mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a wind energy farm, the wind energy farm comprising two or more wind turbines, the method comprising the steps of: - determining a wake state of the wind energy farm, including determining wake chains defining wake relationships among the wind turbines of the wind farm under the current wind conditions, - for at least one of the wind turbines of the wind energy farm, estimating a lifetime usage, based on an accumulated load measure for the wind turbine, and in the case that the estimated lifetime usage is below a predefined lifetime usage limit, operating the wind turbine in an overrated state, - monitoring wake effects at each of the wind turbines, - in the case that a downstream wind turbine, with respect to the wind turbine operating in an overrated state, detects wake effects above a predefined wake threshold level, generating a control signal for the wind turbine operating in an overrated state and having an upstream wake relationship with the downstream wind turbine, the control signal requesting the wind turbine operating in an overrated state to discontinue operating in an overrated state, thereby causing a decrease in generated wake, and - controlling the wind turbines of the wind energy farm in accordance with the generated control signals. - determining a wake state of the wind energy farm, including determining wake chains defining wake relationships among the wind turbines of the wind farm under the current wind conditions, - for at least one of the wind turbines of the wind energy farm, estimating a lifetime usage, based on an accumulated load measure for the wind turbine, and in the case that the estimated lifetime usage is below a predefined lifetime usage limit, operating the wind turbine in an overrated state, - monitoring wake effects at each of the wind turbines, - in the case that a downstream wind turbine, with respect to the wind turbine operating in an overrated state, detects wake effects above a predefined wake threshold level, generating a control signal for the wind turbine operating in an overrated state and having an upstream wake relationship with the downstream wind turbine, the control signal requesting the wind turbine operating in an overrated state to discontinue operating in an overrated state, thereby causing a decrease in generated wake, and - controlling the wind turbines of the wind energy farm in accordance with the generated control signals.
Food casing consisting of a two-dimensional fibre structure which is coated on one or both sides with acrylic resin, wherein the fibre structure is coated with acrylic resin and at least one other polymer on the side facing the food and the casing has an H 2 O permeation of 30 to 600 1/m 2 d and is permeable to smoke components, wherein the other polymer is blended with the acrylic resin and is a polyvinylpyrrolidone or a copolymer having vinylpyrrolidone units, a homopolymer or copolymer of or comprising units of vinyl alcohol, a polyalkylene glycol, a polyacrylamide or a protein, wherein the food casing is tubular and has at least one longitudinal seam.
Support device for supporting a rod-shaped workpiece for a machine tool along a longitudinal axis of a support area, comprising at least one twin support adapted to support a section of the workpiece in the support area, wherein the twin support comprises two support elements (300, 310) each being rotatable around a rotational axis (R1, R2), wherein each of the rotational axes (R1, R2) is perpendicular to the longitudinal axis, wherein each support element (300, 310) comprises a quadrant shaped support surface forming together a semicircular shaped support surface adapted for supporting a section of the workpiece, wherein the support area comprises an open side opposed to the semicircular shaped support surface, and wherein the support elements (300, 310) are adapted to provide a varying diameter of the semicircular shaped support surface based upon the position of rotation around the rotational axes (R1, R2) in order to support varying workpieces. at least one twin support adapted to support a section of the workpiece in the support area, wherein the twin support comprises two support elements (300, 310) each being rotatable around a rotational axis (R1, R2), wherein each of the rotational axes (R1, R2) is perpendicular to the longitudinal axis, wherein each support element (300, 310) comprises a quadrant shaped support surface forming together a semicircular shaped support surface adapted for supporting a section of the workpiece, wherein the support area comprises an open side opposed to the semicircular shaped support surface, and wherein the support elements (300, 310) are adapted to provide a varying diameter of the semicircular shaped support surface based upon the position of rotation around the rotational axes (R1, R2) in order to support varying workpieces.
A magnetic scrim comprising: a scrim comprising a plurality of yarns (110, 111, 113); a magnetic coating covering at least a portion of the yarns (110, 111, 113) of the scrim, wherein the magnetic coating comprises magnetic elements and a binder, wherein the magnetic coating is at least about 40% by weight magnetic elements, and wherein the magnetic coating has an areal density of at least twice the areal density of the scrim. a scrim comprising a plurality of yarns (110, 111, 113); a magnetic coating covering at least a portion of the yarns (110, 111, 113) of the scrim, wherein the magnetic coating comprises magnetic elements and a binder, wherein the magnetic coating is at least about 40% by weight magnetic elements, and wherein the magnetic coating has an areal density of at least twice the areal density of the scrim.
