mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a wind induction factor between a measurement plane and the rotor plane of a wind turbine, said wind turbine being equipped with a lidar sensor that takes a measurement relative to wind speed for at least three measurement planes distant from said wind turbine, said wind induction factor representing a wind braking coefficient between two spaced-apart points upstream of said wind turbine, the braking resulting from the operation of the wind turbine in the wind field, characterized in that the following steps are implemented: a) wind speed is measured for at least three measurement planes distant from said wind turbine by means of said lidar sensor; b) at least two wind induction factors between two said measurement planes are determined by means of said measurements of the wind speed at said measurement planes and of a linear Kalman filter; and c) said wind induction factor between a measurement plane and said plane of the rotor of said wind turbine is determined by means of said determined induction factors between two measurement planes and by means of a linear Kalman filter. a) wind speed is measured for at least three measurement planes distant from said wind turbine by means of said lidar sensor; b) at least two wind induction factors between two said measurement planes are determined by means of said measurements of the wind speed at said measurement planes and of a linear Kalman filter; and c) said wind induction factor between a measurement plane and said plane of the rotor of said wind turbine is determined by means of said determined induction factors between two measurement planes and by means of a linear Kalman filter.
A method for resampling an audio frequency signal in an audio frequency signal coding or decoding, characterized in that the method comprises the following steps per block of signal to be resampled: - determining by adaptive linear prediction a number of future signal samples, this number being defined as a function of a chosen resampling delay; - constructing a resampling support vector from at least the samples of the current signal block and the determined samples of future signal; - applying a resampling filter on the samples of the resampling support vector, the method comprising the following steps: - switching between two coding modes, - resample the current block of the signal due to the switching. - determining by adaptive linear prediction a number of future signal samples, this number being defined as a function of a chosen resampling delay; - constructing a resampling support vector from at least the samples of the current signal block and the determined samples of future signal; - applying a resampling filter on the samples of the resampling support vector, the method comprising the following steps: - switching between two coding modes, - resample the current block of the signal due to the switching. - switching between two coding modes, - resample the current block of the signal due to the switching.
A caravan with built-in access for driving motorcycles or other vehicles into same, formed by a chassis and a cabin of variable dimensions and configuration, comprising, attached to the actual chassis and integrated in the floor of the cabin, a collapsible ramp with a collapsed operational position, in which it serves as access means for driving a motorcycle up and placing it inside the caravan, and a closed inoperative position, in which it is an integral part of the actual floor of the cabin, and wherein the ramp is defined by a rectangular part made of the same board as the rest of the floor, fitting tightly and flush into a complementary gap made for this purpose at one end of the floor, aligned with the door for accessing the cabin; where the part defining the ramp is connected by the proximal side thereof, towards the center of the floor, to the gap of the floor of the cabin and to the chassis of the caravan via a hinged joint which allows collapsing same to lower it to the ground by the opposite or distal side, on the edge of the floor and adjacent to the door, and said distal side is provided with locking means that allow it to be secured to the chassis in the closed inoperative position, being flush with the rest of the floor, characterized in that the locking means of the ramp, in their inoperative position flush with the floor of the cabin, are determined by respective transverse external tube segments (11, 12), two side segments forming the chassis at the rear end thereof, attached beneath the floor to both sides of the ramp, and one central segment attached on the distal side of the ramp, between which segments there run two other sliding internal tube segments which can move to either side of the central tube and be secured via set screws for blocking the separation of the side tubes to the left and right sides of the ramp and the central tube, preventing the unlocking thereof, or for allowing the separation thereof for collapsing the ramp.
