mhurhangee/ep-ind-claims huggingface dataset:
A communication method for transmitting E-MBMS, Evolved Multimedia Broadcast Multicast Service, data from a base station to a mobile terminal, in a mobile communication system including the mobile terminal and the base station that performs radio communication with the mobile terminal, wherein a reference signal for transmitting the E-MBMS data is transmitted from said base station to said mobile terminal by using a radio resource domain at which the E-MBMS data is transmitted wherein the reference signal is used to determine if the base station is to form part of an active set that is a set of base stations including at least a serving base station used to transmit the E-MBMS data to the mobile terminal, and wherein the reference signal is a signal which is transmitted from said base station to said mobile terminal in order to measure communication quality.
A refrigerator, comprising a storage compartment and an air sanitation device mounted on a top wall of the storage compartment, wherein the air sanitation device comprises: a housing, comprising an upper wall, a lower wall, and a peripheral wall (21, 22, 20) connecting the upper wall to the lower wall; an air channel disposed in the housing, and comprising an air inlet and an air outlet; a fan disposed in the air channel, to force air to enter the air channel from the air inlet and leave the air channel from the air outlet; and an air detection device and/or an air purification device disposed in the air channel; wherein the air outlet is disposed on the peripheral wall, and the air channel is configured in such a way that the air is discharged out of the air outlet obliquely downward, and the peripheral wall comprises a front wall facing a front opening of the storage compartment, a rear wall, and a pair of side walls, wherein the air outlet is disposed on the rear wall, and the air channel is configured in such a way that the air is discharged out from a rear part of the housing obliquely downward, characterized by comprising an air duct disposed on a rear part of the storage compartment, wherein the air duct has a discharge outlet adapted to discharge cold air toward a front part of the storage compartment, and a direction of air flow discharged from the air channel intersects with a direction of air flow discharged from the discharge outlet. a housing, comprising an upper wall, a lower wall, and a peripheral wall (21, 22, 20) connecting the upper wall to the lower wall; an air channel disposed in the housing, and comprising an air inlet and an air outlet; a fan disposed in the air channel, to force air to enter the air channel from the air inlet and leave the air channel from the air outlet; and an air detection device and/or an air purification device disposed in the air channel; wherein the air outlet is disposed on the peripheral wall, and the air channel is configured in such a way that the air is discharged out of the air outlet obliquely downward, and the peripheral wall comprises a front wall facing a front opening of the storage compartment, a rear wall, and a pair of side walls, wherein the air outlet is disposed on the rear wall, and the air channel is configured in such a way that the air is discharged out from a rear part of the housing obliquely downward, characterized by comprising an air duct disposed on a rear part of the storage compartment, wherein the air duct has a discharge outlet adapted to discharge cold air toward a front part of the storage compartment, and a direction of air flow discharged from the air channel intersects with a direction of air flow discharged from the discharge outlet.
Motor vehicle comprising headlights and an air conditioning system fluidically connected to the headlights to supply an air flow thereto, and comprising an electric fan to generate the air flow, an electric heater to heat the air flow generated by the electric fan, and an electronic control unit connected to the electric fan and to the electric heater of the air conditioning system to control operation thereof; wherein the motor vehicle further comprises a sensory system (7, 9) to measure air temperature and moisture inside the headlights, and further heater and a further electric fan arranged inside each headlight; and in that the electronic control unit is further connected to the sensory system (7, 9) to receive the measured quantities and to the electric heaters and to the electric fans inside the headlights to control operation thereof, and is further designed to carry out one or more of the following headlight defogging/defrosting interventions based on air temperature and moisture inside the headlights: a) operating the electric fans in the headlights; b) operating the electric heater of the air conditioning system and, simultaneously, the electric fan of the air conditioning system or the electric fans in the headlights; c) operating the electric heaters in the headlights. wherein the motor vehicle further comprises a sensory system (7, 9) to measure air temperature and moisture inside the headlights, and further heater and a further electric fan arranged inside each headlight; and in that the electronic control unit is further connected to the sensory system (7, 9) to receive the measured quantities and to the electric heaters and to the electric fans inside the headlights to control operation thereof, and is further designed to carry out one or more of the following headlight defogging/defrosting interventions based on air temperature and moisture inside the headlights: a) operating the electric fans in the headlights; b) operating the electric heater of the air conditioning system and, simultaneously, the electric fan of the air conditioning system or the electric fans in the headlights; c) operating the electric heaters in the headlights. a) operating the electric fans in the headlights; b) operating the electric heater of the air conditioning system and, simultaneously, the electric fan of the air conditioning system or the electric fans in the headlights; c) operating the electric heaters in the headlights.
