mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device , comprising: at least one communication processor configured to perform transmission and/or reception of a packet with a master node via cellular communication; and an application processor , wherein the at least one communication processor is configured to control the electronic device to: receive , from the master node , a paging message including an indicator indicating a service type for transmission and/or reception of the packet; and establish a radio resource connection, RRC, connection with the master node based on the paging message; and when the service type included in the indicator corresponds to a predetermined service type, activate the application processor and transmit a request signal for increasing a drive frequency of the application processor to the application processor during establishment of the RRC connection with the master node . at least one communication processor configured to perform transmission and/or reception of a packet with a master node via cellular communication; and an application processor , wherein the at least one communication processor is configured to control the electronic device to: receive , from the master node , a paging message including an indicator indicating a service type for transmission and/or reception of the packet; and establish a radio resource connection, RRC, connection with the master node based on the paging message; and when the service type included in the indicator corresponds to a predetermined service type, activate the application processor and transmit a request signal for increasing a drive frequency of the application processor to the application processor during establishment of the RRC connection with the master node . receive , from the master node , a paging message including an indicator indicating a service type for transmission and/or reception of the packet; and establish a radio resource connection, RRC, connection with the master node based on the paging message; and when the service type included in the indicator corresponds to a predetermined service type, activate the application processor and transmit a request signal for increasing a drive frequency of the application processor to the application processor during establishment of the RRC connection with the master node .
A method comprising: receiving , by a computing system, burst image data , wherein the burst image data comprises first image data generated by a first image-capture system and second image data generated by a second image-capture system , wherein respective optical axes of the first and second image capture systems are separated by a baseline distance , wherein the first image data and the second image data comprise a plurality of image pairs , wherein an image pair comprises a first image generated by the first image capture system and a second image generated by the second image capture system, the first and second images captured substantially simultaneously; the method is characterised by : determining , by the computing system, at least one homography function for image rectification, wherein the at least one homography function is configured to transform the first image and/or the second image of each respective image pair of the plurality of image pairs to emulate having a common image plane between the first and second images of each respective image pair; applying the at least one homography function to at least one of the first image data or the second image data ; determining , by the computing system, a disparity of the burst image data based at least on the baseline distance ; adjusting at least one of the first image data or the second image data according to an inverse of the determined disparity such that the first and second images of each respective image pair are spatially aligned and substantially match; stacking the adjusted image data to provide a warped image stack of substantially similar images for the application of a burst denoising algorithm; and generating at least one output image according to a burst denoising algorithm, wherein the burst denoising algorithm comprises determining a weighted average of the warped image stack. determining , by the computing system, at least one homography function for image rectification, wherein the at least one homography function is configured to transform the first image and/or the second image of each respective image pair of the plurality of image pairs to emulate having a common image plane between the first and second images of each respective image pair; applying the at least one homography function to at least one of the first image data or the second image data ; determining , by the computing system, a disparity of the burst image data based at least on the baseline distance ; adjusting at least one of the first image data or the second image data according to an inverse of the determined disparity such that the first and second images of each respective image pair are spatially aligned and substantially match; stacking the adjusted image data to provide a warped image stack of substantially similar images for the application of a burst denoising algorithm; and generating at least one output image according to a burst denoising algorithm, wherein the burst denoising algorithm comprises determining a weighted average of the warped image stack.