Method for manufacturing a magnetic tunnel junction with out-of-plane magnetisation including a storage layer having a magnetisation switchable between two magnetisation states normal to the plane of the layer, the two magnetisation states of the storage layer being separated by an energy barrier, said storage layer having a thickness comprised between 0.5 times and 8 times a diameter D of a circular planar section of the tunnel junction, said planar section being a section of the tunnel junction about the plan of layers forming the tunnel junction, said magnetic tunnel junction having a thermal stability factor Δ dependent on the energy barrier and on the average temperature of use of the magnetic tunnel junction T, said method comprising: - calculating the optimal thickness L opti of the storage layer using the formula: L opti = 1 1 + 3 cD 3 K u 2 b Δ 5 D 4 b − 3 cD 3 K S 4 b Δ + 5 D 4 b − 3 cD 3 K S 4 b Δ 2 + 2 D 2 b 2 1 + 3 cD 3 K u 2 b Δ With b = 4 π, c = π 4 k B T, Ku the volume anisotropy of the storage layer, Ks the interfacial anisotropy of the storage layer and Kb Boltzmann's constant; - Calculating the optimal average magnetisation Ms opti of the storage layer using the formula: M S opti = 16 k B T πμ 0 2 Δ D + b L opti 2 3 b L opti 2 D 3 - Choosing a material composing the storage layer having an average magnetisation sufficiently close to M S opti and a total thickness sufficiently close to L opti so that the absolute value of the derivative of the thermal stability factor compared to the diameter of a planar section of the magnetic tunnel junction is less than 10 nm -1, the derivative of the thermal stability factor being calculated at a temperature T m, the temperature T m being the average temperature of use of the magnetic tunnel junction. - Depositing all of the layers; - Etching the storage layer; - Etching the other layers. - calculating the optimal thickness L opti of the storage layer using the formula: L opti = 1 1 + 3 cD 3 K u 2 b Δ 5 D 4 b − 3 cD 3 K S 4 b Δ + 5 D 4 b − 3 cD 3 K S 4 b Δ 2 + 2 D 2 b 2 1 + 3 cD 3 K u 2 b Δ With b = 4 π, c = π 4 k B T, Ku the volume anisotropy of the storage layer, Ks the interfacial anisotropy of the storage layer and Kb Boltzmann's constant; - Calculating the optimal average magnetisation Ms opti of the storage layer using the formula: M S opti = 16 k B T πμ 0 2 Δ D + b L opti 2 3 b L opti 2 D 3 - Choosing a material composing the storage layer having an average magnetisation sufficiently close to M S opti and a total thickness sufficiently close to L opti so that the absolute value of the derivative of the thermal stability factor compared to the diameter of a planar section of the magnetic tunnel junction is less than 10 nm -1, the derivative of the thermal stability factor being calculated at a temperature T m, the temperature T m being the average temperature of use of the magnetic tunnel junction. - Depositing all of the layers; - Etching the storage layer; - Etching the other layers.
A process for the liquid phase hydrogenation of phthalates to cyclohexanoates, the process comprising: (a) feeding a liquid feed comprising phthalates and a gas feed comprising hydrogen to a multiplicity of tubes containing a catalyst; (b) converting at least part of the phthalates to cyclohexanoates in the tubes; and (c) supplying a cooling fluid to the outside of the tubes so as to maintain the temperature in the tubes in a desired range; wherein the temperature is maintained in a range from 105°C to 170°C. (a) feeding a liquid feed comprising phthalates and a gas feed comprising hydrogen to a multiplicity of tubes containing a catalyst; (b) converting at least part of the phthalates to cyclohexanoates in the tubes; and (c) supplying a cooling fluid to the outside of the tubes so as to maintain the temperature in the tubes in a desired range; wherein the temperature is maintained in a range from 105°C to 170°C.
Filter element with at least one inner and one outer casing body of which at least one casing body has a cross-sectional shape deviating from a circular shape and which have contact surfaces (20, 21) directed towards each other for resting on substantially all filter pleats (18a-18f, 18 I -18 III) of a pleated filter web as part of the filter element, wherein the filter pleats (18a-18f, 18 I -18 III) are divided in terms of the pleat height (h) into individual groups (I, II) each having a plurality of filter pleats (18 I, 18 II) adjoining each other in sections and in each case of a common pleat height (h max, h min), characterised in that filter pleats (18b-18e; 18 III) of at least one further third group are arranged between two adjacent filter pleats (18f, 18a; 18 II, 18 I) of different groups (I, II); in that filter pleats (18b-18e, 18 III) assigned to the third group have pleat heights which differ from each other in the manner of a curve formation which produces a transition between the pleat heights (h max, h min) of the two adjacent groups (I, II); and in that either the outer casing body has a circular cross-sectional shape and the inner casing body has a cross-sectional shape dictated by a convex polygon, or, conversely, the inner casing body has a circular cross-sectional shape and the outer casing body has a cross-sectional shape dictated by a convex polygon. filter pleats (18b-18e; 18 III) of at least one further third group are arranged between two adjacent filter pleats (18f, 18a; 18 II, 18 I) of different groups (I, II); in that filter pleats (18b-18e, 18 III) assigned to the third group have pleat heights which differ from each other in the manner of a curve formation which produces a transition between the pleat heights (h max, h min) of the two adjacent groups (I, II); and in that either the outer casing body has a circular cross-sectional shape and the inner casing body has a cross-sectional shape dictated by a convex polygon, or, conversely, the inner casing body has a circular cross-sectional shape and the outer casing body has a cross-sectional shape dictated by a convex polygon.