A method in a driveline in a vehicle, preferably a front wheel drive vehicle, for controlling the distribution of drive torque to two drive wheels via a differential being provided with a differential brake with a hydraulically controlled limited slip clutch, wherein a low preparatory hydraulic pressure of a magnitude to bring clutch discs of the clutch in contact with each other but not to influence driving dynamics of the vehicle is applied to the clutch at the occurrence of any one of certain predetermined driving situations, characterized in that the preparatory hydraulic pressure is applied in situations, where a controlling action of the clutch may be envisaged shortly, namely a certain time after the brake pedal of the vehicle is released, or when the vehicle is accelerating while negotiating a sharp curve, or when the steering wheel of the vehicle, running at high speed, is turned.
A polypeptide having ferulic acid esterase activity comprising an amino acid sequence having at least 98% sequence identity to SEQ ID NO: 11 or at least 95% sequence identity to SEQ ID NO: 12, or a fragment thereof having ferulic acid esterase activity.
Gauging device for a fuel distributor comprising a gauge, comprising: • a gauge member having a predefined volume, • a gauge neck provided with a graduation, • a first housing located on the gauge member, which device is characterised by: • a second housing located on the gauge neck, at least one temperature sensor (9, 10) which can be positioned in the first housing in order to measure the temperature T1 of the fuel in the gauge after this gauge has been filled or which can be positioned in the second housing in order to measure the temperature T2 of the fuel when it is introduced into the gauge during a gauging operation, and an electronic device which is connected to the temperature sensor(s) (9, 10) in order to acquire temperatures T1 and T2 and to calculate, based on the temperatures T1 and T2 measured, a correction value E c to be applied to the volume read on the graduation of the gauge, taking into account the temperature deviation between the temperature of the fuel passing through the measurer of the distributor and the temperature of the fuel contained in the gauge. • a gauge member having a predefined volume, • a gauge neck provided with a graduation, • a first housing located on the gauge member, • a second housing located on the gauge neck, at least one temperature sensor (9, 10) which can be positioned in the first housing in order to measure the temperature T1 of the fuel in the gauge after this gauge has been filled or which can be positioned in the second housing in order to measure the temperature T2 of the fuel when it is introduced into the gauge during a gauging operation, and
A toroidal continuously variable transmission comprising: input and output discs (26, 27) opposed to each other; a power roller tiltably held between the input and output discs (26, 27) to transmit rotational drive power of the input disc to the output disc at a speed ratio determined by a tilt angle of the power roller; at least one lubrication outlet (51, 53) that discharges an oil toward at least one contact interface (H1, H2) between the input or output disc (26, 27) and the power roller; and at least one cooling outlet (52, 54) that discharges the oil toward the power roller, wherein the cooling outlet (52, 54) and the lubrication outlet (51, 53) are arranged such that a distance between the cooling outlet (52, 54) and a point at which the oil discharged from the cooling outlet (52, 54) contacts the power roller is smaller than a distance between the lubrication outlet (52, 54) and the contact interface (H1, H2), characterized in that the cooling outlet (52, 54) and the lubrication outlet are also arranged such that when the power roller is viewed along a rotational axis of the power roller, an imaginary extension of an axis of the cooling outlet (52, 54) is directed toward a point closer to the rotational axis of the power roller than a point toward which an imaginary extension of an axis of the lubrication outlet (51, 53) is directed. input and output discs (26, 27) opposed to each other; a power roller tiltably held between the input and output discs (26, 27) to transmit rotational drive power of the input disc to the output disc at a speed ratio determined by a tilt angle of the power roller; at least one lubrication outlet (51, 53) that discharges an oil toward at least one contact interface (H1, H2) between the input or output disc (26, 27) and the power roller; and at least one cooling outlet (52, 54) that discharges the oil toward the power roller, wherein the cooling outlet (52, 54) and the lubrication outlet (51, 53) are arranged such that a distance between the cooling outlet (52, 54) and a point at which the oil discharged from the cooling outlet (52, 54) contacts the power roller is smaller than a distance between the lubrication outlet (52, 54) and the contact interface (H1, H2), characterized in that the cooling outlet (52, 54) and the lubrication outlet are also arranged such that when the power roller is viewed along a rotational axis of the power roller, an imaginary extension of an axis of the cooling outlet (52, 54) is directed toward a point closer to the rotational axis of the power roller than a point toward which an imaginary extension of an axis of the lubrication outlet (51, 53) is directed.
