mhurhangee/patent-ind-claim-en huggingface dataset:
A wind turbine, comprising: a rotor base coupled to a generally horizontal supporting surface and rotatable about a rotorbase axis generally perpendicular to the supporting surface; a plurality of blade elements extending from the rotor base and having blade base portions coupled to the rotor base, each blade element having a respective angle of attack, each blade base portion having a base-portion axis generally perpendicular to the rotor base, each blade element being rotatable about its respective base-portion axis thereby altering the respective angle of attack of each respective blade element; a controller coupled to the blade elements and configured to rotate each blade element; and an electrical-power generator coupled to the rotor base; characterised in that : the supporting surface is formed within a recess of a terrestrial surface; said rotor base is substantially flush with the terrestrial surface; and the entirety of the generator is disposed within the recess and below the terrestrial surface. a rotor base coupled to a generally horizontal supporting surface and rotatable about a rotorbase axis generally perpendicular to the supporting surface; a plurality of blade elements extending from the rotor base and having blade base portions coupled to the rotor base, each blade element having a respective angle of attack, each blade base portion having a base-portion axis generally perpendicular to the rotor base, each blade element being rotatable about its respective base-portion axis thereby altering the respective angle of attack of each respective blade element; a controller coupled to the blade elements and configured to rotate each blade element; and an electrical-power generator coupled to the rotor base; characterised in that : the supporting surface is formed within a recess of a terrestrial surface; said rotor base is substantially flush with the terrestrial surface; and the entirety of the generator is disposed within the recess and below the terrestrial surface. the supporting surface is formed within a recess of a terrestrial surface; said rotor base is substantially flush with the terrestrial surface; and the entirety of the generator is disposed within the recess and below the terrestrial surface.
A motor driving device comprising: an inverter configured to be provided with a plurality of switching devices (Sa, S'a, Sb, S'b, Sc, S'c), and to output AC power to a motor based on a switching operation; a switching device configured to be disposed between the inverter and the motor , and to convert a winding of the motor into a first connection or a second connection; and a controller configured to control the inverter and the switching device , characterised in : wherein the controller is configured to limit a connection conversion by the switching device to convert the winding of the motor into the first connection, when the number of low-speed abnormal operation in which an operation frequency of the motor is operated at a limit frequency or lower exceeds a first threshold value within a certain time, in the second connection state, and wherein the controller is configured to determine whether the switching device operates abnormally, based on a winding resistance of the motor in the first connection and a winding resistance of the motor in the second connection. an inverter configured to be provided with a plurality of switching devices (Sa, S'a, Sb, S'b, Sc, S'c), and to output AC power to a motor based on a switching operation; a switching device configured to be disposed between the inverter and the motor , and to convert a winding of the motor into a first connection or a second connection; and a controller configured to control the inverter and the switching device , characterised in : wherein the controller is configured to limit a connection conversion by the switching device to convert the winding of the motor into the first connection, when the number of low-speed abnormal operation in which an operation frequency of the motor is operated at a limit frequency or lower exceeds a first threshold value within a certain time, in the second connection state, and wherein the controller is configured to determine whether the switching device operates abnormally, based on a winding resistance of the motor in the first connection and a winding resistance of the motor in the second connection. wherein the controller is configured to limit a connection conversion by the switching device to convert the winding of the motor into the first connection, when the number of low-speed abnormal operation in which an operation frequency of the motor is operated at a limit frequency or lower exceeds a first threshold value within a certain time, in the second connection state, and wherein the controller is configured to determine whether the switching device operates abnormally, based on a winding resistance of the motor in the first connection and a winding resistance of the motor in the second connection.
A method of coating a surface of a part , the method comprising: positioning a masking jig relative to the part , and thereby defining a volume between the masking jig and the surface ; and after the positioning, depositing a deposited material to the surface utilizing plasma-enhanced chemical vapor deposition, in which the position of the masking jig relative to the surface defines a region of reduced electric field within the volume between the masking jig and the surface , wherein the deposited material defines a coating profile that includes a tapered region. positioning a masking jig relative to the part , and thereby defining a volume between the masking jig and the surface ; and after the positioning, depositing a deposited material to the surface utilizing plasma-enhanced chemical vapor deposition, in which the position of the masking jig relative to the surface defines a region of reduced electric field within the volume between the masking jig and the surface , wherein the deposited material defines a coating profile that includes a tapered region.
