mhurhangee/ep-ind-claims huggingface dataset:
A method for soil testing, comprising: positioning a soil probe above a region of soil; and applying a force to the soil probe to cause the soil probe to obtain a soil sample extending to a first depth into the soil; using a computing device determining a soil sample quality criterion for the soil sample; and associating, in digital storage of the computing device, an identifier of the soil sample with the soil sample quality criterion. characterized in that determining the soil sample quality criterion for the soil sample comprises: measuring the force applied to the soil probe; using the computing device, determining whether the force exceeds a threshold; and in response to determining that the force exceeds the threshold, determining a location of the region of the soil using a global positioning receiver of the computing device. positioning a soil probe above a region of soil; and applying a force to the soil probe to cause the soil probe to obtain a soil sample extending to a first depth into the soil; using a computing device determining a soil sample quality criterion for the soil sample; and associating, in digital storage of the computing device, an identifier of the soil sample with the soil sample quality criterion. characterized in that determining the soil sample quality criterion for the soil sample comprises: measuring the force applied to the soil probe; using the computing device, determining whether the force exceeds a threshold; and in response to determining that the force exceeds the threshold, determining a location of the region of the soil using a global positioning receiver of the computing device. measuring the force applied to the soil probe; using the computing device, determining whether the force exceeds a threshold; and in response to determining that the force exceeds the threshold, determining a location of the region of the soil using a global positioning receiver of the computing device.
Method for producing a prefabricated 3D-printed part, preferably a concrete prefabricated component, for the construction industry, comprising the following method steps: - in a first method step at least one layer (34, 35, 36) of at least one particulate aggregate is deposited on a production pallet by means of at least one layer depositing device, - in a second method step a predetermined dose of at least one binder or at least one water-binder mixture, comprising water and at least one hydraulic binder, in particular a cement-based binder, is delivered at at least one locally predetermined region of the at least one layer (34, 35, 36) of the at least one aggregate by means of at least one printhead, - in a third method step at least one reinforcement is arranged, by means of at least one reinforcement depositing device, at least in regions on and/or in at least the at least one locally predetermined region, at which the predetermined dose of the at least one binder or the at least one water-binder mixture was delivered in the course of the second method step, characterized in that the reinforcement is sunk, in the course of the third method step, at least in regions into the locally predetermined region of the at least one layer (34, 35, 36) of the at least one particulate aggregate in which the predetermined dose of the at least one binder or of the at least one water-binder mixture has been delivered, preferably by pressing, shaking and/or vibration. - in a first method step at least one layer (34, 35, 36) of at least one particulate aggregate is deposited on a production pallet by means of at least one layer depositing device, - in a second method step a predetermined dose of at least one binder or at least one water-binder mixture, comprising water and at least one hydraulic binder, in particular a cement-based binder, is delivered at at least one locally predetermined region of the at least one layer (34, 35, 36) of the at least one aggregate by means of at least one printhead, - in a third method step at least one reinforcement is arranged, by means of at least one reinforcement depositing device, at least in regions on and/or in at least the at least one locally predetermined region, at which the predetermined dose of the at least one binder or the at least one water-binder mixture was delivered in the course of the second method step, characterized in that the reinforcement is sunk, in the course of the third method step, at least in regions into the locally predetermined region of the at least one layer (34, 35, 36) of the at least one particulate aggregate in which the predetermined dose of the at least one binder or of the at least one water-binder mixture has been delivered, preferably by pressing, shaking and/or vibration.
