mhurhangee/ep-ind-claims huggingface dataset:
A method of estimating electromagnetic parameters of a geological structure, comprising: providing controlled source electromagnetic, CSEM, data of the structure, calculating a numerical model representing electromagnetic parameters of the structure and generating simulated CSEM data, characterized by spatially discretising the numerical model based on prior knowledge of stratigraphic horizons of the structure, defining a functional for determining the distance between said simulated CSEM data and said CSEM data, wherein the functional comprises a regularisation term which depends on the spatially discretised model, and using an iterative procedure to determine electromagnetic parameters of the structure that minimise said functional. providing controlled source electromagnetic, CSEM, data of the structure, calculating a numerical model representing electromagnetic parameters of the structure and generating simulated CSEM data, characterized by spatially discretising the numerical model based on prior knowledge of stratigraphic horizons of the structure, defining a functional for determining the distance between said simulated CSEM data and said CSEM data, wherein the functional comprises a regularisation term which depends on the spatially discretised model, and using an iterative procedure to determine electromagnetic parameters of the structure that minimise said functional.
A three dimensional crystal of a complex between: a) dimethyl fumarate ligand, and b) a polypeptide consisting of the sequence of SEQ ID NO: 1 (C-terminal kinase domain of murine ribosomal S6 kinase 2). a) dimethyl fumarate ligand, and b) a polypeptide consisting of the sequence of SEQ ID NO: 1 (C-terminal kinase domain of murine ribosomal S6 kinase 2).
An object detection method comprising: determining a weather condition based on a noise floor measured by a first radar sensor from among radar sensors arranged separately from one another, after a reference signal is emitted from a second radar sensor from among the radar sensors; and detecting an object based on comparing a threshold level corresponding to the determined weather condition and a signal level of a target reflection signal measured by the first radar sensor after a target transmission signal is emitted from the second radar sensor; characterized in that the detecting of the object comprises: decreasing a beam width (821, 822) of the radar sensors (210, 220), in response to the weather condition being determined to be an inclement condition. determining a weather condition based on a noise floor measured by a first radar sensor from among radar sensors arranged separately from one another, after a reference signal is emitted from a second radar sensor from among the radar sensors; and detecting an object based on comparing a threshold level corresponding to the determined weather condition and a signal level of a target reflection signal measured by the first radar sensor after a target transmission signal is emitted from the second radar sensor; characterized in that the detecting of the object comprises: decreasing a beam width (821, 822) of the radar sensors (210, 220), in response to the weather condition being determined to be an inclement condition.
Motorizing system for powering a wheel associated with a suspension of an aircraft so that the latter can be moved around on the ground, comprising a motor unit (4, 104), a drive member capable to be secured to the wheel, and a clutch device connecting the output shaft of the motor unit (4, 104) to the drive member, characterized in that the motor unit (4, 104) comprises an electric motor and is capable to be carried by an un-sprung part of a suspension strut, and in that the transmission between the output shaft and the drive member is a positive transmission, the drive member is an ring gear capable to be carried by the rim of the wheel and designed to enter into mesh with the output gear of the motor unit (4, 104) when the latter is in its engaged position, characterized in that the motor unit (4, 104) is capable to be carried by an axle crossmember of the wheel, and in that the clutch device is configured in such a way that the motor unit (4, 104) is mounted to pivot with respect to the axle crossmember about a horizontal pivot axis, and in that the output gear is connected to the motor unit (4, 104) by a constant-velocity joint.
