mhurhangee/ep-ind-claims huggingface dataset:
A method of controlling a wind turbine, the wind turbine comprising a tower structure supporting a nacelle and a rotor with a number of pitch-adjustable rotor blades, and an accelerometer positioned to measure an acceleration signal of the nacelle, the method comprises: determine a collective pitch reference for the pitch-adjustable rotor blades, the collective pitch reference being determined based on a rotor speed; obtain the acceleration signal in the fore-aft direction; obtain a position signal indicative of a position of the nacelle in the fore-aft direction as an estimated position signal by applying in series a first integration of the acceleration signal to obtain an estimated velocity signal and a second integration of the velocity signal to obtain the position signal; determine a first pitch signal based on the position signal as the estimated position multiplied with a first gain, the first pitch signal being determined to reduce nacelle vibration; obtain a velocity signal indicative of a velocity of a movement of the nacelle as the estimated velocity signal; determine a second pitch signal based on the velocity signal as the estimated velocity multiplied with a second gain, the second pitch signal being determined to reduce nacelle vibration; apply a resulting pitch signal to the pitch-adjustable rotor blades, the resulting pitch signal being a sum signal of the collective pitch reference and the first pitch signal and the second pitch signal. determine a collective pitch reference for the pitch-adjustable rotor blades, the collective pitch reference being determined based on a rotor speed; obtain the acceleration signal in the fore-aft direction; obtain a position signal indicative of a position of the nacelle in the fore-aft direction as an estimated position signal by applying in series a first integration of the acceleration signal to obtain an estimated velocity signal and a second integration of the velocity signal to obtain the position signal; determine a first pitch signal based on the position signal as the estimated position multiplied with a first gain, the first pitch signal being determined to reduce nacelle vibration; obtain a velocity signal indicative of a velocity of a movement of the nacelle as the estimated velocity signal; determine a second pitch signal based on the velocity signal as the estimated velocity multiplied with a second gain, the second pitch signal being determined to reduce nacelle vibration; apply a resulting pitch signal to the pitch-adjustable rotor blades, the resulting pitch signal being a sum signal of the collective pitch reference and the first pitch signal and the second pitch signal.
Drive belt having an elastic main body based on vulcanized rubber, comprising a cover tier as a belt backing, and a sub-structure having a force transmission zone, wherein the belt backing of a textile layer is provided, characterized in that the textile layer in terms of at least one oil comprises more than 0.01% in relation to the belt weight, wherein the oil is free of fluorine, such that the quantity of fluorine and/or fluorine derivatives is 0% by weight, and wherein the oil is medicinal liquid paraffin.
A solid textile care composition comprising a water-soluble carrier, a diol which is liquid at 23 °C, a textile care compound, selected from textile softening compounds, bleaching agents, bleach activators, enzymes, silicone oils, anti-redeposition agents, optical brighteners, graying inhibitors, anti-shrink agents, anti-crease agents, dye transfer inhibitors, antimicrobial active ingredients, germicides, fungicides, antioxidants, antistatic agents, ironing aids, repelling and impregnating agents, UV absorbers or mixtures thereof, and a perfume, wherein the water-soluble carrier is in particulate form and the diol which is liquid at 23 °C and the perfume are applied to said carrier at least in part, and wherein the solid textile care composition is coated at least in part with the textile care compound, and wherein the diol which is liquid at 23 °C is 1,2-propanediol.
A composite plate comprising: - a first cover layer, - a second cover layer, and - a core layer arranged between the first and the second cover layers (3, 5) and having a plurality of cells which are at least partially open towards the first cover layer and which are separated from each other by walls, characterised in that the first cover layer has a draining layer and a first through-passage layer arranged between the draining layer and the core layer, wherein the first through-passage layer is provided with openings at least partially covered by the draining layer wherein the cells are at least partially covered by the draining layer. - a first cover layer, - a second cover layer, and - a core layer arranged between the first and the second cover layers (3, 5) and having a plurality of cells which are at least partially open towards the first cover layer and which are separated from each other by walls,
A horology display mobile comprising at least one resilient strip intended to be returned to a rest position close to a display axis, to cooperate in friction drive with an arbor comprised in a carrier mobile of a movement or of a horology mechanism, about said display axis, in which said display mobile comprises a flange comprising, facing each said resilient strip, an opening arranged for the insertion and guiding of a tool operated by an operator or by an automated manipulator, to enable said tool to move said resilient strip away from its rest position and to insert said display mobile on a said arbor when said resilient strip is sufficiently far away to allow said mobile to pass through, and to ensure a constant friction value of all of said resilient strips on said arbor when said resilient strips are in frictional cooperation with said arbor and when said tool is no longer in contact with said resilient strips, and in which all said resilient strips comprised in said display mobile are part of a single resilient one-piece structure, said resilient one-piece structure comprising indexing elements arranged to cooperate with complementary indexing elements comprised in said flange for their interlocking rotation when said resilient strips are in frictional cooperation with said arbor and when said tool is no longer in contact with said resilient strips, characterised in that said resilient one-piece structure is arranged to be pivotally mounted on said flange to enable greater radial expansion of said resilient strips with respect to said display axis.
