mhurhangee/ep-ind-claims huggingface dataset:
Tyre for an agricultural vehicle, comprising: - a crown reinforcement, radially on the inside of a tread and radially on the outside of a carcass reinforcement, - the crown reinforcement comprising at least two crown layers (31, 32) each comprising metal reinforcers which are coated in an elastomeric material, are mutually parallel and form an angle A at least equal to 10° with a circumferential direction (XX'), characterized in that any metal reinforcer of a crown layer (31, 32) has a law, known as a bi-modulus law, governing its elastic behaviour under tension, and comprising a first portion having a first extension modulus MG1 at most equal to 30 GPa, and a second portion having a second extension modulus MG2 at least equal to 2 times the first extension modulus MG1, said law governing the tensile behaviour being determined for a metal reinforcer coated in an elastomer compound having a tensile elastic modulus at 10% elongation, MA10, at least equal to 5 MPa and at most equal to 15 MPa, this tensile elastic modulus being determined from tensile testing performed in accordance with French Standard NF T 46-002 of September 1988, and in that any metal reinforcer of a crown layer (31, 32) has a law governing its behaviour under compression that is characterized by a critical buckling strain E0 at least equal to 3%, said law governing behaviour under compression being determined on a test specimen measuring 12 mm wide, 21 mm high and 8 mm thick, made up of a reinforcer placed at its centre and coated with a parallelepipedal volume of an elastomer compound having a tensile elastic modulus at 10% elongation, MA10, at least equal to 5 MPa and at most equal to 15 MPa, in order to determine the law governing the behaviour in compression, the test specimen being compressed in the heightwise direction, at a rate of 3 mm/min until compressive deformation is achieved, namely until the test specimen is compressed by an amount equal to 10% of its initial height, at ambient temperature, the critical buckling force Fc and the corresponding critical buckling strain E0 being reached when the applied force decreases while the strain continues to increase. - a crown reinforcement, radially on the inside of a tread and radially on the outside of a carcass reinforcement, - the crown reinforcement comprising at least two crown layers (31, 32) each comprising metal reinforcers which are coated in an elastomeric material, are mutually parallel and form an angle A at least equal to 10° with a circumferential direction (XX'),
Multistage centrifugal pump comprising a volute shaped pump casing and back-to-back arranged impellers (41, 4II) mounted on a shaft for rotating the impellers around an axis of rotation, the volute shaped pump casing including chambers for housing respective impellers (4, 41, 4II) and a discharge stage, the discharge stage including a volute shaped chamber which forms a flow channel divided into a first volute (5.1) and a second volute (5.2), and a first channel (6.1II) and a second channel (6.2 II) connected to the first and the second volute respectively, with the first channel being called long channel (6.1II) and the second channel being called short channel (6.2 II), wherein the first or long channel (6.111) is axially displaced with respect to the second or short channel (6.211) and/or with respect to the second volute (5.2), characterized in that the long channel (6.1II) of the discharge stage passes in between a center-bush and a crossover (9.1, 9.2) of the multistage pump.
A method, comprising: selecting, via a processor, at least one grid system contingency from a plurality of grid system contingencies; deriving, via the processor, one or more eigen-sensitivity values based on the at least one grid system contingency by perturbing a power of a generator system included in a plurality of generator systems via a perturbation and distributing the perturbation among a remainder of the plurality of generator systems (154,156,158), wherein a real part of a first eigenvalue of the one or more eigenvalues comprises a base case ( σ base) representative of one of a pre-contingency settling time, damping ratio or combination thereof for a specific oscillation mode of the grid system: characterised by moving the real part of the first eigenvalue ( σ base) so that one of a settling time, a damping ratio, or a combination thereof corresponding to a post-redispatch post-contingency condition lies beyond a threshold representative of a desired settling time, damping ratio or a combination, thereof, deriving, via the processor, one or more control actions at least partially based on the eigen-sensitivity values; and applying, via the processor, the one or more control actions for generation re-dispatch of a grid system. selecting, via a processor, at least one grid system contingency from a plurality of grid system contingencies; deriving, via the processor, one or more eigen-sensitivity values based on the at least one grid system contingency by perturbing a power of a generator system included in a plurality of generator systems via a perturbation and distributing the perturbation among a remainder of the plurality of generator systems (154,156,158), wherein a real part of a first eigenvalue of the one or more eigenvalues comprises a base case ( σ base) representative of one of a pre-contingency settling time, damping ratio or combination thereof for a specific oscillation mode of the grid system: characterised by moving the real part of the first eigenvalue ( σ base) so that one of a settling time, a damping ratio, or a combination thereof corresponding to a post-redispatch post-contingency condition lies beyond a threshold representative of a desired settling time, damping ratio or a combination, thereof, deriving, via the processor, one or more control actions at least partially based on the eigen-sensitivity values; and applying, via the processor, the one or more control actions for generation re-dispatch of a grid system.