A controller for controlling at least a first lighting device and a second lighting device, the controller comprising: a communication unit for communicating with the first and second lighting device, a user interface (104, 202) for receiving a user input, a display unit, a processor for rendering, on the display unit, a graphical representation of a first color spectrum, a first type of graphical representation of the first lighting device in the first color spectrum at a first position in the user interface, a second type of graphical representation of the second lighting device in the first color spectrum at a second position in the user interface, wherein the first type of graphical representation is indicative for the first lighting device being arranged to be technically capable of generating light matching a color of the first color spectrum associated with the first position in the user interface, wherein the processor is further arranged for controlling, upon receiving a first user input for controlling the first lighting device via the user interface, via the communication unit, the color of the first lighting device according to the first user input, wherein the first user input selects the desired color to be generated by the first lighting device according to the position of the first type of graphical representation in the first color spectrum, and wherein the second type of graphical representation is indicative for the second lighting device not being arranged to be technically capable of generating light matching a color of the first color spectrum associated with the second position in the user interface a communication unit for communicating with the first and second lighting device, a user interface (104, 202) for receiving a user input, a display unit, a processor for rendering, on the display unit, a graphical representation of a first color spectrum, a first type of graphical representation of the first lighting device in the first color spectrum at a first position in the user interface, a second type of graphical representation of the second lighting device in the first color spectrum at a second position in the user interface, wherein the first type of graphical representation is indicative for the first lighting device being arranged to be technically capable of generating light matching a color of the first color spectrum associated with the first position in the user interface, wherein the processor is further arranged for controlling, upon receiving a first user input for controlling the first lighting device via the user interface, via the communication unit, the color of the first lighting device according to the first user input, wherein the first user input selects the desired color to be generated by the first lighting device according to the position of the first type of graphical representation in the first color spectrum, and wherein the second type of graphical representation is indicative for the second lighting device not being arranged to be technically capable of generating light matching a color of the first color spectrum associated with the second position in the user interface
Method for computing the autonomy of a gas distribution assembly comprising a container containing gas and equipped with at least one gas filling indicator device and a gas flow rate indicator device (26, 27) at the output of the container, during which the following steps are carried out: - a step of recovery of at least one item of identification information on the container, - a step of acquisition, via a communicating mobile device, of at least one image to recover a first datum on a value indicated by the gas filling indicator device and a second datum on a value indicated by the flow rate indicator device, and - a step of communication of said at least one acquired image and of said at least one recovered item of identification information to a computation module configured to deduce therefrom a corresponding value of autonomy of said gas distribution assembly, said computation module comprising at least image processing means, during which the first datum and the second datum are recovered simultaneously by the acquisition of a single image, characterized in that the step of recovery of at least one item of identification information on the container is performed by the acquisition of the same image as that used to recover the first and second data. - a step of recovery of at least one item of identification information on the container, - a step of acquisition, via a communicating mobile device, of at least one image to recover a first datum on a value indicated by the gas filling indicator device and a second datum on a value indicated by the flow rate indicator device, and - a step of communication of said at least one acquired image and of said at least one recovered item of identification information to a computation module configured to deduce therefrom a corresponding value of autonomy of said gas distribution assembly, said computation module comprising at least image processing means,
A fluorine rubber composition comprising a rubber component containing a fluorine rubber, carbon black, a vulcanization system compounding agent and an alkylamine, wherein the carbon black has a specific surface area by nitrogen adsorption (N 2 SA) of 25 m 2 /g or more and not more than 180 m 2 /g and a dibutyl phthalate absorption amount of 60 mL/100 g or more and not more than 180 mL/100 g; the fluorine rubber is at least one member selected among a copolymer of (i) at least one monomer selected among tetrafluoroethylene, hexafluoropropene, pentafluoropropene, trifluoroethylene, chlorotrifluoroethylene, vinyl fluoride, perfluoroalkyl vinyl ether and propylene, and (ii) vinylidene fluoride; a tetrafluoroethylene/perfluoroalkyl vinyl ether copolymer; and a tetrafluoroethylene/propylene copolymer; the fluorine rubber composition is obtainable by steps which comprise a kneading step of compounding the carbon black in the rubber component and a kneading step of compounding the vulcanization system compounding agent in the mixture obtained in the kneading step, in the kneading step, an average shear rate described below of a rotor tip point of a kneading machine is 100 (1/sec) or more, and a kneading maximum temperature T m is 120°C or higher and not higher than 200°C, where average shear rate (γ, 1/sec) = γ = π·R·N/15C, where R is a rotor diameter, C is a rotor tip point clearance, and N (rpm) is a rotor rotation rate, wherein the vulcanization system compounding agent contains an organic peroxide and a co-crosslinking agent; and a compounding amount of the organic peroxide component is 0.1 parts by mass or more and not more than 3.0 parts by mass, and a compounding amount of the co-crosslinking agent component is 0.1 parts by mass or more and not more than 3.0 parts by mass based on 100 parts by mass of the rubber component, wherein a compounding amount of the carbon black is 10 parts by mass or more and not more than 50 parts by mass based on 100 parts by mass of the rubber component, and wherein an amount of the alkylamine is 0.1 parts by mass or more and not more than 5.0 parts by mass based on 100 parts by mass of the rubber component.
