mhurhangee/ep-ind-claims huggingface dataset:
A method of using a fuel cell system (100,200) for air vehicles, wherein the fuel cell system (100,200) comprises: a fuel cell, an oxidant gas system for supplying oxidant gas to the fuel cell, an altitude sensor, a fuel gas system for supplying fuel gas to the fuel cell, an output sensor for measuring an output of the fuel cell, and a controller; wherein the oxidant gas system comprises an air compressor and a bypass flow path bypassing the fuel cell; the bypass flow path comprises a bypass valve; the fuel gas system comprises a fuel gas supplier and a gas and water discharge valve for allowing fuel off-gas, which is discharged from the fuel cell, to be discharged to the outside; and the method comprises, when the controller detects an altitude increase measured by the altitude sensor, increasing, by the controller, a rotational speed of the air compressor and an opening degree of the bypass valve, characterized in that the method further comprises increasing, by the controller, a fuel gas supply from the fuel gas supplier to the fuel cell, and decreasing, by the controller, a frequency of opening the gas and water discharge valve, when at least one of a condition in which the controller detects the altitude increase measured by the altitude sensor, and a condition in which the output of the fuel cell is less than a predetermined output value, is met. wherein the fuel cell system (100,200) comprises: a fuel cell, an oxidant gas system for supplying oxidant gas to the fuel cell, an altitude sensor, a fuel gas system for supplying fuel gas to the fuel cell, an output sensor for measuring an output of the fuel cell, and a controller; a fuel cell, an oxidant gas system for supplying oxidant gas to the fuel cell, an altitude sensor, a fuel gas system for supplying fuel gas to the fuel cell, an output sensor for measuring an output of the fuel cell, and a controller; wherein the oxidant gas system comprises an air compressor and a bypass flow path bypassing the fuel cell; the bypass flow path comprises a bypass valve; the fuel gas system comprises a fuel gas supplier and a gas and water discharge valve for allowing fuel off-gas, which is discharged from the fuel cell, to be discharged to the outside; and the method comprises, when the controller detects an altitude increase measured by the altitude sensor, increasing, by the controller, a rotational speed of the air compressor and an opening degree of the bypass valve, characterized in that the method further comprises increasing, by the controller, a fuel gas supply from the fuel gas supplier to the fuel cell, and decreasing, by the controller, a frequency of opening the gas and water discharge valve, when at least one of a condition in which the controller detects the altitude increase measured by the altitude sensor, and a condition in which the output of the fuel cell is less than a predetermined output value, is met.
An all-in-one cleaner comprising: a cleaner body; a soaking unit provided at one side of the cleaner body and performing a soaking process with respect to a subject to be cleaned; a washing unit arranged around the soaking unit and performing a washing process with respect to the subject to be cleaned, for which the soaking process has been completed; a rinsing unit arranged around the washing unit and performing a rinsing process with respect to the subject to be cleaned, for which the washing process has been completed; and an input panel provided on the cleaner body and comprising a plurality of input buttons (151, 152, 153) to provide an input signal for operations of the soaking unit, the washing unit, and the rinsing unit; characterized in that: the soaking unit, the washing unit, the rinsing unit, and the input panel are arranged adjacent to one another on an upper surface of the cleaner body. a cleaner body; a soaking unit provided at one side of the cleaner body and performing a soaking process with respect to a subject to be cleaned; a washing unit arranged around the soaking unit and performing a washing process with respect to the subject to be cleaned, for which the soaking process has been completed; a rinsing unit arranged around the washing unit and performing a rinsing process with respect to the subject to be cleaned, for which the washing process has been completed; and an input panel provided on the cleaner body and comprising a plurality of input buttons (151, 152, 153) to provide an input signal for operations of the soaking unit, the washing unit, and the rinsing unit; characterized in that: the soaking unit, the washing unit, the rinsing unit, and the input panel are arranged adjacent to one another on an upper surface of the cleaner body.