A method for continuously manufacturing a reinforced flexible hose , in particular a garden hose, comprising the steps of: - providing a semifinished hose including at least one inner layer and at least one textile reinforcing layer formed by at least one yarn wound on the outer surface thereof in such a manner to leave uncovered portions of the same outer surface of said at least one inner layer ; - extruding a thermoplastic polymer material onto said semifinished hose to form a cover layer ; wherein said extruding step is accomplished by an extruding die having a central bore defining a forwarding axis ( X ) for housing the semifinished hose and a peripheral channel having at least one inlet for the thermoplastic polymer material to be extruded and an outlet encompassing the central bore to allow the deposition of the thermoplastic polymer material onto the semifinished hose to form the cover layer ; wherein said extruding step is accomplished by putting said central bore under vacuum to draw the cover layer in close contact with the semifinished hose ; wherein the peripheral channel includes a slanted tubular portion and a substantially horizontal tubular portion ( 42" ) in correspondence of said outlet , the slanted portion being convergent to convey the thermoplastic polymer material towards the substantially horizontal portion ( 42" ), the latter having a length ( l ) sufficient to shape the thermoplastic polymer material into a tubular film to be drawn onto the semifinished hose by the vacuum so as to form the cover layer ; wherein the thickness ( T ) of said cover layer is of 0,05 mm to 0,35 mm to allow continuous extruding thereof without damages while uniformly covering both the yarns of the at least one reinforcing layer and the uncovered portions of the outer surface of the at least one inner layer , in such a manner that the finished hose has a uniformly thick cover layer while having an outer radius ( R1 ) in correspondence of said at least one yarn of said at least one reinforcing layer which is greater than the minimum outer radius ( R2 ) in correspondence of the uncovered portions of the at least one inner layer ; wherein the absolute pressure in said central bore is no lower than 250 mmHg in order to avoid damages to the cover layer . - providing a semifinished hose including at least one inner layer and at least one textile reinforcing layer formed by at least one yarn wound on the outer surface thereof in such a manner to leave uncovered portions of the same outer surface of said at least one inner layer ; - extruding a thermoplastic polymer material onto said semifinished hose to form a cover layer ;
A computer-implemented method for automatically recognizing a new class in a classification system, the method comprising: accessing components of a trained convolutional neural network, CNN, that has been trained by a training with available classes, to map each image, which is provided as input to the CNN, to a probability for each class of the available classes that indicates the confidence of the CNN that the input image belongs to the class, the components being provided in a kernel space and including at least one of a plurality of kernels and a plurality of neurons of one or more layers of the CNN, the components being assigned to a class of the available classes in accordance with the training; applying a covariance matrix to map the components in the kernel space to eigenspace; determining, for each of the available classes, an eigen-distance between a sample, which is an image, and the components mapped to eigenspace; based on the eigen-distance, determining whether the sample is an outlier that does not belong to one of the classes; and if it is determined that the sample is an outlier: creating a new class that includes the sample; retraining the CNN using the new class; and including the new class with the available classes. accessing components of a trained convolutional neural network, CNN, that has been trained by a training with available classes, to map each image, which is provided as input to the CNN, to a probability for each class of the available classes that indicates the confidence of the CNN that the input image belongs to the class, the components being provided in a kernel space and including at least one of a plurality of kernels and a plurality of neurons of one or more layers of the CNN, the components being assigned to a class of the available classes in accordance with the training; applying a covariance matrix to map the components in the kernel space to eigenspace; determining, for each of the available classes, an eigen-distance between a sample, which is an image, and the components mapped to eigenspace; based on the eigen-distance, determining whether the sample is an outlier that does not belong to one of the classes; and if it is determined that the sample is an outlier: creating a new class that includes the sample; retraining the CNN using the new class; and including the new class with the available classes. creating a new class that includes the sample; retraining the CNN using the new class; and including the new class with the available classes.
Apparatus for the hydroconversion of heavy oil products which constitute the fresh load, said apparatus comprising: - a slurry bubble column hydroconversion reactor, which comprises a feed line in which the fresh load and the recirculated slurry phase are conveyed, an inlet line for a hydrogenating stream and an outlet for a reaction effluent through an outlet nozzle; - a high pressure and high temperature stripping column placed downstream of the reactor and directly connected to the reactor head through a pipeline in which the reaction effluent flows; said column having an inlet line for a stripping gas, an inlet for the reactor effluent, a head outlet for steam and an outlet for the slurry phase; - lines and means for recirculating the slurry leaving the stripping column; - lines and means for taking a drain stream, which has the function of preventing the accumulation of solids in the reactor; said stripping column characterized in that it contains one or more contact devices that allow physical contact to be created between different phases; and wherein the pipeline connecting the reactor head to the stripping column is composed of a vertical portion, connected to the outlet placed on the reactor head, followed by a pipeline portion which is connected with an inlet to the stripping column, said portion being inclined downwards with an inclination comprised between 2% and 10%, calculated with respect to the horizontal plane orthogonal to the reactor axis and the stripping column axis. - a slurry bubble column hydroconversion reactor, which comprises a feed line in which the fresh load and the recirculated slurry phase are conveyed, an inlet line for a hydrogenating stream and an outlet for a reaction effluent through an outlet nozzle; - a high pressure and high temperature stripping column placed downstream of the reactor and directly connected to the reactor head through a pipeline in which the reaction effluent flows; said column having an inlet line for a stripping gas, an inlet for the reactor effluent, a head outlet for steam and an outlet for the slurry phase; - lines and means for recirculating the slurry leaving the stripping column; - lines and means for taking a drain stream, which has the function of preventing the accumulation of solids in the reactor;
An ear muff , comprising: a gasket comprising a mounting surface with two side edges opposite to each other; a covering piece comprising a plurality of mounting portions and a plurality of spacing portions , each mounting portion and each spacing portion being arranged alternatively, the plurality of mounting portions being fixed to any of the two side edges; and a soft cushion covered in the covering piece , the plurality of spacing portions being configured to be separated from any of the two side edges fixing the plurality of mounting portions when the soft cushion is deformed. a gasket comprising a mounting surface with two side edges opposite to each other; a covering piece comprising a plurality of mounting portions and a plurality of spacing portions , each mounting portion and each spacing portion being arranged alternatively, the plurality of mounting portions being fixed to any of the two side edges; and a soft cushion covered in the covering piece , the plurality of spacing portions being configured to be separated from any of the two side edges fixing the plurality of mounting portions when the soft cushion is deformed.
