mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: operating at least one low duty cycle, LDC, controller to maintain LDC synchronization between said at least one LDC controller and a plurality of LDC terminals operating over a communication network using only overhead channels of said communication network and conforming to a protocol and timing of said communication network, wherein said operating at least one LDC controller includes scheduling a wake up time T BEGIN and a power down time TEND of each LDC terminal based on a usage profile of said each LDC terminal, wherein said LDC synchronization between said at least one LDC controller and said plurality of LDC terminals is maintained separately from the protocol and timing of said communication network, and enables said at least one LDC controller to schedule power down and wake up of said plurality of LDC terminals for durations longer than allowable under the protocol and timing of said communication network; dynamically adjusting the power down time T END based on a number and nature of messages sent and received by the LDC controller, wherein dynamically adjusting comprises resetting and extending the power down time T END until all pending messages are sent by the LDC controller. operating at least one low duty cycle, LDC, controller to maintain LDC synchronization between said at least one LDC controller and a plurality of LDC terminals operating over a communication network using only overhead channels of said communication network and conforming to a protocol and timing of said communication network, wherein said operating at least one LDC controller includes scheduling a wake up time T BEGIN and a power down time TEND of each LDC terminal based on a usage profile of said each LDC terminal, wherein said LDC synchronization between said at least one LDC controller and said plurality of LDC terminals is maintained separately from the protocol and timing of said communication network, and enables said at least one LDC controller to schedule power down and wake up of said plurality of LDC terminals for durations longer than allowable under the protocol and timing of said communication network; dynamically adjusting the power down time T END based on a number and nature of messages sent and received by the LDC controller, wherein dynamically adjusting comprises resetting and extending the power down time T END until all pending messages are sent by the LDC controller.
Method for externally grinding a shaft part having rotationally symmetrical sections and end faces in which centring bores are formed, said centring bores defining a reference longitudinal axis and axis of rotation of the shaft part, wherein, during the grinding until the end of final grinding by means of a grinding wheel, the shaft part is held between tips (11; 14) engaging into the centring bores, and is supported by means of a supporting device (2; 2'; 3; 35), having a first and second supporting apparatus, at the rotationally symmetrical sections, wherein the shaft part is arranged between the grinding wheel and a first supporting apparatus (2; 2') of the supporting device (2; 2'; 3, 35), and a measurement device is an in-process measurement device and measures diameter values of the rotationally symmetrical sections of the shaft part and communicates these measurement values to a control device, and this control device, on the basis of these measurement values, actively correctively adjusts, according to the measured diameter values, the infeed of the grinding wheel and the supporting device (2; 2'; 3; 35), in a manner continuously supporting the rotationally symmetrical sections, until the final dimensioning of the shaft part is attained, characterized in that the supporting device (2; 2'; 3; 35) has a supporting disc (2; 2') or a supporting straightedge (3; 35) as first supporting apparatus and the second supporting apparatus has a supporting straightedge (3; 35), and, by means of the control device, on the basis of the measurement values, the supporting disc (2; 2') and the supporting straightedge (3; 35), or the supporting straightedges (3; 35), are permanently continuously supported against the rotationally symmetrical sections of the shaft part, and correctively adjusted according to their measured actual diameter values, during the grinding between the tips (11, 14).
A therapeutic agent comprising as an active ingredient a compound having an effect of inhibiting the secretion of testosterone for use in the treatment of spinal and bulbar muscular athrophy.
A downhole casing pulling tool, comprising: a packer assembly configured to isolate an annulus between a casing and the tool; a slip assembly configured to engage the casing; an actuator configured to operate at least one of the packer assembly and the slip assembly, wherein the actuator comprises: an actuator housing including a first bore therethrough; a guide mandrel at least partially disposed in the first bore, wherein the actuator housing is longitudinally movable relative to the guide mandrel; and a drive mandrel longitudinally movable relative to the actuator housing; a tubular housing having a second bore therethrough; and a piston assembly disposed in the second bore and configured to: operate the actuator; and modify a fluid pressure in the bore of the tubular housing. a packer assembly configured to isolate an annulus between a casing and the tool; a slip assembly configured to engage the casing; an actuator configured to operate at least one of the packer assembly and the slip assembly, wherein the actuator comprises: an actuator housing including a first bore therethrough; a guide mandrel at least partially disposed in the first bore, wherein the actuator housing is longitudinally movable relative to the guide mandrel; and a drive mandrel longitudinally movable relative to the actuator housing; an actuator housing including a first bore therethrough; a guide mandrel at least partially disposed in the first bore, wherein the actuator housing is longitudinally movable relative to the guide mandrel; and a drive mandrel longitudinally movable relative to the actuator housing; a tubular housing having a second bore therethrough; and a piston assembly disposed in the second bore and configured to: operate the actuator; and modify a fluid pressure in the bore of the tubular housing. operate the actuator; and modify a fluid pressure in the bore of the tubular housing.
