first search space identification, SearchSpaceld, in a special cell, SpCell, and a second search space having a second search space identification, SearchSpaceld, in a secondary cell, SCell, for monitoring control signaling that schedules operations on the SpCell, wherein the first SearchSpaceID and the second SearchSpaceId are the same; transmitting first configuration information indicating the SCell is allowed to schedule control data transmissions on the SpCell, wherein when the SCell is allowed to schedule the control data transmission on the SpCell the SCell is not configured in frequency range 2, FR2, of the New Radio, NR, spectrum; and transmitting second configuration information to a user equipment, UE, indicating information related to the SpCell transmitting the control data transmissions.
A method for manufacturing a butter-like food derived from vegetable milk, the method comprising: separately heating a vegetable milk and a vegetable processed fat to a temperature equal to or higher than a melting point of the vegetable processed fat; adding the heated vegetable processed fat to the heated vegetable milk and performing emulsification; cooling a vegetable milk emulsion obtained by the emulsification; subjecting a creamy substance obtained by the cooling to churning or cavitation, and separating the creamy substance into an aqueous phase and an oil phase; and kneading and homogenizing an oil phase solid obtained by removing the aqueous phase. separately heating a vegetable milk and a vegetable processed fat to a temperature equal to or higher than a melting point of the vegetable processed fat; adding the heated vegetable processed fat to the heated vegetable milk and performing emulsification; cooling a vegetable milk emulsion obtained by the emulsification; subjecting a creamy substance obtained by the cooling to churning or cavitation, and separating the creamy substance into an aqueous phase and an oil phase; and kneading and homogenizing an oil phase solid obtained by removing the aqueous phase.
An outer race for use with a bearing assembly having a plurality of rollers , comprising: an annular raceway having an inner surface, outer surface, and a pair of opposed edges extending therebetween, each edge being a first width as measured from its inner surface to its outer surface; a pair of annular shoulders , each shoulder having a proximal end disposed adjacent a corresponding edge of the annular raceway and a distal end extending outwardly therefrom; and a pair of flanges , each flange having a proximal end adjacent the distal end of a corresponding shoulder, a distal end extending outwardly therefrom, an inner surface and an outer surface, the proximal end of each flange being a second width as measured from its inner surface to its outer surface, wherein the first width is greater than the second width and an annular ridge is formed at the intersection of the inner surface of the shoulder and the inner surface of the raceway, and characterized in that a lanced tang is provided in either shoulder adjacent to the raceway so as to provide an anti-rotation feature. an annular raceway having an inner surface, outer surface, and a pair of opposed edges extending therebetween, each edge being a first width as measured from its inner surface to its outer surface; a pair of annular shoulders , each shoulder having a proximal end disposed adjacent a corresponding edge of the annular raceway and a distal end extending outwardly therefrom; and a pair of flanges , each flange having a proximal end adjacent the distal end of a corresponding shoulder, a distal end extending outwardly therefrom, an inner surface and an outer surface, the proximal end of each flange being a second width as measured from its inner surface to its outer surface, wherein the first width is greater than the second width and an annular ridge is formed at the intersection of the inner surface of the shoulder and the inner surface of the raceway, and characterized in that a lanced tang is provided in either shoulder adjacent to the raceway so as to provide an anti-rotation feature.
A quasi-optical beamformer for an elementary telecommunications antenna (A), in particular satellite-based, the quasi-optical beamformer having an inlet capable of being connected to an electromagnetic wave source and an outlet capable of supplying at least one radiating element , the quasi-optical beamformer comprising at least: - a first layer (C 1 ) and a second layer (C 2 ) that are superimposed for forming quasi-optical beams, each layer being associated with a separate wave polarization state, each layer comprising: - a waveguide with parallel plates, and - a graded-index lens edge , the shape of which corresponds to an ellipsoid of revolution or half-ellipsoid of revolution, the edge being taken along a meridian plane of the ellipsoid of revolution, or the half-ellipsoid of revolution, and placed parallelly between the parallel plates of the parallel-plate waveguide , and - a polarizer placed parallelly between the two superimposed layers. - a first layer (C 1 ) and a second layer (C 2 ) that are superimposed for forming quasi-optical beams, each layer being associated with a separate wave polarization state, each layer comprising: - a waveguide with parallel plates, and - a graded-index lens edge , the shape of which corresponds to an ellipsoid of revolution or half-ellipsoid of revolution, the edge being taken along a meridian plane of the ellipsoid of revolution, or the half-ellipsoid of revolution, and placed parallelly between the parallel plates of the parallel-plate waveguide , and - a polarizer placed parallelly between the two superimposed layers. - a waveguide with parallel plates, and - a graded-index lens edge , the shape of which corresponds to an ellipsoid of revolution or half-ellipsoid of revolution, the edge being taken along a meridian plane of the ellipsoid of revolution, or the half-ellipsoid of revolution, and placed parallelly between the parallel plates of the parallel-plate waveguide , and - a polarizer placed parallelly between the two superimposed layers.
