mhurhangee/ep-ind-claims huggingface dataset:
Method for simulating a brain stimulation implemented on a computer, providing an estimate of a target spatial stimulation zone (ZS c), which method is characterised in that it comprises at least one iteration of the following steps: - selecting, using a selector, from at least two available values, a value (VS x) to be allocated to a predetermined score (S x), corresponding to an anticipated result, the predetermined score (S x) originating from at least one previous clinical data item measured on at least one patient; - identifying, from an anatomical-clinical atlas (AAC x) belonging to an anatomical-clinical atlas set (AAC [1...N]), a spatial zone (ZS x) which is capable of providing a value close to the value (VS x) to be allocated to the predetermined score (S x), the identification comprising at least one search in the atlas (AAC x), corresponding to this score (S x), for a spatial zone (ZS x) corresponding to the value (VS x) selected in the selector which is associated with this score; the at least one iteration providing a set of spatial zones (ZS [1..L]); the method being further characterised in that it comprises: - a calculation in accordance with the set of spatial zones (ZS [1..L]) of at least one target spatial zone (ZS c) which is capable of producing a specific result representing at least one selected value (VS x), the calculation being carried out in an iterative or parallel manner, the at least one target spatial zone (ZS c) resulting from an intersection of at least two spatial zones of the set of spatial zones (ZS [1..L]). - selecting, using a selector, from at least two available values, a value (VS x) to be allocated to a predetermined score (S x), corresponding to an anticipated result, the predetermined score (S x) originating from at least one previous clinical data item measured on at least one patient; - identifying, from an anatomical-clinical atlas (AAC x) belonging to an anatomical-clinical atlas set (AAC [1...N]), a spatial zone (ZS x) which is capable of providing a value close to the value (VS x) to be allocated to the predetermined score (S x), the identification comprising at least one search in the atlas (AAC x), corresponding to this score (S x), for a spatial zone (ZS x) corresponding to the value (VS x) selected in the selector which is associated with this score; - a calculation in accordance with the set of spatial zones (ZS [1..L]) of at least one target spatial zone (ZS c) which is capable of producing a specific result representing at least one selected value (VS x), the calculation being carried out in an iterative or parallel manner, the at least one target spatial zone (ZS c) resulting from an intersection of at least two spatial zones of the set of spatial zones (ZS [1..L]).
A method of priming a tubing set and a dialyzer of a dialysis system, comprising the steps of: connecting an arterial line of a tubing set to a venous line of the tubing set to form a continuous loop in the tubing set; pumping air out of the tubing set with an air pump; pulling a flow of fluid from a fluid source into the tubing set with the air pump; operating a blood pump of the dialysis system in a forward operating mode to flow fluid from the fluid source into the tubing set in a first direction; and operating the blood pump in a reverse operating mode to flow fluid through the tubing set in a second direction opposite to the first direction. connecting an arterial line of a tubing set to a venous line of the tubing set to form a continuous loop in the tubing set; pumping air out of the tubing set with an air pump; pulling a flow of fluid from a fluid source into the tubing set with the air pump; operating a blood pump of the dialysis system in a forward operating mode to flow fluid from the fluid source into the tubing set in a first direction; and operating the blood pump in a reverse operating mode to flow fluid through the tubing set in a second direction opposite to the first direction.
Pneumatic vehicle tyre with a tread, which has at least one row of profile blocks (1, 2), which consists of profile blocks (1a, 2a) and transverse grooves (1b, 2b) running between them and which is divided by a process of pitch length variation into at least two pitches (P 1, P 2, P 3) having different pitch lengths (L 1, L 2, L 3), the sequence of which over the circumference of the tyre takes place in accordance with a noise-optimized pitch sequence, wherein the circumferential lengths of the profile blocks (1a, 2a) of the at least one row of profile blocks (1, 2) within the different pitch lengths (L 1, L 2, L 3) vary with these lengths and wherein, in transverse grooves (1b, 2b) of the at least one row of profile blocks (1, 2), base elevations are formed, characterized in that in those transverse grooves (1b, 2b) between profile blocks (1a, 2a) that belong to pitches (P 1, P 2, P 3) of different pitch lengths (L 1, L 2, L 3) there is formed in each case a base elevation which, seen in the circumferential direction, rises up in the form of a ramp to the profile block (1a, 2a) belonging to the shorter pitch (P 1, P 2).