A decoder for decoding a signal received through a transmission channel in a communication system, said signal comprising a vector of information symbols, said transmission channel being represented by a channel matrix comprising column vectors, said information symbols carrying information bits, wherein the decoder comprises: - a transformation unit configured to determine a set of auxiliary channel matrices, each auxiliary channel matrix being determined by performing a linear combination of at least one of the column vectors of said channel matrix; - a decomposition unit configured to determine a decomposition of each auxiliary channel matrix into an upper triangular matrix and an orthogonal matrix; - a matrix selection unit configured to select at least one auxiliary channel matrix among said set of auxiliary channel matrices depending on a selection criterion related to the components of said upper triangular matrices, wherein the decoder is configured to determine an auxiliary signal by multiplying the transpose of the orthogonal matrix corresponding to said selected auxiliary channel matrix by said received signal, the decoder being configured to determine at least one estimate of said vector of information symbols from said auxiliary signal and from the upper triangular matrix corresponding to said selected auxiliary channel matrix by applying a QR-based decoding algorithm, the QR-based decoding algorithm being a decoding algorithm based on said upper triangular matrix. - a transformation unit configured to determine a set of auxiliary channel matrices, each auxiliary channel matrix being determined by performing a linear combination of at least one of the column vectors of said channel matrix; - a decomposition unit configured to determine a decomposition of each auxiliary channel matrix into an upper triangular matrix and an orthogonal matrix; - a matrix selection unit configured to select at least one auxiliary channel matrix among said set of auxiliary channel matrices depending on a selection criterion related to the components of said upper triangular matrices,
Steelworks comprising a pig iron producing device for smelting a pig iron smelt from an ore or an ore reduced to an iron oxide or from a raw material with iron content, a converter, which is arranged in the steelworks, for steel production from the pig iron smelt and a primary energy scrap melting device, which is arranged outside the steelworks, for melting down scrap as well as a transport device for transporting the pig iron smelt, which is produced in the pig iron producing device, on a pig iron and steel travel path to the converter, characterised in that the primary energy scrap melting device is incorporated in such a way in the steelworks and in the pig iron and steel travel path, which is or can be travelled on by the transport device on the way from the pig iron producing device for transfer of the pig iron smelt to the converter, and the pig iron and steel travel path is arranged in such a way that the transport device can be selectably led not only unfilled or filled with pig iron from the pig iron producing device to the primary energy scrap melting device, but also past this or starting from this to the converter, wherein the transport device led to the primary energy scrap melting device can be filled thereat with a scrap melt produced in the primary energy scrap melting device from molten scrap.
A method of selecting from a plurality of digital subscriber line, DSL, technologies supported by a first DSL transceiver (112, 132), a DSL technology for use by the first DSL transceiver in transferring data over a communications line (116, 126) between the first DSL transceiver and a second DSL transceiver (134, 144), the method characterised by obtaining an indication of attenuation in the communications line between the DSL transceivers, selecting from the plurality of DSL technologies, a DSL technology for use by the first DSL transceiver in transferring data over the communications line between the DSL transceivers, in which selection of the DSL technology is determined on the basis of one or more parameters, in which the one or more parameters comprise the indication of attenuation in the communications line between the DSL transceivers
A method for moving a container carrier, characterized by the method comprising the steps of: lowering the container, causing to disengage the weight of the container and the spreader off the wheels, turning the wheels to an orientation suitable for a carousel or skew (9, 10) maneuver, lifting the container, and starting a carousel or skew (9, 10) maneuver. lowering the container, causing to disengage the weight of the container and the spreader off the wheels, turning the wheels to an orientation suitable for a carousel or skew (9, 10) maneuver, lifting the container, and starting a carousel or skew (9, 10) maneuver.
