mhurhangee/ep-ind-claims huggingface dataset:
A dual-bearing reel, comprising: a reel unit; a handle shaft rotatably supported by the reel unit; a one-way clutch including an outer race being attached to the reel unit, the outer race being not rotatable to the reel unit, an inner race unitarily and rotatably coupled to the handle shaft, and rollers disposed between the outer race and the inner race; a drag mechanism including a drag washer unitarily and rotatably coupled to the handle shaft; a drag regulation member attached to the handle shaft to regulate drag force of the drag mechanism; a handle disposed between the drag regulation member and the reel unit, the handle including a through hole, the handle shaft penetrating in the through hole; a spool rotatably attached to the reel unit; and a rotation transmission mechanism configured to transmit rotation of the handle to the spool, characterised in that the handle is unitarily and rotatably coupled to the inner race around the through hole, the inner race includes a first engaging protrusion axial outwardly protruding from a first end thereof towards the handle, the handle including a first engaged recess in the through hole, and the first engaging protrusion is engaged with the first engaged recess. a reel unit; a handle shaft rotatably supported by the reel unit; a one-way clutch including an outer race being attached to the reel unit, the outer race being not rotatable to the reel unit, an inner race unitarily and rotatably coupled to the handle shaft, and rollers disposed between the outer race and the inner race; a drag mechanism including a drag washer unitarily and rotatably coupled to the handle shaft; a drag regulation member attached to the handle shaft to regulate drag force of the drag mechanism; a handle disposed between the drag regulation member and the reel unit, the handle including a through hole, the handle shaft penetrating in the through hole; a spool rotatably attached to the reel unit; and a rotation transmission mechanism configured to transmit rotation of the handle to the spool, characterised in that the handle is unitarily and rotatably coupled to the inner race around the through hole, the inner race includes a first engaging protrusion axial outwardly protruding from a first end thereof towards the handle, the handle including a first engaged recess in the through hole, and the first engaging protrusion is engaged with the first engaged recess.
A computer implemented method of fracturing a surface into elementary features, said elementary features (440b, 450b, 460b) to be each exposed to at least one shot of a variable shaped beam VSB to transfer a free-form desired pattern onto the surface, said method further comprising: - a step of determining a topological skeleton (410b, 420b, 430b) of the free-form desired pattern, the topological skeleton being the medial axis of the free-form desired pattern; - a step of taking into account as parameters, the VSB tool available directions; - a step of simulating a contour of the fractured design and a step of determining a distance between the simulated contour of the fractured design and a contour of the free-form desired pattern; - a step of defining the elementary features as rectangles substantially centered on the topological skeleton of the free-form desired pattern and having an available direction substantially parallel to a VSB tool available direction, said rectangles having each a size which is maximal under the constraint that the distance between the simulated contour of the fractured design and a contour of the free-form desired pattern stays within a predetermined roughness tolerance. - a step of determining a topological skeleton (410b, 420b, 430b) of the free-form desired pattern, the topological skeleton being the medial axis of the free-form desired pattern; - a step of taking into account as parameters, the VSB tool available directions; - a step of simulating a contour of the fractured design and a step of determining a distance between the simulated contour of the fractured design and a contour of the free-form desired pattern; - a step of defining the elementary features as rectangles substantially centered on the topological skeleton of the free-form desired pattern and having an available direction substantially parallel to a VSB tool available direction, said rectangles having each a size which is maximal under the constraint that the distance between the simulated contour of the fractured design and a contour of the free-form desired pattern stays within a predetermined roughness tolerance.
An arrangement for wind turbine blade and tower maintenance, characterised in that it comprises: a central rod, three balancing rods, a central hub, at least one tool arm adapted to releasably fix one or more tools aimed for surface maintenance; and a tool arm motor adapted to adjust the angle of the tool arm in respect of the central rod, wherein: - the central rod and three balancing rods are connected to the central hub; - the tool arm is rotatably fixed to the central rod and/or to the central hub via tool arm motor drive; - the three balancing rods, as well as central rod or the central hub are adapted to be connected to carrying and balancing ropes or cables. - the central rod and three balancing rods are connected to the central hub; - the tool arm is rotatably fixed to the central rod and/or to the central hub via tool arm motor drive; - the three balancing rods, as well as central rod or the central hub are adapted to be connected to carrying and balancing ropes or cables.