A pressure control valve comprising: a pressure control block including a bore hole having a cylindrical shape being bored perpendicularly from one outer surface, the bore hole having a flat bottom surface; the pressure control block having two internal channels (38a, 38b) the openings of whose end portions are located adjacently to each other at the center portion of the bottom surface of the bore hole; a disc-shaped valve body having elasticity and covering the bottom surface of the bore hole; a sealing member including a cylindrical portion for pressing a peripheral portion of the valve body against a peripheral edge portion of the bottom surface, the cylindrical portion being configured to be fitted into the bore hole; a rod-shaped member; and an actuator for driving the rod-shaped member in a direction perpendicular to the bottom surface of the bore hole, wherein the rod-shaped member is configured to penetrate the cylindrical portion of the sealing member such that a tip end of the rod-shaped member is in contact with a center portion of the valve body to thereby drive the center portion of the valve body in a direction perpendicular to the bottom surface of the bore hole. a pressure control block including a bore hole having a cylindrical shape being bored perpendicularly from one outer surface, the bore hole having a flat bottom surface; the pressure control block having two internal channels (38a, 38b) the openings of whose end portions are located adjacently to each other at the center portion of the bottom surface of the bore hole; a disc-shaped valve body having elasticity and covering the bottom surface of the bore hole; a sealing member including a cylindrical portion for pressing a peripheral portion of the valve body against a peripheral edge portion of the bottom surface, the cylindrical portion being configured to be fitted into the bore hole; a rod-shaped member; and an actuator for driving the rod-shaped member in a direction perpendicular to the bottom surface of the bore hole, wherein the rod-shaped member is configured to penetrate the cylindrical portion of the sealing member such that a tip end of the rod-shaped member is in contact with a center portion of the valve body to thereby drive the center portion of the valve body in a direction perpendicular to the bottom surface of the bore hole.
A polypeptide comprising an apelin peptide fused to a human IgG Fc domain, wherein the N-terminus of the apelin peptide is fused to the C-terminus of the Fc domain via one or more Gly-Ser linkers, wherein the apelin peptide is selected from the group consisting of apelin42-77 (apelin-36), apelin61-77 (apelin-17), apelin63-77 (apelin-15), apelin64-77 (apelin-14), apelin65-77 (apelin-13), apelin66-77 (apelin-12), apelin67-77 (apelin-11), apelin68-77 (apelin-10), apelin73-77 (apelin-5), apelin61-76 (apelin-K16P), apelin61-75 (apelin-K15M), apelin61-74 (apelin-K14P), apelin-F13A, apelin65-76, apelin65-75, apelin66-76, apelin67-76, apelin66-75, apelin 67-75, [Pyr 1]Apelin-13, SEQ ID NO: 38 (apelin-13+5G), SEQ ID NO: 42 (apelin-13+R), SEQ ID NO: 43 (apelin-13+S), and SEQ ID NO: 44 (apelin-13+H).
Arrangement for the deposition of backpacks, characterised in that it consists of a two-part frame construction, wherein the one part is designed that U-shaped profiles to receive shoulder straps and a centrally fixed knob to receive the lifting eyes of backpacks are located in the upper part of the frame construction, designed that the shoulder straps or lifting eyes, respectively, can be affixed to and removed from them, and wherein the other part is connected via joint connections with angle limits to the first part, thus forming a bipartite support to secure the frame construction against tipping over, and wherein at the second part of the frame construction an additional crossbar is arranged as a limit stop for the backpack to guarantee the positioning of the backpack in a stable manner, and wherein said crossbar is made of the same materials as the frame construction.
