mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a wind turbine, a wind farm comprising a multiplicity of wind turbines or the like and a power-to-gas unit electrically connected thereto, wherein the wind turbine or the wind farm generates electric power if there is sufficient wind and feeds this power into an electrical grid connected to the wind turbine or to the wind farm, wherein the wind turbine or the wind turbines of the wind farm are operated with a predetermined power curve, wherein electric power is generated by the wind turbine or the wind farm once a first wind speed (starting wind) has been reached, wherein the wind turbine or the wind farm is in a partial-load operating mode as long as the wind speed is between the first wind speed (starting wind) and a second wind speed (nominal wind), and wherein the wind turbine or the wind farm is in a nominal power range when the wind speed is in a range which is greater than the second wind speed (nominal wind speed), wherein only a predetermined proportion of the electric power generated by the wind turbine or the wind farm is consumed in the power-to-gas unit, with the result that a combustible gas, in particular hydrogen and/or methane gas or the like, is generated in the power-to-gas unit, and characterized by a data processing device is designed or assigned in the wind turbine or in the wind farm such that wind forecast data which apply to a predetermined time period are processed in the data processing device, and that a forecast value for the power which can be generated by the wind turbine or the wind farm for the forecast time period safely or very reliably, for example with a probability of more than 90%, preferably 95%, is determined on the basis of the wind forecast data, and wherein the proportion of the electric power which is generated by the wind turbine or the wind farm in the partial-load operating mode and which is not consumed in the power-to-gas unit but is fed into the connected electric grid is set to be virtually constant to the forecast value for the power for a predetermined time segment, for example 10 minutes or more, for example 1 hour.
Use of a heat resistant cold rolled titanium alloy sheet excellent in cold workability and high temperature strength in an exhaust system of a two-wheeled or four-wheeled vehicle or a ship, the titanium alloy sheet consisting of, by mass%, 0.3 to 1.8% of Cu, 0.18% or less of oxygen, 0.30% or less of Fe, at least one or more of Sn, Zr, Mo, Nb and Cr in a total of 0.3 mass% to 1.5 mass%, and the balance of Ti and less than 0.3% of impurity element, the heat resistant cold rolled titanium alloy sheet being obtained by performing final annealing in the temperature range of 650 to 830°C.
A camera comprising: an aperture configured to enable light to enter the camera; an image sensor configured to capture the light that has entered the camera and convert the light into image signals; a substrate carrier, wherein the image sensor is mounted on a substrate supported by the substrate carrier; a carrier frame at least partially surrounding the substrate carrier; a spring plate that mechanically couples the substrate carrier to the carrier frame, wherein the spring plate permits motion of the substrate carrier relative to the carrier frame in an autofocus, AF, direction and restricts motion of the substrate carrier relative to the carrier frame in a plurality of optical image stabilization, OIS, directions orthogonal to the autofocus, AF, direction; a set of suspension elements mechanically connected to a static member of the camera and coupled to the carrier frame, wherein the suspension elements permit motion of the carrier frame and the substrate carrier in the plurality of optical image stabilization, OIS, directions and restrict motion of the carrier frame in the autofocus, AF, direction; and one or more voice coil motor actuators configured to move the image sensor in the autofocus, AF, direction and move the image sensor in the plurality of optical image stabilization, OIS, directions orthogonal to the autofocus direction. an aperture configured to enable light to enter the camera; an image sensor configured to capture the light that has entered the camera and convert the light into image signals; a substrate carrier, wherein the image sensor is mounted on a substrate supported by the substrate carrier; a carrier frame at least partially surrounding the substrate carrier; a spring plate that mechanically couples the substrate carrier to the carrier frame, wherein the spring plate permits motion of the substrate carrier relative to the carrier frame in an autofocus, AF, direction and restricts motion of the substrate carrier relative to the carrier frame in a plurality of optical image stabilization, OIS, directions orthogonal to the autofocus, AF, direction; a set of suspension elements mechanically connected to a static member of the camera and coupled to the carrier frame, wherein the suspension elements permit motion of the carrier frame and the substrate carrier in the plurality of optical image stabilization, OIS, directions and restrict motion of the carrier frame in the autofocus, AF, direction; and one or more voice coil motor actuators configured to move the image sensor in the autofocus, AF, direction and move the image sensor in the plurality of optical image stabilization, OIS, directions orthogonal to the autofocus direction.