Tab lock opening mechanism by means of electronic clutch cylinders, comprising at least: - a main rotor, - a cylinder body with the main rotor passing through said cylinder body, - a rotor supplement, and - a tab (14, 14') where the main rotor connects to the rotor supplement through the interior of the cylinder body, characterized in that the mechanism further comprises: - a transmission cam, and - a nut, where the transmission cam is placed coaxially to the rotor supplement and the tab (14, 14') is placed coaxially to the transmission cam, the transmission cam transferring its rotation to the tab (14, 14') by means of a transmitting pin (11, 11'). - a main rotor, - a cylinder body with the main rotor passing through said cylinder body, - a rotor supplement, and - a tab (14, 14') - a transmission cam, and - a nut,
A powder hair dye composition comprising the following component to component, the content of the component at the time of use being 1 to 5 mass%: sodium percarbonate; sodium carboxymethyl cellulose; xanthan gum, wherein a mixing ratio on mass basis between the powder hair dye composition and a liquid medium at the time of use is represented by powder hair dye composition: liquid medium = 1:7 to 1:15. sodium percarbonate; sodium carboxymethyl cellulose; xanthan gum,
A turbidimeter with an optical device (18,20,22) and a liquid sample vessel for measuring the turbidity of a liquid sample in the liquid sample vessel, comprising a drying circuit circulating drying air for venting the sample vessel and for protecting optical elements (14, 19) from condensation of humidity, wherein the drying circuit comprises a mechanical water stop means in the course of the drying circuit, the water stop means comprising a conduit body with a water-absorbing swelling element arranged within the conduit body, and wherein the drying circuit comprises a disposable drying cartridge with a cartridge housing, a drying substance within the cartridge housing, fluidic coupling elements (31,33) and the water stop means integrated in the drying cartridge. a drying circuit circulating drying air for venting the sample vessel and for protecting optical elements (14, 19) from condensation of humidity, wherein the drying circuit comprises a mechanical water stop means in the course of the drying circuit, the water stop means comprising a conduit body with a water-absorbing swelling element arranged within the conduit body, and wherein the drying circuit comprises a disposable drying cartridge with a cartridge housing, a drying substance within the cartridge housing, fluidic coupling elements (31,33) and the water stop means integrated in the drying cartridge.
A charging roll comprising: a core member, a rubber base material disposed around the core member, and a surface layer disposed around the rubber base material and having a surface, wherein an average of heights of contours of convex portions on the surface of the surface layer relative to an average cylindrical surface obtained by averaging surface irregularities of the surface layer is equal to or greater than 2.0 micrometers and is equal to or less than 8.4 micrometers, the convex portions being portions protruding radially outward from the average cylindrical surface, wherein an average of intervals between apexes of the convex portions on the surface of the surface layer is equal to or greater than 6.7 micrometers and is equal to or less than 39.8 micrometers, the average of intervals being calculated on the assumption that the convex portions are evenly distributed in a photographed field of view, and wherein the surface layer comprises an electroconductive matrix comprising a base material formed of urethane resin and an electroconductive material being dispersed in the base material, and particles of a surface roughness enhancing material being formed of urethane and dispersed in the electroconductive matrix. a core member, a rubber base material disposed around the core member, and a surface layer disposed around the rubber base material and having a surface, wherein an average of heights of contours of convex portions on the surface of the surface layer relative to an average cylindrical surface obtained by averaging surface irregularities of the surface layer is equal to or greater than 2.0 micrometers and is equal to or less than 8.4 micrometers, the convex portions being portions protruding radially outward from the average cylindrical surface, wherein an average of intervals between apexes of the convex portions on the surface of the surface layer is equal to or greater than 6.7 micrometers and is equal to or less than 39.8 micrometers, the average of intervals being calculated on the assumption that the convex portions are evenly distributed in a photographed field of view, and wherein the surface layer comprises an electroconductive matrix comprising a base material formed of urethane resin and an electroconductive material being dispersed in the base material, and particles of a surface roughness enhancing material being formed of urethane and dispersed in the electroconductive matrix.
