mhurhangee/patent-ind-claim-en huggingface dataset:
A method for immobilizing an analyte-recognizing molecule on a surface functionalized with chemical groups Y 1 suitable for reacting with a chemical group X 2 of a coupling molecule to form a reaction product comprising a chemical group Y 2 suitable for reacting with the analyte-recognizing molecule , the method comprising the steps of: a. Providing the functionalized surface , b. Contacting the functionalized surface with a solution comprising simultaneously: i. The coupling molecule , and ii. The analyte-recognizing molecule , wherein the analyte-recognizing molecule comprises an -NH 2 group and wherein the coupling molecule is suitable for reacting with the -NH 2 group, wherein Y 1 is selected from the group consisting of -N 3 and an alkyne which is strained or not, wherein If Y 1 is -N 3 , X 2 is an alkyne which is strained or not, and if the alkyne is not strained, step b is performed in presence of a catalyst suitable for enabling the reaction of an alkyne which is not strained with -N 3 , and if Y 1 is an alkyne which is strained or not, X 2 is -N 3 , and if the alkyne is not strained, step b is performed in presence of a catalyst suitable for enabling the reaction of an alkyne which is not strained with -N 3 . a. Providing the functionalized surface , b. Contacting the functionalized surface with a solution comprising simultaneously: i. The coupling molecule , and ii. The analyte-recognizing molecule , wherein the analyte-recognizing molecule comprises an -NH 2 group and wherein the coupling molecule is suitable for reacting with the -NH 2 group, wherein Y 1 is selected from the group consisting of -N 3 and an alkyne which is strained or not, wherein If Y 1 is -N 3 , X 2 is an alkyne which is strained or not, and if the alkyne is not strained, step b is performed in presence of a catalyst suitable for enabling the reaction of an alkyne which is not strained with -N 3 , and if Y 1 is an alkyne which is strained or not, X 2 is -N 3 , and if the alkyne is not strained, step b is performed in presence of a catalyst suitable for enabling the reaction of an alkyne which is not strained with -N 3 . i. The coupling molecule , and ii. The analyte-recognizing molecule , wherein the analyte-recognizing molecule comprises an -NH 2 group and wherein the coupling molecule is suitable for reacting with the -NH 2 group, wherein Y 1 is selected from the group consisting of -N 3 and an alkyne which is strained or not, wherein If Y 1 is -N 3 , X 2 is an alkyne which is strained or not, and if the alkyne is not strained, step b is performed in presence of a catalyst suitable for enabling the reaction of an alkyne which is not strained with -N 3 , and if Y 1 is an alkyne which is strained or not, X 2 is -N 3 , and if the alkyne is not strained, step b is performed in presence of a catalyst suitable for enabling the reaction of an alkyne which is not strained with -N 3 .
A landing gear force control system for an aircraft having a longitudinal axis and a plurality of landing gears having one or more braking and/or driving wheels, the force control system comprising: an error-based force control module ; and a configuration manager for providing configuration data to the force control module, wherein the error-based force control module is adapted to: receive an input signal representative of a longitudinal force demand to be achieved by the force control system; receive an input signal representative of an actual measured longitudinal force acting upon one or more landing gears; calculate any error between the force demand signal and the actual force signal; and output a longitudinal force command for the one or more landing gears so as to minimise any error between the demanded force and the actual force. receive an input signal representative of a longitudinal force demand to be achieved by the force control system; receive an input signal representative of an actual measured longitudinal force acting upon one or more landing gears; calculate any error between the force demand signal and the actual force signal; and output a longitudinal force command for the one or more landing gears so as to minimise any error between the demanded force and the actual force.
A method for detecting a shaft event in a gas turbine engine , the method comprising: determining a detection threshold as a set of threshold values for a spool speed of a first spool of the engine and a load transfer through a shaft of a second spool of the engine different from the first spool, the set of threshold values varying throughout a flight envelope, the detection threshold defining, for each spool speed value, at least one load transfer value beyond which a shaft event is detected; obtaining operation values of the spool speed and the load transfer during operation of the engine; comparing the operation values to the detection threshold; and detecting the shaft event when the operation values are beyond the detection threshold. determining a detection threshold as a set of threshold values for a spool speed of a first spool of the engine and a load transfer through a shaft of a second spool of the engine different from the first spool, the set of threshold values varying throughout a flight envelope, the detection threshold defining, for each spool speed value, at least one load transfer value beyond which a shaft event is detected; obtaining operation values of the spool speed and the load transfer during operation of the engine; comparing the operation values to the detection threshold; and detecting the shaft event when the operation values are beyond the detection threshold.
