mhurhangee/patent-ind-claim-en huggingface dataset:
Process for the preparation of L-ornithine, characterized in that the following steps are carried out: a) fermentation of an L-ornithine-excreting bacterium selected from the group consisting of Corynebacterium, Bacillus, Streptomyces, Arthrobacter and the Enterobacteriaceae, which bacterium harbours an overexpressed polynucleotide coding for a polypeptide which has the activity of an L-ornithine exporter and whose amino acid sequence is identical to SEQ ID NO:2, or whose amino acid sequence may be derived from SEQ ID NO:2 by a maximum of 25 deletions, insertions, substitutions and/or N- or C-terminal additions of amino acids in total, in a medium, b) accumulation of L-ornithine in the medium, wherein a fermentation broth is obtained, and c) wherein, for overexpression, plasmid pEC71ysE deposited in DSM23239 is excluded. a) fermentation of an L-ornithine-excreting bacterium selected from the group consisting of Corynebacterium, Bacillus, Streptomyces, Arthrobacter and the Enterobacteriaceae, which bacterium harbours an overexpressed polynucleotide coding for a polypeptide which has the activity of an L-ornithine exporter and whose amino acid sequence is identical to SEQ ID NO:2, or whose amino acid sequence may be derived from SEQ ID NO:2 by a maximum of 25 deletions, insertions, substitutions and/or N- or C-terminal additions of amino acids in total, in a medium, b) accumulation of L-ornithine in the medium, wherein a fermentation broth is obtained, and c) wherein, for overexpression, plasmid pEC71ysE deposited in DSM23239 is excluded.
A blend of two or more oils, wherein said blend comprises 60% to 85% by weight saturated medium chain fatty acids, 15% to 40% by weight monounsaturated long chain fatty acids, and less than 10% by weight myristic acid (C14:0) and saturated long chain fatty acids, wherein said medium chain fatty acids comprise caprylic acid (C8:0) in an amount of up to 25 % by weight of the blend.
A racket comprising: a frame on which strings are extended in a tensioned state in a longitudinal direction and a lateral direction, the strings forming front and back faces as hitting faces ; and a grommet (25-28) comprising a plurality of cylindrical parts , wherein each cylindrical part includes a first formation section forming both sides of central axis position of the cylindrical part , and a second formation section rotationally shifted with reference to the central axis position by 90 degrees relative to the first formation section and forming both sides of the central axis position, wherein one of the first and second formation sections is disposed on both sides in a front/back direction, wherein the first and second formation sections each have a different rigidity, wherein the cylindrical parts are pierced through holes formed in the frame , so as to mount the grommet (25-28) on the frame , and the strings are extended in a tensioned state by being passed through the plurality of cylindrical parts , characterized in that the holes have a circular shape, and the first and second formation sections of each of the cylindrical parts are different from each other in terms of a distance in a radial direction from the corresponding both sides of the first and second formation sections to an inner circumferential edge of the hole through which the cylindrical part is pierced. a frame on which strings are extended in a tensioned state in a longitudinal direction and a lateral direction, the strings forming front and back faces as hitting faces ; and a grommet (25-28) comprising a plurality of cylindrical parts , wherein each cylindrical part includes a first formation section forming both sides of central axis position of the cylindrical part , and a second formation section rotationally shifted with reference to the central axis position by 90 degrees relative to the first formation section and forming both sides of the central axis position, a first formation section forming both sides of central axis position of the cylindrical part , and a second formation section rotationally shifted with reference to the central axis position by 90 degrees relative to the first formation section and forming both sides of the central axis position, wherein one of the first and second formation sections is disposed on both sides in a front/back direction, wherein the first and second formation sections each have a different rigidity, wherein the cylindrical parts are pierced through holes formed in the frame , so as to mount the grommet (25-28) on the frame , and the strings are extended in a tensioned state by being passed through the plurality of cylindrical parts , characterized in that the holes have a circular shape, and the first and second formation sections of each of the cylindrical parts are different from each other in terms of a distance in a radial direction from the corresponding both sides of the first and second formation sections to an inner circumferential edge of the hole through which the cylindrical part is pierced.