An aircraft propulsion system nacelle comprising: an engine assembly ; and a single stage fan assembly operatively connected to the engine assembly , and comprising a plurality of fan blades arranged circumferentially around an axis of rotation ; a monolithic nacelle structure which circumferentially encloses the fan assembly , and comprises a first, radially proximal, surface locatable radially outward of the plurality of blades , and an opposite, second, radially distal, surface which forms a radially outermost surface of the nacelle structure ; and a thrust reverser means operable to produce reverse thrust by selectively varying a pitch angle of the plurality of fan blades , characterised in that a radial thickness of the nacelle structure is greater at a first inlet portion than at a plane of the fan assembly normal to the axis of rotation . an engine assembly ; and a single stage fan assembly operatively connected to the engine assembly , and comprising a plurality of fan blades arranged circumferentially around an axis of rotation ; a monolithic nacelle structure which circumferentially encloses the fan assembly , and comprises a first, radially proximal, surface locatable radially outward of the plurality of blades , and an opposite, second, radially distal, surface which forms a radially outermost surface of the nacelle structure ; and a thrust reverser means operable to produce reverse thrust by selectively varying a pitch angle of the plurality of fan blades , characterised in that a radial thickness of the nacelle structure is greater at a first inlet portion than at a plane of the fan assembly normal to the axis of rotation .
An electronic device, wherein the electronic device comprises: a rotating shaft ; a first enclosure and a second enclosure , wherein the first enclosure is rotatably connected to the second enclosure through the rotating shaft, the first enclosure comprises a first electric-conductor, the second enclosure comprises a second electric-conductor, and the first electric-conductor is electrically connected to the second electric-conductor through the rotating shaft when the first enclosure and the second enclosure are in an unfolded state; characterized by a first elastic component , wherein the first elastic component is electrically conductive, the first elastic component is electrically connected to at least one of the first or second electric-conductors, and the first elastic component is disposed in the first enclosure; and the first electric-conductor is electrically connected to the second electric-conductor through the first elastic component when the first enclosure and the second enclosure are in a folded state. a rotating shaft ; a first enclosure and a second enclosure , wherein the first enclosure is rotatably connected to the second enclosure through the rotating shaft, the first enclosure comprises a first electric-conductor, the second enclosure comprises a second electric-conductor, and the first electric-conductor is electrically connected to the second electric-conductor through the rotating shaft when the first enclosure and the second enclosure are in an unfolded state; characterized by a first elastic component , wherein the first elastic component is electrically conductive, the first elastic component is electrically connected to at least one of the first or second electric-conductors, and the first elastic component is disposed in the first enclosure; and the first electric-conductor is electrically connected to the second electric-conductor through the first elastic component when the first enclosure and the second enclosure are in a folded state.
A plant cultivating apparatus comprising: a main body that defines a cultivation space and includes a door configured to open or close the cultivation space ; a shelf that is disposed at the cultivation space ; a cultivation bed that is disposed on the shelf , that defines a receiving space, and that includes a water supply part that is disposed at a bottom surface of the cultivation bed and configured to store water; a cultivation container that is disposed above the water supply part of the cultivation bed ; characterized in that the shelf includes a water level sensor , and the plant cultivating apparatus further comprises an elastic member that is disposed between the water level sensor and the shelf and supports the water level sensor on the shelf , wherein the water supply part of the cultivation bed is positioned above the water level sensor of the shelf , and wherein the water level sensor is a non-contact type sensor, and configured to measure an amount of the water stored in the water supply part of the cultivation bed , and wherein the elastic member is configured to bias the water level sensor against the shelf such that, based on the bottom surface of the water supply part of the cultivation bed coming into contact with the water level sensor , the water level sensor is lowered toward the shelf . a main body that defines a cultivation space and includes a door configured to open or close the cultivation space ; a shelf that is disposed at the cultivation space ; a cultivation bed that is disposed on the shelf , that defines a receiving space, and that includes a water supply part that is disposed at a bottom surface of the cultivation bed and configured to store water; a cultivation container that is disposed above the water supply part of the cultivation bed ; an elastic member that is disposed between the water level sensor and the shelf and supports the water level sensor on the shelf , wherein the water supply part of the cultivation bed is positioned above the water level sensor of the shelf , and wherein the water level sensor is a non-contact type sensor, and configured to measure an amount of the water stored in the water supply part of the cultivation bed , and wherein the elastic member is configured to bias the water level sensor against the shelf such that, based on the bottom surface of the water supply part of the cultivation bed coming into contact with the water level sensor , the water level sensor is lowered toward the shelf .