mhurhangee/ep-ind-claims huggingface dataset:
A composition, in particular pharmaceutical composition, for use in the prophylactic and/or therapeutic treatment of nose polyps ( polyposis nasi et sinuum), wherein the composition contains cineole, preferably 1,8-cineole, as the active ingredient, in particular as the pharmaceutical active ingredient.
A method for using an object-capturing device, which includes a carrier capturing an object, a capturing dish holding the carrier on a first side of the capturing dish, and a housing disposed relative to the capturing dish to cover the carrier, and in which the capturing dish has a through hole connecting a space formed between the first side and the housing with the outside of the housing, the method comprising the steps of: exposing the carrier by removing the housing; capturing the object onto the exposed carrier; placing the housing again relative to the capturing dish to cover the carrier after the capturing of the object; solating the carrier by raising the temperature of the carrier and injecting hot water into the space through the through hole; filtering the solated carrier; and injecting a reagent for detecting the object, into the housing through the through hole formed in the capturing dish. exposing the carrier by removing the housing; capturing the object onto the exposed carrier; placing the housing again relative to the capturing dish to cover the carrier after the capturing of the object; solating the carrier by raising the temperature of the carrier and injecting hot water into the space through the through hole; filtering the solated carrier; and injecting a reagent for detecting the object, into the housing through the through hole formed in the capturing dish.
A computer-readable storage medium storing an information processing program executed by a computer of an information processing apparatus that executes predetermined processing based on acceleration data outputted from an input device including an acceleration sensor (701, 762) for detecting acceleration, the information processing program causing the computer to function as: data obtaining means (10, S42, S102) for repeatedly obtaining the acceleration data; acceleration vector calculation means (10, S42) for calculating an acceleration vector based on the acceleration data; change amount calculation means (10, S51, S121) for calculating, by using a history of acceleration indicated by the acceleration data, a change amount of magnitude of the acceleration vector of the acceleration generated in the input device; and gravity direction calculation means (10, S43, S103, S104) for calculating a gravitational acceleration vector of the input device by using the acceleration vector calculated by the acceleration vector calculation means, based on the change amount of the acceleration, wherein the gravitational acceleration vector indicates a magnitude and direction of gravitational acceleration that indicates how many degrees the input device is inclined relative to the direction of gravity, wherein the gravity direction calculation means calculates the gravitational acceleration vector in current processing by interpolating the current acceleration vector calculated by the acceleration calculation means with a gravitational acceleration vector calculated in last processing. data obtaining means (10, S42, S102) for repeatedly obtaining the acceleration data; acceleration vector calculation means (10, S42) for calculating an acceleration vector based on the acceleration data; change amount calculation means (10, S51, S121) for calculating, by using a history of acceleration indicated by the acceleration data, a change amount of magnitude of the acceleration vector of the acceleration generated in the input device; and gravity direction calculation means (10, S43, S103, S104) for calculating a gravitational acceleration vector of the input device by using the acceleration vector calculated by the acceleration vector calculation means, based on the change amount of the acceleration, wherein the gravitational acceleration vector indicates a magnitude and direction of gravitational acceleration that indicates how many degrees the input device is inclined relative to the direction of gravity, wherein the gravity direction calculation means calculates the gravitational acceleration vector in current processing by interpolating the current acceleration vector calculated by the acceleration calculation means with a gravitational acceleration vector calculated in last processing.
A system for controlling energy in a securement system for a mobility device (10, 310, 410, 610) temporarily fixed to a vehicle (195, 600) during an adverse driving condition, the system comprising a computing system including a processor configured to: ascertain that the adverse driving condition has occurred; ascertain at least one characteristic of the adverse driving condition; and, trigger a first safety device for reducing an excursion of the mobility device, wherein the first safety device is selected from a plurality of safety devices based on the at least one characteristic of the adverse driving condition. ascertain that the adverse driving condition has occurred; ascertain at least one characteristic of the adverse driving condition; and, trigger a first safety device for reducing an excursion of the mobility device,
Fluid line system having a fluid line (21; 56; 86) and having a fluid processing assembly (FAA.1) arranged in the fluid flow path of the one fluid line (21; 56; 86), wherein a fluid processing unit (24.1) and a flow limiting unit (SBE.1) of the one fluid processing assembly are arranged in series in the fluid flow path of a line segment (LA.1) of the one fluid line (21; 56; 86), characterised in that the one fluid processing assembly (FAA.1) has a bypass line (BL.1), which bypasses the line segment (LA.1), and a flow diode (SD.1) is arranged in the fluid flow path of the one bypass line (BL.1), the direction of its flow resistance being counter to the direction of the flow resistance of the one flow limiting unit (SBE.1).