Method for, in particular industrial, measurement of a surface , in particular according to the principle of Optical Coherence Tomography, whereby based on interferograms distances (D) to points of the surface are measured, with • generating a laser beam , • emitting the laser beam onto the surface , • receiving at least a part of the laser beam , reflected by a respective point of the surface , • generating an interferogram by superposition of the received laser beam with a reference laser beam, the method further comprising classifying a respective interferogram or the distance (D) derived therefrom as non-valid or valid based on evaluation of amplitude change , and in particular phase change , of the respective interferogram , characterized in that the evaluation comprises detecting if the amplitude (A) of a respective interferogram is temporarily below an amplitude threshold and a respective measurement is classified as non-valid if an interferogram fraction (F, B) with amplitude (A) below the amplitude threshold is above a fraction threshold. • generating a laser beam , • emitting the laser beam onto the surface , • receiving at least a part of the laser beam , reflected by a respective point of the surface , • generating an interferogram by superposition of the received laser beam with a reference laser beam, the method further comprising classifying a respective interferogram or the distance (D) derived therefrom as non-valid or valid based on evaluation of amplitude change , and in particular phase change , of the respective interferogram , characterized in that the evaluation comprises detecting if the amplitude (A) of a respective interferogram is temporarily below an amplitude threshold and a respective measurement is classified as non-valid if an interferogram fraction (F, B) with amplitude (A) below the amplitude threshold is above a fraction threshold. the method further comprising classifying a respective interferogram or the distance (D) derived therefrom as non-valid or valid based on evaluation of amplitude change , and in particular phase change , of the respective interferogram , characterized in that the evaluation comprises detecting if the amplitude (A) of a respective interferogram is temporarily below an amplitude threshold and a respective measurement is classified as non-valid if an interferogram fraction (F, B) with amplitude (A) below the amplitude threshold is above a fraction threshold.
A lock (100; 300; 400) comprising : - a stator , - a rotor rotatably mounted relative to the stator about an axis, called the axis Δ, and having a key insertion channel along which the axis Δ extends, - elements (A, B, C, D, E, F, G, H; A, B, C, D, E, F, G) for blocking the rotor succeeding one another along the axis Δ and each separated from the next one by a distance, called «step», the blocking elements being configured to detect the insertion of a compatible key into the channel to enable the rotation of the rotor relative to the stator , - at least two steps having different values (P1, P2), respectively called first step value (P1) and second step value (P2), characterized in that the second step value (P2) is a multiple of the first step value (P1). - a stator , - a rotor rotatably mounted relative to the stator about an axis, called the axis Δ, and having a key insertion channel along which the axis Δ extends, - elements (A, B, C, D, E, F, G, H; A, B, C, D, E, F, G) for blocking the rotor succeeding one another along the axis Δ and each separated from the next one by a distance, called «step», the blocking elements being configured to detect the insertion of a compatible key into the channel to enable the rotation of the rotor relative to the stator , - at least two steps having different values (P1, P2), respectively called first step value (P1) and second step value (P2), characterized in that the second step value (P2) is a multiple of the first step value (P1).
An elongate electrically conductive element comprising a core in aluminium or aluminium alloy and a layer of copper or copper alloy surrounding said core in aluminium or aluminium alloy, characterized in that : - the layer of copper or copper alloy represents 40 to 80 % by volume of the volume of the elongate electrically conductive element; - the aluminium content of the aluminium alloy is at least 98.00 % by weight, and - said elongate electrically conductive element is able to be obtained with a process comprising at least one step i) to form the layer of copper or copper alloy around the core in aluminium or aluminium alloy, via continuous casting. - the layer of copper or copper alloy represents 40 to 80 % by volume of the volume of the elongate electrically conductive element; - the aluminium content of the aluminium alloy is at least 98.00 % by weight, and - said elongate electrically conductive element is able to be obtained with a process comprising at least one step i) to form the layer of copper or copper alloy around the core in aluminium or aluminium alloy, via continuous casting.
Supercharging device for an internal combustion engine, in particular for a vehicle, wherein the supercharging device has: a compressor with a compressor housing and a compressor space in which a compressor wheel is arranged, an electric motor with a motor housing which defines a motor space in which a rotor and a stator are arranged, a shaft which connects the rotor rotationally conjointly to the compressor wheel , a bearing device for the mounting of the shaft , wherein the bearing device has a means for vibration damping, a receiving space , wherein a power electronics circuit for the control of the electric motor is arranged in the receiving space , and wherein the receiving space is hermetically sealed off with respect to the compressor space and the motor space , characterized in that the receiving space is arranged between motor housing and compressor housing , and furthermore by a means for allowing a pressure equalization between the receiving space and the surroundings. a compressor with a compressor housing and a compressor space in which a compressor wheel is arranged, an electric motor with a motor housing which defines a motor space in which a rotor and a stator are arranged, a shaft which connects the rotor rotationally conjointly to the compressor wheel , a bearing device for the mounting of the shaft , wherein the bearing device has a means for vibration damping, a receiving space , wherein a power electronics circuit for the control of the electric motor is arranged in the receiving space , and wherein the receiving space is hermetically sealed off with respect to the compressor space and the motor space , characterized in that the receiving space is arranged between motor housing and compressor housing , and furthermore by a means for allowing a pressure equalization between the receiving space and the surroundings.
