mhurhangee/ep-ind-claims huggingface dataset:
A wind turbine, comprising: a plurality of blades (14,16,18) mounted on a rotor; at least one upwind wind dynamics sensor configured to sense a plurality of upwind transient wind dynamics at a desired distance from the wind turbine generator in a direction of the wind moving toward the wind turbine generator, wherein at least one upwind transient wind dynamic is distinct from wind speed and includes wind shear and/or wind turbulence; a feed forward control system configured to determine a feed forward signal in response to a change in the sensed upwind transient wind dynamics, and coupling the feed forward signal to the blade pitch command signal to preemptively and asymmetrically obtain individual blade pitch command signals; and a pitch control system configured to asymmetrically control pitch of a plurality of blades (14,16,18) of the wind turbine generator based upon the upwind wind speed and a change in the plurality of sensed transient wind dynamics in advance of a change in transient wind dynamics at the plurality of blades (14,16,18) by utilizing the feed forward signal to determine a preemptive blade pitch command signal to asymmetrically control pitch of the plurality of wind turbine blades (14,16,18) in advance of a change in transient wind dynamics at the wind turbine blades (14,16,18), such that rotor imbalance due to wind shear and/or turbulence is reduced across the rotor. a plurality of blades (14,16,18) mounted on a rotor; at least one upwind wind dynamics sensor configured to sense a plurality of upwind transient wind dynamics at a desired distance from the wind turbine generator in a direction of the wind moving toward the wind turbine generator, wherein at least one upwind transient wind dynamic is distinct from wind speed and includes wind shear and/or wind turbulence; a feed forward control system configured to determine a feed forward signal in response to a change in the sensed upwind transient wind dynamics, and coupling the feed forward signal to the blade pitch command signal to preemptively and asymmetrically obtain individual blade pitch command signals; and a pitch control system configured to asymmetrically control pitch of a plurality of blades (14,16,18) of the wind turbine generator based upon the upwind wind speed and a change in the plurality of sensed transient wind dynamics in advance of a change in transient wind dynamics at the plurality of blades (14,16,18) by utilizing the feed forward signal to determine a preemptive blade pitch command signal to asymmetrically control pitch of the plurality of wind turbine blades (14,16,18) in advance of a change in transient wind dynamics at the wind turbine blades (14,16,18), such that rotor imbalance due to wind shear and/or turbulence is reduced across the rotor.
A method for producing product gas substantially free of tar by gasification of carbonaceous material wherein said method comprises two stages of gasification, the method comprising: i) producing char-ash and tar laden product gas in a first stage of gasification and transporting said char-ash and tar laden product gas from the first stage of gasification to ii) a second stage of gasification to provide adequate space, contact with char-ash, time, and temperature for conversion of tars in the product gas to occur as a result of the hold-up of the char-ash where at least a portion of said tar is converted to less problematic tar, wherein the second stage of gasification comprises: a tar conversion zone and a char-ash heating zone, wherein the char-ash undergoes heating via an internal heat source and partially oxidizes the char-ash which produces heat and activates carbon at a surface of the char-ash particles; wherein the char-ash heating zone is a char-ash rich, product gas lean zone. i) producing char-ash and tar laden product gas in a first stage of gasification and transporting said char-ash and tar laden product gas from the first stage of gasification to ii) a second stage of gasification to provide adequate space, contact with char-ash, time, and temperature for conversion of tars in the product gas to occur as a result of the hold-up of the char-ash where at least a portion of said tar is converted to less problematic tar, wherein the second stage of gasification comprises: a tar conversion zone and a char-ash heating zone, wherein the char-ash undergoes heating via an internal heat source and partially oxidizes the char-ash which produces heat and activates carbon at a surface of the char-ash particles;
A process for preparing a compound of the formula: wherein R 1b is a hydroxy-protecting group, R 2 is optionally substituted lower alkyl, and R 3 is optionally substituted lower alkyl, optionally substituted cycloalkyl, substituted or non-substituted aryl or substituted or non-substituted heteroaryl, characterized by reacting a compound of the formula: wherein R 1b and R 2 are the same as defined above, in the presence or absence of an acid with a compound of the formula: R 3 -N=C=O, wherein R 3 is the same as defined above, or with a compound of the formula: R 3 -NH-C(=O)-X, wherein R 3 is the same as defined above and X is a leaving group.