A method for notifying information of a microblog client, comprising: updating information of the microblog client; acquiring an associated client list of the microblog client; extracting information of a subscriber client identified as a specified category in the associated client list of the microblog client, and notifying the updated information of the microblog client to the subscriber client of the specified category; and filtering out the information of the subscriber client of the specified category contained in the associated client list, and notifying the updated information of the microblog client to the rest of subscriber clients contained in the associated client list. updating information of the microblog client; acquiring an associated client list of the microblog client; extracting information of a subscriber client identified as a specified category in the associated client list of the microblog client, and notifying the updated information of the microblog client to the subscriber client of the specified category; and filtering out the information of the subscriber client of the specified category contained in the associated client list, and notifying the updated information of the microblog client to the rest of subscriber clients contained in the associated client list.
A method implemented by an electronic device comprising memory and storage, the method comprising: receiving write requests, each of the write requests being associated with an application of the electronic device; buffering data associated with the write requests in a page cache of the memory; organizing the buffered data into sections that are ready for flushing according to a transaction policy; and flushing one or more of the sections that are ready for flushing to store them to the storage according to a flushing policy, characterized in that flushing according to the flushing policy comprises monitoring user interaction with the electronic device, and deciding to perform the flushing in response to determining (620-YES) based on the monitoring that the electronic device is in an idle state, and in that the transaction policy is at least partly based on an access characteristic of the application, wherein the access characteristic of the application includes a data read/write access pattern of the application, and wherein organizing the buffered data into sections comprises: determining section boundaries according to the data read/write access pattern of the application, such that an energy improvement potential ratio r for one of said sections that is ready for flushing is higher than a predetermined threshold, where the energy improvement potential ratio r is defined as r = o / s, where s represents data staleness, which represents the amount of dirty data in the page cache, and o represents a total amount of data that has been overwritten since the last flush. receiving write requests, each of the write requests being associated with an application of the electronic device; buffering data associated with the write requests in a page cache of the memory; organizing the buffered data into sections that are ready for flushing according to a transaction policy; and flushing one or more of the sections that are ready for flushing to store them to the storage according to a flushing policy, characterized in that flushing according to the flushing policy comprises monitoring user interaction with the electronic device, and deciding to perform the flushing in response to determining (620-YES) based on the monitoring that the electronic device is in an idle state, and in that the transaction policy is at least partly based on an access characteristic of the application, wherein the access characteristic of the application includes a data read/write access pattern of the application, and wherein organizing the buffered data into sections comprises: determining section boundaries according to the data read/write access pattern of the application, such that an energy improvement potential ratio r for one of said sections that is ready for flushing is higher than a predetermined threshold, where the energy improvement potential ratio r is defined as r = o / s, where s represents data staleness, which represents the amount of dirty data in the page cache, and o represents a total amount of data that has been overwritten since the last flush.
An isolated polynucleotide comprising a polynucleotide selected from: (a) a nucleotide sequence encoding a polypeptide capable of conferring or enhancing resistance to Colletotrichum when co-expressed in a plant with a second nucleotide sequence encoding SEQ ID NO: 3, wherein the polypeptide has an amino acid sequence of at least 75% identity, when compared to SEQ ID NO: 246 based on the Needleman-Wunsch alignment algorithm, preferably at least 90% or 95% identity; (b) a complement of the nucleotide sequence of (a), wherein the complement and the nucleotide sequence consist of the same number of nucleotides and are 100% complementary; and (c) a nucleotide sequence encoding a polypeptide conferring or enhancing resistance to Colletotrichum, when co-expressed in a plant with a second nucleotide sequence encoding SEQ ID NO: 3, wherein the polypeptide has an amino acid sequence of at least 75% identity, when compared to the sequence of the plasmid deposited as Patent Deposit No. NRRL B-50050 based on the Needleman-Wunsch alignment algorithm; (d) a nucleotide sequence that comprises SEQ ID NO: 245; and (e) a nucleotide sequence that comprises the sequence of the plasmid deposited as Patent Deposit No. NRRL B-50050. (a) a nucleotide sequence encoding a polypeptide capable of conferring or enhancing resistance to Colletotrichum when co-expressed in a plant with a second nucleotide sequence encoding SEQ ID NO: 3, wherein the polypeptide has an amino acid sequence of at least 75% identity, when compared to SEQ ID NO: 246 based on the Needleman-Wunsch alignment algorithm, preferably at least 90% or 95% identity; (b) a complement of the nucleotide sequence of (a), wherein the complement and the nucleotide sequence consist of the same number of nucleotides and are 100% complementary; and (c) a nucleotide sequence encoding a polypeptide conferring or enhancing resistance to Colletotrichum, when co-expressed in a plant with a second nucleotide sequence encoding SEQ ID NO: 3, wherein the polypeptide has an amino acid sequence of at least 75% identity, when compared to the sequence of the plasmid deposited as Patent Deposit No. NRRL B-50050 based on the Needleman-Wunsch alignment algorithm; (d) a nucleotide sequence that comprises SEQ ID NO: 245; and (e) a nucleotide sequence that comprises the sequence of the plasmid deposited as Patent Deposit No. NRRL B-50050.
