mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising generating a target color graded version (G 4 ) of an original picture from a first color transform (T 1 ) and a second color transform (T 2 ), wherein said first color transform (T 1 ) transforms said original picture (G 0 ) into a first color graded version of said original picture, said second color transform (T 2 ) transforms said original picture (G 0 ) to a second color graded version of said original picture, said method comprising: • Receiving at least one interpolating parameter (k) defining a fourth color transform (T 4 ), wherein said fourth color transform (T 4 ) is defined as a color transform obtained by applying a parametric function determined by said at least one interpolating parameter (k) to said first color transform (T1) and said second color transform (T 2 ), wherein a difference between a third color transform (T 3 ) and said fourth color transform (T 4 ) is below a predetermined value, and wherein said third color transform transforms said original picture into said target color graded version (G 3 ) of said picture; • Generating said fourth color transform (T 4 ) by an interpolation that applies the parametric function determined by said at least one interpolating parameter (k) to said first color transform (T1) and said second color transform (T 2 ); • Generating said target color graded version (G 4 ) of said original picture (G 0 ) by applying said fourth color transform (T 4 ) to said original picture. • Receiving at least one interpolating parameter (k) defining a fourth color transform (T 4 ), wherein said fourth color transform (T 4 ) is defined as a color transform obtained by applying a parametric function determined by said at least one interpolating parameter (k) to said first color transform (T1) and said second color transform (T 2 ), wherein a difference between a third color transform (T 3 ) and said fourth color transform (T 4 ) is below a predetermined value, and wherein said third color transform transforms said original picture into said target color graded version (G 3 ) of said picture; • Generating said fourth color transform (T 4 ) by an interpolation that applies the parametric function determined by said at least one interpolating parameter (k) to said first color transform (T1) and said second color transform (T 2 ); • Generating said target color graded version (G 4 ) of said original picture (G 0 ) by applying said fourth color transform (T 4 ) to said original picture.
A signal strength measurement method, comprising: receiving, by a terminal device , first indication information sent by a network device , wherein the first indication information comprises first sub-information, second sub-information, and third sub-information, the first sub-information is used to indicate a measurement period for measurement, the measurement period comprises at least one second time unit, the second time unit comprises at least two first time units, the third sub-information is used to indicate an offset of a start position of a second time unit for measurement relative to a start position of the measurement period, and the second sub-information is used to indicate an offset of a start position of a first time unit for measurement in the measurement period relative to the start position of the second time unit for measurement; determining, by the terminal device , a measurement resource based on the first indication information, wherein the measurement resource is determined in the measurement period based on the start position of the first time unit and the start position of the second time unit; performing, by the terminal device , signal strength measurement on a signal on the measurement resource, to obtain a measurement result; and sending, by the terminal device , the measurement result to the network device . receiving, by a terminal device , first indication information sent by a network device , wherein the first indication information comprises first sub-information, second sub-information, and third sub-information, the first sub-information is used to indicate a measurement period for measurement, the measurement period comprises at least one second time unit, the second time unit comprises at least two first time units, the third sub-information is used to indicate an offset of a start position of a second time unit for measurement relative to a start position of the measurement period, and the second sub-information is used to indicate an offset of a start position of a first time unit for measurement in the measurement period relative to the start position of the second time unit for measurement; determining, by the terminal device , a measurement resource based on the first indication information, wherein the measurement resource is determined in the measurement period based on the start position of the first time unit and the start position of the second time unit; performing, by the terminal device , signal strength measurement on a signal on the measurement resource, to obtain a measurement result; and sending, by the terminal device , the measurement result to the network device .
A rotatable sole assembly for a shoe, the sole assembly comprising: a first plate ; a second plate ; characterised in that it further comprises a coating layer between the first and second plates; wherein the coating layer is configured to rotate one of the first and second plates with respect to the other of the first and second plates; and wherein the sole assembly further comprises an elastic material holding both plates of the assembly. a first plate ; a second plate ; characterised in that it further comprises a coating layer between the first and second plates; wherein the coating layer is configured to rotate one of the first and second plates with respect to the other of the first and second plates; and wherein the sole assembly further comprises an elastic material holding both plates of the assembly.