A metrology system for monitoring radio frequency power at a plurality of locations in a circuit, comprising: a plurality of RF sensors (20-1, 20-2) that each generate a respective analog signal based on electrical properties of the RF power output by respective RF generators (12-1, 12-2); a multiplexing module that receives the signal from each of the RF sensors and generates an output signal based on the signals received from each of the RF sensors; an analysis module that generates messages based on the output signal, wherein the messages contain information regarding the electrical properties that are sensed by the plurality of RF sensors; and a control module for generating control signals for the RF generators (12-1, 12-2) in accordance with the information output by the analysis module. a plurality of RF sensors (20-1, 20-2) that each generate a respective analog signal based on electrical properties of the RF power output by respective RF generators (12-1, 12-2); a multiplexing module that receives the signal from each of the RF sensors and generates an output signal based on the signals received from each of the RF sensors; an analysis module that generates messages based on the output signal, wherein the messages contain information regarding the electrical properties that are sensed by the plurality of RF sensors; and a control module for generating control signals for the RF generators (12-1, 12-2) in accordance with the information output by the analysis module.
Apparatus, comprising: a probe having a distal end; an electrode located on the distal end and configured for contact with tissue; at least one temperature sensor in the distal end; and a processor, configured to: perform an initial ablation of the tissue by applying a first power to the tissue with the electrode, measure a change of temperature of the distal end using the at least one temperature sensor while applying the first power; the apparatus being characterized in that the processor is further configured to estimate a thickness of the tissue in response to the measured change of temperature. a probe having a distal end; an electrode located on the distal end and configured for contact with tissue; at least one temperature sensor in the distal end; and a processor, configured to: perform an initial ablation of the tissue by applying a first power to the tissue with the electrode, measure a change of temperature of the distal end using the at least one temperature sensor while applying the first power; the apparatus being characterized in that the processor is further configured to estimate a thickness of the tissue in response to the measured change of temperature. perform an initial ablation of the tissue by applying a first power to the tissue with the electrode, measure a change of temperature of the distal end using the at least one temperature sensor while applying the first power; the apparatus being characterized in that the processor is further configured to estimate a thickness of the tissue in response to the measured change of temperature.
A heat-sensitive recording material comprising a carrier substrate and a heat-sensitive, colour-forming layer containing at least one colour former and at least one phenol-free colour developer, wherein the at least one colour developer is a compound of the formula wherein m and n are mutually independently ≥ 1, Ar 1 is an unsubstituted or substituted (hetero)aromatic residue, Ar 2 is an unsubstituted or substituted phenyl residue and Y is at least one (m+n)-fold substituted benzene or naphthalene group.
