mhurhangee/patent-ind-claim-en huggingface dataset:
A weaving installation comprising: - a loom intended to receive a series of strands , and - at least one device for measuring the diameter of a strand comprising a defined number of filaments, the device comprising a diaphragm comprising an external ring forming a support on which are attached a series of strips forming an iris, the strips being movable and allowing defining, at the centre of the iris, a substantially circular space with variable dimensions, the diaphragm being configured to adjust the dimensions of the space so as to: - allow a strand of the loom to pass through it, and - encircle the profile of the strand , so as to allow the number of filaments of said strand to be determined. - a loom intended to receive a series of strands , and - at least one device for measuring the diameter of a strand comprising a defined number of filaments, the device comprising a diaphragm comprising an external ring forming a support on which are attached a series of strips forming an iris, the strips being movable and allowing defining, at the centre of the iris, a substantially circular space with variable dimensions, - allow a strand of the loom to pass through it, and - encircle the profile of the strand , so as to allow the number of filaments of said strand to be determined.
A machine tool comprising: a spindle ; and a loading device delivering a workpiece (W) to and from the spindle , the loading device including a first chuck chucking the workpiece (W) on first chuck jaws that are opened and closed, and a movement mechanism moving the first chuck , the spindle including a second chuck chucking the workpiece (W) on second chuck jaws that are opened and closed, characterized by the first chuck having: a first sensor detecting a continuously changing signal depending on an open-end position of the first chuck jaws , a closed-end position of the first chuck jaws , and a movement position between the open-end position and the closed-end position; and a controller outputting a movement instruction to the movement mechanism for starting to move the first chuck when the first chuck jaws are in the movement position while moving from the closed-end position to the open-end position, based on an output from the first sensor . a spindle ; and a loading device delivering a workpiece (W) to and from the spindle , the loading device including a first chuck chucking the workpiece (W) on first chuck jaws that are opened and closed, and a movement mechanism moving the first chuck , the spindle including a second chuck chucking the workpiece (W) on second chuck jaws that are opened and closed, characterized by the first chuck having: a first sensor detecting a continuously changing signal depending on an open-end position of the first chuck jaws , a closed-end position of the first chuck jaws , and a movement position between the open-end position and the closed-end position; and a controller outputting a movement instruction to the movement mechanism for starting to move the first chuck when the first chuck jaws are in the movement position while moving from the closed-end position to the open-end position, based on an output from the first sensor . a first sensor detecting a continuously changing signal depending on an open-end position of the first chuck jaws , a closed-end position of the first chuck jaws , and a movement position between the open-end position and the closed-end position; and a controller outputting a movement instruction to the movement mechanism for starting to move the first chuck when the first chuck jaws are in the movement position while moving from the closed-end position to the open-end position, based on an output from the first sensor .
Combustion device comprising a burner and a combustion chamber that has a fluid connection to the burner and comprising: a side duct , and a feed duct with a connection point for the side duct , with at least one inlet and one outlet, wherein the at least one inlet of the feed duct is embodied to let a fluid flow into the feed duct , wherein the outlet of the feed duct is embodied to let the fluid flow out of the feed duct into the burner of the combustion device, wherein the side duct comprises a mass flow sensor , an inlet, an outlet and at least one flow resistance element , wherein the inlet of the side duct is connected to the connection point of the feed duct so that the side duct and the feed duct have a fluid connection to one another, wherein the mass flow sensor is embodied to detect a signal according to a mass flow of the fluid through the side duct , wherein the at least one flow resistance element subdivides the side duct into a first section facing away from the mass flow sensor and a second section facing towards the mass flow sensor and has an admittance surface for the passage of the fluid between the first and the second section, wherein the combustion device comprises an outer area, which is arranged outside of the side duct and the feed duct and the burner and the combustion chamber , wherein the mass flow sensor projects into the side duct and the outlet of the side duct is embodied to let the fluid flow out of the side duct directly into the combustion chamber or directly into the outer area. a side duct , and a feed duct with a connection point for the side duct , with at least one inlet and one outlet, wherein the at least one inlet of the feed duct is embodied to let a fluid flow into the feed duct , wherein the outlet of the feed duct is embodied to let the fluid flow out of the feed duct into the burner of the combustion device, wherein the side duct comprises a mass flow sensor , an inlet, an outlet and at least one flow resistance element , wherein the inlet of the side duct is connected to the connection point of the feed duct so that the side duct and the feed duct have a fluid connection to one another, wherein the mass flow sensor is embodied to detect a signal according to a mass flow of the fluid through the side duct , wherein the at least one flow resistance element subdivides the side duct into a first section facing away from the mass flow sensor and a second section facing towards the mass flow sensor and has an admittance surface for the passage of the fluid between the first and the second section, wherein the combustion device comprises an outer area, which is arranged outside of the side duct and the feed duct and the burner and the combustion chamber , wherein the mass flow sensor projects into the side duct and the outlet of the side duct is embodied to let the fluid flow out of the side duct directly into the combustion chamber or directly into the outer area.
