mhurhangee/ep-ind-claims huggingface dataset:
An aircraft comprising one or more aircraft sub-system(s) each comprising one or more liquid container(s), said aircraft further comprising a rear fuselage having a propulsion system formed by two engines mounted on each side of the rear fuselage; the rear fuselage having a vertical symmetry plane (A-A); the rear fuselage being made of a composite material; the rear fuselage comprising an internal shield located inside the rear fuselage in a suitable place for covering the possible trajectories of fragments detached from one of said engines in a failure event that would impact critical elements of the opposite engine; characterized in that the internal shield comprises an ensemble of said liquid containers located in said possible trajectories such that the total volume of liquid contained in the ensemble is sufficient to provide the energy absorption capability required for stopping said fragments.
A method, performed in an electronic device, for generating a keyword model of a user-defined keyword, the method comprising: receiving (910, 1010) at least one input indicative of the user-defined keyword, the at least one input including at least one sample sound indicative of the user-defined keyword; generating at least one mixed sample sound by mixing the at least one sample sound with at least one type of noise; generating at least two sequences of subwords from the at least one sample sound and the at least one mixed sample sound and determining a sequence of subwords based on the at least two sequences of subwords; generating (930, 1040) the keyword model associated with the user-defined keyword based on the determined sequence of subwords and a subword model of the subwords, wherein the subword model is configured to model a plurality of acoustic features of the subwords based on a speech database; providing (940, 1050) the keyword model associated with the user-defined keyword to a voice activation unit, wherein the at least two sequences of subwords are generated based on the subword model, wherein the method further comprises, prior to generating the keyword model associated with the user-defined keyword: receiving an input sound indicative of a predetermined phrase; extracting acoustic features from the received input sound indicative of the predetermined phrase; and based on the extracted acoustic features, adjusting the subword model. receiving (910, 1010) at least one input indicative of the user-defined keyword, the at least one input including at least one sample sound indicative of the user-defined keyword; generating at least one mixed sample sound by mixing the at least one sample sound with at least one type of noise; generating at least two sequences of subwords from the at least one sample sound and the at least one mixed sample sound and determining a sequence of subwords based on the at least two sequences of subwords; generating (930, 1040) the keyword model associated with the user-defined keyword based on the determined sequence of subwords and a subword model of the subwords, wherein the subword model is configured to model a plurality of acoustic features of the subwords based on a speech database; providing (940, 1050) the keyword model associated with the user-defined keyword to a voice activation unit, wherein the at least two sequences of subwords are generated based on the subword model, wherein the method further comprises, prior to generating the keyword model associated with the user-defined keyword: receiving an input sound indicative of a predetermined phrase; extracting acoustic features from the received input sound indicative of the predetermined phrase; and based on the extracted acoustic features, adjusting the subword model. receiving an input sound indicative of a predetermined phrase; extracting acoustic features from the received input sound indicative of the predetermined phrase; and based on the extracted acoustic features, adjusting the subword model.
Interface adapter for a control valve, particularly of a rail car pneumatic brake system, the control valve having at least two housing compartments being in fluid communication with each other via a fluid interface, comprising a fluid interface duplicate for enabling fluid communication between the housing compartments through the interface adapter and a further interface being in fluid communication with the fluid interface duplicate for enabling access to the fluid communication between the housing compartments from outside the housing, wherein the interface adapter further comprises an essentially even plate structure having a fluid interface duplicate plate section and a further interface plate section, characterized in that the fluid interface duplicate plate section and the further interface plate section extend in the same plane.
An aircraft, comprising: an airframe with an upper portion and an extending tail; a counter-rotating, coaxial main rotor assembly disposed at the upper portion of the airframe; a translational thrust system, including a propeller, disposed at the extending tail of the airframe; a flight control system comprising a flight control computer and a translational thrust interface configured to receive commands from the flight control computer to control one or more actuators for the control of the translational thrust system, the flight control system configured to control at least one of revolutions-per-minute, RPM, and pitch of the propeller of the translational thrust system in response to an input speed or acceleration command, characterised in that the flight control system is configured to allow a pilot of the aircraft to enter a desired velocity or an acceleration, and the flight control computer is configured to generate commands to the translational thrust interface to establish at least one of an RPM and pitch to meet the desired velocity or acceleration. an airframe with an upper portion and an extending tail; a counter-rotating, coaxial main rotor assembly disposed at the upper portion of the airframe; a translational thrust system, including a propeller, disposed at the extending tail of the airframe; a flight control system comprising a flight control computer and a translational thrust interface configured to receive commands from the flight control computer to control one or more actuators for the control of the translational thrust system, the flight control system configured to control at least one of revolutions-per-minute, RPM, and pitch of the propeller of the translational thrust system in response to an input speed or acceleration command, characterised in that the flight control system is configured to allow a pilot of the aircraft to enter a desired velocity or an acceleration, and the flight control computer is configured to generate commands to the translational thrust interface to establish at least one of an RPM and pitch to meet the desired velocity or acceleration.
