mhurhangee/patent-ind-claim-en huggingface dataset:
A compressor comprising: a diffuser section comprising: a diffuser structure ; and a silencer including: a silencer housing defining a cavity ; a silencing pad disposed within the cavity, the compressor being characterised in that an exposed surface of the silencing pad is arranged in contact with a portion of the diffuser structure. a diffuser section comprising: a diffuser structure ; and a silencer including: a silencer housing defining a cavity ; a silencing pad disposed within the cavity, the compressor being characterised in that an exposed surface of the silencing pad is arranged in contact with a portion of the diffuser structure. a diffuser structure ; and a silencer including: a silencer housing defining a cavity ; a silencing pad disposed within the cavity, the compressor being characterised in that an exposed surface of the silencing pad is arranged in contact with a portion of the diffuser structure. a silencer housing defining a cavity ; a silencing pad disposed within the cavity, the compressor being characterised in that an exposed surface of the silencing pad is arranged in contact with a portion of the diffuser structure.
An air conditioner comprising: a signal receiving unit to receive an operation instruction signal transmitted from a remote controller ; a compressor including a motor including coils constituted by three-phase windings ; an inverter connected to the coils ; a connection switching unit connected to the coils and to switch a connection state of the coils between Y connection and delta connection; and a controller to control the inverter and the connection switching unit , wherein when the signal receiving unit receives an operation stop signal, the connection switching unit switches the connection state of the coils from the Y connection to the delta connection, and operation of the air conditioner stops after the connection state of the coils is switched from the Y connection to the delta connection characterized in that the air conditioner further comprises a converter to boost the voltage to be applied to the motor in which the connection state of the coils is the delta connection at start-up of the air conditioner ,. a signal receiving unit to receive an operation instruction signal transmitted from a remote controller ; a compressor including a motor including coils constituted by three-phase windings ; an inverter connected to the coils ; a connection switching unit connected to the coils and to switch a connection state of the coils between Y connection and delta connection; and a controller to control the inverter and the connection switching unit , wherein when the signal receiving unit receives an operation stop signal, the connection switching unit switches the connection state of the coils from the Y connection to the delta connection, and operation of the air conditioner stops after the connection state of the coils is switched from the Y connection to the delta connection characterized in that the air conditioner further comprises a converter to boost the voltage to be applied to the motor in which the connection state of the coils is the delta connection at start-up of the air conditioner ,.
An unmanned aerial vehicle, UAV, comprising: a processing unit configured to transition the UAV from a first mode trajectory to a second mode trajectory, wherein the first mode trajectory is a terminal homing mode trajectory and wherein the second mode trajectory is a target search mode trajectory; and wherein the UAV is further configured to deliver a payload into a target volume while in the terminal homing mode trajectory; wherein the UAV is further configured to receive uplink signals; wherein the processing unit is further configured to determine if an uplink signal indicates a mode transition, from the terminal homing mode trajectory comprising homing toward a target volume, to the target search mode trajectory, and if the indicative uplink signal is received at the UAV at least two seconds before the UAV achieves a closest approach to the target volume; and wherein the UAV is configured for powered flight to maneuver to the target search mode trajectory, if the processing unit determines an uplink signal indicates a mode transition, from the terminal homing mode trajectory comprising homing toward a target volume, to the target search mode trajectory, and if and only if the indicative uplink signal is received at the UAV at least two seconds before the UAV achieves a closest approach to the target volume . a processing unit configured to transition the UAV from a first mode trajectory to a second mode trajectory, wherein the first mode trajectory is a terminal homing mode trajectory and wherein the second mode trajectory is a target search mode trajectory; and wherein the UAV is further configured to deliver a payload into a target volume while in the terminal homing mode trajectory; wherein the UAV is further configured to receive uplink signals; wherein the processing unit is further configured to determine if an uplink signal indicates a mode transition, from the terminal homing mode trajectory comprising homing toward a target volume, to the target search mode trajectory, and if the indicative uplink signal is received at the UAV at least two seconds before the UAV achieves a closest approach to the target volume; and wherein the UAV is configured for powered flight to maneuver to the target search mode trajectory, if the processing unit determines an uplink signal indicates a mode transition, from the terminal homing mode trajectory comprising homing toward a target volume, to the target search mode trajectory, and if and only if the indicative uplink signal is received at the UAV at least two seconds before the UAV achieves a closest approach to the target volume .