A communication apparatus comprising: a receiver configured to receive a signal that contains a legacy preamble, a non-legacy preamble, and a data field, wherein - the non-legacy preamble comprises a HE-SIG-A field and a HE-SIG-B field indicating assignments of a plurality of resource units, RUs, (202, 204, 206, 207, 208, 210) in a frequency domain; - the HE-SIG-B field includes a user specific field (2450; 2550; 2650) including a plurality of user fields (2460-1 to 2460-N; 2560-1 to 2560-N; 2660-1 to 2660-N); and - each of the plurality of RUs being allocated to a user field or a group of user fields for multiuser-multiple input multiple output, MU-MIMO, transmission in the plurality of user fields, respectively; and - the user fields are arranged such that the corresponding RUs are arranged in increasing order of frequency; circuitry configured to decode at least a part of the data field based on the non-legacy preamble, characterized in that the HE-SIG-B field comprises a common field (2410; 2510; 2610) indicating the assignments of the plurality of RUs. a receiver configured to receive a signal that contains a legacy preamble, a non-legacy preamble, and a data field, wherein - the non-legacy preamble comprises a HE-SIG-A field and a HE-SIG-B field indicating assignments of a plurality of resource units, RUs, (202, 204, 206, 207, 208, 210) in a frequency domain; - the HE-SIG-B field includes a user specific field (2450; 2550; 2650) including a plurality of user fields (2460-1 to 2460-N; 2560-1 to 2560-N; 2660-1 to 2660-N); and - each of the plurality of RUs being allocated to a user field or a group of user fields for multiuser-multiple input multiple output, MU-MIMO, transmission in the plurality of user fields, respectively; and - the user fields are arranged such that the corresponding RUs are arranged in increasing order of frequency; - the non-legacy preamble comprises a HE-SIG-A field and a HE-SIG-B field indicating assignments of a plurality of resource units, RUs, (202, 204, 206, 207, 208, 210) in a frequency domain; - the HE-SIG-B field includes a user specific field (2450; 2550; 2650) including a plurality of user fields (2460-1 to 2460-N; 2560-1 to 2560-N; 2660-1 to 2660-N); and - each of the plurality of RUs being allocated to a user field or a group of user fields for multiuser-multiple input multiple output, MU-MIMO, transmission in the plurality of user fields, respectively; and - the user fields are arranged such that the corresponding RUs are arranged in increasing order of frequency; circuitry configured to decode at least a part of the data field based on the non-legacy preamble, characterized in that the HE-SIG-B field comprises a common field (2410; 2510; 2610) indicating the assignments of the plurality of RUs.
A sliding member comprising: a base material; and an amorphous hard carbon film formed on a surface of the base material, wherein a sp 2 ratio of the amorphous hard carbon film increases from an inner surface side corresponding to the base material side toward an outer surface side thereof to become a maximum value and wherein the sp 2 ratio subsequently decreases toward the outer surface side, such that an area having a maximum value of the sp 2 ratio is arranged between the inner side surface and outer side surface of the amorphous hard carbon film, wherein said sp 2 ratio indicates a ratio of sp 2 bond with respect to sp 2 bond and sp 3 bond of the amorphous hard carbon film, wherein said sp 2 ratio is determined on the basis of spectrum obtained by electron energy loss spectroscopy EELS, and characterized in that a hydrogen content of the amorphous hard carbon film is smaller than 5 atomic%. a base material; and an amorphous hard carbon film formed on a surface of the base material, wherein a sp 2 ratio of the amorphous hard carbon film increases from an inner surface side corresponding to the base material side toward an outer surface side thereof to become a maximum value and wherein the sp 2 ratio subsequently decreases toward the outer surface side, such that an area having a maximum value of the sp 2 ratio is arranged between the inner side surface and outer side surface of the amorphous hard carbon film, wherein said sp 2 ratio indicates a ratio of sp 2 bond with respect to sp 2 bond and sp 3 bond of the amorphous hard carbon film, wherein said sp 2 ratio is determined on the basis of spectrum obtained by electron energy loss spectroscopy EELS, and characterized in that a hydrogen content of the amorphous hard carbon film is smaller than 5 atomic%.
An arm immobilization device100, comprising: an outer shell 102 including an internal cavity 104, and a configurable structure 118 disposed within the internal cavity 104 of the outer shell 102, wherein the outer shell 102 is configured and dimensioned to accommodate an arm of a person thereon, and wherein expansion or contraction of the configurable structure 118 drives expansion or contraction of the outer shell 102; and characterised in that the outer shell 102 defines an accordion structure. an outer shell 102 including an internal cavity 104, and a configurable structure 118 disposed within the internal cavity 104 of the outer shell 102, wherein the outer shell 102 is configured and dimensioned to accommodate an arm of a person thereon, and wherein expansion or contraction of the configurable structure 118 drives expansion or contraction of the outer shell 102; and characterised in that the outer shell 102 defines an accordion structure.