An apparatus for providing a sequence of output gains, wherein the sequence of output gains is suitable for attenuating a background signal of an audio signal, wherein the apparatus comprises: a signal characteristics provider configured to receive or to determine signal characteristics information on one or more characteristics of the audio signal, wherein the signal characteristics information depends on the background signal, wherein the signal characteristics information comprises a sequence of input gains which depends on the background signal and on a foreground signal of the audio signal; and a gain sequence generator configured to determine the sequence of output gains depending on the sequence of input gains; wherein, to determine the sequence of outputs gains, to modify a current gain value of a current gain of the sequence of output gains to a target gain value, the gain sequence generator is configured to determine a plurality of succeeding gains, which succeed the current gain in the sequence of output gains, by gradually changing the current gain value according to a modification rule during a transition period to the target gain value, wherein the modification rule depends on the signal characteristics information; and/or wherein the gain sequence generator is configured to determine the target gain value depending on a further one of the one or more signal characteristics in addition to the sequence of input gains. a signal characteristics provider configured to receive or to determine signal characteristics information on one or more characteristics of the audio signal, wherein the signal characteristics information depends on the background signal, wherein the signal characteristics information comprises a sequence of input gains which depends on the background signal and on a foreground signal of the audio signal; and a gain sequence generator configured to determine the sequence of output gains depending on the sequence of input gains; wherein, to determine the sequence of outputs gains, to modify a current gain value of a current gain of the sequence of output gains to a target gain value, the gain sequence generator is configured to determine a plurality of succeeding gains, which succeed the current gain in the sequence of output gains, by gradually changing the current gain value according to a modification rule during a transition period to the target gain value, wherein the modification rule depends on the signal characteristics information; and/or wherein the gain sequence generator is configured to determine the target gain value depending on a further one of the one or more signal characteristics in addition to the sequence of input gains.
A coding method for coding a coefficient of a frequency component included in a target block to be coded, the coding method comprising: transforming the coefficient of the frequency component into a run value and a level value; counting a number of zero-value coefficients within the target block with a frequency component which is not higher than a frequency component corresponding to a zero-value coefficient related to the run value to be coded; selecting a code table in accordance with the counted number of zero-value coefficients; and variable length coding the coefficient of the frequency component by using the selected code table. transforming the coefficient of the frequency component into a run value and a level value; counting a number of zero-value coefficients within the target block with a frequency component which is not higher than a frequency component corresponding to a zero-value coefficient related to the run value to be coded; selecting a code table in accordance with the counted number of zero-value coefficients; and variable length coding the coefficient of the frequency component by using the selected code table.
A dishwasher rack having a support apparatus comprising - at least one lower connection means which is suitable for being connected to the dishwasher rack and which has at least one wire housing suitable for receiving a wire of said dishwasher rack therein and which is suitable for connecting a neck, - the lower connection means having at least one neck connection opening comprising at least one adjustment means for adjusting the orientation of said neck, - at least one neck having at least one connection protrusion connected to the adjustment means of the lower connection means, - characterized by - at least one upper connection means which is connected to the neck and which has at least one tab connection opening suitable for connecting a tab and comprising at least one tab adjustment means for adjusting the orientation of said tab; and - at least one tab having at least one tab connection protrusion connected to the tab connection opening of the upper connection means. - at least one lower connection means which is suitable for being connected to the dishwasher rack and which has at least one wire housing suitable for receiving a wire of said dishwasher rack therein and which is suitable for connecting a neck, - the lower connection means having at least one neck connection opening comprising at least one adjustment means for adjusting the orientation of said neck, - at least one neck having at least one connection protrusion connected to the adjustment means of the lower connection means, - characterized by - at least one upper connection means which is connected to the neck and which has at least one tab connection opening suitable for connecting a tab and comprising at least one tab adjustment means for adjusting the orientation of said tab; and - at least one tab having at least one tab connection protrusion connected to the tab connection opening of the upper connection means.