A pressure adjustable mattress system to support a patient, comprising a pressure adjustable mattress, the pressure adjustable mattress including head, seat and foot portions (866, 874, 878), a controller coupled to the pressure adjustable mattress to control the mattress in an automatic pressure relief mode and in a user adjustable mode, and a user interface, coupled to the controller, the user interface including a selectable input to enable a user to control the pressure adjustable mattress in the automatic pressure relief mode and the user adjustable mode, wherein the controller controls the mattress in the automatic pressure relief mode by determining a first pressure, according to a bottoming-out condition, receiving a user-specified pressure adjustment at the user interface, adjusting the first pressure with the user-specified pressure adjustment to a second pressure, and controlling the pressure in the pressure adjustable mattress to maintain the second pressure, characterized in that interface includes first, second and third inputs (860, 862, 864, 868, 870, 872, 876, 880, 882) coupled to the controller for enabling a user to provide individual user-specified pressure adjustments for the head, seat and foot portions (866, 874, 878) respectively.
Guide bar for a motor-driven chainsaw, wherein the guide bar has a clamping section and a free end, wherein a redirection section is arranged at the free end, wherein the guide bar has two single-part side plates (24, 26), wherein the side plates (24, 26) extend from the clamping section to the redirection section and form the redirection section, wherein the guide bar has a peripheral guide groove, wherein the guide bar has a bar tip at which a longitudinal central axis of the guide bar intersects the redirection section, wherein the guide bar has a first longitudinal side and a second longitudinal side, and wherein a guide surface (32, 33) is formed on each side plate (24, 26), said guide surface extending continuously over the first longitudinal side of the guide bar, the redirection section and the second longitudinal side of the guide bar, characterized in that the guide surfaces (32, 33) of the side plates (24, 26) both on the longitudinal sides (19, 20) and on the bar tip each have at least one hardened region (31, 34) with a hardness which is increased in comparison to a central region of the side plates (24, 26), in that a respective intermediate region which is less hard than the hardened region (31, 34, 35) extends on the guide surfaces (32, 33) between the longitudinal sides (19, 20) and the redirection section, and - in that the intermediate region is arranged at a distance (a) from the bar tip, as measured parallel to the longitudinal central axis, the distance (a) being from 40% to 70% of the height (b) of the guide bar, and/or - in that the intermediate region has a length (c) of less than 20 mm, as measured parallel to the central longitudinal axis. - in that the intermediate region is arranged at a distance (a) from the bar tip, as measured parallel to the longitudinal central axis, the distance (a) being from 40% to 70% of the height (b) of the guide bar, and/or - in that the intermediate region has a length (c) of less than 20 mm, as measured parallel to the central longitudinal axis.
A method of driving a light source in a display apparatus comprising light modulators, wherein an image is composed by pixels that are arranged in rows and columns, wherein the apparatus reproduces images by controlling the amount of light, which is provided to individual or groups of pixels by the light source, by means of said light modulators for individual pixels or groups of pixels, thereby achieving brightness control for an image over a first contrast ratio range, wherein subsequent images have associated therewith synchronisation signals indicating the beginning or the end of a new image regularly occurring at intervals corresponding to first time periods, the beginning or end of the time period during which the light source emits light being synchronised with the beginning or end synchronisation signals associated with each image, wherein the method of driving the light source determines the maximum brightness of an image, the method including the steps of: - accommodating one or more second time periods (period 1 - period n) within a said first time period such the one or more second time periods are nested and dispersed within a said first period; and - controlling the light source to emit light during fractions of the one or more second time periods; wherein the step of accommodating one or more second time periods includes the steps of: - counting a number of pixel clock pulses to produce third time periods (ES, 206); and - counting a first number of third time periods, for generating a said second time period; and wherein the step of controlling the light source to emit light during fractions of the one or more second time periods includes the steps, for each said second time period, of: counting a second number of third time periods (ES, 206) for generating a fourth time period, a said counting of said second number of third periods (ES, 206) being reset and restarted with either the image synchronisation signal or the completion of each counting of said first number such that the fourth time period is inside each of the second time periods; and controlling the light source to emit light during the fourth time period of each second time period. - accommodating one or more second time periods (period 1 - period n) within a said first time period such the one or more second time periods are nested and dispersed within a said first period; and - controlling the light source to emit light during fractions of the one or more second time periods; - counting a number of pixel clock pulses to produce third time periods (ES, 206); and - counting a first number of third time periods, for generating a said second time period; and
Woven fabric having an outer side and an inner side comprising warp yarn and weft yarn, said warp yarn comprising at least one viscose material, characterized in that said weft yarn comprises from 25% by weight +/- 20% to 70% by weight +/- 20%, based on the total amount of said weft yarn, of polybenzimidazole, said weft yarn predominantly forming the outer side of said woven fabric.