A nutritional composition for infants or young children, which is a formula feeding and which is not human milk, comprising: a. 2'fucosyllactose (2'-FL) in an amount of (i) 0.01 to 1 g per 100 ml nutritional composition; (ii) 0.075 to 7.5 wt.% based on dry weight; and/or (iii) 0.015 to 1.5 g per 100 kcal, and b. beta 3'galactosyllactose (beta3'-GL) in an amount of (i) 0.010 to 0.500 g per 100 ml; (ii) 0.075 to 3.75 wt.% based on dry weight and/or (iii) 0.015 to 0.75 g per 100 kcal. a. 2'fucosyllactose (2'-FL) in an amount of (i) 0.01 to 1 g per 100 ml nutritional composition; (ii) 0.075 to 7.5 wt.% based on dry weight; and/or (iii) 0.015 to 1.5 g per 100 kcal, and b. beta 3'galactosyllactose (beta3'-GL) in an amount of (i) 0.010 to 0.500 g per 100 ml; (ii) 0.075 to 3.75 wt.% based on dry weight and/or (iii) 0.015 to 0.75 g per 100 kcal.
A heating apparatus comprising: a heat unit arranged to generate heat in response to energization; and an energization unit arranged to supply AC power to the heat unit and to energize the heat unit discontinuously in a pulsatile manner at least when energization of the heat unit is started; wherein the energization unit is configured to energize the heat unit when a control signal is on and when a voltage value of an AC power crosses zero and to stop energizing the heat unit when the control signal is off and when the voltage value of the AC power crosses zero; characterized in that the energization unit sets an on and off period defined by sum of an on time and an off time of the control signal to a period not matching an integral multiple of a half the period of the AC power. a heat unit arranged to generate heat in response to energization; and an energization unit arranged to supply AC power to the heat unit and to energize the heat unit discontinuously in a pulsatile manner at least when energization of the heat unit is started; wherein the energization unit is configured to energize the heat unit when a control signal is on and when a voltage value of an AC power crosses zero and to stop energizing the heat unit when the control signal is off and when the voltage value of the AC power crosses zero; characterized in that the energization unit sets an on and off period defined by sum of an on time and an off time of the control signal to a period not matching an integral multiple of a half the period of the AC power.
A method for a multi-mode wireless communications device for selecting a radio-access technology, RAT, (110, 120, 130, 140), comprising: • selecting (210; 305) a desired operating mode from a variety of possible modes including at least an idle mode, a user-initiated speech mode and a network-initiated speech mode; • scanning (220; 310, 330, 350) one or more frequency bands to determine a set of available RATs that support the desired operating mode; • for each RAT, evaluating (230, 240; 312, 314, 332, 334, 352, 354) one or more RAT-specific system parameters and one or more RAT-specific operating conditions, in view of the desired operating mode, to determine an energy consumption metric for the desired operating mode, based on the one or more RAT-specific system parameters and the one or more RAT-specific operating conditions; and • based on the energy consumption metrics, selecting (250; 316, 336, 356) a preferred RAT requiring the lowest energy consumption by the device for the desired operating mode. • selecting (210; 305) a desired operating mode from a variety of possible modes including at least an idle mode, a user-initiated speech mode and a network-initiated speech mode; • scanning (220; 310, 330, 350) one or more frequency bands to determine a set of available RATs that support the desired operating mode; • for each RAT, evaluating (230, 240; 312, 314, 332, 334, 352, 354) one or more RAT-specific system parameters and one or more RAT-specific operating conditions, in view of the desired operating mode, to determine an energy consumption metric for the desired operating mode, based on the one or more RAT-specific system parameters and the one or more RAT-specific operating conditions; and • based on the energy consumption metrics, selecting (250; 316, 336, 356) a preferred RAT requiring the lowest energy consumption by the device for the desired operating mode.
A line-of-sight Multiple-Input Multiple-Output, MIMO, communication system including a plurality of channels and being used for deterministic channels whose eigenvalues do not change, comprising: a channel matrix calculation processing section on a transmission or reception side or both of the transmission and reception sides, wherein the channel matrix calculation processing section updates an orthogonal channel formation matrix in accordance with a fluctuation of a transmission antenna position or reception antenna position or a fluctuation of the channels, the orthogonal channel formation matrix representing a result of a matrix calculation process for forming a geometric position of channels and orthogonal channels corresponding to the geometrical positional relationship between transmission and reception antennas, the channels being arranged in such a way that a plurality of eigenvalues of the deterministic channels are in a multiplicity condition. a channel matrix calculation processing section on a transmission or reception side or both of the transmission and reception sides, wherein the channel matrix calculation processing section updates an orthogonal channel formation matrix in accordance with a fluctuation of a transmission antenna position or reception antenna position or a fluctuation of the channels, the orthogonal channel formation matrix representing a result of a matrix calculation process for forming a geometric position of channels and orthogonal channels corresponding to the geometrical positional relationship between transmission and reception antennas, the channels being arranged in such a way that a plurality of eigenvalues of the deterministic channels are in a multiplicity condition.