An isolated polynucleotide that encodes a protein that enzymatically degrades an aryloxyalkanoate chemical substructure of an aryloxyalkanoate herbicide, wherein said polynucleotide is operably linked to a plant promoter or a plant virus promoter, and wherein a nucleic acid molecule that encodes said protein hybridizes under stringent conditions with the full complement of a sequence selected from the group consisting of SEQ ID NO:1, SEQ ID NO:3, and SEQ ID NO:5, and wherein the protein is capable of degrading phenoxyacetate- and pyridyloxyacetate auxin herbicides.
A solid composition which is an oil-in-water emulsion comprising a solid oil that is solid or semi-solid at normal temperature (25°C) in an amount of 10 to 40% by weight, a liquid oil that is liquid at normal temperature (25°C) in an amount of 10 to 60% by weight, a surfactant, a polyhydric alcohol, an electrolyte in an amount of 0.1 to 20% by weight, and water; wherein the electrolyte is a combination of at least one selected from the group (E-1) consisting of adenosine 3',5'-cyclic phosphoric acids, adenosine monophosphates, adenosine diphosphates, adenosine triphosphates, and salts thereof and at least one selected from the group (E-2) consisting of ascorbic acids, sodium L-ascorbyl phosphate, disodium L-ascorbyl sulfate, ascorbyl 2-glucoside, ascorbyl glucosamine, L-dehydroascorbic acid, magnesium L-ascorbyl phosphate, and salts thereof, and wherein the solid composition can maintain its own shape for at least 1 hour, when the composition having a cylindrical shape with a diameter of 10 mm and a height of 40 mm stands vertically on a base at a temperature of 30°C and 60% relative humidity.
A portable information terminal holding stand configured to hold one of a plurality of types of portable information terminals (30, 40) including at least a first portable information terminal comprising a terminal side connector and a second portable information terminal comprising a terminal side connector having different specifications from the specifications of the terminal side connector of the first portable information terminal, the portable information terminal holding stand being configured to be electrically connected to the one of the plurality of types of portable information terminals (30, 40) by fitting a holding stand side connector into the terminal side connector of one of the plurality of types of portable information terminals (30, 40) held thereon, the portable information terminal holding stand comprising: a holding stand main body having a main mounting surface inclined with respect to a horizontal surface; a terminal cover detachably attached to a lower end of the main mounting surface and configured to support a lower end of the one of the plurality of types of portable information terminals (30, 40) mounted on the main mounting surface; and a connector holder configured to hold the holding stand side connector, the terminal cover being pivotably fixed to the holding stand main body when the holding stand side connector and the connector holder are firmly fixed to the portable information terminal holding stand; the connector holder comprising a plurality of types of connector holders (18-1, 18-2, 18-3, 18-4) prepared in accordance with specifications of the holding stand side connector, the terminal cover comprising a holder receiving portion configured to receive and hold one of the plurality of types of connector holders (18-1, 18-2, 18-3, 18-4). a holding stand main body having a main mounting surface inclined with respect to a horizontal surface; a terminal cover detachably attached to a lower end of the main mounting surface and configured to support a lower end of the one of the plurality of types of portable information terminals (30, 40) mounted on the main mounting surface; and a connector holder configured to hold the holding stand side connector, the terminal cover being pivotably fixed to the holding stand main body when the holding stand side connector and the connector holder are firmly fixed to the portable information terminal holding stand; the connector holder comprising a plurality of types of connector holders (18-1, 18-2, 18-3, 18-4) prepared in accordance with specifications of the holding stand side connector, the terminal cover comprising a holder receiving portion configured to receive and hold one of the plurality of types of connector holders (18-1, 18-2, 18-3, 18-4).
A method implemented in a first wireless transceiver, of controlling wireless communication bandwidth, the method comprising: establishing a communication session with a second wireless transceiver located at a secondsite; controlling the first wireless transceiver to appear to the first digital communication path as though the bandwidth is continuously available during the communication session for wireless communications with the second transceiver, irrespective of a need to transport data communication signals with the second site; making the bandwidth available for wireless communication by another wireless transceiver of the digital communication network in the absence of the need to transport data communication signals between the first and second sites; maintaining a logical connection at a network layer and using radio frequency bandwidth only when required to maintain the connection at the network layer; facilitating use by a code division multiple access, CDMA, transceiver of a CDMAuser device of a CDMAchannel and a control channel associated with the CDMA channel and transmitting information on at least one CDMA channel for the communication session, and providing voice and data to a channel multiplexer to multiplex the voice and data on to the at least one CDMA channel. establishing a communication session with a second wireless transceiver located at a secondsite; controlling the first wireless transceiver to appear to the first digital communication path as though the bandwidth is continuously available during the communication session for wireless communications with the second transceiver, irrespective of a need to transport data communication signals with the second site; making the bandwidth available for wireless communication by another wireless transceiver of the digital communication network in the absence of the need to transport data communication signals between the first and second sites; maintaining a logical connection at a network layer and using radio frequency bandwidth only when required to maintain the connection at the network layer; facilitating use by a code division multiple access, CDMA, transceiver of a CDMAuser device of a CDMAchannel and a control channel associated with the CDMA channel and transmitting information on at least one CDMA channel for the communication session, and providing voice and data to a channel multiplexer to multiplex the voice and data on to the at least one CDMA channel.
