mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for outputting an indication of visual attention/motoric dysfunction of a subject and/or an indication of executive cognitive dysfunction of the subject, the method comprising the steps of: following a test comprising a plurality of targets that are to be completed by the subject, receiving information on the time taken to complete each of the plurality of targets by the subject; determining a regression line for the subject as a linear fit of the received information on the time taken to complete each of the plurality of targets plotted against information on the time taken to complete each of the plurality of targets for a reference group of subjects; determining that the subject has a visual attention/motoric dysfunction based on a slope of the determined regression line and/or determining that the subject has an executive cognitive dysfunction based on an offset of the determined regression line; and outputting an indication of whether the subject has a visual attention/motoric dysfunction and/or an indication of whether the subject has an executive cognitive dysfunction. following a test comprising a plurality of targets that are to be completed by the subject, receiving information on the time taken to complete each of the plurality of targets by the subject; determining a regression line for the subject as a linear fit of the received information on the time taken to complete each of the plurality of targets plotted against information on the time taken to complete each of the plurality of targets for a reference group of subjects; determining that the subject has a visual attention/motoric dysfunction based on a slope of the determined regression line and/or determining that the subject has an executive cognitive dysfunction based on an offset of the determined regression line; and outputting an indication of whether the subject has a visual attention/motoric dysfunction and/or an indication of whether the subject has an executive cognitive dysfunction.
A thermoplastic resin composition obtained by mixing 0.1 to 4 parts by weight of a polyfunctional compound having three or more functional groups, in which at least one of the terminal structures having the functional groups is a structure represented by the following formula, with 100 parts by weight of a thermoplastic resin: where R denotes a hydrocarbon group with 1 to 15 carbon atoms; n denotes an integer of 1 to 10; and X denotes at least one type of functional group selected from hydroxyl group, aldehyde group, carboxyl group, sulfo group, glycidyl group, amino group, isocyanate group, carbodiimide group, oxazoline group, oxazine group, amide group, silanol group and silyl ether group.
A process for producing amino acids from volatile fatty acid molecules, termed precursors, produced by anaerobic fermentation from fermentable biomass, characterised in that said process comprises at least the following steps: - a) extracting the volatile fatty acid molecules without interrupting the fermentation using an extraction means chosen from among means which are, at least, insoluble in the fermentation medium, - b) collecting, outside the fermentation reactor, the volatile fatty acid molecules once extracted, - c) synthesising a given α□haloacid by halogenation starting from a type of volatile fatty acid chosen from among the volatile fatty acids collected in step b) and defined according to the type of amino acid desired, - d) synthesising a predefined amino acid from said α□haloacid. - a) extracting the volatile fatty acid molecules without interrupting the fermentation using an extraction means chosen from among means which are, at least, insoluble in the fermentation medium, - b) collecting, outside the fermentation reactor, the volatile fatty acid molecules once extracted, - c) synthesising a given α□haloacid by halogenation starting from a type of volatile fatty acid chosen from among the volatile fatty acids collected in step b) and defined according to the type of amino acid desired, - d) synthesising a predefined amino acid from said α□haloacid.
A tensioning device for non-skid chains, comprising a housing having an interior space and an opening; an elastic tensioning element having a first end section, a connection section connected to the first end section, and having a second end section connected to the connection section; wherein the first end section extends through the opening into the interior space of the housing; the connection section and the second end section extend within the interior space of the housing and at least a part of the second end section is arranged stationary within the interior space of the housing; and an elastic component, characterized in that the tensioning device has a deflection element which is arranged moveably within the interior space of the housing and which actuates the connection section of the tensioning element, wherein the elastic component which is pre-loaded exerts a force on the connection section of the elastic tensioning element, the connection section being deflected by the deflection element, such that the elastic tensioning element is stretched and thus the first end section of the tensioning element is moved in the direction of the interior space of the housing.
A method for wireless communication at a user equipment, UE, comprising: determining a base carrier and at least one segment available to the UE for communication, wherein the at least one segment covers a different range of frequencies than the base carrier, and resource blocks in the base carrier and the at least one segment are numbered consecutively starting with resource blocks in the base carrier and extending to resource blocks in the at least one segment, or starting with resource blocks in the at least one segment and extending to resource blocks in the base carrier; determining at least one operating parameter for the UE based on a composite bandwidth of the base carrier and the at least one segment; and communicating based on the at least one operating parameter for the UE. determining a base carrier and at least one segment available to the UE for communication, wherein the at least one segment covers a different range of frequencies than the base carrier, and resource blocks in the base carrier and the at least one segment are numbered consecutively starting with resource blocks in the base carrier and extending to resource blocks in the at least one segment, or starting with resource blocks in the at least one segment and extending to resource blocks in the base carrier; determining at least one operating parameter for the UE based on a composite bandwidth of the base carrier and the at least one segment; and communicating based on the at least one operating parameter for the UE.
