mhurhangee/ep-ind-claims huggingface dataset:
A laser decontamination device specially adapted to spall, evaporate and sublime radioisotopes from a contaminated article, the device comprising: a CW laser oscillator configured for use as a light source of a machining laser beam (L 1); a scanning device provided with an XY axis scanner configured to reflectively and planarly scan the laser beam (L 1) with beam reflectors and a Z axis scanner configured to adjust a focal distance of the laser beam (L 1) with one of a variable focus lens and a movable lens, wherein the Z axis scanner is disposed nearer to the light source than the XY axis scanner and wherein the scanning device is configured to condense the laser beam (L 1) scanned by the XY axis scanner and the Z axis scanner on a surface of a contaminated article without intervention of any compound lens integrated with a plurality of lenses between the XY axis scanner and the contaminated article; and a surface shape measuring device configured to measure a surface shape of the contaminated article by an optical means comprising a laser range finder and the XY axis scanner, wherein the Z axis scanner of the scanning device is provided with a focus position controlling section configured to automatically adjust a focus position according to an irradiation position such that a focus of the laser beam (L 1) comes on the surface of the contaminated article based on a shape data obtained at the surface shape measuring device, thereby, allowing the laser beam (L 1) to be three-dimensionally scanned over and irradiated onto the surface of the contaminated article with the focus spot aligned in pinpointing with the surface of the contaminated article.
An information provision method comprising: providing a vehicle passenger with energy replenishment information relating to energy replenishment of a vehicle-driving energy supply source that is capable of storing regenerative energy regenerated from rotational energy of a vehicle wheel, when a remaining energy amount of the energy supply source falls below a determination reference value; characterized by further comprising modifying a provision condition that is a condition on which the energy replenishment information is provided, after the energy replenishment information is once provided when the remaining energy amount falls below the determination reference value, the energy replenishment information is again provided when the modified provision condition is satisfied after the energy replenishment information was once provided. providing a vehicle passenger with energy replenishment information relating to energy replenishment of a vehicle-driving energy supply source that is capable of storing regenerative energy regenerated from rotational energy of a vehicle wheel, when a remaining energy amount of the energy supply source falls below a determination reference value; characterized by further comprising modifying a provision condition that is a condition on which the energy replenishment information is provided, after the energy replenishment information is once provided when the remaining energy amount falls below the determination reference value, the energy replenishment information is again provided when the modified provision condition is satisfied after the energy replenishment information was once provided.
A mobile lift crane comprising: a) a carbody; b) at least four crawlers (14, 16) attached to the body; c) a rotating bed rotatably connected to the carbody such that the rotating bed can swing with respect to the crawlers; and d) a boom pivotally mounted on the rotating bed; characterized in that e) each crawler has a crawler frame attached to the carbody by a trunnion having an axis, the crawler frame being attached to the carbody so as to be able to pivot with respect to the carbody about the axis of the trunnion; f) a linear actuator connected between the crawler frame and the carbody and extending through the trunnion. a) a carbody; b) at least four crawlers (14, 16) attached to the body; c) a rotating bed rotatably connected to the carbody such that the rotating bed can swing with respect to the crawlers; and d) a boom pivotally mounted on the rotating bed; characterized in that e) each crawler has a crawler frame attached to the carbody by a trunnion having an axis, the crawler frame being attached to the carbody so as to be able to pivot with respect to the carbody about the axis of the trunnion; f) a linear actuator connected between the crawler frame and the carbody and extending through the trunnion.
A copper halide semiconductor based electronic device, comprising: a substrate; a copper halide channel layer formed on the substrate; an insulating layer formed on the copper halide channel layer; a gate electrode formed on the insulating layer; a first n + copper halide layer disposed at a first side of the gate electrode, the first n + copper halide layer comprising n-type impurities; a drain electrode formed on the first n + copper halide layer; a second n + copper halide layer disposed at a second side of the gate electrode, which is opposite to the first side, the second n + copper halide layer comprising n-type impurities; and a source electrode formed on the second n + copper halide layer, characterized by the fact that the first n + copper halide layer and the second n + copper halide layer are formed on the copper halide channel layer; the copper halide channel layer comprises CuICl or CuBrCl and a barrier layer is between the channel layer and the substrate, wherein the barrier layer comprises CuCl. a substrate; a copper halide channel layer formed on the substrate; an insulating layer formed on the copper halide channel layer; a gate electrode formed on the insulating layer; a first n + copper halide layer disposed at a first side of the gate electrode, the first n + copper halide layer comprising n-type impurities; a drain electrode formed on the first n + copper halide layer; a second n + copper halide layer disposed at a second side of the gate electrode, which is opposite to the first side, the second n + copper halide layer comprising n-type impurities; and a source electrode formed on the second n + copper halide layer, characterized by the fact that the first n + copper halide layer and the second n + copper halide layer are formed on the copper halide channel layer; the copper halide channel layer comprises CuICl or CuBrCl and a barrier layer is between the channel layer and the substrate, wherein the barrier layer comprises CuCl.