A battery module comprising: a battery cell stack, in which a plurality of battery cells are stacked; a module frame configured to accommodate the battery cell stack, and of which a front surface and a rear surface facing each other are opened; and an end plate configured to cover each of the front surface and the rear surface of the module frame, wherein the module frame comprises a first bonding surface formed at edges constituting each of the front surface and the rear surface, and wherein the end plate comprises a second bonding surface bonded to the first bonding surface, and a rib located closer toward the center of the end plate than the second bonding surface and protruding toward the module frame, characterized in that a chamfer for improving an assembling efficiency of the end plate and the module frame is formed in the rib. a battery cell stack, in which a plurality of battery cells are stacked; a module frame configured to accommodate the battery cell stack, and of which a front surface and a rear surface facing each other are opened; and an end plate configured to cover each of the front surface and the rear surface of the module frame, wherein the module frame comprises a first bonding surface formed at edges constituting each of the front surface and the rear surface, and wherein the end plate comprises a second bonding surface bonded to the first bonding surface, and a rib located closer toward the center of the end plate than the second bonding surface and protruding toward the module frame, characterized in that a chamfer for improving an assembling efficiency of the end plate and the module frame is formed in the rib.
Computer-implemented method for extracting an underground deposit, in which method a representation of said underground deposit is constructed, on the basis of curves describing a variation in a saturation of a fluid as a function of at least one property P relative to the flow of said fluid within said deposit, said property P being capillary pressure or relative permeability, said curves being obtained via laboratory experiments carried out on samples extracted from said deposit, and in which method said deposit is discretized into a set of cells, each cell of said set of cells being associated with one lithology, the method comprising the following steps: - a principal component analysis is carried out on a data table constructed from said curves, so as to extract principal factors explaining said data; - said curves are plotted in a representation space constructed from said principal factors; - the curves plotted in the representation space are classified by means of a supervised classification method, the information used to train said supervised classification method corresponding to the lithology of said samples, each class obtained from said classification being associated with one lithology; - at least one curve representative of each class obtained from said classification is defined; - one of said representative curves is associated with each cell, depending on the lithology associated with the cell; - a scheme for optimal extraction of said deposit is defined on the basis of said representation of said deposit and by means of a flow simulator; and - said deposit is extracted according to said optimal extraction scheme. - a principal component analysis is carried out on a data table constructed from said curves, so as to extract principal factors explaining said data; - said curves are plotted in a representation space constructed from said principal factors; - the curves plotted in the representation space are classified by means of a supervised classification method, the information used to train said supervised classification method corresponding to the lithology of said samples, each class obtained from said classification being associated with one lithology; - at least one curve representative of each class obtained from said classification is defined; - one of said representative curves is associated with each cell, depending on the lithology associated with the cell; - a scheme for optimal extraction of said deposit is defined on the basis of said representation of said deposit and by means of a flow simulator; and - said deposit is extracted according to said optimal extraction scheme.
An implantable medical device, IMD, configured to wirelessly receive power from an electromagnetic field, comprising: a case housing control circuitry and power reception circuitry for the IMD, a non-conductive header affixed to the case, the header comprising a front side, a back side, and a top side, a feedthrough between the header and the case, a first loop antenna contained within the header proximate to and parallel with the front side of the header, a second loop antenna contained within the header proximate to and parallel with the back side of the header, and a third loop antenna contained within the header proximate to and parallel with the top of the header, characterised in that the first, second, and third loop antennas are connected with each other to form a three-dimensional cage. a case housing control circuitry and power reception circuitry for the IMD, a non-conductive header affixed to the case, the header comprising a front side, a back side, and a top side, a feedthrough between the header and the case, a first loop antenna contained within the header proximate to and parallel with the front side of the header, a second loop antenna contained within the header proximate to and parallel with the back side of the header, and a third loop antenna contained within the header proximate to and parallel with the top of the header, characterised in that the first, second, and third loop antennas are connected with each other to form a three-dimensional cage.