An adapter plate for attaching a CATV module to a wall outlet terminating a coaxial cable, the wall outlet comprising a first and a second RF connector ; wherein the adapter plate comprises a hole for insertion of a RF connector of the CATV module, characterized in that the adapter plate comprises a rotatable plate comprising a cylindrical member substantially orthogonal to a surface of the rotatable plate, wherein an axis of rotation of the cylindrical member is displaced from a center of the rotatable plate; said cylindrical member is designed to fit into the first RF connector of the wall outlet , wherein the cylindrical member being fit into the first RF connector forms an axis of rotation of the rotatable plate , wherein a distance between the cylindrical member and the hole is adjustable by rotating the rotatable plate such that the hole is co-locatable with the second RF connector of the wall outlet .
A parking assistance device comprising: an external environment recognition unit that recognizes a road surface environment around a vehicle on the basis of information detected by an external environment sensor installed in the vehicle; an information presenting unit that presents, to an occupant of the vehicle, road surface information indicating a presence of an obstacle on a road surface around the vehicle on the basis of the road surface environment recognized by the external environment recognition unit ; a road surface information correction unit that corrects the road surface information and invalidates the obstacle; and a parking route calculation unit that calculates a parking route for parking the vehicle on the basis of the road surface information corrected by the road surface information correction unit , wherein the external environment sensor includes a first sensor capable of two-dimensional detection around the vehicle, and a second sensor capable of three-dimensional detection around the vehicle, characterized in that : a correction of the road surface information by the road surface information correction unit is permitted for the obstacle detected by the first sensor and not detected by the second sensor, and the correction of the road surface information by the road surface information correction unit is prohibited for the obstacle detected by the second sensor. an external environment recognition unit that recognizes a road surface environment around a vehicle on the basis of information detected by an external environment sensor installed in the vehicle; an information presenting unit that presents, to an occupant of the vehicle, road surface information indicating a presence of an obstacle on a road surface around the vehicle on the basis of the road surface environment recognized by the external environment recognition unit ; a road surface information correction unit that corrects the road surface information and invalidates the obstacle; and a parking route calculation unit that calculates a parking route for parking the vehicle on the basis of the road surface information corrected by the road surface information correction unit , wherein the external environment sensor includes a first sensor capable of two-dimensional detection around the vehicle, and a second sensor capable of three-dimensional detection around the vehicle, characterized in that : a correction of the road surface information by the road surface information correction unit is permitted for the obstacle detected by the first sensor and not detected by the second sensor, and the correction of the road surface information by the road surface information correction unit is prohibited for the obstacle detected by the second sensor. a correction of the road surface information by the road surface information correction unit is permitted for the obstacle detected by the first sensor and not detected by the second sensor, and the correction of the road surface information by the road surface information correction unit is prohibited for the obstacle detected by the second sensor.
A driving-force control device mounted on a saddle-ride type vehicle that transmits a driving force of an engine to a rear wheel generating a rear wheel torque, sequentially via a main clutch and a dog-type transmission, the driving-force control device comprising: a control unit that executes first control to suppress the driving force when it is judged that a front wheel of the saddle-ride type vehicle is in a lifted state in which the front wheel is lifted, and second control to temporarily change the driving force by releasing or weakening engagement of dogs of the dog-type transmission so that gear shift of the dog-type transmission becomes possible, when a shift operation of the dog-type transmission is detected in a state in which connection of the main clutch is being detected, wherein when the first control is executed while the second control is executed, the control unit sets a lower one of a value of the rear wheel torque calculated in the first control (RESETQ) and a value of the rear wheel torque calculated in the second control (SASETQ) as a value of a target rear wheel torque (MTCRQTQLF). a control unit that executes first control to suppress the driving force when it is judged that a front wheel of the saddle-ride type vehicle is in a lifted state in which the front wheel is lifted, and second control to temporarily change the driving force by releasing or weakening engagement of dogs of the dog-type transmission so that gear shift of the dog-type transmission becomes possible, when a shift operation of the dog-type transmission is detected in a state in which connection of the main clutch is being detected, wherein when the first control is executed while the second control is executed, the control unit sets a lower one of a value of the rear wheel torque calculated in the first control (RESETQ) and a value of the rear wheel torque calculated in the second control (SASETQ) as a value of a target rear wheel torque (MTCRQTQLF).