A device for magnetizing a magnet system, comprising a pulse generator circuit with a condenser element, a magnetizing coil electrically connected to the condenser element, and a switching element, the activation of which can apply a current pulse to the magnetizing coil resulting from the discharge of the condenser element with a pulse duration limited to 10 μs to 500 μs, and therefore trigger the generation of a magnetic field, wherein the pulse generator circuit comprises a diode element which is blocking in the direction of the discharge current pulse (IL 1) and arranged parallel to the magnetizing coil as a return path, characterized in that the return path arranged parallel to the magnetizing coil comprises a storage choke coil, wherein the return path together with the condenser element forms an electrical resonant circuit and the period duration of the return path forming the resonant circuit is greater than the period duration of the pulse generator circuit without the return path.
A method for processing a video signal, comprising: obtaining an inter-view motion vector from a neighboring block of a current texture block, the neighboring block being coded according to inter-view inter prediction, wherein the inter-view motion vector indicates a motion vector being used for disparity compensated prediction; obtaining a reference view motion vector of a corresponding block using the inter-view motion vector, wherein the corresponding block is located in a reference view and the reference view is different view from a current view including the current texture block; obtaining residual data of a first reference block using the reference view motion vector of the corresponding block; obtaining a reference view motion vector of the current texture block using the reference view motion vector of the corresponding block obtaining residual data of a second reference block using the reference view motion vector of the current texture block; obtaining a residual data prediction value using the residual data of the first reference block and the residual data of the second reference block; and decoding the current texture block using the residual data prediction value, wherein the reference view motion vector of the corresponding block indicates a motion vector being used for motion compensated prediction of the corresponding block. obtaining an inter-view motion vector from a neighboring block of a current texture block, the neighboring block being coded according to inter-view inter prediction, wherein the inter-view motion vector indicates a motion vector being used for disparity compensated prediction; obtaining a reference view motion vector of a corresponding block using the inter-view motion vector, wherein the corresponding block is located in a reference view and the reference view is different view from a current view including the current texture block; obtaining residual data of a first reference block using the reference view motion vector of the corresponding block; obtaining a reference view motion vector of the current texture block using the reference view motion vector of the corresponding block obtaining residual data of a second reference block using the reference view motion vector of the current texture block; obtaining a residual data prediction value using the residual data of the first reference block and the residual data of the second reference block; and decoding the current texture block using the residual data prediction value, wherein the reference view motion vector of the corresponding block indicates a motion vector being used for motion compensated prediction of the corresponding block.
A vaccine containing a Mycoplasma hyopneumoniae bacterin for use in treating or preventing a disease or disorder in pigs caused by infection with Mycoplasma hyopneumoniae; wherein said vaccine is administered in a single dose to said pigs at 3 days of age; and wherein said single dose is effective in treating or preventing the symptoms caused by infection by Mycoplasma hyopneumoniae.
A gas turbine engine comprising: a propulsor that includes a fan and a fan drive gear architecture for rotating about a central axis, said fan drive gear architecture including a number of intermediate gears (80, 86, 88) connecting an output shaft of a fan drive turbine to a fan drive shaft for said fan; an oil channel for collecting oil thrown radially outwardly of said fan drive gear architecture; and a bearing support mounting bearings (92, 194), said bearings supporting said fan drive shaft, wherein said oil channel and said bearing support are fixed together by elongated connecting members, characterised in that: said connecting members have respective shafts extending through slots (130A, 130B) in said oil channel, and a slot width is sized to closely receive said connecting member shafts and a slot length is relatively larger, whereby said connecting members may adjust in a radial direction within said slots (130A, 130B) to allow said oil channel and said bearing support to expand at different rates in the radial direction. a propulsor that includes a fan and a fan drive gear architecture for rotating about a central axis, said fan drive gear architecture including a number of intermediate gears (80, 86, 88) connecting an output shaft of a fan drive turbine to a fan drive shaft for said fan; an oil channel for collecting oil thrown radially outwardly of said fan drive gear architecture; and a bearing support mounting bearings (92, 194), said bearings supporting said fan drive shaft, wherein said oil channel and said bearing support are fixed together by elongated connecting members, characterised in that: said connecting members have respective shafts extending through slots (130A, 130B) in said oil channel, and a slot width is sized to closely receive said connecting member shafts and a slot length is relatively larger, whereby said connecting members may adjust in a radial direction within said slots (130A, 130B) to allow said oil channel and said bearing support to expand at different rates in the radial direction.
