mhurhangee/ep-ind-claims huggingface dataset:
A hybrid drive system for a helicopter, the system comprising (a) a first energy generating module (82, 86) comprising an internal combustion engine and a generator to be powered by the internal combustion engine to generate electrical energy; (b) a first electric motor for powering a main rotor of the helicopter; (c) a second electric motor for powering a tail rotor of the helicopter; (d) at least one additional energy generating module (116, 120; 170); and (e) a storage unit for electrical energy; characterized in that the hybrid drive system further comprises (f) a tail rotor which is rotatably supported at the top and at the bottom and may be rotated around a vertical axis of the helicopter by an amount such that a yawing moment produced by the main rotor may be compensated by a lateral thrust component of the tail rotor. (a) a first energy generating module (82, 86) comprising an internal combustion engine and a generator to be powered by the internal combustion engine to generate electrical energy; (b) a first electric motor for powering a main rotor of the helicopter; (c) a second electric motor for powering a tail rotor of the helicopter; (d) at least one additional energy generating module (116, 120; 170); and (e) a storage unit for electrical energy; (f) a tail rotor which is rotatably supported at the top and at the bottom and may be rotated around a vertical axis of the helicopter by an amount such that a yawing moment produced by the main rotor may be compensated by a lateral thrust component of the tail rotor.
A method, comprising: performing, by a user equipment in single radio mode, the following: a local area radio resource control, RRC, connection procedure, using a local uplink control channel message the user equipment tags with local message type information, with a local area base station over a signaling radio bearer specific to a local area, the signaling radio bearer specific to the local area being a local area signaling radio bearer 0, the signaling radio bearer specific to the local area in addition terminating at the local area base station and being configured to use an RRC entity specific to local area services, the user equipment being configured to provide received local downlink control channel RRC messages comprising the local message type information to the RRC entity specific to local area services; and a wide area radio resource control, RRC, connection procedure with a wide area base station over a signaling radio bearer specific to a wide area, using a wide area RRC message not comprising the local message type information, transmitted wirelessly to the local area base station for forwarding to the wide area base station, the signaling radio bearer specific to the wide area being a wide area signaling radio bearer 0, the signaling radio bearer specific to the wide area in addition terminating at the wide area base station and being configured to use an RRC entity specific to wide area services. a local area radio resource control, RRC, connection procedure, using a local uplink control channel message the user equipment tags with local message type information, with a local area base station over a signaling radio bearer specific to a local area, the signaling radio bearer specific to the local area being a local area signaling radio bearer 0, the signaling radio bearer specific to the local area in addition terminating at the local area base station and being configured to use an RRC entity specific to local area services, the user equipment being configured to provide received local downlink control channel RRC messages comprising the local message type information to the RRC entity specific to local area services; and a wide area radio resource control, RRC, connection procedure with a wide area base station over a signaling radio bearer specific to a wide area, using a wide area RRC message not comprising the local message type information, transmitted wirelessly to the local area base station for forwarding to the wide area base station, the signaling radio bearer specific to the wide area being a wide area signaling radio bearer 0, the signaling radio bearer specific to the wide area in addition terminating at the wide area base station and being configured to use an RRC entity specific to wide area services.