A tunable vertical cavity surface emitting laser (VCSEL) with an active region with at least one pair of quantum wells (QW), characterized in that the quantum wells are spaced by a 1/4 of a center wavelength of the VCSEL in a semiconducting material of the active region.
A system for use in a computing environment which includes a traffic director component, comprising: a traffic director having one or more traffic director instances , which is configured to receive and communicate requests, from clients , to origin servers provided as one or more pools of servers ; a InfiniBand network infrastructure , which provides communication protocols or sockets for use by the origin servers in receiving requests from the traffic director; one or more protocol terminator/emulators for use with the communication protocols or sockets; and an inbound socket configuration and an outbound socket configuration in the traffic director; wherein the traffic director, when receiving a request directed to a particular origin server, operates to: determine a server pool from the one or more pools of servers associated with the particular origin server to which to communicate the request: determine a protocol terminator/emulator for use with the server pool based on the inbound and outbound socket configurations, and use the protocol terminator/emulator to communicate the request to a server from the server pool selected based on a load-distribution method specified for the server pool. a traffic director having one or more traffic director instances , which is configured to receive and communicate requests, from clients , to origin servers provided as one or more pools of servers ; a InfiniBand network infrastructure , which provides communication protocols or sockets for use by the origin servers in receiving requests from the traffic director; one or more protocol terminator/emulators for use with the communication protocols or sockets; and an inbound socket configuration and an outbound socket configuration in the traffic director; wherein the traffic director, when receiving a request directed to a particular origin server, operates to: determine a server pool from the one or more pools of servers associated with the particular origin server to which to communicate the request: determine a protocol terminator/emulator for use with the server pool based on the inbound and outbound socket configurations, and use the protocol terminator/emulator to communicate the request to a server from the server pool selected based on a load-distribution method specified for the server pool. determine a protocol terminator/emulator for use with the server pool based on the inbound and outbound socket configurations, and use the protocol terminator/emulator to communicate the request to a server from the server pool selected based on a load-distribution method specified for the server pool.
Method for the preparation of a homogenized tobacco material, said method comprising: - pulping and refining cellulose fibres to obtain fibres having a mean size comprised between about 0.2 millimetres and about 4 millimetres; - grinding a blend of tobacco of one or more tobacco types to a tobacco powder having a mean size comprised between about 0.03 millimetres and about 0.12 millimetres; - combining the pulp with the tobacco powder blend of different tobacco types and with a binder in an amount comprised between about 1 percent and about 5 percent in dry weight basis of the total weight of the homogenized tobacco material, so as to form a slurry; - homogenizing the slurry; and - forming the homogenized tobacco material from the slurry. - pulping and refining cellulose fibres to obtain fibres having a mean size comprised between about 0.2 millimetres and about 4 millimetres; - grinding a blend of tobacco of one or more tobacco types to a tobacco powder having a mean size comprised between about 0.03 millimetres and about 0.12 millimetres; - combining the pulp with the tobacco powder blend of different tobacco types and with a binder in an amount comprised between about 1 percent and about 5 percent in dry weight basis of the total weight of the homogenized tobacco material, so as to form a slurry; - homogenizing the slurry; and - forming the homogenized tobacco material from the slurry.
A neural network training method for training a neural network model for recognition of speech data or image data, the method comprising: performing a primary training of the neural network model based on clean training data and target data corresponding to the clean training data; and performing a secondary training of the neural network model on which the primary training has been performed based on noisy training data and a probability distribution of an output class for the clean training data calculated during the primary training of the neural network model, wherein the noisy training data is generated by adding a plurality of modifications to the clean training data or by mixing the clean training data and training noise data, wherein the secondary training comprises performing the secondary training using the noisy training data as an input and the probability distribution of the output class for the clean training data calculated during the primary training as a target. performing a primary training of the neural network model based on clean training data and target data corresponding to the clean training data; and performing a secondary training of the neural network model on which the primary training has been performed based on noisy training data and a probability distribution of an output class for the clean training data calculated during the primary training of the neural network model, wherein the noisy training data is generated by adding a plurality of modifications to the clean training data or by mixing the clean training data and training noise data, wherein the secondary training comprises performing the secondary training using the noisy training data as an input and the probability distribution of the output class for the clean training data calculated during the primary training as a target.
A polysaccharide-carrier protein conjugate with a polysaccharide having a repeating unit of the following structure: conjugated to a carrier protein.