Method for producing a brake lining, a lining carrier being coated with a water-based or solvent-based adhesive on a side which faces a friction lining, and the adhesive layer being dried by way of inductive heating of the lining carrier to a desired temperature, characterized in that the inductive heating of the lining carrier takes place before the adhesive application.
Aircraft propulsion system comprising a turbomachine and an exhaust gas treatment device for treating an exhaust gas flow from the turbomachine (2, comprising a condenser which condenses at least a portion of water contained in the exhaust gas flow from the turbomachine and thereby releases a first energy; comprising a fan, which supplies ambient air to the condenser so that said condenser absorbs the first energy; and at least one discharge device (13, 14), from which the ambient air is released from the condenser and/or a dehumidified exhaust gas flow is discharged from the condenser, characterized by an evaporator, which evaporates at least a portion of the water condensed in the condenser and thereby absorbs a second energy which is removed from the exhaust gas flow from the turbomachine and a turbine, which is driven by steam released by the evaporator and expands the steam. a fan, which supplies ambient air to the condenser so that said condenser absorbs the first energy; and at least one discharge device (13, 14), from which the ambient air is released from the condenser and/or a dehumidified exhaust gas flow is discharged from the condenser, characterized by an evaporator, which evaporates at least a portion of the water condensed in the condenser and thereby absorbs a second energy which is removed from the exhaust gas flow from the turbomachine and a turbine, which is driven by steam released by the evaporator and expands the steam.
A method for manufacturing a traffic route lighting device (10, 12) for illuminating a traffic route, in which a light source and an optical unit are arranged in such a way in a housing having a light exit opening, in that light generated by the light source is directed to the light exit opening by means of the optical unit so that the traffic route lighting device (10, 12) emits light with a predetermined light distribution for illuminating the traffic route, the predetermined light distribution being determined in that - a plurality of equidistantly spaced test points are provided on a traffic route surface of the traffic route in a longitudinal direction of the traffic route, - light with a predetermined luminance is emitted from each of the test points in a respective test point-related predetermined direction, and - the optical unit and the light source are selected to achieve the specified light distribution, and - the traffic route lighting device (10, 12) is manufactured with the selected optical unit and the selected light source, characterised in that for determining the light distribution, the following additional steps are carried out: - providing a grid comprising the test points with grid lines (26, 28), the grid lines (26, 28) forming grid points of the grid at intersections, - defining an illuminance to be provided for the traffic route at the grid points, - defining an interpolation for the illuminance between two adjacent grid points, - determine the light distribution depending on the illuminance between the two grid points. - a plurality of equidistantly spaced test points are provided on a traffic route surface of the traffic route in a longitudinal direction of the traffic route, - light with a predetermined luminance is emitted from each of the test points in a respective test point-related predetermined direction, and - the optical unit and the light source are selected to achieve the specified light distribution, and - the traffic route lighting device (10, 12) is manufactured with the selected optical unit and the selected light source, - providing a grid comprising the test points with grid lines (26, 28), the grid lines (26, 28) forming grid points of the grid at intersections, - defining an illuminance to be provided for the traffic route at the grid points, - defining an interpolation for the illuminance between two adjacent grid points, - determine the light distribution depending on the illuminance between the two grid points.
Method for operating a system comprising a main machine tool and an auxiliary device, wherein the main machine tool and the auxiliary device each have a transmitting and receiving device (3, 13) of a transmission device, and wherein the main machine tool is designed with an input device and the auxiliary device is designed with an actuation device, and a control device is provided, characterized in that the method comprises the following steps: Step 1: transmitting at least one signal representing a connection request from the transmitting and receiving device of the main machine tool to the transmitting and receiving device of the auxiliary device after the user has actuated the input device of the main machine tool (S1, S2); Step 2: transmitting at least one further signal representing a connection response from the transmitting and receiving device of the auxiliary device to the transmitting and receiving device of the main machine tool after the user has actuated the actuation device of the main machine tool (S4, S5); Step 3: establishing a connection between the main machine tool and the auxiliary device; and Step 4: activating and/or testing an emergency stop functionality of the actuation device by the user actuating the actuation device of the auxiliary device, Step 5: wherein the establishment of the connection between the main machine tool and the auxiliary device is associated with verification of the further signal by the control device. Step 1: transmitting at least one signal representing a connection request from the transmitting and receiving device of the main machine tool to the transmitting and receiving device of the auxiliary device after the user has actuated the input device of the main machine tool (S1, S2); Step 2: transmitting at least one further signal representing a connection response from the transmitting and receiving device of the auxiliary device to the transmitting and receiving device of the main machine tool after the user has actuated the actuation device of the main machine tool (S4, S5); Step 3: establishing a connection between the main machine tool and the auxiliary device; and Step 4: activating and/or testing an emergency stop functionality of the actuation device by the user actuating the actuation device of the auxiliary device, Step 5: wherein the establishment of the connection between the main machine tool and the auxiliary device is associated with verification of the further signal by the control device.