A method for performing measurements, the method performed by a user equipment, UE, (10, 100) comprising: receiving a first measurement subframe pattern for a first cell; receiving a second measurement subframe pattern for the second cell; receiving measurement configuration information including a measurement timing configuration for a discovery signal; if the first cell corresponds to a primary cell, applying the first measurement subframe pattern to perform the measurement for the first cell; and if the second cell does not correspond to the primary cell and if the second cell is in a deactivated state, applying the measurement timing configuration to perform the measurement for the discovery signal of the second cell, wherein, if the first cell corresponds to the primary cell, the measurement timing configuration for the discovery signal is not applied to the measurements for the first cell. receiving a first measurement subframe pattern for a first cell; receiving a second measurement subframe pattern for the second cell; receiving measurement configuration information including a measurement timing configuration for a discovery signal; if the first cell corresponds to a primary cell, applying the first measurement subframe pattern to perform the measurement for the first cell; and if the second cell does not correspond to the primary cell and if the second cell is in a deactivated state, applying the measurement timing configuration to perform the measurement for the discovery signal of the second cell, wherein, if the first cell corresponds to the primary cell, the measurement timing configuration for the discovery signal is not applied to the measurements for the first cell.
A humidification and air cleaning apparatus comprising: an intake flow passage to receive external air; a discharge flow passage to discharge internal air; a blower unit for air to flow from the intake flow passage to the discharge flow passage; a discharge humidification medium disposed on the discharge flow passage to humidify flowing air; the apparatus characterised by further comprising: a water tank humidification medium disposed between the blower unit and the discharge humidification medium to humidify flowing air; and a watering unit to spray water between the water tank humidification medium and the discharge humidification medium. an intake flow passage to receive external air; a discharge flow passage to discharge internal air; a blower unit for air to flow from the intake flow passage to the discharge flow passage; a discharge humidification medium disposed on the discharge flow passage to humidify flowing air; the apparatus characterised by further comprising: a water tank humidification medium disposed between the blower unit and the discharge humidification medium to humidify flowing air; and a watering unit to spray water between the water tank humidification medium and the discharge humidification medium. a water tank humidification medium disposed between the blower unit and the discharge humidification medium to humidify flowing air; and a watering unit to spray water between the water tank humidification medium and the discharge humidification medium.
A phaco driver system for controlling operation of an ophthalmic surgical phacoemulsification device, comprising: - a resonant output circuit for generating a transducer voltage for driving an ultrasonic transducer of the ophthalmic surgical phacoemulsification device; - a control unit for generating: - a frequency command signal having a frequency based on a phase difference between a sensed current signal and a sensed voltage signal in the resonant output circuit, and - an amplitude command signal based on a time averaged product of the sensed current signal and the sensed voltage signal; - a phase shift unit for generating a first phase signal and a second phase signal based on the frequency command signal, the first and second phase signals (PA, PB) having the same frequency and a fixed mutual phase difference; - a bridge unit for generating a bridge output signal for feeding the resonant output circuit, the bridge output signal being based on a composition of the first and second phase signals (PA, PB), and - a power supply unit for generating a power supply to the bridge unit, the power supply being controlled by the amplitude command signal. - a resonant output circuit for generating a transducer voltage for driving an ultrasonic transducer of the ophthalmic surgical phacoemulsification device; - a control unit for generating: - a frequency command signal having a frequency based on a phase difference between a sensed current signal and a sensed voltage signal in the resonant output circuit, and - an amplitude command signal based on a time averaged product of the sensed current signal and the sensed voltage signal; - a frequency command signal having a frequency based on a phase difference between a sensed current signal and a sensed voltage signal in the resonant output circuit, and - an amplitude command signal based on a time averaged product of the sensed current signal and the sensed voltage signal; - a phase shift unit for generating a first phase signal and a second phase signal based on the frequency command signal, the first and second phase signals (PA, PB) having the same frequency and a fixed mutual phase difference; - a bridge unit for generating a bridge output signal for feeding the resonant output circuit, the bridge output signal being based on a composition of the first and second phase signals (PA, PB), and - a power supply unit for generating a power supply to the bridge unit, the power supply being controlled by the amplitude command signal.