A combine harvester comprising: - a cleaning system (100, 200) configured to receive a flow of harvested and threshed crop, the cleaning system comprising at least one cleaner assembly (105, 110, 210) to clean the harvested and threshed crop; - a drive assembly connected to the cleaning system, the drive assembly being configured to drive the cleaning system, thereby driving the at least one cleaner assembly to perform a reciprocating cleaner movement, wherein - the drive assembly comprises a variable speed drive assembly, the variable speed drive assembly comprising: ∘ a rotary drive comprising a rotatable output shaft for driving the cleaning system; ∘ a transmission (176, 177, 178) configured to connect the rotatable output shaft to the at least one cleaner assembly of the cleaning system (100, 200); the transmission being configured to convert an angular movement of the rotatable output shaft to the reciprocating cleaner movement; and ∘ a control unit configured to control an angular velocity of the rotatable output shaft based on an input signal received at an input terminal of the control unit, characterized in that the rotary drive comprises a rotatable input shaft and a variator connecting the rotatable input shaft and the rotatable output shaft; the control unit being configured to control a gear ratio of the variator based on the input signal, thereby controlling the angular velocity of the rotatable output shaft. - a cleaning system (100, 200) configured to receive a flow of harvested and threshed crop, the cleaning system comprising at least one cleaner assembly (105, 110, 210) to clean the harvested and threshed crop; - a drive assembly connected to the cleaning system, the drive assembly being configured to drive the cleaning system, thereby driving the at least one cleaner assembly to perform a reciprocating cleaner movement, wherein - the drive assembly comprises a variable speed drive assembly, the variable speed drive assembly comprising: ∘ a rotary drive comprising a rotatable output shaft for driving the cleaning system; ∘ a transmission (176, 177, 178) configured to connect the rotatable output shaft to the at least one cleaner assembly of the cleaning system (100, 200); the transmission being configured to convert an angular movement of the rotatable output shaft to the reciprocating cleaner movement; and ∘ a control unit configured to control an angular velocity of the rotatable output shaft based on an input signal received at an input terminal of the control unit, ∘ a rotary drive comprising a rotatable output shaft for driving the cleaning system; ∘ a transmission (176, 177, 178) configured to connect the rotatable output shaft to the at least one cleaner assembly of the cleaning system (100, 200); the transmission being configured to convert an angular movement of the rotatable output shaft to the reciprocating cleaner movement; and ∘ a control unit configured to control an angular velocity of the rotatable output shaft based on an input signal received at an input terminal of the control unit,
A pneumatic valve comprising: an outer housing defining a fluid inlet port and a fluid outlet port; a piston sleeve; and a piston slidably mounted within the piston sleeve, wherein the piston sleeve and piston are geometrically configured to interact so as to limit the slidable movement of the piston within the piston sleeve between an open position and a closed position, wherein either the piston sleeve comprises a radial detent extending along the piston sleeve and the piston comprises a radial projection that is received in the detent, or the piston comprises a radial detent extending along the piston and the piston sleeve comprises a projection that is received in the detent, so as to limit the slidable movement of the piston within the piston sleeve in a first and second direction, characterized in that the outer housing is formed from a continuous single-piece of material, and in that the piston sleeve is a separate piston sleeve housed within the outer housing. an outer housing defining a fluid inlet port and a fluid outlet port; a piston sleeve; and a piston slidably mounted within the piston sleeve, wherein the piston sleeve and piston are geometrically configured to interact so as to limit the slidable movement of the piston within the piston sleeve between an open position and a closed position, wherein either the piston sleeve comprises a radial detent extending along the piston sleeve and the piston comprises a radial projection that is received in the detent, or the piston comprises a radial detent extending along the piston and the piston sleeve comprises a projection that is received in the detent, so as to limit the slidable movement of the piston within the piston sleeve in a first and second direction,
Bench seat (1,100) having three aligned seats (2, 102, 3, 103, 4, 104) of which one (3, 103) is in a central position and the other two (2, 102, 4, 104) are in a lateral position, each of the said seats (2, 102, 3, 103, 4, 104) having a seating portion (5, 105, 6, 106, 7, 107) and a backrest (8, 108, 9, 109, 10, 110), the seating portion (6, 106) of the central seat (3, 103) being able to be folded up against the backrest (9, 109) of the said seat (3, 103) in order therewith to constitute a compact assembly, and the said lateral seats (2, 102, 4, 104) then being moved in closer to one another until their backrests (8, 108, 10, 110) come into contact with the folded-up central seating portion (6, 106), an underside face of the said central seating portion (6, 106) being configured to support two armrests (20, 21, 120).