Ventilation vent for a ventilation system of a motor vehicle for directed air flow (L), which flows in a flow direction (S), to a passenger compartment of the motor vehicle , the vent comprising a housing and a panel device having a first panel portion and a second panel portion , a slot-shaped air gap being formed between the first panel portion and the second panel portion , and comprising a first air-guiding lamella having a first front lamella end in the flow direction (S) and a first rear lamella end , the first air-guiding lamella being held about a first pivot axis (V1) so as to be pivotable relative to the panel device , a lamella width of the first air-guiding lamella extending in parallel with the air gap , the first air-guiding lamella being aligned in front of the first panel portion in the flow direction (S), the ventilation vent comprising a second air-guiding lamella having a second front lamella end in the flow direction (S) and a second rear lamella end , the second air-guiding lamella being held about a second pivot axis (V2) so as to be pivotable relative to the panel device , a lamella width of the second air-guiding lamella extending in parallel with the air gap , the second air-guiding lamella being aligned in front of the second panel portion in the flow direction (S), and the first air-guiding lamella and the second air-guiding lamella being mechanically coupled to one another such that pivoting of the first air-guiding lamella causes pivoting of the second air-guiding lamella , characterized in that a first shielding lamella is arranged on the first front lamella end , which first shielding lamella extends in a direction facing away from the air gap and is designed to shield a lamella side of the first air-guiding lamella facing away from the air gap from the air flow (L), the first shielding lamella being curved, and a radius of curvature of the curvature of the first shielding lamella being defined by the first pivot axis (V1).
An ameliorator for use in a female-specific physical and/or mental unpleasant symptom before and/or during menstruation, comprising γ-tocopherol and equol, which is to be ingested so as to provide a daily γ-tocopherol intake of 0.1 to 1000 mg and a daily equol intake of 0.1 to 50 mg, respectively.
Calibration unit for an audio system , wherein the audio system comprises: - an audio source device for generating a useful audio signal , - an audio target device (IOa,b) for the reception of the useful audio signal , - a transmission path for the useful audio signal from the audio source device to the audio target device (IOa,b), - a generator for the generation of a pilot tone , which is to be transmitted in the direction from the audio source device to the audio target device (IOa,b) via the transmission path , - at least one detector (16a-c) for the pilot tone which is connected to the transmission path , having a detector output (24a-c) for a detector signal (Sa-c) which is dependent upon the detection of the pilot tone , - wherein at least one of the defining parameters (P2) of the pilot tone is adjustable, wherein the calibration unit incorporates an input unit for optionally setting the parameter (P2) and for the input of starting values of the parameter (P2), wherein, for at least one value (W2) of the parameter (P2), the detector signals (Sa-c) of all detectors (16a-c) in a transmission path which is known to be fault-free indicate the detection of the pilot tone , characterized by a calibration module which acts on the parameter (P2) and is connected to the respective detector output (24a-c) and is designed to automatically set the value (W2) of the parameter (P2) with reference to the detector signal (Sa-c), in accordance with a calibration criterion (K), such that, in a transmission path which is known to be fault-free, the detector signal (Sa-c) indicates the detection of the pilot tone , wherein the calibration criterion (K) is configured such that the calibration module , starting from a predefinable starting value (WS), decreases or increases the value (W2) to a limiting value (WG), at which the detector signal (Sac) still indicates the detection of the pilot tone , wherein the calibration criterion (K) is configured such that the calibration module decreases or increases the value (W2) by a marginal value (WA) from the limiting value (WG), in the direction in which the detector signal (Sa-c) securely indicates the detection of the pilot tone , wherein the parameter (P2) is a frequency of the pilot tone . - an audio source device for generating a useful audio signal , - an audio target device (IOa,b) for the reception of the useful audio signal , - a transmission path for the useful audio signal from the audio source device to the audio target device (IOa,b), - a generator for the generation of a pilot tone , which is to be transmitted in the direction from the audio source device to the audio target device (IOa,b) via the transmission path , - at least one detector (16a-c) for the pilot tone which is connected to the transmission path , having a detector output (24a-c) for a detector signal (Sa-c) which is dependent upon the detection of the pilot tone , - wherein at least one of the defining parameters (P2) of the pilot tone is adjustable,