A method of supplying energy from an energy storage device to a load, comprising: providing a circuit including a first energy storage device charged to a first voltage level, the first energy storage device including first and second electrodes with a dielectric film positioned there between, the dielectric film comprising an entropic material, and the first electrode charged positively or negatively with respect to the second electrode; and applying a reversed polarization electric potential to the first electrode of the first energy storage device in a first mode of operation of the circuit for a discharge period of time, wherein the reversed polarization electric potential is less than the first voltage level and less than a voltage that would be generated by the first energy storage device in a high impedance state, thereby supplying power from the first energy storage device to a load connected to the second electrode of the first energy storage device, wherein the first electrode is charged positively or alternatively negatively with respect to the second electrode, and wherein applying the reversed polarization electric potential to the first electrode comprises applying a negative or alternatively positive voltage to the first electrode. providing a circuit including a first energy storage device charged to a first voltage level, the first energy storage device including first and second electrodes with a dielectric film positioned there between, the dielectric film comprising an entropic material, and the first electrode charged positively or negatively with respect to the second electrode; and applying a reversed polarization electric potential to the first electrode of the first energy storage device in a first mode of operation of the circuit for a discharge period of time, wherein the reversed polarization electric potential is less than the first voltage level and less than a voltage that would be generated by the first energy storage device in a high impedance state, thereby supplying power from the first energy storage device to a load connected to the second electrode of the first energy storage device, wherein the first electrode is charged positively or alternatively negatively with respect to the second electrode, and wherein applying the reversed polarization electric potential to the first electrode comprises applying a negative or alternatively positive voltage to the first electrode.
A joining mechanism for a gas turbine engine comprising: a cover plate; a rotor disk; a plurality of first slots in the cover plate; a plurality of second slots in the rotor disk; a plurality of first fingers in the cover plate extending through the plurality of second slots; a plurality of second fingers in the rotor disk extending through the plurality of first slots wherein the first fingers and the second fingers form a first channel; and a holder disposed in the channel for locking the cover plate and the rotor disk together; characterised in that: the first fingers and the second fingers each have a radially inwardly extending portion, a plurality of said radially inwardly extending portions forming said first channel, said first channel being open radially inwardly. a cover plate; a rotor disk; a plurality of first slots in the cover plate; a plurality of second slots in the rotor disk; a plurality of first fingers in the cover plate extending through the plurality of second slots; a plurality of second fingers in the rotor disk extending through the plurality of first slots wherein the first fingers and the second fingers form a first channel; and a holder disposed in the channel for locking the cover plate and the rotor disk together; characterised in that: the first fingers and the second fingers each have a radially inwardly extending portion, a plurality of said radially inwardly extending portions forming said first channel, said first channel being open radially inwardly.
Process of producing metal blanks with different thicknesses from a metallic material, comprising the process stages: producing blanks from a strip material; regionally changing the temperature of the blanks, wherein a plurality of regions with different temperatures (T 11 -T 16) are generated in the metal blanks; rolling the regionally temperature changed blanks in a rolling tool with a roll gap setting, wherein the roll gap setting is kept constant during rolling of the blanks, wherein, due to the regions with different temperatures (T 11 -T 16), portions (11 - 16) are produced in the blanks with different thicknesses (D 11 - D 16), characterised in that the blanks are heated after having been rolled, and, after having been heated, are hot-formed in a forming tool, wherein the blanks, with the regions (11, 16) having the highest temperatures (T 11; T 16) after the regional temperature change, always have a temperature of more than 500°C for steel during the subsequent steps of rolling and heat treating up to being inserted into the forming tool. producing blanks from a strip material; regionally changing the temperature of the blanks, wherein a plurality of regions with different temperatures (T 11 -T 16) are generated in the metal blanks; rolling the regionally temperature changed blanks in a rolling tool with a roll gap setting, wherein the roll gap setting is kept constant during rolling of the blanks, wherein, due to the regions with different temperatures (T 11 -T 16), portions (11 - 16) are produced in the blanks with different thicknesses (D 11 - D 16), characterised in that the blanks are heated after having been rolled, and, after having been heated, are hot-formed in a forming tool, wherein the blanks, with the regions (11, 16) having the highest temperatures (T 11; T 16) after the regional temperature change, always have a temperature of more than 500°C for steel during the subsequent steps of rolling and heat treating up to being inserted into the forming tool.