Storage pool cooling module (10, 30), comprising at least one thermosiphon (12, 32, 50) having an evaporator (40, 68) and a condenser (38, 66), further comprising at least one floating body (24, 36) which is firmly connected to the at least one thermosiphon, is arranged underneath the condenser (48, 66) and is configured in such a way that the storage pool cooling module (10, 30) is buoyant in water, the evaporator (40, 68) then being located underneath the water surface (44, 60) and the condenser (38, 66) above the water surface (44, 60), characterized in that the storage pool cooling module contains a base plate (14, 34), under which the at least one floating body is arranged, which is connected to the thermosiphon (12, 32, 50) and through which at least one fluidic connection between the at least one evaporator (40, 68) and the at least one condenser (38, 66) is led.
An electrode material for solid polymer lithium electrochemical cells, the electrode material comprising particles of electrochemically active material having a diameter D, a measured particle size distribution and a standard deviation (σ), the measured particle size distribution of the electrode material has a median size D 50 ranging from 1.5μm and 3μm,a D 10 ≥ 0.5μm, a D 90 ≤ 10.0 μm, a calculated ratio (D 90 / D 10) / D 50 ≥ 3.0 μm -1 and a ratio σ/D 50 ≥ 0.5.
An apparatus for generating a visualization of a balloon (132, 834) within an anatomical cavity and configured to provide balloon therapy within the anatomical cavity, the apparatus comprising a processor circuit comprising a processor, an input and an output each in communication with the processor, wherein the processor is configured to: - receive or obtain, via the input, EM field data representative of an electromagnetic field detected by one or more electrodes (124, 824) of a catheter (120, 830) within the anatomical cavity and responsive to a location of the balloon within the anatomical cavity - receive or obtain, via the input, a geometrical parameter associated with the balloon configured to provide the balloon therapy within the anatomical cavity; - determine a location of the balloon within the anatomical cavity based on the EM field data and the geometrical parameter; and - optionally, outputting, via the output, a signal representative of a visualization of the location of the balloon within the anatomical cavity. - receive or obtain, via the input, EM field data representative of an electromagnetic field detected by one or more electrodes (124, 824) of a catheter (120, 830) within the anatomical cavity and responsive to a location of the balloon within the anatomical cavity - receive or obtain, via the input, a geometrical parameter associated with the balloon configured to provide the balloon therapy within the anatomical cavity; - determine a location of the balloon within the anatomical cavity based on the EM field data and the geometrical parameter; and - optionally, outputting, via the output, a signal representative of a visualization of the location of the balloon within the anatomical cavity.
A method performed by an access authorisation proving device, in particular a hand-held scanner, said method including: - obtaining information of a consignment, - identifying, by using the obtained information of the consignment, a consignment data record from a plurality of consignment data records stored in the access authorisation proving device, the data records in particular including only consignment data records assigned to a user of the access authorisation proving device within a predefined time period, wherein the consignment data record includes address information associated with the consignment, - determining one or more access control devices from a plurality of access control devices by way of a result of a comparison of the address information of the consignment data record with respective address information associated with the access control devices and stored in the access authorisation proving device and/or with address information associated, respectively, with one or more users of the respective access control devices and stored in the access authorisation proving device, - enabling a selection and/or a confirmation of an access control device of the one or more determined access control devices by a user of the access authorisation proving device, and - communicating, in particular wirelessly communicating, access authorisation information associated with the access control device to the access control device, in order to provide access to a space assigned to the access control device, so that the consignment can be placed into the space or removed therefrom. - obtaining information of a consignment, - identifying, by using the obtained information of the consignment, a consignment data record from a plurality of consignment data records stored in the access authorisation proving device, the data records in particular including only consignment data records assigned to a user of the access authorisation proving device within a predefined time period, wherein the consignment data record includes address information associated with the consignment, - determining one or more access control devices from a plurality of access control devices by way of a result of a comparison of the address information of the consignment data record with respective address information associated with the access control devices and stored in the access authorisation proving device and/or with address information associated, respectively, with one or more users of the respective access control devices and stored in the access authorisation proving device, - enabling a selection and/or a confirmation of an access control device of the one or more determined access control devices by a user of the access authorisation proving device, and - communicating, in particular wirelessly communicating, access authorisation information associated with the access control device to the access control device, in order to provide access to a space assigned to the access control device, so that the consignment can be placed into the space or removed therefrom.