Door handle system for actuating a movable part of a vehicle , in particular a door or tailgate or the like, having a carrier which can be arranged on an inner side (101.1) of the movable part , a door handle , which can be arranged on an outer side (101.2) of the movable part by the carrier , and the door handle has two ends (12.2) over its longitudinal extension , on each of which connecting means (12.3) for fastening to the carrier are provided, a fastening element , which serves to fasten the door handle to the carrier by at least one connecting means (12.3), the fastening element having at least one release position (I) and one fixing position (II), and an adjusting element which serves to adjust the fastening element between the release position (I) and the fixing position (II), characterized in in that , in its fixing position (II), the fastening element holds the door handle on the carrier by means of both connecting means (12.3).
A lubricating oil composition comprising at least 50 percent by mass, based on the mass of the composition of an oil of lubricating viscosity and 0.01 to 25 percent by mass, based on the mass of the composition of an oil-soluble poly(2-oxazine) polymer having the repeat unit: -N(COR 1 )CH 2 CH 2 CH 2 - where the number (n) of repeat units is an integer between 4 and 500; wherein the polymer carries an inorganic or organic nucleophilic polymerisation terminating group (t), and an initiator group (i) connected to the N atom of a repeat unit, the initiator group (i) being effective to initiate the polymerisation of linear, branched or cyclic hydrocarbyl moieties; and wherein R 1 comprises a single or a mixture of linear, branched or cyclic hydrocarbyl groups having 1-50 carbon atoms, some or all having 12-50 carbon atoms, or of at least one macro-monomeric hydrocarbyl group with more than 50 carbon atoms. wherein the polymer carries an inorganic or organic nucleophilic polymerisation terminating group (t), and an initiator group (i) connected to the N atom of a repeat unit, the initiator group (i) being effective to initiate the polymerisation of linear, branched or cyclic hydrocarbyl moieties; and wherein R 1 comprises a single or a mixture of linear, branched or cyclic hydrocarbyl groups having 1-50 carbon atoms, some or all having 12-50 carbon atoms, or of at least one macro-monomeric hydrocarbyl group with more than 50 carbon atoms.
An antenna device (109 - 112) comprising: a multilayer body including magnetic layers (11b - 11f) or dielectric layers that are stacked; and an outer coil conductor that forms an antenna coil and that has a winding axis in a direction orthogonal to a stacking direction of the multilayer body, the outer coil conductor being disposed so as to run around a periphery, or a part of the periphery, of the multilayer body, wherein an inner coil conductor that forms an inductor of a filter circuit is formed within a winding area of the outer coil conductor , the inner coil conductor having a winding axis in a direction orthogonal to the winding axis of the outer coil conductor , wherein at least a first end of the outer coil conductor and an end portion of the inner coil conductor are connected to each other. a multilayer body including magnetic layers (11b - 11f) or dielectric layers that are stacked; and an outer coil conductor that forms an antenna coil and that has a winding axis in a direction orthogonal to a stacking direction of the multilayer body, the outer coil conductor being disposed so as to run around a periphery, or a part of the periphery, of the multilayer body, wherein an inner coil conductor that forms an inductor of a filter circuit is formed within a winding area of the outer coil conductor , the inner coil conductor having a winding axis in a direction orthogonal to the winding axis of the outer coil conductor , wherein at least a first end of the outer coil conductor and an end portion of the inner coil conductor are connected to each other.