A multiple compartment package containing a liquid oral pharmaceutical dosage form, wherein the liquid oral pharmaceutical dosage form comprises: a) pharmacologically effective amounts of at least one histamine H2- receptor antagonist in a hydrophobic/lipophilic liquid substantially free from water; and b) pharmacologically effective amounts of at least one antacid in a liquid, wherein a) and b) are physically separated from each other in separate compartments of the multiple compartment package, wherein, the hydrophobic/lipophilic liquid is an oil, wherein the oil is medium chained triglycerides. a) pharmacologically effective amounts of at least one histamine H2- receptor antagonist in a hydrophobic/lipophilic liquid substantially free from water; and b) pharmacologically effective amounts of at least one antacid in a liquid,
A chair comprising: a base ; a seat connected to the base by a central hinge .; a back-rest connected to the seat by a back hinge , and a leg-rest , connected to the seat by a leg-rest hinge configured to change an angle of the leg-rest relative to the seat to make the leg-rest substantially parallel to the seat , and further including a leg-rest actuator for changing an angle between the leg-rest and the seat ; wherein, when the chair is in a sitting position, the seat is lower than the central hinge , and, wherein, when the chair is tilted, the central hinge enables the seat with the leg-rest hinge to rise while tilting, thereby providing enough height of the seat to achieve full tilt, corresponding to a substantially standing position of a user, a base ; a seat connected to the base by a central hinge .; a back-rest connected to the seat by a back hinge , and a leg-rest , connected to the seat by a leg-rest hinge configured to change an angle of the leg-rest relative to the seat to make the leg-rest substantially parallel to the seat , and further including a leg-rest actuator for changing an angle between the leg-rest and the seat ; wherein, when the chair is in a sitting position, the seat is lower than the central hinge , and, wherein, when the chair is tilted, the central hinge enables the seat with the leg-rest hinge to rise while tilting, thereby providing enough height of the seat to achieve full tilt, corresponding to a substantially standing position of a user,
A method of determining calibration values for a media advance system of a page wide array printing device comprising: printing a test pattern comprising a plurality of test marks on a calibration medium which advances along a media axis through the printing device, scanning the test pattern along a scan axis using a sensor and advancing the calibration medium along the media axis through the printing device, wherein the scan axis is orthogonal to the media axis, the sensor configured to output signals which indicate the detection of edges of the test marks; analyzing , based on the signals from the sensor, the dimensions of the scanned test marks, wherein analysing the dimensions of the scanned test marks includes determining the widths of at least two test marks along the scan axis, and determining calibration values from the analyzed dimensions of the test marks, wherein determining the calibration values includes determining the difference of the widths of the at least two test marks. printing a test pattern comprising a plurality of test marks on a calibration medium which advances along a media axis through the printing device, scanning the test pattern along a scan axis using a sensor and advancing the calibration medium along the media axis through the printing device, wherein the scan axis is orthogonal to the media axis, the sensor configured to output signals which indicate the detection of edges of the test marks; analyzing , based on the signals from the sensor, the dimensions of the scanned test marks, wherein analysing the dimensions of the scanned test marks includes determining the widths of at least two test marks along the scan axis, and determining calibration values from the analyzed dimensions of the test marks, wherein determining the calibration values includes determining the difference of the widths of the at least two test marks.