Suspension in a liquid phase of a phosphate of a rare-earth metal (Ln), Ln representing at least one rare-earth metal chosen from cerium, terbium and lanthanum in combination with at least one of the first two abovementioned rare-earth metals, characterized in that the phosphate is in the form of isotropic, monocrystalline primary particles with a mean size of at least 25 nm, of the monazite type, aggregated into secondary particles, with a mean size of not more than 400 nm.
An electric machine, having: an axis of rotation, a stator carrier, which has a first end face and a second end face and at least one cooling channel (3, 4, 5) for a cooling medium, wherein the at least one cooling channel (3, 4, 5) runs in the circumferential direction, and a separating web element for interrupting the at least one cooling channel (3, 4, 5), wherein the separating web element is arranged on the stator carrier and the separating web element is oriented obliquely to the axis of rotation, characterised in that the separating web element has at least one retaining element (7, 8) for positive engagement on the stator carrier, the at least one retaining element (7, 8) is arranged on a first and/or on a second end of the separating web element, and the first and/or second end face (S1, S2) of the stator carrier has a recess (11, 12) of complementary geometry to the at least one retaining element (7, 8) of the separating web element. an axis of rotation, a stator carrier, which has a first end face and a second end face and at least one cooling channel (3, 4, 5) for a cooling medium, wherein the at least one cooling channel (3, 4, 5) runs in the circumferential direction, and a separating web element for interrupting the at least one cooling channel (3, 4, 5), wherein the separating web element is arranged on the stator carrier and the separating web element is oriented obliquely to the axis of rotation, characterised in that the separating web element has at least one retaining element (7, 8) for positive engagement on the stator carrier, the at least one retaining element (7, 8) is arranged on a first and/or on a second end of the separating web element, and the first and/or second end face (S1, S2) of the stator carrier has a recess (11, 12) of complementary geometry to the at least one retaining element (7, 8) of the separating web element.
A membrane for nanofiltration of a feed stream solution comprising an organic solvent and dissolved solutes and showing preferential rejection of the solutes at ambient temperature, the membrane comprising an integrally skinned asymmetric polyimide membrane, wherein: (i) at least a fraction of the imide groups of the polyimide are crosslinked, the crosslinks being formed by reaction of the polyimide with a crosslinking solution comprising a crosslinking agent dissolved in a solvent, wherein the ratio between amine groups in the crosslinking solution and imide groups in the polyimide membrane is in the range of 0.1 to 100, and wherein the crosslinking agent is selected from aliphatic compounds containing 2 to 6 amino groups and 1 to 40 carbon atoms; and (ii) the membrane is impregnated with a conditioning agent selected from synthetic oils, mineral oils, vegetable fats and oils, higher alcohols, glycerols and glycols. (i) at least a fraction of the imide groups of the polyimide are crosslinked, the crosslinks being formed by reaction of the polyimide with a crosslinking solution comprising a crosslinking agent dissolved in a solvent, wherein the ratio between amine groups in the crosslinking solution and imide groups in the polyimide membrane is in the range of 0.1 to 100, and wherein the crosslinking agent is selected from aliphatic compounds containing 2 to 6 amino groups and 1 to 40 carbon atoms; and (ii) the membrane is impregnated with a conditioning agent selected from synthetic oils, mineral oils, vegetable fats and oils, higher alcohols, glycerols and glycols.
An aerosol provision cartridge for use with an aerosol provision system, said cartridge comprising: a liquid storage region comprising a source liquid, said source liquid comprising nicotine and at least one acid; an aerosol generating region in fluid communication with the liquid storage region; and one or more metallic components located upstream of the aerosol generating region relative to an airflow entering said region, wherein the one or more metallic components are in contact with the airflow through the aerosol provision cartridge and are located entirely outside of the aerosol generating region and liquid storage region, and wherein at least one of the said metallic components has a coating comprising silver and/or gold. a liquid storage region comprising a source liquid, said source liquid comprising nicotine and at least one acid; an aerosol generating region in fluid communication with the liquid storage region; and one or more metallic components located upstream of the aerosol generating region relative to an airflow entering said region, wherein the one or more metallic components are in contact with the airflow through the aerosol provision cartridge and are located entirely outside of the aerosol generating region and liquid storage region, and wherein at least one of the said metallic components has a coating comprising silver and/or gold.