An implantable active medical device comprising: a chassis plate having a first major surface and an opposing second major surface and extending between a chassis first end region and a chassis second end region; a first elongate lead connector fixed to the first major surface and extending orthogonally away from the first major surface; a second elongate lead connector fixed to the second major surface and extending orthogonally away from the second major surface; a first hermetic housing defining a first sealed housing cavity, the first hermetic housing fixed to the first major surface and the first elongate lead connector is disposed within the first sealed housing cavity; and a second hermetic housing defining a second sealed housing cavity, the second hermetic housing fixed to the second major surface and the second elongate lead connector is disposed within the second sealed housing cavity. a chassis plate having a first major surface and an opposing second major surface and extending between a chassis first end region and a chassis second end region; a first elongate lead connector fixed to the first major surface and extending orthogonally away from the first major surface; a second elongate lead connector fixed to the second major surface and extending orthogonally away from the second major surface; a first hermetic housing defining a first sealed housing cavity, the first hermetic housing fixed to the first major surface and the first elongate lead connector is disposed within the first sealed housing cavity; and a second hermetic housing defining a second sealed housing cavity, the second hermetic housing fixed to the second major surface and the second elongate lead connector is disposed within the second sealed housing cavity.
Vehicle comprising - a chassis that is moveable in a driving direction, - two rear wheels moveably carrying the chassis on the rear side seen in the driving direction, - two front wheels moveably carrying the chassis on the front side seen in the driving direction, - a steering wheel for turning a steering column around a rotation axis for steering the front wheels, and - a steering angle sensor for measuring a rotation angle of the steering column around the rotation axis with an encoder that is stationary to the steering column and with a magnet sensor that is disposed axially displaced from the encoder on the rotation axis, - wherein the encoder includes a first magnet with a top side directed to the magnet sensor and a second magnet attached to the first magnet opposite to the top side, wherein at least the first magnet includes a recess starting from the top side, wherein each magnet (38, 40) is magnetized orthogonal to the rotation axis, and wherein regarding from the magnetizations (42, 44), the first magnet and the second magnet are displaced against each other in rotation direction, characterized in that the recess has a depth that is lower than an axial thickness of the first magnet. - a chassis that is moveable in a driving direction, - two rear wheels moveably carrying the chassis on the rear side seen in the driving direction, - two front wheels moveably carrying the chassis on the front side seen in the driving direction, - a steering wheel for turning a steering column around a rotation axis for steering the front wheels, and - a steering angle sensor for measuring a rotation angle of the steering column around the rotation axis with an encoder that is stationary to the steering column and with a magnet sensor that is disposed axially displaced from the encoder on the rotation axis, - wherein the encoder includes a first magnet with a top side directed to the magnet sensor and a second magnet attached to the first magnet opposite to the top side, wherein at least the first magnet includes a recess starting from the top side, wherein each magnet (38, 40) is magnetized orthogonal to the rotation axis, and wherein regarding from the magnetizations (42, 44), the first magnet and the second magnet are displaced against each other in rotation direction,
Method for removing gaseous pollutants from a gas stream, wherein a gas stream is supplied to an absorber, wherein the pollutants present in the gas stream are removed from the gas stream by means of an absorption medium, wherein at least a substream of the pollutant-laden absorption medium coming from the absorber is supplied to a cooling unit, wherein the substream that has been cooled down in the cooling unit is returned into the absorber, characterized in that heat is extracted from the substream by means of a heat pump, wherein the heat that is released and removed during the cooling is transferred to a heat transfer medium via which the heat pump used is operated so that the absorption medium is cooled with removal of heat, and, for the release of the pollutants, the partially pollutant-laden absorption medium is supplied to a desorber, wherein a withdrawal substream is taken off from the absorption medium and is led into the desorber via a branch line without preheating, and the remaining stream of the absorption medium is supplied to the desorber via a supply line of the desorber, wherein a heat exchanger is connected into the supply line, and heat is transferred by the heat exchanger from the heat transfer medium to the remaining stream.