A method for auditory ejection of an aircraft occupant from an aircraft, the method comprising: receiving, via a processor and through an auditory sensor , an ejection command from the aircraft occupant; comparing, via the processor, the ejection command to a predetermined ejection command that is stored in a database; determining, via the processor, whether the ejection command matches the predetermined ejection command; and commanding, via the processor, initiation of an ejection event in response to the ejection command matching the predetermined ejection command, characterized in that the predetermined ejection command includes one of a word, series of words one time, a single word, or a word repeated multiple times. receiving, via a processor and through an auditory sensor , an ejection command from the aircraft occupant; comparing, via the processor, the ejection command to a predetermined ejection command that is stored in a database; determining, via the processor, whether the ejection command matches the predetermined ejection command; and commanding, via the processor, initiation of an ejection event in response to the ejection command matching the predetermined ejection command, characterized in that the predetermined ejection command includes one of a word, series of words one time, a single word, or a word repeated multiple times.
A generator device using potential energy, comprising: a ball buoy ; and connecting rods , wherein the ball buoy comprises a casing, flywheels , a transmission gear and generators , the flywheels, the transmission gear and the generators are located inside the casing, a generator gear is provided on a rotary shaft of each of the generators, the transmission gear is provided with external teeth and internal teeth , and each the- generator gear is in engagement with the internal teeth, and the flywheels are in engagement with the external teeth, the connecting rods are connected with the flywheels inside the casing through rotating shafts arranged on the casing, and the flywheels are driven to rotate in one direction by the connecting rods through the rotating shafts. a ball buoy ; and connecting rods , wherein the ball buoy comprises a casing, flywheels , a transmission gear and generators , the flywheels, the transmission gear and the generators are located inside the casing, a generator gear is provided on a rotary shaft of each of the generators, the transmission gear is provided with external teeth and internal teeth , and each the- generator gear is in engagement with the internal teeth, and the flywheels are in engagement with the external teeth, the connecting rods are connected with the flywheels inside the casing through rotating shafts arranged on the casing, and the flywheels are driven to rotate in one direction by the connecting rods through the rotating shafts.
A method for determining the reaction of at least one bacterium of interest to its exposure to an antibiotic implementing a Raman spectroscopy analysis and comprising the following steps of: Providing a biological sample likely to contain said bacteria of interest, Preparing at least two fractions of said sample, each comprising one or several live bacterium(bacteria) of interest, Capturing in each fraction at least one live bacterium of interest using a binding partner, Exposing at least one of the fractions to at least one concentration of at least one specific antibiotic, the other of the fractions being the control fraction, Subjecting the bacterium(bacteria) of interest contained in the fractions to an incident light and analyzing the resulting light obtained by Raman scattering by the bacterium(bacteria) of interest by Raman spectroscopy to obtain as many Raman spectra as bacteria, Processing said spectra to obtain a signature of the reaction of the or each bacterium(bacteria) of interest to the exposure of said antibiotic and the control, Comparing the signature thus obtained for each bacterium of interest to a reference base defined under the same conditions as above, for different bacteria and at least said antibiotic, and Defining a clinical sensitivity profile of said bacterium of interest to said antibiotic. Providing a biological sample likely to contain said bacteria of interest, Preparing at least two fractions of said sample, each comprising one or several live bacterium(bacteria) of interest, Capturing in each fraction at least one live bacterium of interest using a binding partner, Exposing at least one of the fractions to at least one concentration of at least one specific antibiotic, the other of the fractions being the control fraction, Subjecting the bacterium(bacteria) of interest contained in the fractions to an incident light and analyzing the resulting light obtained by Raman scattering by the bacterium(bacteria) of interest by Raman spectroscopy to obtain as many Raman spectra as bacteria, Processing said spectra to obtain a signature of the reaction of the or each bacterium(bacteria) of interest to the exposure of said antibiotic and the control, Comparing the signature thus obtained for each bacterium of interest to a reference base defined under the same conditions as above, for different bacteria and at least said antibiotic, and Defining a clinical sensitivity profile of said bacterium of interest to said antibiotic.