A learning-and-recognition apparatus comprising: a learning-and-recognition unit to perform learning-and-recognition processing on input data, and output output data, the learning-and-recognition unit having a plurality of neural network layers , each neural network layer being configured to execute a plurality of perceptron processes , the output data being calculation results of the perceptron processes of the final neural network layer ; and a time control unit to cause a processing time of the learning-and-recognition processing on the input data to be independent of the input data, as a countermeasure against a timing attack, the processing time corresponding to a time period from a time point when the input data is input to the learning-and-recognition apparatus to a time point when the output data is output from the learning-and-recognition apparatus , wherein the time control unit includes an input control unit to perform processing on the input data to change the processing time of the learning-and-recognition processing, and wherein the input control unit includes a data masking unit and the data masking unit to apply random noise to the input data is added anterior to the learning-and-recognition unit . a learning-and-recognition unit to perform learning-and-recognition processing on input data, and output output data, the learning-and-recognition unit having a plurality of neural network layers , each neural network layer being configured to execute a plurality of perceptron processes , the output data being calculation results of the perceptron processes of the final neural network layer ; and a time control unit to cause a processing time of the learning-and-recognition processing on the input data to be independent of the input data, as a countermeasure against a timing attack, the processing time corresponding to a time period from a time point when the input data is input to the learning-and-recognition apparatus to a time point when the output data is output from the learning-and-recognition apparatus , wherein the time control unit includes an input control unit to perform processing on the input data to change the processing time of the learning-and-recognition processing, and wherein the input control unit includes a data masking unit and the data masking unit to apply random noise to the input data is added anterior to the learning-and-recognition unit .
An in vitro or ex vivo method for manufacturing T cells comprising: (a) activating a population of T cells and stimulating the population of T cells to proliferate; (b) transducing the T cells with a viral vector comprising an anti-BCMA chimeric antigen receptor (CAR); and (c) culturing the transduced T cells to proliferate; wherein steps (a)-(c) are performed in the presence of a PI3K inhibitor, and results in maintaining proliferation and decreasing differentiation of the transduced T cells compared to the proliferation and differentiation of transduced T cells that were activated and stimulated in the absence of the PI3K inhibitor. (a) activating a population of T cells and stimulating the population of T cells to proliferate; (b) transducing the T cells with a viral vector comprising an anti-BCMA chimeric antigen receptor (CAR); and (c) culturing the transduced T cells to proliferate;
A solid milk having ; a core/crust structure wherein the crust is between 150 μm and 1000 μm thick, wherein the crust has a more dense structure than the core of the solid milk, wherein the solid milk is obtainable by a process comprising the steps: - compressing milk powder at a compaction ratio between 50 % and 80 % and at a compaction pressure between 1 and 40 MPa, - moistening the solid unit by spraying an amount of water between 0.1 and 8 mg/cm2 surface area of the solid unit, thendrying the solid unit by applying short-wavelength infrared (IR) for a time between 1 to 20 s. - compressing milk powder at a compaction ratio between 50 % and 80 % and at a compaction pressure between 1 and 40 MPa, - moistening the solid unit by spraying an amount of water between 0.1 and 8 mg/cm2 surface area of the solid unit, thendrying the solid unit by applying short-wavelength infrared (IR) for a time between 1 to 20 s.
Combined cooling and abrasion particles removal system for providing cooling and removing abrasion particles in a contact region between a brush and a slip ring of an electromechanical machine, the system comprising: a housing , a passage , formed at and through the housing , configured to accommodate the brush and having a front opening adapted to face the slip ring ; and at least one conduit arranged to direct the flow of a gaseous medium towards the face of the slip ring, said at least one conduit comprising at least one supply tube with an outlet ; characterised in that , the outlet is shaped in the form of a slit that encompasses the front opening in an annular manner. a housing , a passage , formed at and through the housing , configured to accommodate the brush and having a front opening adapted to face the slip ring ; and at least one conduit arranged to direct the flow of a gaseous medium towards the face of the slip ring, said at least one conduit comprising at least one supply tube with an outlet ; characterised in that , the outlet is shaped in the form of a slit that encompasses the front opening in an annular manner.