Method for producing a product in a brewery plant comprising a filling plant , a storage cellar and a brewhouse , the method comprising the following steps: a. Generating of a filling order for the filling plant ; b. Filtering and filling a quantity of a product on the basis of the filling order if the required quantity is available as released product in the storage cellar ; c. Checking the filling quantity of a product in the storage cellar and create a brewing order for the brewhouse if the filling quantity of the product falls below a minimum filling quantity; d. Producing of a quantity of a precursor product in the brewhouse on the basis of the brewing order . a. Generating of a filling order for the filling plant ; b. Filtering and filling a quantity of a product on the basis of the filling order if the required quantity is available as released product in the storage cellar ; c. Checking the filling quantity of a product in the storage cellar and create a brewing order for the brewhouse if the filling quantity of the product falls below a minimum filling quantity; d. Producing of a quantity of a precursor product in the brewhouse on the basis of the brewing order .
A transmission shaft for driving an actuator in a wing of an aircraft comprising: a first side for inputting torque; a second side for outputting torque; and a rod extending in a longitudinal direction between the first side and the second side to transfer torque along the transmission shaft , the rod comprising a first end provided at the first side, a second end provided at the second side and a torsional compliant section extending therebetween providing the transmission shaft with a torsional stiffness, wherein the torsional compliant section comprises a cross-section which extends in the longitudinal direction to define a central core for transmitting torque directly from the first end to the second end and a radially outer section comprising a plurality ribs which extend radially and longitudinally from an outer periphery of the central core for increasing transverse stiffness of the rod , wherein the first end of the rod and the first side of the transmission shaft are coupled through a first circumferentially extending interface to deliver torque into the torsional compliant section, and the second end of the rod and the second side of the transmission shaft are coupled through a second circumferentially extending interface to deliver torque out of the torsional compliant section, wherein end surfaces of the ribs of the torsional compliant section are spaced from the first and second circumferentially extending interfaces; and wherein the rod comprises a composite material comprising fibres extending longitudinally the entire length of the rod. a first side for inputting torque; a second side for outputting torque; and a rod extending in a longitudinal direction between the first side and the second side to transfer torque along the transmission shaft , the rod comprising a first end provided at the first side, a second end provided at the second side and a torsional compliant section extending therebetween providing the transmission shaft with a torsional stiffness, wherein the torsional compliant section comprises a cross-section which extends in the longitudinal direction to define a central core for transmitting torque directly from the first end to the second end and a radially outer section comprising a plurality ribs which extend radially and longitudinally from an outer periphery of the central core for increasing transverse stiffness of the rod , wherein the first end of the rod and the first side of the transmission shaft are coupled through a first circumferentially extending interface to deliver torque into the torsional compliant section, and the second end of the rod and the second side of the transmission shaft are coupled through a second circumferentially extending interface to deliver torque out of the torsional compliant section, wherein end surfaces of the ribs of the torsional compliant section are spaced from the first and second circumferentially extending interfaces; and wherein the rod comprises a composite material comprising fibres extending longitudinally the entire length of the rod.
Telescopic strut (T) for a stabilizing means for a device for lifting loads, in particular for a hanger for vehicles or vehicle parts, wherein the telescopic strut (T) is composed of an outer tube (AR) and of an inner tube (IR) guided in said outer tube, wherein the inner tube (IR) is movable in a longitudinal direction in the outer tube (AR), wherein a number of sliding shoes (G) is attached to the outer tube (AR) for the purposes of guiding the inner tube (IR), wherein the sliding shoes (G) have each been introduced from the outside into an opening in the wall of the outer tube (AR) and protrude inwardly for the purposes of guiding the inner tube (IR), characterized in that the sliding shoes (G) have a substantially T-shaped cross section, wherein the small-area part of the sliding shoe (G) is led through the opening of the outer tube (AR) from the outside, and wherein an overhanging wide part of the sliding shoe (G), as a bearing surface, bears against the outer tube (AR) from the outside and is connected, in particular screwed, to the outer tube (AR) in the region of the bearing surface, and in that a spacer (D) is introduced in each case between the outer side of the outer tube (AR) and the bearing surface of the sliding shoe (G). wherein the telescopic strut (T) is composed of an outer tube (AR) and of an inner tube (IR) guided in said outer tube, wherein the inner tube (IR) is movable in a longitudinal direction in the outer tube (AR), wherein a number of sliding shoes (G) is attached to the outer tube (AR) for the purposes of guiding the inner tube (IR), wherein the sliding shoes (G) have each been introduced from the outside into an opening in the wall of the outer tube (AR) and protrude inwardly for the purposes of guiding the inner tube (IR), characterized in that the sliding shoes (G) have a substantially T-shaped cross section, wherein the small-area part of the sliding shoe (G) is led through the opening of the outer tube (AR) from the outside, and wherein an overhanging wide part of the sliding shoe (G), as a bearing surface, bears against the outer tube (AR) from the outside and is connected, in particular screwed, to the outer tube (AR) in the region of the bearing surface, and in that a spacer (D) is introduced in each case between the outer side of the outer tube (AR) and the bearing surface of the sliding shoe (G).