A fastener, comprising: - a bolt including an elongated shank having a first end, a second end opposite the first end, and a threaded portion having an external bolt thread, wherein the bolt thread includes a bolt pitch; and - a nut including a nut body having a first end, a second end opposite the first end of the nut body, and an internal nut thread extending between the first and second ends (217, 219) of the nut body and adapted to engage threadedly the bolt thread of the bolt, wherein the nut thread includes a nut pitch, wherein the bolt pitch of the bolt thread of the bolt is mismatched with the nut pitch of the nut thread of the nut, characterized in that the nut further comprises a countersunk aperture, and an insert positioned within the countersunk aperture. - a bolt including an elongated shank having a first end, a second end opposite the first end, and a threaded portion having an external bolt thread, wherein the bolt thread includes a bolt pitch; and - a nut including a nut body having a first end, a second end opposite the first end of the nut body, and an internal nut thread extending between the first and second ends (217, 219) of the nut body and adapted to engage threadedly the bolt thread of the bolt, wherein the nut thread includes a nut pitch,
A method for processing photopolymerizable material for the layered construction of a shaped body, comprising a) providing a tank having a bottom transparent at least in some region, in which the photopolymerizable material is contained; b) moving a construction platform to such a height that a layer of the photopolymerizable material with a specified thickness is defined between the lower side of the construction platform or, if already present, the lowermost cured layer of the part of the shaped body formed thereon and the tank bottom; c) exposing the layer from below through the tank bottom by position-specific exposure to light so as to cure the material layer in the desired shape; d) repeating steps b) and c) until the last layer of the shaped body is formed, wherein the photopolymerizable material has a viscosity of at least 20 Pa.s at room temperature (20°C), and the layer of the photopolymerizable material is heated in the tank to a temperature of at least 30°C so as to lower its viscosity, characterized in that heating of the layer of the photopolymerizable material, and optionally maintaining of the temperature, are effected by the input of heat over a large area and directly on the tank bottom and only in the process zone of the installation, in particular by at least one heating element disposed on or in the tank bottom, such as e.g. heating films, said process zone comprising the region between the transparent tank bottom and the shaped body constructed so far. a) providing a tank having a bottom transparent at least in some region, in which the photopolymerizable material is contained; b) moving a construction platform to such a height that a layer of the photopolymerizable material with a specified thickness is defined between the lower side of the construction platform or, if already present, the lowermost cured layer of the part of the shaped body formed thereon and the tank bottom; c) exposing the layer from below through the tank bottom by position-specific exposure to light so as to cure the material layer in the desired shape; d) repeating steps b) and c) until the last layer of the shaped body is formed, wherein
A connection unit for movably connecting two sliding skids (2a, b) extending in a longitudinal direction parallel adjacent to each other and horizontally to form a piece of winter sports equipment, comprising, - at least one transversal strut (5a, b) extending transversal to the longitudinal direction and respectively including a free end (6a, b) on each side; - at least one bearing block (7a, b) at the free end (6a, b) of each transversal strut (5a, b) in which free end the transversal strut (5a, b) is arranged pivotable about a pivot axis (17a, b) that is in particular arranged in the longitudinal direction in top view, - a base plate for attachment at one of the sliding skids (2a, b) which base plate carries the bearing block (7a, b), characterized in that the transversal strut (5a, b) is during skiing movably attached in the longitudinal direction and / or the transversal direction relative to the base plate supporting the transversal strut wherein the movable attachment is provided by a compensation device at each free end (6a, b). - at least one transversal strut (5a, b) extending transversal to the longitudinal direction and respectively including a free end (6a, b) on each side; - at least one bearing block (7a, b) at the free end (6a, b) of each transversal strut (5a, b) in which free end the transversal strut (5a, b) is arranged pivotable about a pivot axis (17a, b) that is in particular arranged in the longitudinal direction in top view, - a base plate for attachment at one of the sliding skids (2a, b) which base plate carries the bearing block (7a, b),
A clear coating method comprising: applying a first clear paint on a topcoat base coating film under a coating condition in which the first clear paint has a NV 2m of 60% to 70%, the NV 2m being a painted non-volatility value after two minutes from applying, and an average atomized paint particle size of the first clear paint is 60 μm to 100 μm, thereby forming a first wet clear coating film having a thickness of 80% to 91% with respect to a total clear coating film thickness in a first stage; and successively applying a second clear paint on the first wet clear coating film under a coating condition in which the second clear paint has a NV 2m of 80% to 90% and an average atomized paint particle size of the second clear paint is 30 μm or less without baking the first wet clear coating film, thereby forming a second wet clear coating film having a thickness of 9% to 20% with respect to the total clear coating film thickness in a second stage, wherein a wet clear coating film, including the first wet clear coating film and the second wet clear coating film after the second stage, has a NV 2m of 60% to 75%. applying a first clear paint on a topcoat base coating film under a coating condition in which the first clear paint has a NV 2m of 60% to 70%, the NV 2m being a painted non-volatility value after two minutes from applying, and an average atomized paint particle size of the first clear paint is 60 μm to 100 μm, thereby forming a first wet clear coating film having a thickness of 80% to 91% with respect to a total clear coating film thickness in a first stage; and successively applying a second clear paint on the first wet clear coating film under a coating condition in which the second clear paint has a NV 2m of 80% to 90% and an average atomized paint particle size of the second clear paint is 30 μm or less without baking the first wet clear coating film, thereby forming a second wet clear coating film having a thickness of 9% to 20% with respect to the total clear coating film thickness in a second stage, wherein a wet clear coating film, including the first wet clear coating film and the second wet clear coating film after the second stage, has a NV 2m of 60% to 75%.