A biomaterial for treatment of acute and chronic skin wounds being a hyaluronic acid based functionalized biomaterial comprising crosslinked hyaluronic acid and hyaluronic acid gel, wherein - the crosslinked hyaluronic acid is mixed with hyaluronic acid gel in v/v ratio of 1:2; - the molecular mass of hyaluronic acid used for production of both crosslinked and gel component of the biomaterial is within the range of 2,00 - 2,20 MDa; - the crosslinked component of the biomaterial is produced using 1,4-butanediol diglycidil ether as a crosslinking agent; - the biomaterial being functionalized using purified glycoprotein fraction, wherein the concentration of the purified glycoprotein in the biomaterial is 15-25 μg/ml; - the glycoprotein component of the biomaterial is isolated form filamentous fungus Penicillium lanoso-viride by stepwise precipitation with ammonium sulphate followed by purification by gel filtration on Sephadex G-200 column; - and wherein the dominating N-glycans of the purified glycoprotein fraction are Man7GlcNAc, Man8GlcNAc, Man9GlcNAc. - the crosslinked hyaluronic acid is mixed with hyaluronic acid gel in v/v ratio of 1:2; - the molecular mass of hyaluronic acid used for production of both crosslinked and gel component of the biomaterial is within the range of 2,00 - 2,20 MDa; - the crosslinked component of the biomaterial is produced using 1,4-butanediol diglycidil ether as a crosslinking agent; - the biomaterial being functionalized using purified glycoprotein fraction, wherein the concentration of the purified glycoprotein in the biomaterial is 15-25 μg/ml; - the glycoprotein component of the biomaterial is isolated form filamentous fungus Penicillium lanoso-viride by stepwise precipitation with ammonium sulphate followed by purification by gel filtration on Sephadex G-200 column; - and wherein the dominating N-glycans of the purified glycoprotein fraction are Man7GlcNAc, Man8GlcNAc, Man9GlcNAc.
Eye contour make-up device (100, 200), comprising: - a hollow tube (101, 201); - a first tank (101c, 201c) and a second tank (101d, 201d), parallel and positioned inside the hollow tube (101, 201); - a first tip (102, 202) and a second tip (103, 203) placed in correspondence with a first end (101a, 201a) of the hollow tube (101, 201), said first tip (102, 202) being configured for the application of a cosmetic liquid contained in the first tank (101c, 201c), said second tip (103, 203) being configured for the application of a cosmetic liquid contained in the second tank (101d, 201d); - a cap (104, 204) able to be applied to the hollow tube (101, 201) in correspondence with the first end (101a, 201a) and to cover the first tip (102, 202) and the second tip (103, 203); - -a means for dispensing the cosmetic liquid characterized in that said means for dispensing the cosmetic liquid comprises a wheel (105, 205); an endless screw (106, 206); and a plate (107, 207); said wheel (105, 205) being partially external to the hollow tube (101, 201), able to be activated by a user and to engage the endless screw (106, 206), coaxial with the hollow tube (101, 201), interposed between the first tank (101c, 201c) and the second tank (101d, 201d) and fixed to the plate (107, 207), internal to the hollow tube (101, 201) and able to slide along the axis of said hollow tube (101, 201) and to compress the cosmetic liquid contained in the first tank (101c, 201c) and in the second tank (101d, 201d) toward respectively the first tip (102, 202) and the second tip (103, 203). - a hollow tube (101, 201); - a first tank (101c, 201c) and a second tank (101d, 201d), parallel and positioned inside the hollow tube (101, 201); - a first tip (102, 202) and a second tip (103, 203) placed in correspondence with a first end (101a, 201a) of the hollow tube (101, 201), said first tip (102, 202) being configured for the application of a cosmetic liquid contained in the first tank (101c, 201c), said second tip (103, 203) being configured for the application of a cosmetic liquid contained in the second tank (101d, 201d); - a cap (104, 204) able to be applied to the hollow tube (101, 201) in correspondence with the first end (101a, 201a) and to cover the first tip (102, 202) and the second tip (103, 203); - -a means for dispensing the cosmetic liquid
A hand held ink-jet printing liquid discharge apparatus to discharge liquid onto a recording medium while being moved by a user, the liquid discharge apparatus comprising: an ink jet recording head configured to discharge liquid to print an image on the recording medium according to image data; a sensor (20; 30) configured to detect movement of the apparatus in a predetermined period and output movement information of the liquid discharge apparatus, the movement information including at least one of a movement amount and an angular velocity; a heater configured to heat the head; a discharge control unit (105,111) configured to instruct liquid discharge from the head based on the image data and the movement information from the sensor (20; 30); characterized by a temperature sensor configured to detect a temperature of the head; a float detecting unit configured to detect floating of the liquid discharge apparatus based on a detection result generated by the sensor (20; 30), wherein the apparatus is detected as floating when it is not in close contact with the recording medium; and a heater control unit configured to stop heating of the head in response to detection of floating by the float detecting unit. an ink jet recording head configured to discharge liquid to print an image on the recording medium according to image data; a sensor (20; 30) configured to detect movement of the apparatus in a predetermined period and output movement information of the liquid discharge apparatus, the movement information including at least one of a movement amount and an angular velocity; a heater configured to heat the head; a discharge control unit (105,111) configured to instruct liquid discharge from the head based on the image data and the movement information from the sensor (20; 30); characterized by a temperature sensor configured to detect a temperature of the head; a float detecting unit configured to detect floating of the liquid discharge apparatus based on a detection result generated by the sensor (20; 30), wherein the apparatus is detected as floating when it is not in close contact with the recording medium; and a heater control unit configured to stop heating of the head in response to detection of floating by the float detecting unit.