A polypeptide comprising amino acids 80-198 of full-length ANGPTL8 (SEQ ID NO. 1), wherein the polypeptide lacks the amino acids 21-70 of full-length ANGPTL8 (SEQ ID NO: 1).
A method for producing a telechelic polyolefin, comprising contacting a terpene initiator with a Lewis acid in the presence of one or more monomers; wherein the terpene initiator contains (a) one or more tertiary carbons containing a leaving group, and (b) one or more functional groups, wherein the one or more functional groups are bonded to a primary or secondary carbon and are unmodified under polymerization conditions; wherein the terpene initiator is selected from: wherein: A 1 and A 2 are each, individually at each occurrence, a leaving group or -H, wherein at least one of A 1 and A 2 is a leaving group; X is -OH, -F, -Cl, -Br, -I, =O, -OC R A, -OR A, -NC, -NCO, -OCN, -SH, -SR A, -S R A, -S 2 R A, -SCN, -NO 2, or -OS 2 R A, wherein R A is alkyl, alkenyl, or alkynyl, and X is bonded to a primary or secondary carbon; and n is an integer from 1-3. (a) one or more tertiary carbons containing a leaving group, and (b) one or more functional groups, wherein the one or more functional groups are bonded to a primary or secondary carbon and are unmodified under polymerization conditions; A 1 and A 2 are each, individually at each occurrence, a leaving group or -H, wherein at least one of A 1 and A 2 is a leaving group; X is -OH, -F, -Cl, -Br, -I, =O, -OC R A, -OR A, -NC, -NCO, -OCN, -SH, -SR A, -S R A, -S 2 R A, -SCN, -NO 2, or -OS 2 R A, wherein R A is alkyl, alkenyl, or alkynyl, and X is bonded to a primary or secondary carbon; and wherein R A is alkyl, alkenyl, or alkynyl, and X is bonded to a primary or secondary carbon; and n is an integer from 1-3.
Process for reducing nitrogen oxides to nitrogen in an exhaust gas comprising passing the exhaust gas in the presence of a reducing agent through a catalyst system comprising at least two catalyst beds, in which a first catalyst bed is an iron-beta-zeolite and a second catalyst bed downstream is silver supported on alumina and wherein the reducing agent is a mixture of hydrogen and ammonia.
A fluid coupling device of the type including a first rotatable coupling member defining an axis of rotation, enclosure means associated with said first coupling member to define a fluid chamber therebetween; valve means disposed to separate said fluid chamber into a fluid operating chamber and a fluid reservoir chamber; a second rotatable coupling member disposed in said fluid operating chamber and being rotatable relative to said first coupling member, at least one of said first coupling member and said enclosure means cooperating with said second coupling member to define therebetween a viscous shear space; said valve means being operable to control the flow of fluid between said reservoir chamber and said operating chamber, and including control means (47, 55) associated with said valve means to effect the operation thereof in response to variations in a predetermined condition; said valve means including a platelike member defining fluid inlet ports disposed to permit fluid flow from said reservoir chamber to said operating chamber, said valve means further including a moveable valve member operably associated with said control means (47, 55) wherein: (a) said plate-like member defining a first inlet port, and a second inlet port disposed radially outward of said first inlet port; (b) said moveable valve member having a disengaged position (FIG. 4) blocking flow through both said first and second inlet ports; characterised by (c) said valve member being configured such that, as said valve member moves axially from said disengaged position, towards a first operating position (FIG. 5), said first inlet port is uncovered while said second inlet port remains covered; and (d) as said valve member moves axially from said first operating position (FIG. 5) toward a second operating position, said second inlet port is progressively uncovered. (a) said plate-like member defining a first inlet port, and a second inlet port disposed radially outward of said first inlet port; (b) said moveable valve member having a disengaged position (FIG. 4) blocking flow through both said first and second inlet ports; characterised by (c) said valve member being configured such that, as said valve member moves axially from said disengaged position, towards a first operating position (FIG. 5), said first inlet port is uncovered while said second inlet port remains covered; and (d) as said valve member moves axially from said first operating position (FIG. 5) toward a second operating position, said second inlet port is progressively uncovered.