Method for determining whether to grant access of a user equipment to a radio access network in a present position of the user equipment within a communications system, the communications system comprising a control node (N1, N2) handling services for the user equipment and an access node (AN1, AN2) controlling the access network, the method comprising the steps of - receiving a request for service processing for the user equipment in the control node (N1, N2) with an identification of the user equipment, - determining a subscriber group information for the user equipment according to the identification of the user equipment, - sending the subscriber group information to the access node (AN1, AN2), - determining an area access information according to the present location of the user equipment in the access node (AN1, AN2), and performing the access granting of the user equipment to the radio access network according to a logical combination of the subscriber group information and the area access information. - receiving a request for service processing for the user equipment in the control node (N1, N2) with an identification of the user equipment, - determining a subscriber group information for the user equipment according to the identification of the user equipment, - sending the subscriber group information to the access node (AN1, AN2), - determining an area access information according to the present location of the user equipment in the access node (AN1, AN2),
Well that can be buried for housing and protecting electro-hydraulic apparatuses, in particular for electric and hydraulic apparatuses of irrigation systems, comprising a main body for housing the apparatuses and a cover, applied onto an upper opening of said main body, the main body also being provided with one or more further openings, foreseen on the base and/or on one or more of the side walls of said main body, to allow electric and/or hydraulic supply ducts of the apparatuses to pass, whereby on the cover there is at least one lifting handle capable of making it easier to open and close said cover to carry out maintenance operations on the apparatuses contained in the main body of the well, characterised by said lifting handle being provided with side hinging pins, so as to be rotatably connected to the cover and to pass from an operative position, in which said lifting handle is raised with respect to the cover in order to be able to be gripped by a worker, to an inoperative position, in which said lifting handle is folded onto the cover inside a suitably shaped cavity, said lifting handle being furthermore provided with a through hole in which a tamper-proof bolt is inserted that engages on the main body, inside a corresponding blind hole provided on one of the side walls of said main body, when the lifting handle is in the inoperative position.
An aqueous oil-in-water emulsion containing a) 1 to 5 % by weight, based on the total weight of the emulsion, of an oil phase comprising at least one organic amine of the formula R 1 -(NH-R 2) n -NH 2 wherein n is 0, 1 or 2 R 1 is a linear or branched, acyclic hydrocarbon group having 12 to 22 carbon atoms; R 2 is C2-C4-alkanediyl; b) and water, where the aqueous oil-in-water emulsion does not contain more than 2 % by weight of organic ingredients, which are different from the amines of formula, based on total amount of organic components contained in the aqueous oil-in-water emulsion, and where the organic amine of formula comprises at least 90 % by weight, based on the total amount of the organic amine of formula contained in the aqueous oil-in-water emulsion, of an organic amine of formula with n being 1 or 2, where the aqueous emulsion has at least one of the following properties: P.1: the number average particle diameter of the droplets of the oil phase, as determined by light microscopy of at least 50 droplets is in the range of 1 to 11 μm, P.2: the instability index as defined by the ratio of observed clarification to maximum clarification, as determined by centrifugation for 390 seconds at a gravitational acceleration of 2.23 g and a temperature of 25°C is at most 0.025. a) 1 to 5 % by weight, based on the total weight of the emulsion, of an oil phase comprising at least one organic amine of the formula R 1 -(NH-R 2) n -NH 2 wherein n is 0, 1 or 2 R 1 is a linear or branched, acyclic hydrocarbon group having 12 to 22 carbon atoms; R 2 is C2-C4-alkanediyl; n is 0, 1 or 2 R 1 is a linear or branched, acyclic hydrocarbon group having 12 to 22 carbon atoms; R 2 is C2-C4-alkanediyl; b) and water, P.1: the number average particle diameter of the droplets of the oil phase, as determined by light microscopy of at least 50 droplets is in the range of 1 to 11 μm, P.2: the instability index as defined by the ratio of observed clarification to maximum clarification, as determined by centrifugation for 390 seconds at a gravitational acceleration of 2.23 g and a temperature of 25°C is at most 0.025.