Tube connection assembly comprising a connection device and a tubular member, wherein the connection device comprises a bushing and a connector having a tubular shaped shaft adapted to be inserted into an end portion of the tubular member, the shaft having, in a non-assembled configuration of the connection assembly, an outer diameter (C ext1) smaller than or substantially equal to an inner diameter (T int) of the end portion of the tubular member, wherein the shaft is expanded, in an assembled configuration of the connection assembly, at the end portion of the tubular member, said end portion being compressed between an inner surface of the bushing and an outer surface of the shaft, characterized in that the tubular member is a tube surrounded by an outer mesh, and in that the shaft includes a region facing outwards of the shaft and having a rough surface adapted to engage a portion of the outer mesh extending beyond the tube, said rough surface being a knurled region having a plurality of protrusions adapted to fit into voids of the mesh portion which extends beyond the tube, so that the mesh is trapped between the bushing and said knurled region.
A molding material comprising a polymer obtained by polymerizing 0.01 to 35 mol% of monomer represented by the following general formula and 65 to 99.99 mol% of monomer whose main component is methylmethacrylate, wherein in the formula, R 1 represents a hydrogen atom or a methyl group. X represents an oxygen atom or an imino group. R 2 represents a hydrogen atom, a linear or a branched alkyl group with a carbon number of 1 to 8, an alicyclic hydrocarbon group with a carbon number of 6 to 8 which may have a substituent, or an aryl group which may have a substituent, wherein in the case a molding of a thickness of 2mm is obtained by molding the molding material, a total light transmittance is 85 to 100% and a haze value is 5% or less as measured in accordance with JIS K7105. wherein in the formula, R 1 represents a hydrogen atom or a methyl group. X represents an oxygen atom or an imino group. R 2 represents a hydrogen atom, a linear or a branched alkyl group with a carbon number of 1 to 8, an alicyclic hydrocarbon group with a carbon number of 6 to 8 which may have a substituent, or an aryl group which may have a substituent, wherein in the case a molding of a thickness of 2mm is obtained by molding the molding material, a total light transmittance is 85 to 100% and a haze value is 5% or less as measured in accordance with JIS K7105.
A transmission comprising: a case formed by coupling at least a first unit and a second unit together; a first gear group disposed on a first shaft that is supported straddlingly on the first unit and the second unit; a second gear group disposed on a second shaft and meshing with the first gear group; and an oil pipe disposed above the first gear group and the second gear group, the oil pipe having small holes, wherein the oil pipe is formed integrally with a first restricting portion and a second restricting portion, the first restricting portion abutting against an inner surface of the first unit inside the case to thereby restrict an axial position of the oil pipe on an outside in one direction, and the second restricting portion abutting against an inner surface of the second unit to thereby restrict an axial position of the oil pipe on an outside in an other direction and rotation thereof, wherein the oil pipe has a first end and a second end, wherein at each of the first end and the second end, a sealing member is disposed between a pair of small flanges (86a, 86b), wherein each of the first restricting portion and the second restricting portion is fixed at a position inside an axially inner one of the pair of small flanges (86a, 86b), and wherein the small flanges (86a, 86b) are formed integrally with the oil pipe by bending. a case formed by coupling at least a first unit and a second unit together; a first gear group disposed on a first shaft that is supported straddlingly on the first unit and the second unit; a second gear group disposed on a second shaft and meshing with the first gear group; and an oil pipe disposed above the first gear group and the second gear group, the oil pipe having small holes, wherein the oil pipe is formed integrally with a first restricting portion and a second restricting portion, the first restricting portion abutting against an inner surface of the first unit inside the case to thereby restrict an axial position of the oil pipe on an outside in one direction, and the second restricting portion abutting against an inner surface of the second unit to thereby restrict an axial position of the oil pipe on an outside in an other direction and rotation thereof, wherein the oil pipe has a first end and a second end, wherein at each of the first end and the second end, a sealing member is disposed between a pair of small flanges (86a, 86b), wherein each of the first restricting portion and the second restricting portion is fixed at a position inside an axially inner one of the pair of small flanges (86a, 86b), and wherein the small flanges (86a, 86b) are formed integrally with the oil pipe by bending.