A computer-implemented method for use in identifying anomalous areas of the lower crust of a region of the earth, comprising providing information relating to the geometry of the Moho for the region, the Moho representing a transition between the upper mantle and the lower crust for the region, characterised by the steps of determining the geometry of an intra-crustal layer for the region, the intra-crustal layer representing a transition between the lower crust and the middle or upper crust for the region, using observed gravity data to determine a density distribution between the intra-crustal layer and the Moho, and comparing the determined density distribution to a reference density distribution or reference density value for the lower crust, the comparison enabling the identification of anomalous areas of the lower crust for the region.
An adjustment device for a firearm; wherein said firearm comprises a firearm frame delimiting at least one first friction surface (6, 6'); at least one barrel (4, 4'), mounted to said frame in a rotatable manner between opening and closing configurations and comprising an abutment appendix; wherein said adjustment device comprises: i) at least a second friction surface configured to be placed in a sliding contact with the first friction surface (6, 6') to oppose a resistance to the rotation of the barrel (4, 4') between said configurations; ii) a contact surface configured to be placed in contact with the abutment appendix; iii) an adjustment member, movable longitudinally (L1, L2) to modify a relative distance between the second friction surface and the contact surface, thereby adjusting the sliding friction between said friction surfaces (6, 6', 12), and therefore said resistance; iv) a maneuvering element rotatable in discrete adjustment positions, interacting with the adjustment member to move it by a constant pitch at each angularly adjacent adjustment position. wherein said firearm comprises a firearm frame delimiting at least one first friction surface (6, 6'); at least one barrel (4, 4'), mounted to said frame in a rotatable manner between opening and closing configurations and comprising an abutment appendix; wherein said adjustment device comprises: i) at least a second friction surface configured to be placed in a sliding contact with the first friction surface (6, 6') to oppose a resistance to the rotation of the barrel (4, 4') between said configurations; ii) a contact surface configured to be placed in contact with the abutment appendix; iii) an adjustment member, movable longitudinally (L1, L2) to modify a relative distance between the second friction surface and the contact surface, thereby adjusting the sliding friction between said friction surfaces (6, 6', 12), and therefore said resistance; iv) a maneuvering element rotatable in discrete adjustment positions, interacting with the adjustment member to move it by a constant pitch at each angularly adjacent adjustment position. i) at least a second friction surface configured to be placed in a sliding contact with the first friction surface (6, 6') to oppose a resistance to the rotation of the barrel (4, 4') between said configurations; ii) a contact surface configured to be placed in contact with the abutment appendix; iii) an adjustment member, movable longitudinally (L1, L2) to modify a relative distance between the second friction surface and the contact surface, thereby adjusting the sliding friction between said friction surfaces (6, 6', 12), and therefore said resistance; iv) a maneuvering element rotatable in discrete adjustment positions, interacting with the adjustment member to move it by a constant pitch at each angularly adjacent adjustment position.