A welding operation measurement system comprising: a light irradiation unit that emits light; and a three-dimensional coordinate measurement unit (2a - 2d) characterized in that said three-dimensional coordinate measurement unit measures light reflected from a plurality of markers attached to a welding target object and a torch and calculates three-dimensional coordinate data of the welding target object and the torch, the marker reflecting the emitted light and in that the system includes an arithmetic unit that converts a shape of the welding target object into coordinates based on input three-dimensional graphic data and the three-dimensional coordinate data of the welding target object and generates coordinate data of a shape of the welding target object. a light irradiation unit that emits light; and a three-dimensional coordinate measurement unit (2a - 2d) characterized in that said three-dimensional coordinate measurement unit measures light reflected from a plurality of markers attached to a welding target object and a torch and calculates three-dimensional coordinate data of the welding target object and the torch, the marker reflecting the emitted light and in that the system includes an arithmetic unit that converts a shape of the welding target object into coordinates based on input three-dimensional graphic data and the three-dimensional coordinate data of the welding target object and generates coordinate data of a shape of the welding target object.
A metal organic framework, selected from: NiNbOF 5 (pyrazine) 2 ·2H 2 O; NiAlF 5 (H 2 O)(pyrazine) 2 ·2H 2 O; and NiFeF 5 (H 2 O)(pyrazine) 2 ·4H 2 O.
Method for the selection of a temperature-independent antigen binding antibody from a plurality of antibodies, whereby an antibody is selected with a standard association binding entropy (ΔS°‡ass) of less than 10 J/K*mol and an absolute standard binding entropy (ΔS°) of 100 J/mol*K or more.
A process for the preparation of Tetraconazole having formula, or one of its optically active isomers: which comprises reacting the compound 2-(2,4-dichlorophenyl)-3-(1 H -1,2,4-triazol-1-yl)propan-1-ol having formula, or one of its optically active isomers, dissolved or suspended in at least one organic solvent, with tetrafluoroethylene in the presence of water and an inorganic base to form said Tetraconazole having formula or one of its optically active isomers.
A device for fastening/pressing an outer covering against a backrest of a seat, including: - a backrest structure having a peripheral border and a connector; - a lining covering the structure of the backrest; - a covering attached to the peripheral border of the structure of the backrest and covering the lining; - an intermediate member of the fastening pin type provided with an outer head pressed on the covering and a shank secured to said head and extending through the lining, the free end of the shank consisting of an end piece being fixed in the connector such that an axial travel of the member in the connector occurs when pressure is applied to the covering and the lining, characterized in that the mechanical connection between the pin and the structure allows an axial travel (d) of the pin, and in that the axial travel (d) of the pin is delimited by two stops (11, 12), the first stop being activated in the insertion direction of the shank through the foam layer and the structure so as to limit its insertion into the orifice, the second stop being activated in the removal direction of the shank so as to prevent it from leaving the orifice, the first stop consisting of a shoulder that marks the boundary between an intermediate portion of the shank and an overthickness portion of the shank rejoining the head of the pin, and the second stop marking the boundary between said intermediate portion and the end piece of the shank. - a backrest structure having a peripheral border and a connector; - a lining covering the structure of the backrest; - a covering attached to the peripheral border of the structure of the backrest and covering the lining; - an intermediate member of the fastening pin type provided with an outer head pressed on the covering and a shank secured to said head and extending through the lining, the free end of the shank consisting of an end piece being fixed in the connector such that an axial travel of the member in the connector occurs when pressure is applied to the covering and the lining,
A method for installing a tip extension onto a tip end of a rotor blade of a wind turbine, the wind turbine having a lightning protection system installed thereon, the lightning protection system having, at least, a removable conductive blade tip and a down conductor associated with the rotor blade, the tip extension having a first end, a second end, a closed leading edge, and an at least partially separated trailing edge, the method comprising: removing the conductive blade tip of the lightning protection system so as to expose the down conductor; securing a conductive extension to the down conductor; sliding the first end of the tip extension over the conductive extension so as to overlap the rotor blade at the tip end; securing the conductive blade tip to the conductive extension at the second end of the tip extension; and, securing the tip extension to the tip end of the rotor blade. removing the conductive blade tip of the lightning protection system so as to expose the down conductor; securing a conductive extension to the down conductor; sliding the first end of the tip extension over the conductive extension so as to overlap the rotor blade at the tip end; securing the conductive blade tip to the conductive extension at the second end of the tip extension; and, securing the tip extension to the tip end of the rotor blade.
A gripper arm for a device for gripping, holding and guiding in particular bottle-like containers comprising a control means for moving a gripping section of the gripper arm from an open position into a gripping position or vice versa, having a bore for the supporting of a bearing pin for pivotably fixing the gripper arm in the device, and an energy store for the moving of the gripping section of the gripper arm from the gripping position into the open position or vice versa, characterized in that the energy store comprises a spring tongue which is integrally formed on the gripper arm and elastically deflectable, which is or comes into operative engagement with a spring tongue of a gripper arm of a device of mirror-inverted configuration.