Method for producing synthetic fuels from a reactant mixture containing steam and oxygenates such as methanol and/or dimethyl ether, in which in a first method stage the reactant mixture is converted into a hydrocarbon product containing olefins having preferably 2 to 8 carbon atoms at a pressure greater than 2 bar and a temperature between 300 and 600 °C on a catalyst, and in a second method stage, the hydrocarbon product obtained is oligomerised to yield higher olefins predominantly with more than 5 carbon atoms, preferably 10 to 20 carbon atoms, at a pressure from 40 to 100 bar and a temperature between 200 and 450 °C in the presence of zeolite catalysts of the pentasil type, wherein the hydrocarbon product obtained in the first method stage is separated into a liquid phase and a gas phase before it is introduced into the second method stage, wherein the gas phase of the hydrocarbon product is introduced into the second method stage, wherein the liquid phase of the hydrocarbon product is separated into a mixture rich in C 6 hydrocarbons and a mixture containing C 7+ hydrocarbons and aromatics in a second separating device, wherein the mixture rich in C 6 hydrocarbons is fed to the second method stage, wherein the mixture obtained in the second method stage is separated into a distillate, a paraffin-rich hydrocarbon stream and an olefin-rich hydrocarbon stream in a third separating device in the form of a distillation column, wherein the distillate is converted into diesel after the addition of hydrogen in a hydrogenation plant, wherein the paraffin-rich hydrocarbon stream is returned to the first method stage, and wherein the olefin-rich hydrocarbon stream is returned to the inlet region of the second method stage.
A voice service handover method, comprising: receiving (S504; S604; S904), by a mobility management entity, MME, a connection exception message sent by a first network device in a network side of a Long Term Evolution, LTE, network, wherein the network side is a network from an evolved NodeB to a packet data network gateway, wherein the connection exception message is used to feed back a result that an exception occurs on a user plane connection, and the connection exception message comprises an evolved packet system, EPS, bearer identity of a user equipment, UE, that performs service transmission by using the user plane connection; determining (S505; S605; S905), by the MME according to the EPS bearer identity of the UE that performs service transmission by using the user plane connection, a UE whose voice bearer is established on the network side of the LTE network and that supports SRVCC handover as target UE; and sending (S102; S506; S606; S806; S906), by the MME to an evolved NodeB, eNodeB, a single radio voice call continuity, SRVCC, handover request message that carries an identifier of the target UE, so that the eNodeB hands over a voice service of the target UE from the LTE network to a circuit switched CS network. receiving (S504; S604; S904), by a mobility management entity, MME, a connection exception message sent by a first network device in a network side of a Long Term Evolution, LTE, network, wherein the network side is a network from an evolved NodeB to a packet data network gateway, wherein the connection exception message is used to feed back a result that an exception occurs on a user plane connection, and the connection exception message comprises an evolved packet system, EPS, bearer identity of a user equipment, UE, that performs service transmission by using the user plane connection; determining (S505; S605; S905), by the MME according to the EPS bearer identity of the UE that performs service transmission by using the user plane connection, a UE whose voice bearer is established on the network side of the LTE network and that supports SRVCC handover as target UE; and sending (S102; S506; S606; S806; S906), by the MME to an evolved NodeB, eNodeB, a single radio voice call continuity, SRVCC, handover request message that carries an identifier of the target UE, so that the eNodeB hands over a voice service of the target UE from the LTE network to a circuit switched CS network.
A heavy load tire comprising: a first circumferential direction groove extended along a tire circumferential direction; a second circumferential direction groove formed at an outer side in a tire width direction with respect to the first circumferential direction groove; a plurality of lateral grooves extended along the tire width direction; a block defined by the first circumferential direction groove, the second circumferential direction groove, a plurality of the lateral grooves; and a plurality of belt layers; and the second circumferential direction groove is arranged at the outer side in the tire width direction with respect to a position in the tire width direction corresponding to an end portion of the belt layer having the smallest angle between a cord, which forms the belt layer, and the tire circumferential direction, characterized in that the second circumferential direction groove is formed to be curved and protruded toward a direction opposite to a tire rotation direction, from a side of a tire equatorial line to the outer side in the tire width direction and has an inflection point in which a direction of a recess and projection toward the tire width direction is changed, from the side of the tire equatorial line to the outer side in the tire width direction. a first circumferential direction groove extended along a tire circumferential direction; a second circumferential direction groove formed at an outer side in a tire width direction with respect to the first circumferential direction groove; a plurality of lateral grooves extended along the tire width direction; a block defined by the first circumferential direction groove, the second circumferential direction groove, a plurality of the lateral grooves; and a plurality of belt layers; and the second circumferential direction groove is arranged at the outer side in the tire width direction with respect to a position in the tire width direction corresponding to an end portion of the belt layer having the smallest angle between a cord, which forms the belt layer, and the tire circumferential direction, characterized in that the second circumferential direction groove is formed to be curved and protruded toward a direction opposite to a tire rotation direction, from a side of a tire equatorial line to the outer side in the tire width direction and has an inflection point in which a direction of a recess and projection toward the tire width direction is changed, from the side of the tire equatorial line to the outer side in the tire width direction.