Washer-drier scrubbing machine comprising a rotating roll brush having anticlockwise rotation, characterised in that the brush thereof is arranged close to a structure with the lower edge provided with a flap comprising aligned openings facing the floors, at the sides of said flap being arranged some sprayers of water-detergent mixtures and diffusers of compressed air oriented towards the openings thereof and the brush thereof whereto are associated a separator and an intermediate container comprising a bi-helical screw brush converging to the centre and communicating with a tank with suction motor; said diffusers of compressed air being fed by a fan the suction inlet thereof, arranged inside a second tank which acts as a suction and collection element for the dirty water collected by a parabolic rear floor wiper provided with pressure regulating means for shaped rubbing rubbers, front and rear (17").
Mounting adapter for temporarily fastening a lead safety railing to a building scaffold when setting up and/or dismantling the building scaffold, wherein 1.1. the mounting adapter is designed, on the one hand, for temporarily attaching to a vertical member of the building scaffold and, on the other hand, for temporarily fastening the safety railing to the mounting adapter, and 1.2. at least one receiving unit is designed for receiving fastening elements of in each case a safety railing and at least one fastening device is designed for attaching the mounting adapter to the building scaffold, characterized in that 1.3. the at least one receiving unit has at least two grooves which, as viewed in the mounting state of the mounting adapter, are arranged above one another. 1.1. the mounting adapter is designed, on the one hand, for temporarily attaching to a vertical member of the building scaffold and, on the other hand, for temporarily fastening the safety railing to the mounting adapter, and 1.2. at least one receiving unit is designed for receiving fastening elements of in each case a safety railing and at least one fastening device is designed for attaching the mounting adapter to the building scaffold, characterized in that 1.3. the at least one receiving unit has at least two grooves which, as viewed in the mounting state of the mounting adapter, are arranged above one another.
An intervertebral implantation system comprising: - a fusion device capable of expansion and contraction, wherein the fusion device comprises: - a first endplate; - a second endplate; and - a body portion positioned between the first endplate and the second endplate, the body portion having a tapered anterior portion and a posterior portion; - a translation member positioned between the first endplate and second endplate and within the body portion, wherein the translation member includes surfaces for engaging the first endplate and second endplate to cause a change in a distance of separation between the first endplate and second endplate; and - an actuation member received in the translation member, wherein rotation of the actuation member causes translation of the translation member such that surfaces of the translation member engage the first endplate and the second endplate to cause expansion of the fusion device, characterized in that - the actuation member is in a location adjacent to the tapered anterior portion of the body portion. - a fusion device capable of expansion and contraction, wherein the fusion device comprises: - a first endplate; - a second endplate; and - a body portion positioned between the first endplate and the second endplate, the body portion having a tapered anterior portion and a posterior portion; - a translation member positioned between the first endplate and second endplate and within the body portion, wherein the translation member includes surfaces for engaging the first endplate and second endplate to cause a change in a distance of separation between the first endplate and second endplate; and - an actuation member received in the translation member, wherein rotation of the actuation member causes translation of the translation member such that surfaces of the translation member engage the first endplate and the second endplate to cause expansion of the fusion device, characterized in that - the actuation member is in a location adjacent to the tapered anterior portion of the body portion.
A compressed gas storage tank, in particular for a motor vehicle, with a container which is designed to store a compressed fuel, with at least one pressure relief valve (22, 24), wherein due to opening of the at least one pressure relief valve (22, 24), fuel is dischargeable from the container into an environment of the compressed gas storage tank, and with a catalytic converter device which is designed to catalyze an oxidation reaction of fuel originating from the container with oxygen, characterized in that the compressed gas storage tank has at least one piezoelectric element (30, 32) to which a pressure can be applied by opening the at least one pressure relief valve (22, 24), wherein the pressure can cause at least one spark to be generated by means of the at least one piezoelectric element (30, 32).