An electronic device comprising: a flexible display (390, 490); a first housing member (311, 411); a second housing member (312, 412); a hinge module (320, 420) coupled to the first housing member (311, 411) and the second housing member (312, 412); two support bodies (330, 430) disposed between the flexible display (390, 490) and the first and second housing members; wherein the second housing member (312, 412) is adapted to pivot about the hinge module (320, 420) relative to the first housing member (311, 411); wherein the hinge module comprises a support frame (340, 440), wherein each of the support bodies (330, 430) comprises: a first support member (350, 450) coupled to the support frame; a second support member (360, 460) coupled to the first support member; and a third support member (370, 470) coupled to the second support member, wherein, when the electronic device is folded, opposite sides of the flexible display abut each other, wherein the second support member is a resilient member adapted to bend and conform to a bend (391, 491) that is formed in the flexible display when the electronic device is folded, and wherein the first support member, the second support member, and the third support member are aligned to form a substantially flat surface that provides support to the flexible display, when the electronic device is unfolded. a flexible display (390, 490); a first housing member (311, 411); a second housing member (312, 412); a hinge module (320, 420) coupled to the first housing member (311, 411) and the second housing member (312, 412); two support bodies (330, 430) disposed between the flexible display (390, 490) and the first and second housing members; wherein the second housing member (312, 412) is adapted to pivot about the hinge module (320, 420) relative to the first housing member (311, 411); wherein the hinge module comprises a support frame (340, 440), wherein each of the support bodies (330, 430) comprises: a first support member (350, 450) coupled to the support frame; a second support member (360, 460) coupled to the first support member; and a third support member (370, 470) coupled to the second support member, a first support member (350, 450) coupled to the support frame; a second support member (360, 460) coupled to the first support member; and a third support member (370, 470) coupled to the second support member, wherein, when the electronic device is folded, opposite sides of the flexible display abut each other, wherein the second support member is a resilient member adapted to bend and conform to a bend (391, 491) that is formed in the flexible display when the electronic device is folded, and wherein the first support member, the second support member, and the third support member are aligned to form a substantially flat surface that provides support to the flexible display, when the electronic device is unfolded.
A bypass valve, comprising - a valve housing defining a valve chamber, wherein the valve housing wall includes an inlet opening and an outlet opening and both openings (3, 4) are connected with the valve chamber, - a piston, which is is movably arranged in the valve chamber, comprising a sealing surface resting on the wall of the valve housing and on the inlet opening, - a waterproof cassette being closed by a plug, wherein the piston is provided with the first permanent magnet being arranged on the side of the piston facing away from the inlet opening, and the waterproof cassette is provided with a second permanent magnet and a linear spring, wherein the spring is clamped between the second permanent magnet and the plug and wherein the first permanent magnet and the second permanent magnet face each other with like poles, characterized in that, the waterproof cassette is tightly inserted into the valve chamber and it does not extend into any part of the valve chamber in which the inlet opening and the outlet opening are arranged. - a valve housing defining a valve chamber, wherein the valve housing wall includes an inlet opening and an outlet opening and both openings (3, 4) are connected with the valve chamber, - a piston, which is is movably arranged in the valve chamber, comprising a sealing surface resting on the wall of the valve housing and on the inlet opening, - a waterproof cassette being closed by a plug, wherein the piston is provided with the first permanent magnet being arranged on the side of the piston facing away from the inlet opening, and the waterproof cassette is provided with a second permanent magnet and a linear spring, wherein the spring is clamped between the second permanent magnet and the plug and wherein the first permanent magnet and the second permanent magnet face each other with like poles, characterized in that, the waterproof cassette is tightly inserted into the valve chamber and it does not extend into any part of the valve chamber in which the inlet opening and the outlet opening are arranged. wherein the piston is provided with the first permanent magnet being arranged on the side of the piston facing away from the inlet opening, and the waterproof cassette is provided with a second permanent magnet and a linear spring, wherein the spring is clamped between the second permanent magnet and the plug and wherein the first permanent magnet and the second permanent magnet face each other with like poles, characterized in that, the waterproof cassette is tightly inserted into the valve chamber and it does not extend into any part of the valve chamber in which the inlet opening and the outlet opening are arranged.
A construction comprising a junction between a partition wall and an enclosing structure selected from a wall, a ceiling, and a floor; said enclosing structure containing an outer layer formed of panels (4, 5); wherein said partition wall is positioned against said outer layer, thereby forming an interface between said partition wall and said outer layer; characterized in that said outer layer comprises a single layer of panels (4, 5) comprising first panels and one or more second panels, said first panels and one or more second panels being arranged parallel to said enclosing structure, wherein: - said one or more second panels are positioned between said first panels; - said one or more second panels have a damping loss factor which is higher than the damping loss factor of said first panels; and - said one or more second panels span said interface. - said one or more second panels are positioned between said first panels; - said one or more second panels have a damping loss factor which is higher than the damping loss factor of said first panels; and - said one or more second panels span said interface.