A pressurised liquid delivery assembly having: at least one liquid delivery module, each said module including: a housing (3, 9000) and an associated compartment, said compartment being a draw (4, 9010) slidably locatable within said housing (3, 9000) and moveable with respect to said housing to permit access by a user to said compartment; said draw (4, 9010) including a removable cartridge adapted in use to hold a replaceable, pressurised receptacle (25, 9003) containing liquid to be dispensed by said assembly, said draw defining a space for receiving the removable cartridge and receptacle so that the receptacle (25, 9003) is located within the space; the draw being movable from an open position providing access to the space to a closed position whereby a pressure chamber is created and sealed; a liquid dispenser operatively associated with said receptacle (25, 9003) and adapted to dispense liquid when the pressure in the chamber increases; said dispenser including a conduit extendable from a dispensing nozzle to a liquid receiving connector, said liquid receiving connector adapted to releasably connect to said liquid receptacle (25, 9003) in use; wherein said assembly further includes a piercer adapted in use to pierce said receptacle (25, 9003) to permit liquid located within said receptacle to flow to said nozzle. a housing (3, 9000) and an associated compartment, said compartment being a draw (4, 9010) slidably locatable within said housing (3, 9000) and moveable with respect to said housing to permit access by a user to said compartment; said draw (4, 9010) including a removable cartridge adapted in use to hold a replaceable, pressurised receptacle (25, 9003) containing liquid to be dispensed by said assembly, said draw defining a space for receiving the removable cartridge and receptacle so that the receptacle (25, 9003) is located within the space; the draw being movable from an open position providing access to the space to a closed position whereby a pressure chamber is created and sealed; a liquid dispenser operatively associated with said receptacle (25, 9003) and adapted to dispense liquid when the pressure in the chamber increases; said dispenser including a conduit extendable from a dispensing nozzle to a liquid receiving connector, said liquid receiving connector adapted to releasably connect to said liquid receptacle (25, 9003) in use; wherein said assembly further includes a piercer adapted in use to pierce said receptacle (25, 9003) to permit liquid located within said receptacle to flow to said nozzle.
Method for the conversion of at least one analogue measurement signal provided by at least one measurement channel sensor to an analogue, averaged, correct measurement Signal, wherein a measurement channel dither signal is overlaid on the analogue measurement signal provided by the measurement channel sensor, the resulting measurement channel overlay signal is then analogue/digitally converted and the digitalised measurement channel overlay signal directly addresses a table, wherein a calibration function of the measurement channel sensor is stored in the table as the correct measurement values belonging to the integer values of the digitalised, analogue measurement signal, the digitalised measurement channel overlay signal directly addresses the table and the addressed, individual, correct measurement values are read out from the table and are provided as the digital, correct measurement signal, characterised in that, for the correction of a cross-sensitivity compared to a different variable from the measurement variable of the analogue measurement signal provided by the measurement channel sensor, an analogue correction signal, which is registered by at least one correction channel sensor that measures the other variable, is additionally overlaid with a correction channel dither signal and the resulting correction channel overlay signal is then analogue/digitally converted, the table is formed as an at least two-dimensional table, a two-dimensional calibration function is stored in the table, the digitalised correction channel overlay signal also directly addresses the table, the respective correct measurement values addressed by the digitalised measurement channel overlay signal and the digitalised correction channel overlay signal are read out from the table as the digital, correct measurement signal and are provided as the digital, correct measurement signal, the digital, correct measurement signal is digital/analogue converted by a digital/analogue converter, the analogue, correct measurement signal provided by the digital/analogue converter is filtered by means of the analogue low pass filter and is provided as the analogue, averaged, correct measurement signal that is compensated for against cross-sensitivity.