Vulcanizing mould for a pneumatic vehicle tyre with mould parts which form the profiled tread of the tyre and which have sipe blades which form sipes in the tread, wherein, at at least one side of at least one sipe blade , there is formed at least one ventilation bore which runs into the mould part and which is of circular cross section and which has a diameter (d 1 ) of 0.05 mm to 0.15 mm, characterized in that the spacing, determined as minimum spacing, between the centrepoint of the ventilation bore and the sipe blade is 0.07 mm to 1.0 mm.
Charger plug for supplying electric energy to an electric vehicle , the charger plug comprising at least a first electric connector comprising at least one first electric contact , the first electric connector being arranged to be coupled with a corresponding second electric connector of a charging receiver located on the bottom of the electric vehicle so that the at least one first electric contact being electrically connected with at least one second electric contact of the second electric connector , a support comprising guiding means comprising a reception area arranged to surround at least partially the charging receiver and arranged to align the first electric connector and the second electric connector , when moving the charger plug in the direction of the charging receiver or conversely charger plug characterized in that the support comprising a bottom face on which the first electric connector is mounted and an upper face arranged to slide on the bottom of the electric vehicle .
A method for coating a carbon-carbon composite structure, comprising: applying a first slurry of a first phosphate glass composition on an outer surface of the composite structure, wherein the first slurry comprises a first additive including at least one of molybdenum disulfide or tungsten disulfide and a second additive including boron nitride; and heating the composite structure to a temperature sufficient to form a base layer adhered to the composite structure, characterized in that the ratio of the first additive to the second additive is 17:1. applying a first slurry of a first phosphate glass composition on an outer surface of the composite structure, wherein the first slurry comprises a first additive including at least one of molybdenum disulfide or tungsten disulfide and a second additive including boron nitride; and heating the composite structure to a temperature sufficient to form a base layer adhered to the composite structure, characterized in that the ratio of the first additive to the second additive is 17:1.
A method for making an oil-in-water nanoemulsion comprising the steps of mixing: (a) oil as an internal phase; (b) water as an aqueous phase; and (c) a fatty phase comprising C 8 to C 22 neutralized fatty acid, neutralized fatty acid and neutralizer, fatty acid and a neutralizer, or a combination thereof, the phases being mixed to produce a macroemulsion and the macroemulsion is homogenized in a single pass at a process pressure of 4.1 to 48.3 MPa (600 to 7000 psi) to produce the nanoemulsion having a particle size from 70 to 550 nm, wherein 10 to 100% of the fatty acid is neutralized and wherein a water miscible liquid is not used in the aqueous phase. (a) oil as an internal phase; (b) water as an aqueous phase; and (c) a fatty phase comprising C 8 to C 22 neutralized fatty acid, neutralized fatty acid and neutralizer, fatty acid and a neutralizer, or a combination thereof, the phases being mixed to produce a macroemulsion and the macroemulsion is homogenized in a single pass at a process pressure of 4.1 to 48.3 MPa (600 to 7000 psi) to produce the nanoemulsion having a particle size from 70 to 550 nm, wherein 10 to 100% of the fatty acid is neutralized and wherein a water miscible liquid is not used in the aqueous phase.
A method for wireless communications in multiflow High-Speed Downlink Packet Access, HSDPA, comprising: determining a sub-frame offset between a first cell having a first High Speed Shared Control Channel, HS-SCCH, comprising a number of sub-frames and having a first start downlink discontinuous reception, DRX, sub-frame , and a second cell having a second HS-SCCH comprising a number of sub-frames and having a second start DRX sub-frame , wherein there is a sub-frame delay between the first cell and the second cell; transmitting the determined sub-frame offset when said sub-frame offset surpasses a threshold, the sub-frame offset being representative of the sub-frame delay between the first cell and the second cell; receiving a confirmation regarding the sub-frame offset, or receiving an updated sub-frame pairing and corresponding timing information for a first DRX pattern for the first cell and a second DRX pattern for the second cell, the first and second DRX patterns being substantially aligned based on the sub-frame offset; and entering into a DRX mode based on the confirmation, or based on the updated sub-frame pairing and corresponding timing information. determining a sub-frame offset between a first cell having a first High Speed Shared Control Channel, HS-SCCH, comprising a number of sub-frames and having a first start downlink discontinuous reception, DRX, sub-frame , and a second cell having a second HS-SCCH comprising a number of sub-frames and having a second start DRX sub-frame , wherein there is a sub-frame delay between the first cell and the second cell; transmitting the determined sub-frame offset when said sub-frame offset surpasses a threshold, the sub-frame offset being representative of the sub-frame delay between the first cell and the second cell; receiving a confirmation regarding the sub-frame offset, or receiving an updated sub-frame pairing and corresponding timing information for a first DRX pattern for the first cell and a second DRX pattern for the second cell, the first and second DRX patterns being substantially aligned based on the sub-frame offset; and entering into a DRX mode based on the confirmation, or based on the updated sub-frame pairing and corresponding timing information.