A flexible print circuit board (FPCB)/flexible copper clad laminate (FCCL) bus bar replacing a tinned-copper welding strip as a photovoltaic module bus bar, wherein the FPCB/FCCL bus bar is a composite material comprising an insulating base material and a conductive layer on the insulating base material, and the insulating base material is made from polyimide or polyethylene terephthalate and wherein the conductive layer is a copper foil, characterized in that the copper foil simultaneously has a first part with circuits and a second part without circuits in which the copper foil is complete.
Converter arrangement for generating an electrical voltage for an electrical and/or electronic circuit from the field of a primary conductor through which current flows, said converter arrangement comprising a first winding around a first magnetic circuit, wherein the first magnetic circuit has a first bushing for the primary conductor, wherein the first magnetic circuit is configured free of air gaps, and wherein a first winding voltage can be formed in the first winding, wherein a second winding around a second magnetic circuit is connected in series with the first winding, wherein the second magnetic circuit has a second bushing for the primary conductor, wherein the second magnetic circuit comprises at least one air gap, wherein the second magnetic circuit comprises at least one second core element, wherein a second winding voltage can be formed in the second winding, wherein, when a predefinable current flows through the primary conductor, the first winding voltage and the second winding voltage are configured to partially compensate one another such that, below a predefinable first current intensity in the primary conductor, the electrical voltage steadily increases in a manner proportional to the increasing current intensity and, with effect from a predefinable second current intensity, which second current intensity is greater than the first current intensity, the electrical voltage increases at most slightly as the current intensity in the primary conductor continues to increase steadily, wherein, as seen in a predeterminable electrical rotation direction, the first winding voltage is positive and the second winding voltage is negative, and wherein the electrical voltage is the sum voltage of the positive first winding voltage and of the negative second winding voltage, wherein the first magnetic circuit comprises at least one first core element, which first core element is configured to enclose the primary conductor in a manner free of air gaps, characterized in that the first core element comprises at least one core plate, and in that a preferred magnetic direction of the core plate coincides with a direction of rotation of the first core element around the first bushing.
Cutter unit equipped with a pump which cutter unit comprises a rotatable cutting device with the help of which underwater soil can be cut wherein the mass that becomes created during the cutting, such as the mass that becomes created from the soil and water moves inside the cutting device and further to the pump with the help of which pump the mentioned mass is pumped to a suitable location, a cutting/crushing device (2, 8) arranged between the cutting device and the pump which cutting/crushing device comprises counter blades and a rotating knife comprising a continuous knife edge having two ends installed at the front side of said counter blades in the flow direction of the mass which knife edge is installed in an eccentric way in relation to its axis of rotation, characterized in that the knife edge further comprises tips, wherein cutting ends of the knife edge are curved in such a way that the tips of the knife edge move ahead in relation to the rest of the knife edge body when the knife edge is rotating.
Pump for an aeronautical module, the pump comprising a body having at least one substantially flat outer surface, the pump including an electrical connector, a hydraulic connector (52, 53) and a mechanical connector for electrical, hydraulic and mechanical connection of the pump to the aeronautical module, wherein the connectors (52, 53, 57, 59) are all arranged on its flat surface, and wherein the hydraulic connector (52, 53) is comprised of at least one fluid inlet port for the entry of fluid into the body and at least one fluid outlet port for the exit of fluid from the body.
Rotor shaft for a dynamic mixer for mixing low to high viscous components, comprising a mixing area and a connection geometry adjoining the mixing area, the mixing area comprising a central shaft having a distal end (20.1) and a proximal end (20.2) abutting the connection geometry, the mixing area has at least two mixing sections (21, 22) along the central shaft, wherein a first mixing section at the distal end (20.1) of the central shaft comprising at least two mixing blades (210, 211) radially oriented on the surface of the central shaft and a second mixing section at the proximal end (20.2) of the central shaft comprising at least one worm thread having at least two spirally running thread flanks, wherein the spirally running thread flanks peripherally entwining the surface of the central shaft, characterised in that, the distal end of the central shaft is conically tapered. the mixing area has at least two mixing sections (21, 22) along the central shaft, wherein a first mixing section at the distal end (20.1) of the central shaft comprising at least two mixing blades (210, 211) radially oriented on the surface of the central shaft and a second mixing section at the proximal end (20.2) of the central shaft comprising at least one worm thread having at least two spirally running thread flanks, wherein the spirally running thread flanks peripherally entwining the surface of the central shaft, characterised in that, the distal end of the central shaft is conically tapered.