An extracorporeal blood circuit reservoir device comprising: a housing defining a main chamber; an exit port fluidly connected to the main chamber; a venous inlet sub-assembly mounted to the housing and including: a downtube forming a primary lumen extending between and open at opposing inlet and outlet ends (104, 106), the downtube defining an inlet section adjacent the inlet end and an outlet section adjacent the outlet end, a first luer port connector body (34; 112a, 112b) extending from the inlet section and forming a passageway open to the primary lumen at a flow opening, wherein the port connector body (34; 112a, 112b) is arranged relative to the inlet section such that a flow path of fluid flow from the passageway into the primary lumen merges with a flow path of fluid flow along the primary lumen at an angle of less than 90°; wherein the venous inlet sub-assembly is arranged to locate the inlet section and the port connector body (34; 112a, 112b) outside of the housing and the outlet section within the housing; and a venous filter maintained within the housing fluidly between the outlet end and the exit port. a housing defining a main chamber; an exit port fluidly connected to the main chamber; a venous inlet sub-assembly mounted to the housing and including: a downtube forming a primary lumen extending between and open at opposing inlet and outlet ends (104, 106), the downtube defining an inlet section adjacent the inlet end and an outlet section adjacent the outlet end, a first luer port connector body (34; 112a, 112b) extending from the inlet section and forming a passageway open to the primary lumen at a flow opening, wherein the port connector body (34; 112a, 112b) is arranged relative to the inlet section such that a flow path of fluid flow from the passageway into the primary lumen merges with a flow path of fluid flow along the primary lumen at an angle of less than 90°; a downtube forming a primary lumen extending between and open at opposing inlet and outlet ends (104, 106), the downtube defining an inlet section adjacent the inlet end and an outlet section adjacent the outlet end, a first luer port connector body (34; 112a, 112b) extending from the inlet section and forming a passageway open to the primary lumen at a flow opening, wherein the port connector body (34; 112a, 112b) is arranged relative to the inlet section such that a flow path of fluid flow from the passageway into the primary lumen merges with a flow path of fluid flow along the primary lumen at an angle of less than 90°; wherein the venous inlet sub-assembly is arranged to locate the inlet section and the port connector body (34; 112a, 112b) outside of the housing and the outlet section within the housing; and a venous filter maintained within the housing fluidly between the outlet end and the exit port.
A process for feeding a polymerisation catalyst into a polymerisation reactor, comprising the steps of: (i) maintaining a catalyst slurry comprising a diluent and a solid catalyst component in a catalyst feed vessel; (ii) continuously withdrawing a stream of the catalyst slurry from the catalyst feed vessel; and (iii) introducing the withdrawn portion of the catalyst slurry into the polymerisation reactor, wherein the catalyst slurry is transferred by using a valveless piston pump from the catalyst feed vessel into the polymerisation reactor; the diluent has a dynamic viscosity of from 0.01 to 10 mPas at the conditions within the catalyst feed vessel, characterised in that the catalyst slurry is transferred along a substantially vertical path downwards from the catalyst feed vessel to the reactor.
A handle assembly of a hand-held surgical instrument, comprising: a handle housing; a rack axially movable within the handle housing and configured to operably couple to a functional component of an end effector assembly, the rack having a bottom surface defining a first set of gear teeth and a top surface defining a second set of gear teeth; a trigger movably coupled to the handle housing; a clamp gear coupled to the trigger and operably coupled to the first set of gear teeth of the rack; and a fire gear coupled to the trigger and operably coupled to the second set of gear teeth, characterized in further comprising a button coupled to the trigger, said button being slidable between a first position and a second position to selectively couple and decouple the clamp and fire gears (100, 102) to the trigger, and said button configured to move between a first position, in which the button non-rotationally couples the clamp gear to the trigger, such that the clamp gear rotates in response to an actuation of the trigger, and a second position, in which the button non-rotationally couples the fire gear to the trigger, such that the fire gear rotates in response to an actuation of the trigger; a handle housing; a rack axially movable within the handle housing and configured to operably couple to a functional component of an end effector assembly, the rack having a bottom surface defining a first set of gear teeth and a top surface defining a second set of gear teeth; a trigger movably coupled to the handle housing; a clamp gear coupled to the trigger and operably coupled to the first set of gear teeth of the rack; and a fire gear coupled to the trigger and operably coupled to the second set of gear teeth, characterized in
Aqueous cosmetic composition comprising: (i) one or more fatty substances in a content ranging from 40% to 80% by weight, relative to the total weight of the cosmetic composition. (ii) one or more oxyethylenated fatty alcohols having a number of oxyethylenes less than or equal to 10, and (iii) one or more alkylpolyglucoside-type non-ionic surfactants, and (iv) one or more organic thickening agents chosen from cationic, anionic, or amphoteric associative polymers. (i) one or more fatty substances in a content ranging from 40% to 80% by weight, relative to the total weight of the cosmetic composition. (ii) one or more oxyethylenated fatty alcohols having a number of oxyethylenes less than or equal to 10, and (iii) one or more alkylpolyglucoside-type non-ionic surfactants, and (iv) one or more organic thickening agents chosen from cationic, anionic, or amphoteric associative polymers.