Longitudinal member for a heavy goods vehicle structure, said longitudinal member comprising a front end, intended to be oriented towards the front of the heavy goods vehicle structure, said front end being provided with a hinge element for attaching the longitudinal member in an articulated manner to a heavy goods vehicle body, and a rear end, intended to be oriented towards the rear of the heavy goods vehicle structure, said rear end comprising an attachment element for attaching the longitudinal member in a non-permanent manner to the heavy goods vehicle body, the longitudinal member comprising a front part extending from the front end to an intermediate area of the longitudinal member and a rear part extending from the intermediate area to the rear end of the longitudinal member, characterized in that the product (P F) of the wall thickness (t F) of the front part by the yield strength (Ys F) of the material of the front part is greater than the product (P R) of the wall thickness (t R) of the rear part by the yield strength (Ys R) of the material of the rear part.
A static or dynamic system for determining the pointing direction of itself relative to an earth reference comprising: at least two stationary GPS antennas (102, 104) configured to receive a satellite transmission, wherein said antennas (102, 104) are separated from each other by a distance less than half a wavelength; a single GPS receiver; and a processor; CHARACTERISED IN THAT outputs of said antennas (102, 104) are scaled with time varying gains using an antenna modulation signal and summed in order to generate a carrier phase modulation that is dependent on orientation of said satellite; the carrier phase modulation being input to the GPS receiver and processed using standard GPS receiver software to generate data outputs comprising satellite almanac, carrier phase measurements and GPS location, the carrier phase measurements including a measure of the carrier phase modulation induced by the time varying summation of the at least two antenna outputs; the data outputs and antenna modulation signal being input to the processor and the processor being configured to determine the pointing vector based on the data outputs (132, 134, 136) and antenna modulation signal; wherein if the system is a dynamic system, the system further comprises a three axis gyroscope system configured to allow pointing determination while in motion. at least two stationary GPS antennas (102, 104) configured to receive a satellite transmission, wherein said antennas (102, 104) are separated from each other by a distance less than half a wavelength; a single GPS receiver; and a processor; CHARACTERISED IN THAT outputs of said antennas (102, 104) are scaled with time varying gains using an antenna modulation signal and summed in order to generate a carrier phase modulation that is dependent on orientation of said satellite; the carrier phase modulation being input to the GPS receiver and processed using standard GPS receiver software to generate data outputs comprising satellite almanac, carrier phase measurements and GPS location, the carrier phase measurements including a measure of the carrier phase modulation induced by the time varying summation of the at least two antenna outputs; the data outputs and antenna modulation signal being input to the processor and the processor being configured to determine the pointing vector based on the data outputs (132, 134, 136) and antenna modulation signal; wherein if the system is a dynamic system, the system further comprises a three axis gyroscope system configured to allow pointing determination while in motion.
A process fluid flange for coupling a process pressure transmitter to a process, the process fluid flange comprising: a first surface configured to mount to the bottom surface of the process fluid pressure transmitter, the first surface having a pair of process fluid ports configured to bring process fluid to isolator diaphragms of the process fluid pressure transmitter; a second surface opposed to the first surface, the second surface having a pair of inlets coupled to respective process fluid ports, wherein the inlets are configured to receive process fluid from impulse lines which couple to a process fluid pipe; at least one lateral sidewall extending between the first and second surface (36; 34); characterized in that a plurality of fins which extend from the at least one lateral sidewall, the plurality of fins extending between the first surface and the second surface of the process fluid flange, wherein each fin extends in a direction perpendicular to the bottom surface of the process fluid pressure transmitter. a first surface configured to mount to the bottom surface of the process fluid pressure transmitter, the first surface having a pair of process fluid ports configured to bring process fluid to isolator diaphragms of the process fluid pressure transmitter; a second surface opposed to the first surface, the second surface having a pair of inlets coupled to respective process fluid ports, wherein the inlets are configured to receive process fluid from impulse lines which couple to a process fluid pipe; at least one lateral sidewall extending between the first and second surface (36; 34); characterized in that a plurality of fins which extend from the at least one lateral sidewall, the plurality of fins extending between the first surface and the second surface of the process fluid flange, wherein each fin extends in a direction perpendicular to the bottom surface of the process fluid pressure transmitter.