A method performed by a user equipment, UE , for relaxing Radio Resource Management, RRM, measurement, the method comprising: obtaining , from a network node , an indication for use in determining a stationary-mobility state of the UE , the indication comprising one or more first criteria , wherein the first criteria is based on a difference between a current signal level value and a reference signal value as compared to an adjusted threshold, whereby the adjusted threshold is S SearchDeltaP adjusted according to a minimization factor S min_factor based on a mobility state of the UE ; determining , based on the indication , whether a mobility state of the UE corresponds to the stationary-mobility state, wherein the UE in the stationary-mobility state has a lower mobility than the UE in a low-mobility state; in accordance with a determination that the mobility state of the UE corresponds to a stationary-mobility state, adjusting one or more measurements according to measurement rules associated with the stationary-mobility state, the adjustments reducing the amount of energy consumed when performing RRM measurement; performing at least one RRM measurement based on the adjustments; and transmitting a measurement report to the network node based on the at least one RRM measurement performed. obtaining , from a network node , an indication for use in determining a stationary-mobility state of the UE , the indication comprising one or more first criteria , wherein the first criteria is based on a difference between a current signal level value and a reference signal value as compared to an adjusted threshold, whereby the adjusted threshold is S SearchDeltaP adjusted according to a minimization factor S min_factor based on a mobility state of the UE ; determining , based on the indication , whether a mobility state of the UE corresponds to the stationary-mobility state, wherein the UE in the stationary-mobility state has a lower mobility than the UE in a low-mobility state; in accordance with a determination that the mobility state of the UE corresponds to a stationary-mobility state, adjusting one or more measurements according to measurement rules associated with the stationary-mobility state, the adjustments reducing the amount of energy consumed when performing RRM measurement; performing at least one RRM measurement based on the adjustments; and transmitting a measurement report to the network node based on the at least one RRM measurement performed.
A lifting arrangement for lifting a wind turbine tower segment , the lifting arrangement comprising: - at least two component pulley arrangements , connected to a flange of the tower segment , and - at least one hoisting pulley arrangement , arranged to be connected to a hoisting apparatus, characterised in that said lifting arrangement further comprises: - a rope interconnecting the component pulley arrangements and the hoisting pulley arrangements , in such a manner that each component pulley arrangement is connected to two hoisting pulley arrangements , via the rope , and each hoisting pulley arrangement is connected to two component pulley arrangements , via the rope , the rope being arranged movably in each pulley arrangement . - at least two component pulley arrangements , connected to a flange of the tower segment , and - at least one hoisting pulley arrangement , arranged to be connected to a hoisting apparatus, - a rope interconnecting the component pulley arrangements and the hoisting pulley arrangements , in such a manner that each component pulley arrangement is connected to two hoisting pulley arrangements , via the rope , and each hoisting pulley arrangement is connected to two component pulley arrangements , via the rope , the rope being arranged movably in each pulley arrangement .