A spinning reel that reels out a fishing line to forward, the spinning reel comprising: a housing; an oscillating mechanism including a traverse camshaft that is disposed in inside of the housing, and a slider that slides along the traverse camshaft,), wherein front and rear bearings (31, 32) are disposed on front and rear ends of the traverse camshaft, respectively, and the front bearing is configured to attach the front end of the traverse camshaft to the housing to be rotatable; a retaining member arranged at a rear of the traverse camshaft and retaining the traverse camshaft; and a first bolt member fixing the retaining member to the housing by being screwed into the housing, wherein the first bolt member is screwed into the housing from a rear side of the housing, and wherein a shaft portion (61 a) of the first bolt member and the slider are disposed with a prescribed spacing between the two in an orthogonal direction to a sliding direction of the slider, characterized in that the rear end of the traverse camshaft is attached to the housing by the rear bearing; and at least one part of the shaft portion (61 a) of the first bolt member is arranged at the prescribed spacing from the slider in the direction orthogonal to the sliding direction of the slider, such that the at least one part of the shaft portion (61 a) and the slider overlap in the sliding direction of the slider while the slider is positioned at the rear end portion of the traverse camshaft. a housing; an oscillating mechanism including a traverse camshaft that is disposed in inside of the housing, and a slider that slides along the traverse camshaft,), wherein front and rear bearings (31, 32) are disposed on front and rear ends of the traverse camshaft, respectively, and the front bearing is configured to attach the front end of the traverse camshaft to the housing to be rotatable; a retaining member arranged at a rear of the traverse camshaft and retaining the traverse camshaft; and a first bolt member fixing the retaining member to the housing by being screwed into the housing, wherein the first bolt member is screwed into the housing from a rear side of the housing, and wherein a shaft portion (61 a) of the first bolt member and the slider are disposed with a prescribed spacing between the two in an orthogonal direction to a sliding direction of the slider, characterized in that the rear end of the traverse camshaft is attached to the housing by the rear bearing; and at least one part of the shaft portion (61 a) of the first bolt member is arranged at the prescribed spacing from the slider in the direction orthogonal to the sliding direction of the slider, such that the at least one part of the shaft portion (61 a) and the slider overlap in the sliding direction of the slider while the slider is positioned at the rear end portion of the traverse camshaft.
An apparatus comprising: a first rectifier input terminal; a second rectifier input terminal; a rectified output terminal (VRECT);and a synchronous rectifier circuit configured to receive an input power from the first rectifier input terminal and the second rectifier input terminal and output a rectified voltage onto the rectified output terminal (VRECT); said apparatus being characterized by further comprising: a programmable voltage regulator coupled to the rectified output terminal (VRECT), wherein the programmable voltage regulator is configured to operate in a first mode as a switched-mode power supply (SMPS), in a second mode as a low dropout regulator, or in a third mode as a power switch, and wherein the programmable voltage regulator comprises a common pass device shared by all three modes that outputs an output voltage onto a common output terminal (VOUT); and a processor configured to dynamically program the programmable voltage regulator to operate in one of the first mode, the second mode, or the third mode. a first rectifier input terminal; a second rectifier input terminal; a rectified output terminal (VRECT);and a synchronous rectifier circuit configured to receive an input power from the first rectifier input terminal and the second rectifier input terminal and output a rectified voltage onto the rectified output terminal (VRECT); said apparatus being characterized by further comprising: a programmable voltage regulator coupled to the rectified output terminal (VRECT), wherein the programmable voltage regulator is configured to operate in a first mode as a switched-mode power supply (SMPS), in a second mode as a low dropout regulator, or in a third mode as a power switch, and wherein the programmable voltage regulator comprises a common pass device shared by all three modes that outputs an output voltage onto a common output terminal (VOUT); and a processor configured to dynamically program the programmable voltage regulator to operate in one of the first mode, the second mode, or the third mode. a programmable voltage regulator coupled to the rectified output terminal (VRECT), wherein the programmable voltage regulator is configured to operate in a first mode as a switched-mode power supply (SMPS), in a second mode as a low dropout regulator, or in a third mode as a power switch, and wherein the programmable voltage regulator comprises a common pass device shared by all three modes that outputs an output voltage onto a common output terminal (VOUT); and a processor configured to dynamically program the programmable voltage regulator to operate in one of the first mode, the second mode, or the third mode.
A method of making a polymer encased smokeless tobacco or tobacco substitute product comprising: forming a compressed body including smokeless tobacco, a tobacco substitute, or both the smokeless tobacco and the tobacco substitute; moving the compressed body through a bath including a polymer foam to produce a polymer foamed skin on the compressed body; and curing the polymer foamed skin to form an encased body. forming a compressed body including smokeless tobacco, a tobacco substitute, or both the smokeless tobacco and the tobacco substitute; moving the compressed body through a bath including a polymer foam to produce a polymer foamed skin on the compressed body; and curing the polymer foamed skin to form an encased body.