A rechargeable e-cigarette comprising: a battery which provides a voltage output that has a maximum level when the battery is fully charged; a connector located on the exterior of the e-cigarette to allow the e-cigarette to be electrically connected to an external power supply for re-charging without disassembly of the e-cigarette; and a recharging mechanism for re-charging the battery using power from the external power supply when the connector is electrically connected to the external power supply; characterised in that the re-charging mechanism is configured to determine the voltage output of the battery, and to prevent re-charging of the battery if the voltage output of the battery is above a predefined threshold level, wherein said predefined threshold level is below the maximum voltage output level of the battery. a battery which provides a voltage output that has a maximum level when the battery is fully charged; a connector located on the exterior of the e-cigarette to allow the e-cigarette to be electrically connected to an external power supply for re-charging without disassembly of the e-cigarette; and a recharging mechanism for re-charging the battery using power from the external power supply when the connector is electrically connected to the external power supply; characterised in that the re-charging mechanism is configured to determine the voltage output of the battery, and to prevent re-charging of the battery if the voltage output of the battery is above a predefined threshold level, wherein said predefined threshold level is below the maximum voltage output level of the battery.
A method for processing a node registration notification, wherein the method is applicable in a distributed system comprising a forwarding router, a plurality of central nodes, and a plurality of serving nodes, wherein each of the central nodes is connected to the forwarding router and at least one of the serving nodes, respectively; wherein the forwarding router is configured with a plurality of IP addresses, the plurality of IP addresses serve different operating networks, wherein different operating networks do not belong to the same network provider; a connecting line from any one of the central nodes to the forwarding router and a connecting line from the any one of the central nodes to the serving node belong to the same operating network; the method comprising: transmitting, by a first serving node, a registration request carrying node information of the first serving node to a first central node connected to the first serving node; transmitting, by the first central node, a node registration notification carrying the node information of the first serving node to the forwarding router and other serving nodes, except the first serving node, connected to the first central node; transmitting, by the forwarding router, the node registration notification to other central nodes except the first central node; and transmitting, by the other central nodes, the node registration notification to the respective serving nodes connected to the other central nodes, respectively, and correspondingly storing node information of the first central node and the node information of the first serving node. transmitting, by a first serving node, a registration request carrying node information of the first serving node to a first central node connected to the first serving node; transmitting, by the first central node, a node registration notification carrying the node information of the first serving node to the forwarding router and other serving nodes, except the first serving node, connected to the first central node; transmitting, by the forwarding router, the node registration notification to other central nodes except the first central node; and transmitting, by the other central nodes, the node registration notification to the respective serving nodes connected to the other central nodes, respectively, and correspondingly storing node information of the first central node and the node information of the first serving node.
An apparatus for intraoperative radiotherapy (IORT), which comprises a radiation generator which comprises an emission window, said radiation generator being configured to emit, from said emission window, a mixed flow of neutrons and gamma photons, characterized in that it comprises a beam shaping element for the moderation, reflection and collimation of the stream of neutrons and gamma photons emitted from said emission window.
A double-gate transistor comprising: - a first gate electrode, - a first gate dielectric, - an organic semiconductor material, - a second gate electrode, the first and second gate electrodes (4, 8) being disposed on either sides of the organic semiconductor material, - a second gate dielectric, - source and drain electrodes delineating an inter-electrode surface of the semiconductor material, - an electric charge trapping material arranged between the organic semiconductor material and one of the gate electrodes (4, 8), the trapping material being at least partially facing of the inter-electrode surface, a transistor characterized in that the trapping material is in electric contact by conduction, and not by tunnel effect, with one of the gate electrodes (6, 7) or with the organic semiconductor material, and in that the trapping material is made from ionic conductive polymer material. - a first gate electrode, - a first gate dielectric, - an organic semiconductor material, - a second gate electrode, the first and second gate electrodes (4, 8) being disposed on either sides of the organic semiconductor material, - a second gate dielectric, - source and drain electrodes delineating an inter-electrode surface of the semiconductor material, - an electric charge trapping material arranged between the organic semiconductor material and one of the gate electrodes (4, 8), the trapping material being at least partially facing of the inter-electrode surface,
A nonaqueous electrolyte energy storage device comprising a positive electrode having a positive composite that contains a phosphorus atom and a lithium-transition metal composite oxide containing manganese, wherein, in a spectrum of the positive composite by X-ray photoelectron spectroscopy, as measured according to the procedure defined in the description, a peak position for P2p is observed at 134.7 eV or less, and wherein the lithium-transition metal composite oxide has an α-NaFeO 2 type crystal structure and is represented by Li 1+α Me 1-α O 2 wherein Me is a transition metal containing Mn, and 0 < α < 1, and a molar ratio (Mn/Me) of Mn to Me is larger than 0.5.