Composition for use in a non-hormonal contraception method for a male subject, wherein said composition is an extended release formulation comprising: - an alpha-1-adrenoreceptor antagonist; and - at least one pharmaceutically acceptable carrier, wherein the contraception method includes a once daily administration of said composition at about the same time each day, triggering a continuous reversible aspermia, azoospermia, or severe oligozoospermia in the male subject, wherein after an initial period of at least two consecutive days, the contraception is not impaired by a delay of the subsequent once daily intake, and wherein the alpha-1-adrenoreceptor antagonist is (R) -silodosin. - an alpha-1-adrenoreceptor antagonist; and - at least one pharmaceutically acceptable carrier,
A substantially purified and/or recombinant antibody comprising: (i) an immunoglobulin heavy chain comprising a variable region comprising an amino acid sequence set forth in SEQ ID NO: 6 or 7 and (ii) an immunoglobulin light chain comprising a variable region comprising an amino acid sequence set forth in SEQ ID NO: 17, wherein the antibody binds human midkine (huMK) protein. (i) an immunoglobulin heavy chain comprising a variable region comprising an amino acid sequence set forth in SEQ ID NO: 6 or 7 and (ii) an immunoglobulin light chain comprising a variable region comprising an amino acid sequence set forth in SEQ ID NO: 17,
Method for detecting microscopic diffusion anisotropy in a material by analysis of two echo attenuation curves E(b) acquired with two different gradient modulation schemes in an NMR and/or MRI experiment, wherein E is the echo amplitude and b is the diffusion weighting factor, and characterized in that one gradient modulation scheme is based on isotropic diffusion weighting and the other gradient modulation scheme is based on non-isotropic diffusion weighting, wherein spin diffusion in the material can be fully described by a diffusion tensor D assuming that the spin diffusion in the material can locally be considered a Gaussian process, the isotropic diffusion weighting being invariant under any rotation of said diffusion tensor D, and wherein the method comprises analyzing by comparing the signal decays of the two acquired echo attenuation curves, and detecting microscopic diffusion anisotropy from said comparing.
A method for wireless communications by a base station, BS , comprising: receiving , from a user equipment, UE , an indication of a category of the UE , wherein the category of the UE indicates at least one of: a maximum throughput supported by the UE or a number of layers supported by the UE ; receiving signaling indicating the number of receivers at the UE , wherein the indication is included in one of channel state feedback, CSF, UE identification, UE ID, UE capability signaling, and a CQI value; determining one or more transmit parameters based on the received signaling; and communicating with the UE according to the one or more transmit parameters. receiving , from a user equipment, UE , an indication of a category of the UE , wherein the category of the UE indicates at least one of: a maximum throughput supported by the UE or a number of layers supported by the UE ; receiving signaling indicating the number of receivers at the UE , wherein the indication is included in one of channel state feedback, CSF, UE identification, UE ID, UE capability signaling, and a CQI value; determining one or more transmit parameters based on the received signaling; and communicating with the UE according to the one or more transmit parameters.
A method for manufacturing the oral tablet, the method comprising: steps of obtaining mannitol by subjecting to a sieving process in order to have an average particle size of 100 to 400 μm; mixing amorphous dexlansoprazole, mannitol having an average particle size of 100 to 400 μm, and a disintegrating agent; inputting and mixing a lubricant into the mixture obtained according to Step ; and compressing the mixture obtained according to Step , wherein the compression in Step is a dry direct compression method. obtaining mannitol by subjecting to a sieving process in order to have an average particle size of 100 to 400 μm; mixing amorphous dexlansoprazole, mannitol having an average particle size of 100 to 400 μm, and a disintegrating agent; inputting and mixing a lubricant into the mixture obtained according to Step ; and compressing the mixture obtained according to Step ,
A mobile communications device for use with an LTE communications network and a CDMA network , the mobile communications device comprising: means for receiving, from an LTE communications apparatus of the LTE communications network , first and second sets of parameters (MP A, MP_B) for mobility purposes between LTE and CDMA, each set of parameters (MP_A, MP_B) being associated with a respective CDMA network and network operator; means for selecting one of the first and second sets of parameters (MP_A, MP_B) using information relating to subscription information associated with the mobile communications device ; and means for using the selected set of parameters (MP_A, MP_B) for mobility between the LTE network and the CDMA network to which the selected set of parameters (MP_A, MP_B) corresponds. means for receiving, from an LTE communications apparatus of the LTE communications network , first and second sets of parameters (MP A, MP_B) for mobility purposes between LTE and CDMA, each set of parameters (MP_A, MP_B) being associated with a respective CDMA network and network operator; means for selecting one of the first and second sets of parameters (MP_A, MP_B) using information relating to subscription information associated with the mobile communications device ; and means for using the selected set of parameters (MP_A, MP_B) for mobility between the LTE network and the CDMA network to which the selected set of parameters (MP_A, MP_B) corresponds.