N-((4,6-dimethyl-2-oxo-1,2-dihydropyridin-3-yljmethylj-5-(ethyl(tetrahydro-2H-pyran-4-yl)amino)-4-methyl-4'-(morpholinomethyl)-[1,1'-biphenyl]-3-carboxamide hydrobromide.
An optical fiber evaluation method that evaluates an optical characteristic of a coupled multi-core optical fiber, including a plurality of cores (F1, F2) and a common cladding, one of the plurality of cores being arranged as a center core at the center of the cladding, a total number of spatial modes being a number of the plurality of cores or greater, the method comprising: arranging a first dummy fiber such that one end of the first dummy fiber faces one end of the coupled multi-core optical fiber, the first dummy fiber including a cladding having a shape and a dimension being the same as a shape and a dimension of the cladding of the coupled multi-core optical fiber, and a core at the center of the cladding; aligning the coupled multi-core optical fiber and the first dummy fiber with each other with reference to a circumference of the cladding of the coupled multi-core optical fiber and a circumference of the cladding of the first dummy fiber; joining the coupled multi-core optical fiber and the first dummy fiber to each other while the center core of the coupled multi-core optical fiber faces the core of the first dummy fiber; and launching light from a light source to the coupled multi-core optical fiber joined to the first dummy fiber, and measuring light passing through the first dummy fiber and the coupled multi-core optical fiber with a light measurement unit, characterised in that the product of a length of the coupled multi-core optical fiber and a power coupling coefficient between the cores is 10 or greater. arranging a first dummy fiber such that one end of the first dummy fiber faces one end of the coupled multi-core optical fiber, the first dummy fiber including a cladding having a shape and a dimension being the same as a shape and a dimension of the cladding of the coupled multi-core optical fiber, and a core at the center of the cladding; aligning the coupled multi-core optical fiber and the first dummy fiber with each other with reference to a circumference of the cladding of the coupled multi-core optical fiber and a circumference of the cladding of the first dummy fiber; joining the coupled multi-core optical fiber and the first dummy fiber to each other while the center core of the coupled multi-core optical fiber faces the core of the first dummy fiber; and launching light from a light source to the coupled multi-core optical fiber joined to the first dummy fiber, and measuring light passing through the first dummy fiber and the coupled multi-core optical fiber with a light measurement unit, characterised in that the product of a length of the coupled multi-core optical fiber and a power coupling coefficient between the cores is 10 or greater.
Manually portable transport container (1; 1a) and, in addition to the transport container (1; 1a), sales unit with external packaging and a tool receptacle for at least one tool to be carried in the transport container (1; 1 a), wherein the transport container (1; 1 a) has at least one reception compartment (20; 20a) with an open top (21; 21a) which can be covered by a cover component (24; 24a) of the transport container (1; 1a), characterised in that, in the sales unit, the tool receptacle is represented by a tool receptacle part, which is separate from the external packaging, is contained in the external packaging in the new condition and can be removed from the external packaging, and which contains the at least one tool and has an open access side where the at least one tool can be removed and installed, and in that the reception compartment (20; 20a) is matched to the tool receptacle part in its dimensions, wherein the tool receptacle part, if removed from the external packaging, can be releasably installed into and located in the reception compartment (20; 20a) when the reception compartment (20; 20a) is not covered and the access side faces the open top (21; 21a) of the reception compartment (20; 20a) and can be covered by the cover component (24; 24a) in the installed state.
A hearing device comprising a housing (211, 212) configured to be worn at a wearing position at an ear of a user, the hearing device comprising - an inertial sensor included in the housing (211, 212); - an orientation evaluator communicatively coupled to the inertial sensor, the orientation evaluator configured to provide orientation data indicative of a spatial orientation of the housing (211, 212) and/or the wearing position; - a walking evaluator configured to provide walking data indicative of a walking activity of the user; - an orientation calibrator configured to provide calibration data indicative of a deviation of the spatial orientation of the housing (211, 212) from a reference orientation, the orientation calibrator configured to provide the calibration data depending on the walking data, wherein the orientation evaluator is configured to provide the orientation data based on the calibration data; and - a controller configured to control an operation of the hearing device based on the orientation data, - a beamformer, wherein the operation comprises controlling a property of the beamformer; and - a behind-the-ear part configured to be worn at a wearing position behind an ear of a user, the behind-the-ear part comprising said housing. - an inertial sensor included in the housing (211, 212); - an orientation evaluator communicatively coupled to the inertial sensor, the orientation evaluator configured to provide orientation data indicative of a spatial orientation of the housing (211, 212) and/or the wearing position; - a walking evaluator configured to provide walking data indicative of a walking activity of the user; - an orientation calibrator configured to provide calibration data indicative of a deviation of the spatial orientation of the housing (211, 212) from a reference orientation, the orientation calibrator configured to provide the calibration data depending on the walking data, wherein the orientation evaluator is configured to provide the orientation data based on the calibration data; and - a controller configured to control an operation of the hearing device based on the orientation data, - a beamformer, wherein the operation comprises controlling a property of the beamformer; and - a behind-the-ear part configured to be worn at a wearing position behind an ear of a user, the behind-the-ear part comprising said housing.