A method for reducing the amount of data to be transferred when communicating visual data over a network from a first node to a second node, the method at the first node comprising the steps of: reducing the quality of one or more sections of higher-quality visual data to one or more sections of lower-quality visual data; selecting a neural network model from a library, the library comprising a plurality of neural network models which are respectively capable of receiving the one or more sections of lower-quality visual data and generating corresponding output data, the selection being based on the quality of the output data as determined by one or more metrics; generating, by a machine-learning process, a specific neural network model for increasing the quality of the one or more sections of lower-quality visual data, using the selected neural network model as an initial model, comprising training the selected neural network model with a machine learning technique using the one or more sections of higher-quality visual data; transmitting the one or more sections of lower-quality visual data to the second node, and transmitting to the second node a reference corresponding to the selected neural network model and modifications to the selected neural network model for reproducing the specific neural network model. reducing the quality of one or more sections of higher-quality visual data to one or more sections of lower-quality visual data; selecting a neural network model from a library, the library comprising a plurality of neural network models which are respectively capable of receiving the one or more sections of lower-quality visual data and generating corresponding output data, the selection being based on the quality of the output data as determined by one or more metrics; generating, by a machine-learning process, a specific neural network model for increasing the quality of the one or more sections of lower-quality visual data, using the selected neural network model as an initial model, comprising training the selected neural network model with a machine learning technique using the one or more sections of higher-quality visual data; transmitting the one or more sections of lower-quality visual data to the second node, and transmitting to the second node a reference corresponding to the selected neural network model and modifications to the selected neural network model for reproducing the specific neural network model.
A method, comprising: receiving, at a system memory controller from a processor, a memory access request that comprises a first set of parameters comprising a first indication of a memory page size of a memory array, wherein the system memory controller is coupled to the processor and a local memory controller associated with the memory array; configuring a memory access command based at least in part on receiving the memory access request, wherein the memory access command comprises a second set of parameters comprising a second indication of the memory page size and an identification of the memory array, the second set of parameters based at least in part on the first set of parameters; and sending, to the local memory controller, the memory access command with the second set of parameters, wherein the local memory controller is configured to determine the memory page size based at least in part on the second set of parameters, wherein: the first set of parameters comprises a location of data to access and a number of bits determinative of the memory page size; and the second set of parameters comprises the identification of the memory array, an address associated with the memory array, and the memory page size for the local memory controller. receiving, at a system memory controller from a processor, a memory access request that comprises a first set of parameters comprising a first indication of a memory page size of a memory array, wherein the system memory controller is coupled to the processor and a local memory controller associated with the memory array; configuring a memory access command based at least in part on receiving the memory access request, wherein the memory access command comprises a second set of parameters comprising a second indication of the memory page size and an identification of the memory array, the second set of parameters based at least in part on the first set of parameters; and sending, to the local memory controller, the memory access command with the second set of parameters, wherein the local memory controller is configured to determine the memory page size based at least in part on the second set of parameters, wherein: the first set of parameters comprises a location of data to access and a number of bits determinative of the memory page size; and the second set of parameters comprises the identification of the memory array, an address associated with the memory array, and the memory page size for the local memory controller. the first set of parameters comprises a location of data to access and a number of bits determinative of the memory page size; and the second set of parameters comprises the identification of the memory array, an address associated with the memory array, and the memory page size for the local memory controller.
Mobile construction site switch cabinet with - a housing, - at least two electrical connection sockets arranged in the housing, - a switch assigned to at least one of the connection sockets and arranged in the housing, and - at least one meter assigned to at least one of the switches, wherein - an electrical connection point within the housing can be electrically connected to the connection sockets at least via the meter and the switch, wherein a control device disposed in the housing is adapted to close at least one of the switches in response to authentication and to obtain an initial meter reading of the meter associated with the closed switch, characterized in that - the meter is arranged to detect an electrical power or a current strength and in that the meter or the control device is arragned to open the switch assigned to the meter for a defined time when the detected electrical power or the current strength exceeds a limit value. - a housing, - at least two electrical connection sockets arranged in the housing, - a switch assigned to at least one of the connection sockets and arranged in the housing, and - at least one meter assigned to at least one of the switches, wherein - an electrical connection point within the housing can be electrically connected to the connection sockets at least via the meter and the switch, - the meter is arranged to detect an electrical power or a current strength and in that the meter or the control device is arragned to open the switch assigned to the meter for a defined time when the detected electrical power or the current strength exceeds a limit value.