A method for operating an electric machine, in particular a wind turbine, having a generator with a rotor and a stator, the method comprising: evaluating an active damping applied to the electric machine; deriving a damping criterion from the evaluated applied active damping; and shifting a dynamic capacity curve towards a maximum allowed level, wherein the maximum allowed level is based on the damping criterion and a first operation criterion; wherein the dynamic capacity curve is a dynamic power capacity curve (DPCC) or a dynamic torque capacity curve; and characterised in that the method further comprises: at low rotor speeds, shifting the dynamic capacity curve towards the first operation criterion, thereby using the damping criterion as a limitation. evaluating an active damping applied to the electric machine; deriving a damping criterion from the evaluated applied active damping; and shifting a dynamic capacity curve towards a maximum allowed level, wherein the maximum allowed level is based on the damping criterion and a first operation criterion; wherein the dynamic capacity curve is a dynamic power capacity curve (DPCC) or a dynamic torque capacity curve; and characterised in that the method further comprises: at low rotor speeds, shifting the dynamic capacity curve towards the first operation criterion, thereby using the damping criterion as a limitation.
A set of one or more forward primers, two or more reverse primers and one or more probes for detecting Mycoplasma in a test sample by a multiplex real time quantitative PCR, wherein the probe(s) is a probe for specifically detecting products amplified by use of the forward primer and the reverse primer; the forward primer(s) is an oligonucleotide consisting of a nucleotide sequence, which is selected from the group consisting of nucleotide sequences each consisting of continuous 17 to 30 nucleotides in the nucleotide sequence represented by SEQ ID No: 1, and which contains a nucleotide sequence (caaggtatccs) at nucleotide positions 14 to 24 in SEQ ID No: 1; the reverse primers each are an oligonucleotide consisting of a nucleotide sequence, which is selected from the group consisting of nucleotide sequences each consisting of continuous 17 to 26 nucleotides in one or more nucleotide sequences represented by SEQ ID Nos: 14 and 17 to 20; and the probe(s) is an oligonucleotide, which consists of a nucleotide sequence selected from the group consisting of nucleotide sequences each consisting of continuous 17 to 26 nucleotides in the nucleotide sequence represented by SEQ ID No: 33, or which consists of a complementary nucleotide sequence thereto.
An encryption device, comprising: a parameter generating circuit configured to generate an encryption parameter (PRMT) including a number of initial valid bits based on an operation scenario; an encryption circuit configured to generate a cipher text by encrypting a plain text received from the outside, based on the encryption parameter; an operation circuit configured to generate a final cipher text (CT') by performing a plurality of operations on the cipher text according to the operation scenario and to tag, to the final cipher text, history information of the operations performed on the final cipher text; and a decryption circuit configured to generate a decrypted plain text (DT') by decrypting the final cipher text and to output a number of reliable bits of the decrypted plain text based on the history information; characterised in that the parameter generating circuit is further configured to determine the number of initial valid bits based on a number of multiplication operations included in the operation scenario and to generate the encryption parameter including the number of initial valid bits. a parameter generating circuit configured to generate an encryption parameter (PRMT) including a number of initial valid bits based on an operation scenario; an encryption circuit configured to generate a cipher text by encrypting a plain text received from the outside, based on the encryption parameter; an operation circuit configured to generate a final cipher text (CT') by performing a plurality of operations on the cipher text according to the operation scenario and to tag, to the final cipher text, history information of the operations performed on the final cipher text; and a decryption circuit configured to generate a decrypted plain text (DT') by decrypting the final cipher text and to output a number of reliable bits of the decrypted plain text based on the history information; characterised in that the parameter generating circuit is further configured to determine the number of initial valid bits based on a number of multiplication operations included in the operation scenario and to generate the encryption parameter including the number of initial valid bits.