Aqueous suspension concentrate, containing a) 2-[(2,4-dichlorophenyl)methyl-4,4'-dimethyl]-3-isoxazolidinone, b) at least one dispersant, c) carrier material, e) at least one safener, f) at least one thickener, and g) further additives and auxiliaries, where the proportion of component a) is 5 to 30% by weight, b) is 2.0 to 10% by weight, c) is 1.0 to 7.0% by weight, e) is 2.0 to 12.0% by weight, f) is 0.01 to 0.60% by weight, and g) is 3.0 to 10.0% by weight, with water being added to 100% by weight, and where b) is a mixture of b1) and b2), the proportion of the anionic dispersant b1) in the suspension concentrates according to the invention being 0.1 to 10% by weight, and the proportion of the non-ionic dispersant b2) in the suspension concentrates according to the invention being 1 to 15% by weight, where the total proportion is not exceeded by the sum of b1) and b2), and where the ratio of a) to c) is from 2 to 8. a) 2-[(2,4-dichlorophenyl)methyl-4,4'-dimethyl]-3-isoxazolidinone, b) at least one dispersant, c) carrier material, e) at least one safener, f) at least one thickener, and g) further additives and auxiliaries, where the proportion of component a) is 5 to 30% by weight, b) is 2.0 to 10% by weight, c) is 1.0 to 7.0% by weight, e) is 2.0 to 12.0% by weight, f) is 0.01 to 0.60% by weight, and g) is 3.0 to 10.0% by weight, with water being added to 100% by weight, and where b) is a mixture of b1) and b2), the proportion of the anionic dispersant b1) in the suspension concentrates according to the invention being 0.1 to 10% by weight, and the proportion of the non-ionic dispersant b2) in the suspension concentrates according to the invention being 1 to 15% by weight, where the total proportion is not exceeded by the sum of b1) and b2), and where the ratio of a) to c) is from 2 to 8.
An avalanche photodiode comprising: a first doped semiconductor region (208, 210) which forms a cathode of the photodiode; a second doped semiconductor region (208, 210) which forms an anode of the photodiode; a third semiconductor region in optical communication with a light receiving face of the photodiode, wherein substantially all of the third semiconductor region is depleted when the photodiode is operated in the avalanche mode; an electrically insulative layer disposed between the third semiconductor region and the light receiving face, wherein the electrically insulative layer comprises silicon dioxide and wherein the electrically insulative layer is substantially transmissive of light having a wavelength in the blue end of the optical spectrum; an interconnection layer including a first electrode in electrical communication with the first doped semiconductor region and a second electrode in electrical communication with the second doped semiconductor region, wherein the third semiconductor region is disposed physically between the interconnection layer and the light receiving face; an isolation trench which surrounds the photodiode; a doped layer disposed at an interface between the third semiconductor region and the electrically insulative layer, wherein the first doped region and the doped layer cooperate to prevent the depleted third semiconductor region from reaching the electrically insulative layer or the isolation trench. a first doped semiconductor region (208, 210) which forms a cathode of the photodiode; a second doped semiconductor region (208, 210) which forms an anode of the photodiode; a third semiconductor region in optical communication with a light receiving face of the photodiode, wherein substantially all of the third semiconductor region is depleted when the photodiode is operated in the avalanche mode; an electrically insulative layer disposed between the third semiconductor region and the light receiving face, wherein the electrically insulative layer comprises silicon dioxide and wherein the electrically insulative layer is substantially transmissive of light having a wavelength in the blue end of the optical spectrum; an interconnection layer including a first electrode in electrical communication with the first doped semiconductor region and a second electrode in electrical communication with the second doped semiconductor region, wherein the third semiconductor region is disposed physically between the interconnection layer and the light receiving face; an isolation trench which surrounds the photodiode; a doped layer disposed at an interface between the third semiconductor region and the electrically insulative layer, wherein the first doped region and the doped layer cooperate to prevent the depleted third semiconductor region from reaching the electrically insulative layer or the isolation trench.
First clutch for a dual wet clutch, comprising: - a driving member with mobility of rotation about an axis and comprising an axial part, - a first input lamellae support, which is secured to the driving member and comprises an axial part which is radially beyond the axial part of the driving member so that these two axial parts (20, 21) between them define a canal through which fluid can travel, - a plurality of first input lamellae borne by the first input lamellae support and able to come into contact with first output lamellae which are borne by a first output lamellae support secured to a first driven member, the first input lamellae support comprising at least one passage formed in such a way as to allow the liquid contained in the canal to come into contact with the first input lamellae, a plug (70, 100) arranged in such a way as to form one end of the canal, characterized in that the plug (70, 100) is separate from the first input lamellae support and from the driving member, and in that the driving member partially surrounds the first clutch. - a driving member with mobility of rotation about an axis and comprising an axial part, - a first input lamellae support, which is secured to the driving member and comprises an axial part which is radially beyond the axial part of the driving member so that these two axial parts (20, 21) between them define a canal through which fluid can travel, - a plurality of first input lamellae borne by the first input lamellae support and able to come into contact with first output lamellae which are borne by a first output lamellae support secured to a first driven member,