A disposable absorbent article comprising: a longitudinal centerline and a lateral centerline; a topsheet ; a backsheet ; an absorbent core comprising a plurality of absorbent fibers disposed between the topsheet and the backsheet; and a first plurality of conforming features in at least the absorbent core or a combination of the absorbent core and the topsheet, wherein fibers within the absorbent core or within the absorbent core and the topsheet are longer than 6 mm, and wherein the conforming features include protrusions, ridges, grooves, depressions or tufts formed by meso-scale processing, the disposable absorbent article having a blot residual value of less than 30 mg, determined using the blot test method defined herein, and a bending stiffness of less than 12 N mm 2 , determined using the three point bend test method defined herein. a longitudinal centerline and a lateral centerline; a topsheet ; a backsheet ; an absorbent core comprising a plurality of absorbent fibers disposed between the topsheet and the backsheet; and a first plurality of conforming features in at least the absorbent core or a combination of the absorbent core and the topsheet, wherein fibers within the absorbent core or within the absorbent core and the topsheet are longer than 6 mm, and wherein the conforming features include protrusions, ridges, grooves, depressions or tufts formed by meso-scale processing, the disposable absorbent article having a blot residual value of less than 30 mg, determined using the blot test method defined herein, and a bending stiffness of less than 12 N mm 2 , determined using the three point bend test method defined herein.
A topical pharmaceutical composition for use in treating a breast cancer selected from the group consisting of: a) a topical pharmaceutical composition comprising arginine, sodium hydroxide, sodium bicarbonate, and a pharmaceutically acceptable liquid carrier, and wherein, the concentration (w/v) of arginine is 15-25%, the concentration (w/v) of sodium hydroxide is 2-5%, and the concentration (w/v) of sodium bicarbonate is 3-10%; b) a topical pharmaceutical composition comprising arginine, sodium carbonate, sodium bicarbonate, and a pharmaceutically acceptable liquid carrier, and wherein the concentration (w/v) of arginine is 15-25%, the concentration (w/v) of sodium carbonate is 3-10%, and the concentration (w/v) of sodium bicarbonate is 3-10%. a) a topical pharmaceutical composition comprising arginine, sodium hydroxide, sodium bicarbonate, and a pharmaceutically acceptable liquid carrier, and wherein, the concentration (w/v) of arginine is 15-25%, the concentration (w/v) of sodium hydroxide is 2-5%, and the concentration (w/v) of sodium bicarbonate is 3-10%; b) a topical pharmaceutical composition comprising arginine, sodium carbonate, sodium bicarbonate, and a pharmaceutically acceptable liquid carrier, and wherein the concentration (w/v) of arginine is 15-25%, the concentration (w/v) of sodium carbonate is 3-10%, and the concentration (w/v) of sodium bicarbonate is 3-10%.
Process for operating a reactor for conversion of equilibrium-limited reactions comprising the process steps of introducing reactants into a reaction space , introducing a liquid ionic sorbent into the reaction space , wherein the reactants are passed over a catalyst located in the reaction space and are converted into reaction products over a catalyst surface until attainment of an equilibrium situation, wherein the reaction products pass from the catalyst surface to the sorbent and are sorbed thereby, after which the sorbent laden with the reaction products settles in a sorbent collection zone, characterized in that the liquid sorbent is cooled by means of a cooling apparatus in the reaction space.
A fuel storage and delivery system for a refrigerated cargo vehicle , the system comprising: a first fuel tank for storing natural gas and a second fuel tank for storing natural gas, wherein at least the first fuel tank is for storing the natural gas as liquefied natural gas (LNG); a vehicle fuel supply line fluidly connected to the first fuel tank for supplying fuel from the first fuel tank to a vehicle engine ; and a refrigeration unit fuel supply line fluidly connected to the second fuel tank for supplying fuel from the second fuel tank to a transport refrigeration unit engine; characterised in that the fuel storage and delivery system comprises a controllable fuel recycling system arranged to selectively allow gas to flow from the first fuel tank to the refrigeration unit fuel supply line , wherein the controllable fuel recycling system is configured to selectively switch between a first configuration in which gas is prevented from passing from the first fuel tank to the refrigeration unit fuel supply line via the fuel recycling system , and a second configuration in which gas is able to pass from the first fuel tank to the refrigeration unit fuel supply line via the fuel recycling system . a first fuel tank for storing natural gas and a second fuel tank for storing natural gas, wherein at least the first fuel tank is for storing the natural gas as liquefied natural gas (LNG); a vehicle fuel supply line fluidly connected to the first fuel tank for supplying fuel from the first fuel tank to a vehicle engine ; and a refrigeration unit fuel supply line fluidly connected to the second fuel tank for supplying fuel from the second fuel tank to a transport refrigeration unit engine; characterised in that the fuel storage and delivery system comprises a controllable fuel recycling system arranged to selectively allow gas to flow from the first fuel tank to the refrigeration unit fuel supply line , wherein the controllable fuel recycling system is configured to selectively switch between a first configuration in which gas is prevented from passing from the first fuel tank to the refrigeration unit fuel supply line via the fuel recycling system , and a second configuration in which gas is able to pass from the first fuel tank to the refrigeration unit fuel supply line via the fuel recycling system .