An air conditioner, comprising: a box-type body unit configured to be disposed in a ceiling back space of an air-conditioned room; and a decorative panel mounted on a bottom surface of the body unit along a ceiling surface of the air-conditioned room, the decorative panel being provided with an air suction part and an air blowing part which includes air blowing ports (754, 783), wherein a dotted surface texture including a plurality of projections is formed along a panel opening that forms the air blowing ports (754, 783) in the decorative panel, and the projections are disposed at intervals which allows condensation water adhered to a panel surface of the decorative panel to flow along the panel surface, wherein the air blowing part has a raised part protruding toward the air-conditioned room more than the panel surface of the decorative panel, and the entire raised part forms the dotted surface texture including the plurality of projections. a box-type body unit configured to be disposed in a ceiling back space of an air-conditioned room; and a decorative panel mounted on a bottom surface of the body unit along a ceiling surface of the air-conditioned room, the decorative panel being provided with an air suction part and an air blowing part which includes air blowing ports (754, 783), wherein a dotted surface texture including a plurality of projections is formed along a panel opening that forms the air blowing ports (754, 783) in the decorative panel, and the projections are disposed at intervals which allows condensation water adhered to a panel surface of the decorative panel to flow along the panel surface, wherein the air blowing part has a raised part protruding toward the air-conditioned room more than the panel surface of the decorative panel, and the entire raised part forms the dotted surface texture including the plurality of projections.
A terminal comprising: a receiving section configured to receive a higher layer parameter that indicates whether group hopping is to be enabled or disabled; a control section configured to determine, in a case where the group hopping is enabled, a group number of a sequence for a demodulation reference signal for an uplink shared channel based on a symbol index and a slot index; and a transmitting section configured to transmit the demodulation reference signal, characterized by, wherein the control section is configured to determine the group number based on a pseudo-random sequence c(N+i), and wherein the variable N of the pseudo-random sequence c(N+i) is based on the symbol index and the slot index. a receiving section configured to receive a higher layer parameter that indicates whether group hopping is to be enabled or disabled; a control section configured to determine, in a case where the group hopping is enabled, a group number of a sequence for a demodulation reference signal for an uplink shared channel based on a symbol index and a slot index; and a transmitting section configured to transmit the demodulation reference signal, characterized by, wherein the control section is configured to determine the group number based on a pseudo-random sequence c(N+i), and wherein the variable N of the pseudo-random sequence c(N+i) is based on the symbol index and the slot index.
Fluid temperature control device for an extracorporeal blood treatment apparatus and a fluid warming/cooling bag, the fluid temperature control device comprising: a casing delimiting a heating/cooling seat configured to accommodate the fluid warming/cooling bag connected or connectable to an extracorporeal blood treatment apparatus; heating/cooling element (29, 30) operatively active in the heating/cooling seat to heat/cool the fluid warming/cooling bag; at least a presence detector (32, 33) operatively active at the heating/cooling seat to detect the presence of the fluid warming/cooling bag; wherein the presence detector (32, 33) comprises a transmitter of a signal and a receiver; wherein the receiver is positioned with respect to the transmitter to selectively receive a transmitted signal after reflection, wherein the fluid warming/cooling bag includes a main portion delimiting a fluid path with an inlet and an outlet, characterized by the fact that the fluid warming/cooling bag further includes a tab protruding from the main portion, the heating/cooling seat presenting a main seat and a recess for accommodating the tab only when the fluid warming/cooling bag is properly accommodated in the heating/cooling seat, the recess being positioned on a side of the main seat, and wherein an outer surface of the fluid warming/cooling bag is configured to reflect, at least in part, the signal emitted by the transmitter, the signal being reflected by the tab. a casing delimiting a heating/cooling seat configured to accommodate the fluid warming/cooling bag connected or connectable to an extracorporeal blood treatment apparatus; heating/cooling element (29, 30) operatively active in the heating/cooling seat to heat/cool the fluid warming/cooling bag; at least a presence detector (32, 33) operatively active at the heating/cooling seat to detect the presence of the fluid warming/cooling bag; wherein the presence detector (32, 33) comprises a transmitter of a signal and a receiver; wherein the receiver is positioned with respect to the transmitter to selectively receive a transmitted signal after reflection, wherein the fluid warming/cooling bag includes a main portion delimiting a fluid path with an inlet and an outlet, characterized by the fact that the fluid warming/cooling bag further includes a tab protruding from the main portion, the heating/cooling seat presenting a main seat and a recess for accommodating the tab only when the fluid warming/cooling bag is properly accommodated in the heating/cooling seat, the recess being positioned on a side of the main seat, and wherein an outer surface of the fluid warming/cooling bag is configured to reflect, at least in part, the signal emitted by the transmitter, the signal being reflected by the tab.