A method of displaying an article, comprising: establishing a box structure having a side portion; dividing said side portion into a lower retention portion, an upper retention portion, and a window recess portion, said window recess portion disposed between said upper and lower retention portions (117, 117'); said dividing including: establishing a first recess panel at a location along a side panel of said box structure; establishing a second recess panel along a front panel of said box structure, said second recess panel being adjacent to said first recess panel; and establishing said window recess portion by folding said first and second recess panels (242, 240) into said box structure, and bonding a backside of said first recess panel to an adjacent interior surface of a back panel of said box structure; said window recess portion, said upper retention portion and said lower retention portion being mutually arranged to retain said article along said side portion, with a portion of said article displayed along said window recess portion. establishing a box structure having a side portion; dividing said side portion into a lower retention portion, an upper retention portion, and a window recess portion, said window recess portion disposed between said upper and lower retention portions (117, 117'); said dividing including: establishing a first recess panel at a location along a side panel of said box structure; establishing a second recess panel along a front panel of said box structure, said second recess panel being adjacent to said first recess panel; and establishing said window recess portion by folding said first and second recess panels (242, 240) into said box structure, and bonding a backside of said first recess panel to an adjacent interior surface of a back panel of said box structure; establishing a first recess panel at a location along a side panel of said box structure; establishing a second recess panel along a front panel of said box structure, said second recess panel being adjacent to said first recess panel; and establishing said window recess portion by folding said first and second recess panels (242, 240) into said box structure, and bonding a backside of said first recess panel to an adjacent interior surface of a back panel of said box structure; said window recess portion, said upper retention portion and said lower retention portion being mutually arranged to retain said article along said side portion, with a portion of said article displayed along said window recess portion.
A pulse arc welding method comprising the steps of: feeding a welding wire at a wire feeding rate corresponding to a predetermined welding current average set value; striking an arc by repeating application of a peak current for a peak period and a base current for a base period, the peak period and the base period making one pulse period; and welding by causing the arc to transfer a droplet from the welding wire; wherein the peak period comprises a first peak period for applying a first peak current and a second peak period for applying a second peak current, the second peak current having a smaller value than the first peak current, characterized in that the first peak period and the first peak current are determined so that an arc anode point is formed at an upper portion of the droplet even if a mixing ratio of a shield gas is changed within a predetermined tolerance, and the second peak period and the second peak current are determined so that one droplet is transferred during every pulse period and beads are formed with no undercuts. feeding a welding wire at a wire feeding rate corresponding to a predetermined welding current average set value; striking an arc by repeating application of a peak current for a peak period and a base current for a base period, the peak period and the base period making one pulse period; and wherein the peak period comprises a first peak period for applying a first peak current and a second peak period for applying a second peak current, the second peak current having a smaller value than the first peak current, characterized in that the first peak period and the first peak current are determined so that an arc anode point is formed at an upper portion of the droplet even if a mixing ratio of a shield gas is changed within a predetermined tolerance, and the second peak period and the second peak current are determined so that one droplet is transferred during every pulse period and beads are formed with no undercuts.
A catalyst for a conjugated diene polymerization comprising: a non-metallocene type gadolinium compound represented by the following general formula; an ionic compound including a non-coordinating anion and a cation; and an organic metal compound of an element selected from the group consisting of a group 2, a group 12, and a group 13 of the periodic table, wherein R 1, R 2, and R 3 each shows a hydrogen or a substituent having 1 to 12 carbon atoms, O shows an oxygen atom, and Gd shows a gadolinium atom.
A pharmaceutical composition comprising Compound 1: for use in a method of treating a glioma harboring an isocitrate dehydrogenase-1 (IDH-1) mutation in an adult human patient, wherein the method comprises administering 150 mg of Compound 1 to the patient twice per day during a course of treatment.
An apparatus comprising: means for measuring strength of signals received via a plurality of beams of one or more antenna arrays of a user equipment; means for ordering the beams on the basis of the measurement strengths; means for determining which beam of the ordered beams is appropriate for calibration of a pre-distorter for a power amplifier of the user equipment; means for obtaining information of available measurement resources for the calibration; means for transmitting a calibration signal by the power amplifier using the determined beam at the time of the available measurement resources; means for receiving the calibration signal by another radio frequency chain of the antenna array which is not used in the transmission of the calibration signal; means for obtaining calibration information on the basis of the transmitted calibration signal and the received calibration signal; and means for calibrating the pre-distorter based on the calibration information. means for measuring strength of signals received via a plurality of beams of one or more antenna arrays of a user equipment; means for ordering the beams on the basis of the measurement strengths; means for determining which beam of the ordered beams is appropriate for calibration of a pre-distorter for a power amplifier of the user equipment; means for obtaining information of available measurement resources for the calibration; means for transmitting a calibration signal by the power amplifier using the determined beam at the time of the available measurement resources; means for receiving the calibration signal by another radio frequency chain of the antenna array which is not used in the transmission of the calibration signal; means for obtaining calibration information on the basis of the transmitted calibration signal and the received calibration signal; and means for calibrating the pre-distorter based on the calibration information.