A drug delivery device comprising: a blunt needle component including an open distal end , a blunt needle extending from the open distal end to a first non-luer connector , the blunt needle having a length greater than 1.27 cm (0.5 inches) and a lumen in fluid communication with the open distal end , a luer connector attached to the first non-luer connector including an open proximal end in fluid communication with the open distal end ; and a filter component including an inlet for receiving the blunt needle , a second non-luer connector disposed adjacent to the inlet and having a proximally extending tubular wall extending in a proximal direction from the inlet and includes an inside surface that defines an inlet chamber for engaging the first non-luer connector , an outlet and a filter attached to one or both of the inlet and the outlet in fluid communication with the inlet and the outlet , wherein first non-luer connector and the second non-luer connector are incompatible with standard luer connectors and intravenous route-accessing devices characterized in that the first non-luer connector having a distally extending tubular wall that is coaxially disposed around the blunt needle and extend toward the open distal end and further defines an annular space between the wall and the blunt needle that is compatible to the inlet chamber of the second non-luer connector , and further characterized by the inlet of the filter component having a valve, wherein the valve is configured to open upon application of a force in the distal direction by the blunt needle. a blunt needle component including an open distal end , a blunt needle extending from the open distal end to a first non-luer connector , the blunt needle having a length greater than 1.27 cm (0.5 inches) and a lumen in fluid communication with the open distal end , a luer connector attached to the first non-luer connector including an open proximal end in fluid communication with the open distal end ; and a filter component including an inlet for receiving the blunt needle , a second non-luer connector disposed adjacent to the inlet and having a proximally extending tubular wall extending in a proximal direction from the inlet and includes an inside surface that defines an inlet chamber for engaging the first non-luer connector , an outlet and a filter attached to one or both of the inlet and the outlet in fluid communication with the inlet and the outlet , wherein first non-luer connector and the second non-luer connector are incompatible with standard luer connectors and intravenous route-accessing devices characterized in that the first non-luer connector having a distally extending tubular wall that is coaxially disposed around the blunt needle and extend toward the open distal end and further defines an annular space between the wall and the blunt needle that is compatible to the inlet chamber of the second non-luer connector , and further characterized by the inlet of the filter component having a valve, wherein the valve is configured to open upon application of a force in the distal direction by the blunt needle.
System for handling a tea strainer insert , comprising: - a tea strainer insert to be inserted into a brewing chamber of a tea maker and - a gripping element , which is separate from the tea strainer insert , wherein the gripping element and the tea strainer insert have magnetic coupling means corresponding to one another such that the tea strainer insert , when it is magnetically coupled to the gripping element via the coupling means , can be transported by grasping the gripping element , characterised in that the tea strainer insert and the gripping element each have a surface , which, when the gripping element is coupled to the tea strainer insert , together form an underside groove to be placed on the edge of a brewing chamber . - a tea strainer insert to be inserted into a brewing chamber of a tea maker and - a gripping element , which is separate from the tea strainer insert , wherein the gripping element and the tea strainer insert have magnetic coupling means corresponding to one another such that the tea strainer insert , when it is magnetically coupled to the gripping element via the coupling means , can be transported by grasping the gripping element ,
A method of transmitting a discovery signal by a user equipment, UE, in a wireless communication system, comprising: determining a first subframe indicated by a time resource pattern, TRP, bitmap in a resource pool for transmitting a D2D data signal within a control period; and determining a second subframe for transmission of a discovery signal in the first subframe; and transmitting the discovery signal in the determined second subframe, characterized in that : the second subframe is determined based on a randomly selected positive integer within a quotient calculated by dividing the number of the first subframe by 4. determining a first subframe indicated by a time resource pattern, TRP, bitmap in a resource pool for transmitting a D2D data signal within a control period; and determining a second subframe for transmission of a discovery signal in the first subframe; and transmitting the discovery signal in the determined second subframe, characterized in that : the second subframe is determined based on a randomly selected positive integer within a quotient calculated by dividing the number of the first subframe by 4.