A rechargeable battery short-circuit prediction device that predicts short-circuits in a rechargeable battery , the device comprising one or more processors connected to a current sensor that detects a charge current of the rechargeable battery , wherein the one or more processors are programmed to: while the rechargeable battery is being charged at a constant voltage, receive a current signal indicating the charge current from the current sensor ; detect temporal changes in the charge current indicated by the current signal; and output data indicating a determined result; characterized in that the one or more processors are further programmed to determine, when a temporal rate of increase in the charge current corresponding to the current signal increases over time, that there is a possibility that the rechargeable battery is short-circuiting. while the rechargeable battery is being charged at a constant voltage, receive a current signal indicating the charge current from the current sensor ; detect temporal changes in the charge current indicated by the current signal; and output data indicating a determined result; characterized in that the one or more processors are further programmed to determine, when a temporal rate of increase in the charge current corresponding to the current signal increases over time, that there is a possibility that the rechargeable battery is short-circuiting.
A method to control, while driving along a curve, a road vehicle with a variable stiffness and with rear steering wheels ; the road vehicle comprises: a frame , four wheels , at least one first actuator , which is designed to change a distribution of the stiffness of a connection of the four wheels to the frame , and at least one second actuator , which is designed to change a steering angle (α) of the rear wheels ; the control method comprises the steps of: determining an actual attitude angle (β) of the road vehicle ; establishing a desired attitude angle (β TGT ); determining an actual yaw rate (dψ/dt) of the road vehicle ; establishing a desired yaw rate (dψ/dt TGT ); and changing, in a simultaneous and coordinated manner, the steering angle (α) of the rear wheels and the distribution of the stiffness of the connection of the four wheels to the frame depending on a difference (ε β ) between the actual attitude angle (β) and the desired attitude angle (β TGT ) and depending on a difference (ε ψ ) between the actual yaw rate (dψ/dt) and the desired yaw rate (dψ/dt TGT ); the control method is characterized in that it comprises the further step of favouring, while driving along a curve and when the lateral acceleration is smaller than a first threshold value ranging from 4 to 6 m/s 2 , the steering action of the rear wheels in order to maximize the dynamic response of the vehicle to the command of steering of the front wheels requested by the driver, adjusting accordingly the distribution of the stiffness of the connection of the four wheels to the frame by means of the first actuator . determining an actual attitude angle (β) of the road vehicle ; establishing a desired attitude angle (β TGT ); determining an actual yaw rate (dψ/dt) of the road vehicle ; establishing a desired yaw rate (dψ/dt TGT ); and changing, in a simultaneous and coordinated manner, the steering angle (α) of the rear wheels and the distribution of the stiffness of the connection of the four wheels to the frame depending on a difference (ε β ) between the actual attitude angle (β) and the desired attitude angle (β TGT ) and depending on a difference (ε ψ ) between the actual yaw rate (dψ/dt) and the desired yaw rate (dψ/dt TGT ); the control method is characterized in that it comprises the further step of favouring, while driving along a curve and when the lateral acceleration is smaller than a first threshold value ranging from 4 to 6 m/s 2 , the steering action of the rear wheels in order to maximize the dynamic response of the vehicle to the command of steering of the front wheels requested by the driver, adjusting accordingly the distribution of the stiffness of the connection of the four wheels to the frame by means of the first actuator .