A method for welding foam particles using electromagnetic waves, wherein foam particles undergoing a surface modification are welded in a molding tool using electromagnetic waves, wherein the surface modification is produced by the foam particles being brought into contact with a solution containing polymers which are capable of forming intramolecular or intermolecular covalent bonds, and wherein the polymers capable of forming intramolecular or intermolecular covalent bonds comprise functional groups selected from sulfonic acid, thio, ammonium, carboxyl or silanol groups which are part of polyvinyl alcohol or polyvinylpyrrolidone. foam particles undergoing a surface modification are welded in a molding tool using electromagnetic waves, wherein the surface modification is produced by the foam particles being brought into contact with a solution containing polymers which are capable of forming intramolecular or intermolecular covalent bonds, and wherein the polymers capable of forming intramolecular or intermolecular covalent bonds comprise functional groups selected from sulfonic acid, thio, ammonium, carboxyl or silanol groups which are part of polyvinyl alcohol or polyvinylpyrrolidone.
Device for controlling at least one transistor, comprising: - said transistor, the latter comprising a control electrode and two other electrodes, - a main control circuit configured so as to control the state of the transistor in a main operating mode, - a power amplifier circuit, notably of the "push-pull" type, positioned between the main control circuit and the control electrode of the transistor, - an auxiliary control circuit configured to inject, in an auxiliary operating mode, an auxiliary current (i g0) opposed to the current (i g) flowing between the main control circuit and the control electrode of the transistor, the auxiliary control circuit being arranged in such a way that the injected current (i g0) flows through the power amplifier circuit when the auxiliary operating mode is used. - said transistor, the latter comprising a control electrode and two other electrodes, - a main control circuit configured so as to control the state of the transistor in a main operating mode, - a power amplifier circuit, notably of the "push-pull" type, positioned between the main control circuit and the control electrode of the transistor, - an auxiliary control circuit configured to inject, in an auxiliary operating mode, an auxiliary current (i g0) opposed to the current (i g) flowing between the main control circuit and the control electrode of the transistor, the auxiliary control circuit being arranged in such a way that the injected current (i g0) flows through the power amplifier circuit when the auxiliary operating mode is used.
Hand-held power tool, in particular an angle grinder, with a drive unit, with a machine housing comprising a first housing part, configured as a gear housing, and a second housing part, surrounding the drive unit, and with a bearing unit, in particular a bearing housing, for mounting the drive unit, characterized in that the bearing unit protrudes into the first housing part, the bearing unit, in particular a bearing housing, being provided to connect the drive unit fixedly to the first housing part and/or the second housing part for conjoint rotation.
Method of toothing work wheels with a cutting tool having cutting teeth (3, 24), wherein the work wheel is rotationally driven by a workpiece spindle about a workpiece spindle axis and the cutting tool is rotationally driven by a tool spindle about a tool spindle axis in a predetermined speed ratio to one another, the workpiece spindle axis and the tool spindle axis are at an axis cross angle (α) to one another and wherein the tooth flanks (6, 6') of the cutting teeth (3, 24) form cutting edges (8, 9, 10, 11, 12) at their front ends with flank cutting sections (8, 12), which, as a result of a feed in the direction of the toothing of the work wheel, cuttingly engage in the work wheel to produce teeth with a tooth flank contour predetermined by the course of the cutting edge, characterized in that the cutting edge associated with a tooth flank extending at an acute angle to the end face of the cutting tooth (3, 24) is formed by the edge of a chamfer, the cutting edge associated with a tooth flank extending at an obtuse angle to the end face of the cutting tooth is formed by the edge of a furrow, and the end faces of all cutting teeth (3, 24) are arranged in a plane extending rotationally symmetrically about the tool spindle axis, in particular a plane or an inner taper surface, each of the two flank cutting sections (8,12) being adjoined by a head cutting section (9, 11) which extends along a second contour line in the region of the base of the cutting tooth gap, the second contour line being curved with a root-corner curvature, and in that at least partially rounded tooth heads of the teeth are produced with the head cutting sections (9, 11).
Process for regenerating used glycol-containing aircraft deicers by removing from the used aircraft deicer the impurities suspended therein, treating the product thus obtained in such a manner that the thickeners present therein are no longer capable of gel formation, adjusting to a pH > 7 before or after step, and subsequently fractionally distilling off the glycols. removing from the used aircraft deicer the impurities suspended therein, treating the product thus obtained in such a manner that the thickeners present therein are no longer capable of gel formation, adjusting to a pH > 7 before or after step, and subsequently fractionally distilling off the glycols.
Uttroside B for use in the treatment of a hepatocellular carcinoma, wherein the Uttroside B is provided in a pharmaceutically effective amount and disposed in a pharmaceutical carrier.