A wheel holder for fastening to a wheel , in particular to a wheel of a motor vehicle, the wheel holder comprising: at least two arms extending from a base plate of the wheel holder in a radial direction outward; each of the arms having at least one movable element that is movable in the radial direction; a central rotation element that is disposed in a center of the wheel holder such that it can rotate; at least two coupling elements each extending between one of the movable elements and the central rotation element such that the movable elements are movable in the radial direction by rotation of the rotation element ; characterized in that the rotation element is attached to the base plate of the wheel holder with a freewheeling system , and wherein the freewheeling system has at least one operating state in which the rotation element is rotatable in a freewheeling direction and rotation of the rotation element in a blocking direction opposite to the freewheeling direction is blocked. at least two arms extending from a base plate of the wheel holder in a radial direction outward; each of the arms having at least one movable element that is movable in the radial direction; a central rotation element that is disposed in a center of the wheel holder such that it can rotate; at least two coupling elements each extending between one of the movable elements and the central rotation element such that the movable elements are movable in the radial direction by rotation of the rotation element ; characterized in that the rotation element is attached to the base plate of the wheel holder with a freewheeling system , and wherein the freewheeling system has at least one operating state in which the rotation element is rotatable in a freewheeling direction and rotation of the rotation element in a blocking direction opposite to the freewheeling direction is blocked.
An installation for producing a medical preparation, in particular for producing a parenteral nutrition preparation, comprising at least one hose pump , with which liquids can be transferred from a plurality of source containers into a target container , wherein the installation has a modular construction and comprises at least one balance module and a screen module and a main module with the pump , characterized in that the installation comprises a frame , on which the balance module and the main module can be placed, and on which the balance module and the main module are arranged in a defined position relative to each other, wherein the frame has a seat for the main module and a seat for the balance module , wherein the seat for the main module and the seat for the balance module have form-fit elements, into which form-fit elements of the balance module and of the main module engage.
An ultrasonic imaging system comprising: an ultrasonic image forming device configured to output a color flow image which renders a fluid existing within an object-to-be-measured by: outputting an ultrasonic pulse for measuring the inside structure of the object-to-be-measured in a non-invasive manner, and emitting the ultrasonic pulse from an ultrasonic probe and receiving the ultrasonic pulse; and a shear elastic wave generator configured to apply a vibration with a predetermined frequency to the object-to-be-measured, characterised in that , the shear elastic wave generator is configured to apply a vibration with a frequency of n/4 with respect to a burst frequency corresponding to a repetition cycle of the ultrasonic pulse, where n represents an odd number equal to or greater than 1, as the center frequency to the object-to-be-measured, thereby causing the appearance of a striped pattern depending on the stiffness of the object-to-be-measured in the color flow image. an ultrasonic image forming device configured to output a color flow image which renders a fluid existing within an object-to-be-measured by: outputting an ultrasonic pulse for measuring the inside structure of the object-to-be-measured in a non-invasive manner, and emitting the ultrasonic pulse from an ultrasonic probe and receiving the ultrasonic pulse; and a shear elastic wave generator configured to apply a vibration with a predetermined frequency to the object-to-be-measured, characterised in that , the shear elastic wave generator is configured to apply a vibration with a frequency of n/4 with respect to a burst frequency corresponding to a repetition cycle of the ultrasonic pulse, where n represents an odd number equal to or greater than 1, as the center frequency to the object-to-be-measured, thereby causing the appearance of a striped pattern depending on the stiffness of the object-to-be-measured in the color flow image.