A machine for recognizing an intent in speech audio, the machine comprising: a variable recognizer configured to process speech audio features, compute a plurality of probabilities of the speech audio having a respective one of a plurality of enumerated variable values, and output the enumerated variable value with the highest probability; and an intent recognizer configured to process the speech audio features, compute a probability of the speech audio having the intent, and in response to the probability being above an intent threshold, produce a request for a virtual assistant action, wherein the intent recognizer is configured to use the enumerated variable value with the highest probability outputted by the variable recognizer as an input to inform intent detection. a variable recognizer configured to process speech audio features, compute a plurality of probabilities of the speech audio having a respective one of a plurality of enumerated variable values, and output the enumerated variable value with the highest probability; and an intent recognizer configured to process the speech audio features, compute a probability of the speech audio having the intent, and in response to the probability being above an intent threshold, produce a request for a virtual assistant action, wherein the intent recognizer is configured to use the enumerated variable value with the highest probability outputted by the variable recognizer as an input to inform intent detection.
A system for performing aerial refueling of a receiving aircraft, the system comprising: a boom assembly configured to attach to a supply aircraft at a proximal end and to conduct fuel from a fuel supply in the supply aircraft to a nozzle; the nozzle attached to a distal end of the boom assembly and configured to interface with a fuel receptacle on the receiving aircraft; and a pressure regulator configured to keep a pressure of the fuel at the nozzle substantially the same regardless of a flow rate of fuel from the fuel supply to the receiving aircraft, characterised in that the pressure regulator is located at or near the distal end of the boom assembly, the pressure regulator being incorporated inline of the flow of fuel through the boom assembly to the nozzle. a boom assembly configured to attach to a supply aircraft at a proximal end and to conduct fuel from a fuel supply in the supply aircraft to a nozzle; the nozzle attached to a distal end of the boom assembly and configured to interface with a fuel receptacle on the receiving aircraft; and a pressure regulator configured to keep a pressure of the fuel at the nozzle substantially the same regardless of a flow rate of fuel from the fuel supply to the receiving aircraft,
A panel (1,22,25,30,33) comprising a peripheral edge to be connected to a container body of a container, and a tab connected to the panel with a central tab part, which tab comprises a front tab part and a rear tab part for gripping and forming by lifting the rear tab part an opening in the panel by the front tab part, wherein the panel is provided with means preventing an external can structure to engage with the rear tab part comprising at least one emboss (17,18) extending at least adjacent the rear tab part and extending over a height at least equal to the height of the underside of the rear tab part characterized in that the prevention means comprise at least two embosses (17,18) extending spaced apart sidewise of the rear tab part, a spacing between the two embosses (17,18) is such that the external can structure cannot penetrate beneath the rear tab part, but allowing finger access for gripping the rear tab part by penetration of a finger beneath the rear tab part, and the embosses (17,18) extending adjacent the rear tab part extend over a height at least equal to the height (h) of the underside of the rear tab part.
Control crown for a timepiece, capable of cooperating with a middle for manoeuvring a control rod belonging to said control crown, said middle comprising at least one main recess along a main axis for receiving a tube comprised in said control crown, which comprises a crown body capable of being mounted such that it rotates about said main axis and arranged so as to be handled by a user to manoeuvre said control rod, and said crown body covering both said tube and said control rod, characterised in that said tube comprises a hollow to allow said control rod to pass and/or be guided in rotation about an axis parallel to said main axis, and in that said control crown comprises a closing cap arranged so as to be fastened to said tube, in a fixed angular position relative to said middle by the cooperation between indexing means comprised in said tube and complementary indexing means comprised in said closing cap, to axially enclose said crown body between said middle and said closing cap, characterised in that said hollow is off-centred to allow said control rod to pass and/or be guided in rotation about a secondary axis parallel to said main axis and separate therefrom.
Procedure for obtaining a filter fabric characterized by that on a support consisting of a non-woven textile material with filtering features with a thickness of 5 to 50 mm and a weight of minimum 200 g/square meter, on which there are made one, two or more saline crystalline deposits of salts by successive material impregnations by immersing in salt over-saturated solutions that contain mainly sodium chloride, after each impregnation of the material taking place the removal of the solution excess by dripping or by blowing with a jet of air and a slow drying in a room with a temperature between 20 and 35 °C and a humidity of 50 to 70% for 2 to 3 days, after each impregnation could be a dusting of the deposit surface with salt powders containing up to 98 % of sodium chloride.