A method for electrically treating a film made of plastic, having an electrode arrangement , which has at least one corona electrode spaced apart from the film , a housing extending nearly to the film , which housing has a cavity , in which the at least one corona electrode for corona discharge is arranged, in order to increase the surface tension of the film , wherein the discharge products produced during the corona discharge, particularly ozone, are removed from the cavity by the use of a suction device , characterized in that during the corona discharge, which is operated at a nearly constant corona energy, the surface tension of the film is increased by increasing a volume flow of the suction device or wherein the corona energy to be used is reduced via an enlargement of the volume flow of the suction device .
A connector, comprising: a connector body having a proximal end and a distal end, the distal end having a plurality of keyways (104; 710) configured to receive a plurality user-configurable keys (102; 720), thereby allowing the distal end of the connector body to only mate with a corresponding connector body that is complementary-keyed; a plurality of contacts , each one of said plurality of contacts having a proximal end and a distal end, the proximal end of each one of said plurality of contacts being configured for connection to at least one wire ; an elastomeric retainer having a plurality of apertures and at least one outer surface, said plurality of apertures being configured to receive said plurality of contacts ; and a backshell configured to mate with said proximal end of said connector body ; wherein said proximal end of said connector body includes a cavity that is configured to accept said elastomeric retainer ; and wherein said cavity is configured to apply pressure on said elastomeric retainer when said elastomeric retainer is inserted fully into said connector body through said proximal end, said pressure resulting in an increase in friction between each one of said plurality of apertures in said elastomeric retainer and each one of said plurality of contacts , wherein furthermore said cavity applies said pressure on said elastomeric retainer due to said cavity being slightly smaller than the outer surface of the elastomeric retainer . a connector body having a proximal end and a distal end, the distal end having a plurality of keyways (104; 710) configured to receive a plurality user-configurable keys (102; 720), thereby allowing the distal end of the connector body to only mate with a corresponding connector body that is complementary-keyed; a plurality of contacts , each one of said plurality of contacts having a proximal end and a distal end, the proximal end of each one of said plurality of contacts being configured for connection to at least one wire ; an elastomeric retainer having a plurality of apertures and at least one outer surface, said plurality of apertures being configured to receive said plurality of contacts ; and a backshell configured to mate with said proximal end of said connector body ; wherein said proximal end of said connector body includes a cavity that is configured to accept said elastomeric retainer ; and wherein said cavity is configured to apply pressure on said elastomeric retainer when said elastomeric retainer is inserted fully into said connector body through said proximal end, said pressure resulting in an increase in friction between each one of said plurality of apertures in said elastomeric retainer and each one of said plurality of contacts , wherein furthermore said cavity applies said pressure on said elastomeric retainer due to said cavity being slightly smaller than the outer surface of the elastomeric retainer .
A method of manufacturing a laminated core for manufacturing an inner core, comprising: a step A of laminating a plurality of core pieces and temporarily fixing each of the core pieces to another core piece to obtain a core piece group; a step B of fitting, in a state in which an axial center of the core piece group is penetrated by a holding member of a holder, the core piece group to the holder; a step C of of applying an uncured curable resin to the outer peripheral region of the core piece group by immersing a part of the outer peripheral region in a resin reservoir containing an uncured curable resin and making the curable resin enter from the outer peripheral region to a position at a distance of 10% or more of a radial length of the core piece by rotating the holding member to rotate the core piece group around the axial center; and a step D of curing the curable resin applied to the core piece group and fully fixing each of the core pieces to another core piece. a step A of laminating a plurality of core pieces and temporarily fixing each of the core pieces to another core piece to obtain a core piece group; a step B of fitting, in a state in which an axial center of the core piece group is penetrated by a holding member of a holder, the core piece group to the holder; a step C of of applying an uncured curable resin to the outer peripheral region of the core piece group by immersing a part of the outer peripheral region in a resin reservoir containing an uncured curable resin and making the curable resin enter from the outer peripheral region to a position at a distance of 10% or more of a radial length of the core piece by rotating the holding member to rotate the core piece group around the axial center; and a step D of curing the curable resin applied to the core piece group and fully fixing each of the core pieces to another core piece.
A polypeptidic compound for use in prevention or treatment of cardiac remodelling in a subject, wherein said polypeptidic compound comprises the amino acid sequence set forth in SEQ ID NO: 1, or an amino acid sequence having at least 90 % sequence identity thereto, and wherein said compound comprises at least 34 amino acid residues and no more than 50 amino acid residues.