An integrated beverage blending and cleaning system comprising: at least one blender module which blends and/or mixes ice and at least one other ingredient within a beverage container, thereby producing said beverage; and a cleaning assembly disposed within said blender module, characterized in that, upon completion of a blending or mixing sequence and removal of said beverage container from said blender module, a cleaning and/or sanitizing mode is automatically initiated. at least one blender module which blends and/or mixes ice and at least one other ingredient within a beverage container, thereby producing said beverage; and a cleaning assembly disposed within said blender module,
A method (100, 200) for determining a recommended maximum load for a vehicle (1, 10, 20, 30, 40) to be operated along a predefined route, comprising: - acquiring road topography data for said predefined route, the road topography data containing information about the topography of the road along said predefined route, - determining, based on the acquired road topography data, a respective maximum allowable tire load for each individual tire (7, 14) of the vehicle for said predefined route, and - determining, based on the determined maximum allowable tire loads, a recommended maximum load for the vehicle for said predefined route. - acquiring road topography data for said predefined route, the road topography data containing information about the topography of the road along said predefined route, - determining, based on the acquired road topography data, a respective maximum allowable tire load for each individual tire (7, 14) of the vehicle for said predefined route, and - determining, based on the determined maximum allowable tire loads, a recommended maximum load for the vehicle for said predefined route.
A composition comprising a fructosyl amino oxidase for use to treat presbyopia, cataract, age-related macular degeneration, dry eye syndrome, diabetic retinopathy and/or glaucoma.
A dishwasher comprising: a tub which accommodates dishes; a spray module which sprays washing water toward the dishes in the tub; a sump which supplies the washing water to the spray module; a pump which pumps the washing water stored in the sump to the spray module; and an air jet generator which receives a part of the washing water pumped from the pump to form an air bubble in the washing water and discharges the air bubble to the sump, characterized in that the air jet generator comprises: a decompression portion which decreases a pressure of the washing water that flows; an air suction portion which is opened to allow air to flow into the decompression portion; a pressing portion which increases pressure so as to crush the air introduced from the air suction portion; an air tap which has a plurality of holes so as to crush the air contained in the washing water that passed through the pressing portion; and a reverse spray nozzle which sprays the washing water toward the air tap in a reverse direction. a tub which accommodates dishes; a spray module which sprays washing water toward the dishes in the tub; a sump which supplies the washing water to the spray module; a pump which pumps the washing water stored in the sump to the spray module; and an air jet generator which receives a part of the washing water pumped from the pump to form an air bubble in the washing water and discharges the air bubble to the sump, characterized in that the air jet generator comprises: a decompression portion which decreases a pressure of the washing water that flows; an air suction portion which is opened to allow air to flow into the decompression portion; a pressing portion which increases pressure so as to crush the air introduced from the air suction portion; an air tap which has a plurality of holes so as to crush the air contained in the washing water that passed through the pressing portion; and a reverse spray nozzle which sprays the washing water toward the air tap in a reverse direction. a decompression portion which decreases a pressure of the washing water that flows; an air suction portion which is opened to allow air to flow into the decompression portion; a pressing portion which increases pressure so as to crush the air introduced from the air suction portion; an air tap which has a plurality of holes so as to crush the air contained in the washing water that passed through the pressing portion; and a reverse spray nozzle which sprays the washing water toward the air tap in a reverse direction.
A method for producing a masterbatch, the method comprising step of mixing a rubber latex with microfibrillated plant fibers oxidized with an N-oxyl compound to obtain a mixture, and coagulating the mixture by adjusting its pH to 3 to 5.
A downhole completion system arranged within an open hole section of a wellbore, comprising: one or more end sections arranged within the open hole section and movable between contracted and expanded configurations, each end section including at least one sealing structure configured to engage an inner radial surface of the open hole section; and one or more middle sections communicably coupled to the one or more end sections and movable between contracted and expanded configurations, each middle section also comprising at least one sealing structure; wherein the at least one sealing structure of each of the end and middle sections (106a,b) is movable between a contracted configuration and an expanded configuration, and characterised in that when in the contracted configuration, the at least one sealing structure is able to axially traverse production tubing extended within the wellbore. one or more end sections arranged within the open hole section and movable between contracted and expanded configurations, each end section including at least one sealing structure configured to engage an inner radial surface of the open hole section; and one or more middle sections communicably coupled to the one or more end sections and movable between contracted and expanded configurations, each middle section also comprising at least one sealing structure; wherein the at least one sealing structure of each of the end and middle sections (106a,b) is movable between a contracted configuration and an expanded configuration, and characterised in that when in the contracted configuration, the at least one sealing structure is able to axially traverse production tubing extended within the wellbore.