Method for manufacturing a transistor device comprising a germanium channel material on a silicon based substrate , the method comprising: a. providing a shallow trench isolation (STI) substrate comprising a silicon protrusion embedded in STI dielectric structures ; b. partially recessing said silicon protrusion in order to provide a trench in between adjacent STI structures , and to provide a V-shaped groove at an upper surface of said recessed protrusion ; c. growing a Si 1-x Ge x strain relaxed buffer layer in said trenches ; d. growing a Germanium based channel layer in the trenches on said Si 1-x Ge x strain relaxed buffer layer thereby not overgrowing the STI structures which define the trenches ; wherein said Si 1-x Ge x strain relaxed buffer layer comprises a germanium content x which is within the range of 20% to 99%, wherein said strain relaxed buffer layer has a thickness (T3) smaller than 400 nm, and wherein said trench has a width smaller than 20 nm and wherein the Germanium based channel layer is fully compressively strained. a. providing a shallow trench isolation (STI) substrate comprising a silicon protrusion embedded in STI dielectric structures ; b. partially recessing said silicon protrusion in order to provide a trench in between adjacent STI structures , and to provide a V-shaped groove at an upper surface of said recessed protrusion ; c. growing a Si 1-x Ge x strain relaxed buffer layer in said trenches ; d. growing a Germanium based channel layer in the trenches on said Si 1-x Ge x strain relaxed buffer layer thereby not overgrowing the STI structures which define the trenches ;
A polyolefin composition comprising: a) at least one first polyolefin having a multimodal molecular weight distribution and prepared in the presence of at least one metallocene catalyst; and b) at least one second polyolefin having a M w /M n of at least 10.0 and a long chain branching index g rheo of at least 0.85, wherein said second polyolefin is present in an amount of at least 1.0 % by weight based on the total weight of the polyolefin composition; wherein the second polyolefin has a High Load Melt Index of at least 0.60 times the High Load Melt Index HLMI of the first polyolefin and of at most 1.40 times the High Load Melt Index HLMI of the first polyolefin, as measured according to ISO 1133 condition G at a temperature of 190 °C under a load of 21.6 kg. a) at least one first polyolefin having a multimodal molecular weight distribution and prepared in the presence of at least one metallocene catalyst; and b) at least one second polyolefin having a M w /M n of at least 10.0 and a long chain branching index g rheo of at least 0.85, wherein said second polyolefin is present in an amount of at least 1.0 % by weight based on the total weight of the polyolefin composition; wherein the second polyolefin has a High Load Melt Index of at least 0.60 times the High Load Melt Index HLMI of the first polyolefin and of at most 1.40 times the High Load Melt Index HLMI of the first polyolefin, as measured according to ISO 1133 condition G at a temperature of 190 °C under a load of 21.6 kg.
A method for sequencing a nucleic acid using an immersion reaction protocol, the immersion reaction protocol comprising the following steps: a) providing a first batch of solid supports having nucleic acid molecules immobilized thereon, b) immersing the first batch of solid supports in one or more reaction solutions to generate a signal representing a nucleotide sequence of the nucleic acid molecule on the solid supports, wherein each of the one or more reaction solutions is placed in a separate reaction container, wherein, after removing the first batch of solid supports from each of the reaction solutions, washing the first batch of solid supports to remove the reaction solution remaining on the solid supports, c) detecting the signal on the first batch of solid supports, d) immersing the first batch of solid supports in a regeneration solution placed in another reaction container to eliminate the signal on the solid supports, e) removing the first batch of solid supports from the regeneration solution, and washing the first batch of solid supports to remove the regeneration solution remaining on the solid supports, and f) optionally, repeating the steps b) to e) or the steps b) to c). a) providing a first batch of solid supports having nucleic acid molecules immobilized thereon, b) immersing the first batch of solid supports in one or more reaction solutions to generate a signal representing a nucleotide sequence of the nucleic acid molecule on the solid supports, wherein each of the one or more reaction solutions is placed in a separate reaction container, wherein, after removing the first batch of solid supports from each of the reaction solutions, washing the first batch of solid supports to remove the reaction solution remaining on the solid supports, c) detecting the signal on the first batch of solid supports, d) immersing the first batch of solid supports in a regeneration solution placed in another reaction container to eliminate the signal on the solid supports, e) removing the first batch of solid supports from the regeneration solution, and washing the first batch of solid supports to remove the regeneration solution remaining on the solid supports, and f) optionally, repeating the steps b) to e) or the steps b) to c).