A method comprising: detecting by a single-domain coordinator (200, 200') an authorization request relating to a self-organizing network operation that may have impact to a neighboring domain (120, 120'. 140, 140'); sending a request indicating the self-organizing network operation to an inter-domain coordinator; receiving a response from the inter-domain coordinator; and if the response indicates acceptance, accepting the authorization request. detecting by a single-domain coordinator (200, 200') an authorization request relating to a self-organizing network operation that may have impact to a neighboring domain (120, 120'. 140, 140'); sending a request indicating the self-organizing network operation to an inter-domain coordinator; receiving a response from the inter-domain coordinator; and if the response indicates acceptance, accepting the authorization request.
A flexible LED lighting element, comprising: a flexible U-shaped housing comprising arms; a flexible printed circuit board, comprising: an LED lighting unit, wherein the LED lighting unit comprises: a unit U-shaped housing; an LED mounted to a bottom surface of the unit U-shaped housing; an LED unit encapsulent that: covers the LED; fills the unit U-shaped housing; and contains embedded phosphor particles (Px) of different colors; and an LED unit connector; a flexible diffuser having a top arched portion above the LED; and a stiffening rod that extends longitudinally through the flexible LED element, wherein the stiffening rod is at least two stiffening rod elements; wherein the diffuser has a single edge opening and is comprised of a memory shape material that is biased in a closed position. a flexible U-shaped housing comprising arms; a flexible printed circuit board, comprising: an LED lighting unit, wherein the LED lighting unit comprises: a unit U-shaped housing; an LED mounted to a bottom surface of the unit U-shaped housing; an LED unit encapsulent that: covers the LED; fills the unit U-shaped housing; and contains embedded phosphor particles (Px) of different colors; and an LED unit connector; a flexible diffuser having a top arched portion above the LED; and a stiffening rod that extends longitudinally through the flexible LED element, wherein the stiffening rod is at least two stiffening rod elements; wherein the diffuser has a single edge opening and is comprised of a memory shape material that is biased in a closed position. a unit U-shaped housing; an LED mounted to a bottom surface of the unit U-shaped housing; an LED unit encapsulent that: covers the LED; fills the unit U-shaped housing; and contains embedded phosphor particles (Px) of different colors; and an LED unit connector; a flexible diffuser having a top arched portion above the LED; and a stiffening rod that extends longitudinally through the flexible LED element, wherein the stiffening rod is at least two stiffening rod elements; wherein the diffuser has a single edge opening and is comprised of a memory shape material that is biased in a closed position. covers the LED; fills the unit U-shaped housing; and contains embedded phosphor particles (Px) of different colors; and an LED unit connector; a flexible diffuser having a top arched portion above the LED; and a stiffening rod that extends longitudinally through the flexible LED element, wherein the stiffening rod is at least two stiffening rod elements; wherein the diffuser has a single edge opening and is comprised of a memory shape material that is biased in a closed position.
A beam switching method, wherein the method comprises: receiving, by a terminal device, a first subframe sent by a base station by using a first beam, wherein the first subframe comprises first-order downlink control information and second-order downlink control information; searching, by the terminal device, for the second-order downlink control information based on the first-order downlink control information, wherein the first-order downlink control information comprises location indication information of the second-order downlink control information in the first subframe; and switching, by the terminal device, from the first beam to a second beam based on the found second-order downlink control information to receive a second subframe, wherein the second downlink control information comprises a switching indication field of the second beam. receiving, by a terminal device, a first subframe sent by a base station by using a first beam, wherein the first subframe comprises first-order downlink control information and second-order downlink control information; searching, by the terminal device, for the second-order downlink control information based on the first-order downlink control information, wherein the first-order downlink control information comprises location indication information of the second-order downlink control information in the first subframe; and switching, by the terminal device, from the first beam to a second beam based on the found second-order downlink control information to receive a second subframe, wherein the second downlink control information comprises a switching indication field of the second beam.