A connector with wire cover , comprising: a connector body (C) to be connected to an end of a wire (W); and a wire cover to be mounted on a rear surface of the connector body (C) and configured to hold the wire (W), wherein: the connector body (C) includes a housing connectable to a mating connector and a lever enabling the mating connector and the housing to be properly connected by being rotated from an initial position to a connection position; characterized in that the wire cover is configured to hold the wire (W) while bending the wire (W) in a predetermined direction, and the wire cover includes a wire fixing portion provided on a rear part to project in the predetermined direction and a protruding portion provided to protrude from the wire fixing portion in a lateral direction substantially perpendicular to a connecting direction of the connector body (C) and the mating connector ; and an entrance of a cam groove to be engaged with a cam pin provided on the mating connector when the lever is disposed at the initial position and the protruding portion are disposed at same position in a width direction of the housing . a connector body (C) to be connected to an end of a wire (W); and a wire cover to be mounted on a rear surface of the connector body (C) and configured to hold the wire (W), wherein: the connector body (C) includes a housing connectable to a mating connector and a lever enabling the mating connector and the housing to be properly connected by being rotated from an initial position to a connection position; characterized in that the wire cover is configured to hold the wire (W) while bending the wire (W) in a predetermined direction, and the wire cover includes a wire fixing portion provided on a rear part to project in the predetermined direction and a protruding portion provided to protrude from the wire fixing portion in a lateral direction substantially perpendicular to a connecting direction of the connector body (C) and the mating connector ; and the connector body (C) includes a housing connectable to a mating connector and a lever enabling the mating connector and the housing to be properly connected by being rotated from an initial position to a connection position; characterized in that the wire cover is configured to hold the wire (W) while bending the wire (W) in a predetermined direction, and the wire cover includes a wire fixing portion provided on a rear part to project in the predetermined direction and a protruding portion provided to protrude from the wire fixing portion in a lateral direction substantially perpendicular to a connecting direction of the connector body (C) and the mating connector ; and an entrance of a cam groove to be engaged with a cam pin provided on the mating connector when the lever is disposed at the initial position and the protruding portion are disposed at same position in a width direction of the housing .
An image synthesis method, comprising: defining a set of sample blocks from an input image; for each of a plurality of combinations of n sample blocks from the set of sample blocks wherein n is greater than 1, determining a matching block from the set of sample blocks which, when positioned in conjunction with a predetermined arrangement of the n sample blocks of the combination, provides a best match according to a match function; and storing a match table which includes, as an entry for each of the combinations of n sample blocks, a respective indication of the determined matching block for that combination; wherein the stored match table is for use in generating a synthesised image, said generating comprising positioning sample blocks in a synthesis arrangement determined from the entries in the match table. defining a set of sample blocks from an input image; for each of a plurality of combinations of n sample blocks from the set of sample blocks wherein n is greater than 1, determining a matching block from the set of sample blocks which, when positioned in conjunction with a predetermined arrangement of the n sample blocks of the combination, provides a best match according to a match function; and storing a match table which includes, as an entry for each of the combinations of n sample blocks, a respective indication of the determined matching block for that combination; wherein the stored match table is for use in generating a synthesised image, said generating comprising positioning sample blocks in a synthesis arrangement determined from the entries in the match table.
A vector for use in preventing, treating and/or delaying amyotrophic lateral sclerosis (ALS) in a mammal, wherein the vector induces neuronal overexpression of a spliced X-Box protein 1 (XBP1s) in the central nervous system (CNS) of the mammal, and wherein the vector is an adeno-associated virus (AAV) vector comprising a transcriptional regulatory element for expression in the central nervous system, operatively linked to a polynucleotide encoding XBP1s.