An ophthalmic lens, comprising: an optic having an optical axis and a plurality of surfaces comprising an anterior surface and a posterior surface, at least one of the surfaces having: an inner refractive region adapted to contribute refractively to a distance focus optical power; and a refractive-diffractive structure disposed outwardly from the inner refractive region in a direction away from the optical axis, the refractive-diffractive structure comprising two or three diffractive regions (30a, 30b, 30c) and one or two refractive regions (32a, 32b), each diffractive region comprising a plurality of concentric rings that form a diffraction grating with a plurality of apodized steps, at least one refractive region (32a, 32b) disposed between two diffractive regions (30a, 30b, 30c), a diffractive region adapted to contribute diffractively to a multi-zone optical power, a refractive region adapted to contribute refractively to the distance focus optical power; and an outer refractive region disposed outwardly from the refractive-diffractive structure in the direction away from the optical axis, the outer refractive region adapted to contribute refractively to the distance focus optical power. an optic having an optical axis and a plurality of surfaces comprising an anterior surface and a posterior surface, at least one of the surfaces having: an inner refractive region adapted to contribute refractively to a distance focus optical power; and a refractive-diffractive structure disposed outwardly from the inner refractive region in a direction away from the optical axis, the refractive-diffractive structure comprising two or three diffractive regions (30a, 30b, 30c) and one or two refractive regions (32a, 32b), each diffractive region comprising a plurality of concentric rings that form a diffraction grating with a plurality of apodized steps, at least one refractive region (32a, 32b) disposed between two diffractive regions (30a, 30b, 30c), a diffractive region adapted to contribute diffractively to a multi-zone optical power, a refractive region adapted to contribute refractively to the distance focus optical power; and an inner refractive region adapted to contribute refractively to a distance focus optical power; and a refractive-diffractive structure disposed outwardly from the inner refractive region in a direction away from the optical axis, the refractive-diffractive structure comprising two or three diffractive regions (30a, 30b, 30c) and one or two refractive regions (32a, 32b), each diffractive region comprising a plurality of concentric rings that form a diffraction grating with a plurality of apodized steps, at least one refractive region (32a, 32b) disposed between two diffractive regions (30a, 30b, 30c), a diffractive region adapted to contribute diffractively to a multi-zone optical power, a refractive region adapted to contribute refractively to the distance focus optical power; and an outer refractive region disposed outwardly from the refractive-diffractive structure in the direction away from the optical axis, the outer refractive region adapted to contribute refractively to the distance focus optical power.
A method comprising: receiving a virtual output queue length value from each of a plurality of input ports coupled to an output port; calculating, by a controller, an aggregate queue length value for the output port as a sum of the virtual output queue length values from the plurality of input ports; comparing, by the controller, the aggregate queue length value to a predetermined threshold; and generating a feedback message for at least one of the plurality of input ports including the aggregate queue length value; characterized by that the feedback message is a tail drop message that instructs the at least one of the plurality of input ports to stop buffering subsequent packets associated with the output port. receiving a virtual output queue length value from each of a plurality of input ports coupled to an output port; calculating, by a controller, an aggregate queue length value for the output port as a sum of the virtual output queue length values from the plurality of input ports; comparing, by the controller, the aggregate queue length value to a predetermined threshold; and generating a feedback message for at least one of the plurality of input ports including the aggregate queue length value; characterized by that the feedback message is a tail drop message that instructs the at least one of the plurality of input ports to stop buffering subsequent packets associated with the output port.
A level adjustment device comprising: a first level detection section (10, A1) configured to detect a first level of an input signal according to a first following rate to output a first level signal indicating the detected first level; a second level detection section (11, A2) configured to detect a second level of the input signal according to a second following rate which is lower than the first following rate to output a second level signal indicating the detected second level; a control section configured to select the first level signal, when a ratio of the first level signal to the second level signal is equal to or more than a predetermined threshold value which is equal to or more than one, and to select the second level signal, when the ratio of the first level signal to the second level signal is less than the predetermined threshold value, and further configured to determine a gain for level adjustment based on the selected one of the first and second level signals; and an adjustment section configured to adjust a level of the input signal according to the gain determined by the control section. a first level detection section (10, A1) configured to detect a first level of an input signal according to a first following rate to output a first level signal indicating the detected first level; a second level detection section (11, A2) configured to detect a second level of the input signal according to a second following rate which is lower than the first following rate to output a second level signal indicating the detected second level; a control section configured to select the first level signal, when a ratio of the first level signal to the second level signal is equal to or more than a predetermined threshold value which is equal to or more than one, and to select the second level signal, when the ratio of the first level signal to the second level signal is less than the predetermined threshold value, and further configured to determine a gain for level adjustment based on the selected one of the first and second level signals; and an adjustment section configured to adjust a level of the input signal according to the gain determined by the control section.