An enzymatic process for preparing tagatose, the process comprising the steps: (i) converting fructose 6-phosphate (F6P) to tagatose 6-phosphate (T6P) catalyzed by a fructose 6-phosphate epimerase (F6PE); and (ii) converting the T6P produced to tagatose catalyzed by a tagatose 6-phosphate phosphatase (T6PP), wherein process steps (i) and (ii) are conducted in a single reaction vessel, and wherein the process steps are ATP-free. (i) converting fructose 6-phosphate (F6P) to tagatose 6-phosphate (T6P) catalyzed by a fructose 6-phosphate epimerase (F6PE); and (ii) converting the T6P produced to tagatose catalyzed by a tagatose 6-phosphate phosphatase (T6PP),
Tabletop soccer figure for a tabletop case characterized in that the head piece is formed by a sleeve which has a surface that is at least 35mm high and which is at least 30mm wide and on which a passport photograph is crease-resistantly stickable when it is used, whereas the sleeve is equipped with resistant means inside for a firm fit seating of the sleeve on the figure.
A probe clip for securing an optical probe to a coordinate measuring machine having a probe platform configured to support at least one probe clip, the probe clip comprising: • a base (520, 610) configured to removably couple to the probe platform; • a probe seat configured to removably secure the optical probe to the probe clip; • a movable joint for movably coupling the probe seat to the base (520, 610) and configured to allow the probe seat to be controllably movable relative to the base (520, 610), wherein the probe seat is configured to release the probe in the event of an impact between the probe and a foreign body in which the impact imposes on the probe an impact force above a given threshold force, the given threshold force being less than a force that would damage the probe, wherein the probe seat is configured to retain the probe at an impact force less than or equal to the given threshold force. • a base (520, 610) configured to removably couple to the probe platform; • a probe seat configured to removably secure the optical probe to the probe clip; • a movable joint for movably coupling the probe seat to the base (520, 610) and configured to allow the probe seat to be controllably movable relative to the base (520, 610),
A resin composition for a printed wiring board, comprising: a phenolic compound; a maleimide compound; an epoxy compound; a cyclic carbodiimide compound; an inorganic filler; and a curing accelerator, wherein a content of the inorganic filler is 100 to 250 parts by mass based on 100 parts by mass of a resin solid content. a phenolic compound; a maleimide compound; an epoxy compound; a cyclic carbodiimide compound; an inorganic filler; and a curing accelerator, wherein a content of the inorganic filler is 100 to 250 parts by mass based on 100 parts by mass of a resin solid content.
A method for producing a cylinder unit, with the steps: (a) clamping a cylinder to a workpiece clamping device of a lathe, (b) skiving a cylinder inner surface of a cylinder by means of a skiving tool, in particular by rotating the workpiece clamping device, such that a skived cylinder inner surface is formed, (c) smooth rolling the skived cylinder inner surface by means of a rolling tool, in particular by rotating the workpiece clamping device, and (d) processing at least a front surface of the cylinder unit, characterised by the fact that (e) the skiving, the smooth rolling and the processing at least of the front surface are carried out in one setting, (f) the skiving of the cylinder inner surface comprises the following steps: - inserting a skiving tool into a cylinder interior of a cylinder, - extending at least two skiving blades by operating a control cylinder and - cutting the cylinder inner surface by means of the skiving blades, as well as removing the resulting chips by means of a cooling lubricant, wherein the same cooling lubricant is used to operate the control cylinder as is used to remove the chips. (a) clamping a cylinder to a workpiece clamping device of a lathe, (b) skiving a cylinder inner surface of a cylinder by means of a skiving tool, in particular by rotating the workpiece clamping device, such that a skived cylinder inner surface is formed, (c) smooth rolling the skived cylinder inner surface by means of a rolling tool, in particular by rotating the workpiece clamping device, and (d) processing at least a front surface of the cylinder unit, characterised by the fact that (e) the skiving, the smooth rolling and the processing at least of the front surface are carried out in one setting, (f) the skiving of the cylinder inner surface comprises the following steps: - inserting a skiving tool into a cylinder interior of a cylinder, - extending at least two skiving blades by operating a control cylinder and - cutting the cylinder inner surface by means of the skiving blades, as well as removing the resulting chips by means of a cooling lubricant, wherein the same cooling lubricant is used to operate the control cylinder as is used to remove the chips. - inserting a skiving tool into a cylinder interior of a cylinder, - extending at least two skiving blades by operating a control cylinder and - cutting the cylinder inner surface by means of the skiving blades, as well as removing the resulting chips by means of a cooling lubricant,