An electrically heated window (1, 80, 100) laminated from at least two plies (20, 21) of glazing material and at least one ply of interlayer material extending between the plies of glazing material, the window (1, 80, 100) further comprising a resistance heating element (23, 50, 60, 70, 90, 101) suitable for heating a localised area of the window (1, 80, 100) and electrical connection means (40, 109) for connecting the heating element (23, 50, 60, 70, 90, 101) to an electrical supply, wherein the heating element (23, 50, 60, 70, 90, 101) is laminated between the plies (20, 21) of glazing material characterised by an imaging device which is configured to view an object to be imaged through a viewing area (2, 102) of the window (1, 80, 100), wherein the heating element (23, 50, 60, 70, 90, 101) is suitable for heating also the viewing area (2, 102) and is positioned adjacent the viewing area (2, 102) so as not to affect the image viewed.
A method by a terminal in a communication system, the method comprising: transmitting a random access preamble to a base station for performing a random access procedure; receiving a random access response message from the base station; transmitting a message 3 to the base station; receiving scheduling information for scheduling a message 4 corresponding to the message 3 from the base station; receiving the message 4 from the base station, based on the scheduling information; and transmitting control information indicating whether the message 4 is received from the base station, wherein the random access response message is received based on a longest slot length among slot lengths which are applicable between the terminal and the base station, in case that the random access procedure is an initial access, and wherein the random access response message is received according to a slot length based on capability information of the terminal in case that the random access procedure is not the initial access, the capability information being transmitted from the terminal to the base station after the initial access is completed and the terminal switches to a connected state. transmitting a random access preamble to a base station for performing a random access procedure; receiving a random access response message from the base station; transmitting a message 3 to the base station; receiving scheduling information for scheduling a message 4 corresponding to the message 3 from the base station; receiving the message 4 from the base station, based on the scheduling information; and transmitting control information indicating whether the message 4 is received from the base station, wherein the random access response message is received based on a longest slot length among slot lengths which are applicable between the terminal and the base station, in case that the random access procedure is an initial access, and wherein the random access response message is received according to a slot length based on capability information of the terminal in case that the random access procedure is not the initial access, the capability information being transmitted from the terminal to the base station after the initial access is completed and the terminal switches to a connected state.
Dispensing container for cleaning agent, the dispensing container being usable in a domestic appliance and comprising a plurality of chambers (3, 4, 5) in which individual preparations can be separately stored, a penetrable partition (6, 7) being arranged between each of the chambers (3, 4, 5), which partition cannot be penetrated for the preparations in the storage state of the dispensing container and can be penetrated for the preparations in the use state of the dispensing container, characterised in that the dispensing container comprises a penetration device (9, 12, 13) that penetrates at least one partition when actuated, and in that the penetration device is actuatable by means of electrical energy, and in that at least one partition has an electrical resistance.
Method for preparing agglomerated pellets of PTFE, said method comprising: wetting a PTFE powder with a solvent, to obtain a wetted PTFE powder; forming said wetted PTFE powder into agglomerated pellets of PTFE; and drying said agglomerated pellets of PTFE, wherein said drying of said agglomerated pellets of PTFE is carried out in a fluidized bed drier. wetting a PTFE powder with a solvent, to obtain a wetted PTFE powder; forming said wetted PTFE powder into agglomerated pellets of PTFE; and drying said agglomerated pellets of PTFE,
Cartridge for storing, discharging and applying a dental compound, comprising a container, which has a hollow chamber for accommodating the dental compound, and a cannula, wherein the hollow chamber comprises an outlet opening and an actuator opening opposite the outlet opening, wherein a piston is provided in the hollow chamber, said piston forming, in the initial state of the cartridge, a hollow chamber between piston and outlet opening, which hollow chamber is filled substantially by a pasty dental compound, and the cannula is arranged on the container in such a way as to be fluidically connected to the outlet opening and is straight in the initial state, characterized in that the cannula is formed integrally with the container, wherein the cannula and the container are made from thermoplastic, the outlet opening of the cannula has an inside diameter of from 0.4 mm to 2 mm, the flexible region of the cannula has a length of from 15 mm to 25 mm, and the cannula is plastically deformable in such a manner under standard conditions, with the application of manual force, that a permanent bend by an angle of 65° in comparison with the initial state can be achieved without buckling of the cannula, wherein the bend in the cannula is reversed by at most 10° as a highly viscous paste is dispensed from the hollow chamber with a dynamic viscosity of over 27 000 Pa s, at a shear stress of 9000 N/m 2, a shear rate of 0.3 1/s and a temperature of 23°C with a pressing force of less than 130 N.