A drip tray module for a grill configured to catch fats and break away solids generated during the cooking process, comprising: a front side, back side, bottom side, and left and right sides, a slide positioned at an incline between the front and back sides, configured to direct fats and break away solids away from back side to the front side of the tray; at least one channel for air flow covered by the slide ; an external receptacle positioned at the front side of the tray, wherein the slide leads into the receptacle so that fats and break away solids may be channeled into the external receptacle after traveling downwards along the incline of the slide, characterized in that the module comprises floor members in the channels and that the sides of the tray form an air space underneath the tray that allows for air flow from below the tray and into channels formed below the slide via apertures in the floor members of the channels. a front side, back side, bottom side, and left and right sides, a slide positioned at an incline between the front and back sides, configured to direct fats and break away solids away from back side to the front side of the tray; at least one channel for air flow covered by the slide ; an external receptacle positioned at the front side of the tray, wherein the slide leads into the receptacle so that fats and break away solids may be channeled into the external receptacle after traveling downwards along the incline of the slide, characterized in that the module comprises floor members in the channels and that the sides of the tray form an air space underneath the tray that allows for air flow from below the tray and into channels formed below the slide via apertures in the floor members of the channels.
A coin deposit and dispensing apparatus comprising a cabinet serving as an apparatus housing for said apparatus; a control means for controlling said apparatus; a cash processing module adapted to receive a deposited mass of coins; and a plurality of dispensers for coins to be dispensed, said dispensers each comprising a hopper mounted on an ejector/counter , said each of said hoppers having an upper part for receiving pre-sorted coins or, in case the cash processing module includes a coin acceptance module , receiving coins from said coin acceptance module , and a lower part connected the ejector/counter ; wherein, in a deposit operation, said dispensers are adapted to receive said deposited mass of coins for buffering therein; and wherein, in a dispensing operation, said dispensers are adapted to dispense a specific composition of coins, under control of said control means, to a portable coin receptacle at a dispense location ; the apparatus further comprising a till filling distributor unit comprising a set of a plurality of releasably mounted till filling distributors, said till filling distributors being releasably and slidably mounted in a frame means , said filling distributors being adapted to be releasably mounted in a plurality of configurations and positions within said frame means , said frame means being slidably mounted in the apparatus ; each till filling distributor comprising a wide upper opening , a narrow lower opening , and a pipe-like structure between these openings, where the till filling distributor unit is designed in such a way that in a dispensing operation a till filling distributor is located below each dispenser involved in the dispensing operation, whereby each till filling distributor is adapted for receiving coins from a dispenser located above said distributor into the wide upper opening of the distributor and to guide the coins through said narrow lower opening to a portable cash receptacle .
A stable pharmaceutical composition for oral administration comprising 6-ethyl-3-({3-methoxy-4-[4-(4-methylpiperazin-1-yl)piperidin-1-yl]phenyl}amino)-5-(tetrahydro-2H-pyran-4-ylamino)pyrazine-2-carboxamide or a pharmaceutically acceptable salt thereof, wherein the proportion of crystals of 6-ethyl-3-({3-methoxy-4-[4-(4-methylpiperazin-1-yl)piperidin-1-yl]phenyl}amino)-5-(tetrahydro-2H-pyran-4-ylamino)pyrazine-2-carboxamide or the pharmaceutically acceptable salt thereof is 60% or more with respect to the total amount of 6-ethyl-3-({3-methoxy-4-[4-(4-methylpiperazin-1-yl)piperidin-1-yl]phenyl}amino)-5-(tetrahydro-2H-pyran-4-ylamino)pyrazine-2-carboxamide or the pharmaceutically acceptable salt thereof in the pharmaceutical composition.
A method of strengthening the fibres of oxidatively treated hair, the method comprising the sequential steps of: (i) washing the hair; (ii) soaking the washed hair in an aqueous treatment composition, and (iii) drying the soaked hair; characterised in that the aqueous treatment composition comprises at least 1% N-acetyl lysine by weight based on the total weight of the composition. (i) washing the hair; (ii) soaking the washed hair in an aqueous treatment composition, and (iii) drying the soaked hair; characterised in that the aqueous treatment composition comprises at least 1% N-acetyl lysine by weight based on the total weight of the composition.