An electrical device comprising: a frame; a first wall connected to the frame; a power converter adapted to convert electric energy from one form to another, the power converter comprising at least one power converter element; and a controller adapted to control the power converter, the controller comprising at least one controller element, wherein the first wall is pivotally connected to the frame about a first pivoting axis such that the first wall is adapted to pivot between a first position in which the first wall is adapted to protect the at least one controller element, and a second position which is adapted to provide an access to the at least one controller element for maintenance and repair, and the electrical device comprises a second wall pivotally connected to the frame about a second pivoting axis, such that the second wall is adapted to pivot about the second pivoting axis between a first position and a second position relative to the frame, the second pivoting axis being substantially parallel to the first pivoting axis, characterized in that the electrical device comprises a third wall pivotally connected to the second wall about a third pivoting axis, the third wall is adapted to pivot about the third pivoting axis between a first position and a second position relative to the second wall, and the second pivoting axis is substantially parallel to the third pivoting axis. a frame; a first wall connected to the frame; a power converter adapted to convert electric energy from one form to another, the power converter comprising at least one power converter element; and a controller adapted to control the power converter, the controller comprising at least one controller element, wherein the first wall is pivotally connected to the frame about a first pivoting axis such that the first wall is adapted to pivot between a first position in which the first wall is adapted to protect the at least one controller element, and a second position which is adapted to provide an access to the at least one controller element for maintenance and repair, and the electrical device comprises a second wall pivotally connected to the frame about a second pivoting axis, such that the second wall is adapted to pivot about the second pivoting axis between a first position and a second position relative to the frame, the second pivoting axis being substantially parallel to the first pivoting axis, characterized in that the electrical device comprises a third wall pivotally connected to the second wall about a third pivoting axis, the third wall is adapted to pivot about the third pivoting axis between a first position and a second position relative to the second wall, and the second pivoting axis is substantially parallel to the third pivoting axis.
A tiltrotor aircraft, comprising: a fuselage having a forward end and an aft end; a wing operably coupled to the fuselage; a forward rotor assembly having rotor blades and operably coupled to the forward end of the fuselage, the forward rotor assembly operably rotatable between a vertical lift position and a horizontal flight position; and an aft rotor assembly having rotor blades and operably coupled to the aft end of the fuselage, the aft rotor assembly operably rotatable between a vertical lift position and a horizontal flight position; wherein the forward rotor assembly and the aft rotor assembly are rotatable up to 180 degrees; characterised in that the forward rotor assembly and aft rotor assembly are configured to be disposed along the axis of the fuselage. a fuselage having a forward end and an aft end; a wing operably coupled to the fuselage; a forward rotor assembly having rotor blades and operably coupled to the forward end of the fuselage, the forward rotor assembly operably rotatable between a vertical lift position and a horizontal flight position; and an aft rotor assembly having rotor blades and operably coupled to the aft end of the fuselage, the aft rotor assembly operably rotatable between a vertical lift position and a horizontal flight position; wherein the forward rotor assembly and the aft rotor assembly are rotatable up to 180 degrees; characterised in that the forward rotor assembly and aft rotor assembly are configured to be disposed along the axis of the fuselage.
Textile yarn comprising a core yarn coated in a silicone polymer, the siliconized yarn being adapted for weaving or knitting, characterized in that: the silicone polymer is present as a concentric sheath around the core yarn; the coated textile yarn is calibrated and includes between 15% and 85% by weight of reticulated silicone polymer relative to the total weight of coated yarn. the silicone polymer is present as a concentric sheath around the core yarn; the coated textile yarn is calibrated and includes between 15% and 85% by weight of reticulated silicone polymer relative to the total weight of coated yarn.