The jaw crusher, which has a machine frame and a crushing chamber , which is restricted by multiple crusher jaws , of which at least one movable crusher jaw opposite the machine frame can be moved in a guided track , whereby a pressure plate with a first peripheral zone on the side facing away from the crushing chamber on the movable crusher jaw rests under pressure and with a second peripheral zone opposite the first peripheral zone resting at least indirectly on the machine frame applying pressure, whereby the pressure plate can be pivoted around the respective adjacent peripheral zones as well as with respect to the machine frame and the movable crusher jaw , whereby the support area of the pressure plate can be freely adjusted on the moving crusher jaw and fixed in different selected positions, whereby the contact area of the pressure plate with the movable crusher jaw on the side of the crusher jaw is formed by an carriage , which is attached to the movable crusher jaw , and the carriage on the movable crusher jaw can be guided and moved along a track , whereby the track runs in a plane parallel to the plane of movement of the movable crusher jaw , characterised in that the track is inclined to a maximum of 15° with respect to a working surface , with which the movable crusher jaw in the crushing chamber rests against the crushed material located there.
A wireless communication method , comprising receiving , by a terminal device, first information transmitted by a network device, the first information being used to indicate at least one piece of slicing information supported by a target cell; and determining , by the terminal device based on the at least one piece of slicing information, target slicing information, characterized in that the method further comprises: determining by the terminal device a target random access parameter corresponding to the target slicing information comprises a random access resource, for the target cell, at least one parameter for access control comprises at least one of: at least one barring parameter corresponding to the at least one piece of slicing information, at least one Unified Access Control (UAC) parameter corresponding to the at least one piece of slicing information, and at least one access priority parameter corresponding to the at least one piece of slicing information, and at least some of slices indicated by the at least one piece of slicing information correspond to different Backoff Indicator (BI) values. receiving , by a terminal device, first information transmitted by a network device, the first information being used to indicate at least one piece of slicing information supported by a target cell; and determining , by the terminal device based on the at least one piece of slicing information, target slicing information, characterized in that the method further comprises: determining by the terminal device a target random access parameter corresponding to the target slicing information comprises a random access resource, for the target cell, at least one parameter for access control comprises at least one of: at least one barring parameter corresponding to the at least one piece of slicing information, at least one Unified Access Control (UAC) parameter corresponding to the at least one piece of slicing information, and at least one access priority parameter corresponding to the at least one piece of slicing information, and at least some of slices indicated by the at least one piece of slicing information correspond to different Backoff Indicator (BI) values.
A motor control unit that controls an operation of a motor , comprising: a control circuit that outputs a motor control signal for controlling the operation of the motor ; a driving circuit that supplies driving electric power to the motor based on the motor control signal; and a capacitor ( C ) provided at an intermediate portion of a power supply line ( Lp ) that connects the driving circuit and an external power supply to each other, wherein the motor is connected to a driven body via a clutch that allows or interrupts torque transmission between the motor and the driven body , the control circuit carries out electric discharge from the capacitor ( C ) by supplying electric power generated by electric charges stored in the capacitor ( C ) to the motor such that torque is generated by the motor , with torque transmission between the motor and the driven body interrupted by the clutch , after a switch provided at an intermediate portion of the power supply line ( Lp ) is turned off, and the control circuit controls electric power supply to the motor such that an angular velocity of the motor becomes less than or equal to a prescribed angular velocity, at the time of the electric discharge from the capacitor ( C ). a control circuit that outputs a motor control signal for controlling the operation of the motor ; a driving circuit that supplies driving electric power to the motor based on the motor control signal; and a capacitor ( C ) provided at an intermediate portion of a power supply line ( Lp ) that connects the driving circuit and an external power supply to each other, wherein the motor is connected to a driven body via a clutch that allows or interrupts torque transmission between the motor and the driven body , the control circuit carries out electric discharge from the capacitor ( C ) by supplying electric power generated by electric charges stored in the capacitor ( C ) to the motor such that torque is generated by the motor , with torque transmission between the motor and the driven body interrupted by the clutch , after a switch provided at an intermediate portion of the power supply line ( Lp ) is turned off, and the control circuit controls electric power supply to the motor such that an angular velocity of the motor becomes less than or equal to a prescribed angular velocity, at the time of the electric discharge from the capacitor ( C ).
Use of a composition comprising an attracting agent, wherein said attracting agent is lavandulol in a concentration of from 0.0000001% (v/v) to 0.0095% (v/v) for attracting mites.