An optical system configured to provide image light to an eye box and configured to be operated in an environment, the optical system comprising: a display module (20, 20A) configured to produce the image light; a waveguide having an input coupler configured to couple the image light into the waveguide, wherein the waveguide is configured to transmit environmental light from the environment to the eye box; a first output coupler on the waveguide and configured to couple a first portion of the image light out of the waveguide and towards the eye box; and a second output coupler on the waveguide and at least partially overlapping the first output coupler, wherein the second output coupler is configured to couple a second portion of the image light out of the waveguide and towards the environment, and the second portion of the image light includes a two-dimensional authentication code for the optical system or a two-dimensional pattern configured to obscure capture of images of the eye box by camera equipment in the environment. a display module (20, 20A) configured to produce the image light; a waveguide having an input coupler configured to couple the image light into the waveguide, wherein the waveguide is configured to transmit environmental light from the environment to the eye box; a first output coupler on the waveguide and configured to couple a first portion of the image light out of the waveguide and towards the eye box; and a second output coupler on the waveguide and at least partially overlapping the first output coupler, wherein the second output coupler is configured to couple a second portion of the image light out of the waveguide and towards the environment, and the second portion of the image light includes a two-dimensional authentication code for the optical system or a two-dimensional pattern configured to obscure capture of images of the eye box by camera equipment in the environment.
An indicator device comprising: a base; a first indicator member displaceable with respect to the base between a first position indicative of a first condition or status and a second position indicative of a second condition or status of the device; characterized by: releasable retention means mounted on the base, for retaining the first indicator member in the first position; and release means projecting from the base and operable from outside the base for releasing the retention means; wherein the first indicator member moves toward the second position on the release of the retention means. a base; a first indicator member displaceable with respect to the base between a first position indicative of a first condition or status and a second position indicative of a second condition or status of the device; characterized by: releasable retention means mounted on the base, for retaining the first indicator member in the first position; and release means projecting from the base and operable from outside the base for releasing the retention means; releasable retention means mounted on the base, for retaining the first indicator member in the first position; and release means projecting from the base and operable from outside the base for releasing the retention means; wherein the first indicator member moves toward the second position on the release of the retention means.
A liquid discharge device for discharging and applying a liquid being ink to a target discharging medium conveyed in a predetermined conveying direction to form a discharged region, the liquid discharge device comprising: a plurality of liquid discharge units (30, 30a, 30b, 30c, 30d) configured to discharge the liquid based on a drive waveform (33, 34); an output unit configured to output the drive waveform (33, 34) to each of the plurality of liquid discharge units (30, 30a, 30b, 30c, 30d); an acquisition unit configured to acquire information representing a temperature of the liquid; and a switching unit configured to switch the drive waveform (33, 34) based on the temperature when the temperature satisfies a predetermined condition, wherein the plurality of liquid discharge units (30, 30a, 30b, 30c, 30d) includes a first liquid discharge unit, and a second liquid discharge unit that is disposed at a position separated from the first liquid discharge unit in the conveying direction, and characterised in that the liquid discharge device is configured to, when the temperature satisfies a predetermined condition and the drive waveform (33, 34) is switched, separate a position on the target discharging medium at which the liquid is applied by the first liquid discharge unit and a position on the target discharging medium at which the liquid is applied by the second liquid discharge unit on the target discharging medium from each other in the conveying direction. a plurality of liquid discharge units (30, 30a, 30b, 30c, 30d) configured to discharge the liquid based on a drive waveform (33, 34); an output unit configured to output the drive waveform (33, 34) to each of the plurality of liquid discharge units (30, 30a, 30b, 30c, 30d); an acquisition unit configured to acquire information representing a temperature of the liquid; and a switching unit configured to switch the drive waveform (33, 34) based on the temperature when the temperature satisfies a predetermined condition, wherein the plurality of liquid discharge units (30, 30a, 30b, 30c, 30d) includes a first liquid discharge unit, and a second liquid discharge unit that is disposed at a position separated from the first liquid discharge unit in the conveying direction, and characterised in that the liquid discharge device is configured to, when the temperature satisfies a predetermined condition and the drive waveform (33, 34) is switched, separate a position on the target discharging medium at which the liquid is applied by the first liquid discharge unit and a position on the target discharging medium at which the liquid is applied by the second liquid discharge unit on the target discharging medium from each other in the conveying direction.