Movable aircraft staircase for boarding and disembarking from an aircraft, with a navigation device, by means of which the aircraft staircase can be positioned and aligned at an aircraft door or aircraft hatch to the exact height required, characterised by two distance measuring devices, which are arranged in a left and right region of the top step of the stair case and are provided to measure each a distance to the aircraft, and a processor-controlled data processing system, which is designed to determine an angle of the aircraft staircase to the object from a comparison of the measured distances of the distance measuring devices.
A wire connection terminal holding structure comprising an insulation outer case and a conductive holding frame disposed in the outer case, the outer case of substantially parallelepipedal shape being formed with a wire socket in a front side and an opening in the top side, the holding frame including an electrical connection member, a bottom face of the electrical connection member being exposed to a bottom side of the outer case, and elastic members respectively disposed on two sides of the electrical connection member, each of the elastic members extending to form a holding section (211, 221), the holding sections (211, 221) of the elastic members extending toward each other to define therebetween a wire insertion space and a holding mouth corresponding to the wire socket, a gap being formed between top edges of the holding sections (211, 221), a pushbutton being elastically movably disposed in the opening by pressing down for pushing and opening/closing the holding mouth, characterized in that a stop section is disposed on at least one of the holding sections (211, 221) of the elastic members for blocking the gap, the holding mouth having a top section positioned in a position at least not lower than a screening height of the stop section, and in that a connection member is disposed on one of the elastic members, the electrical connection member, the connection member, the first elastic member and the second elastic member being arranged in the form of a rectangular frame, the connection member having an elastic arm, the elastic arm extending to the opening and being bridged between the holding sections (211, 221) and the holding mouth, the pushbutton being disposed on the elastic arm.
HGF protein for use in the treatment of a polyglutamine aggregation-caused disease, or the suppression of an onset thereof, wherein the HGF protein is directly administered to an area affected by polyglutamine aggregation-caused disease, or is intrathecally administered, wherein the single dose is 1 μg to 500 mg, wherein the area is spinal nerve or brain, wherein the HGF protein has an amino acid sequence at least 95% homologous to the amino acid sequence represented by SEQ ID NO:3 and has mitogen activity and motogen activity.
A fluid fan coupling device, comprising: a sealed housing; a partition plate in the housing and dividing the housing into an oil reservoir chamber and a torque transmission chamber, and an oil supply adjusting hole being formed through the partition plate, the housing being supported through a bearing on a rotary shaft; a drive disk fixed at a distal end of the rotary shaft and being disposed in the torque transmission chamber; a dam being formed in a portion of an inner circumferential wall of the sealed housing opposite an outer circumferential wall portion of the drive disk for collecting and storing oil when the housing is rotating; an oil circulating flow passage formed between the torque transmission chamber and the oil reservoir chamber, continuing from the dam; and a valve member provided in the oil reservoir chamber in proximity to the oil supply adjusting hole, the valve member being configured for selectively opening or closing the oil supply adjusting hole of the partition plate when an external ambient temperature is beyond a set value, so that rotation torque transmission from a drive side to a driven side is controlled by increasing or decreasing an effective contact area of oil in a torque transmission clearance formed between the drive side and the driven side the fan coupling device characterized in that the device includes a ring (17, 18) provided on a rear face of the drive disk, said ring having a flat face on a side opposite the oil supply adjusting hole, and being opposite the partition plate with a desired clearance, whereby the ring functions to scrape out oil in the oil reservoir chamber by utilizing non-Newtonian fluid characteristics of the oil.
A portable light manipulator, comprising a frame and a manipulator cloth which is stretched or can be stretched on the frame, wherein the frame contains at least one tension bar, which has at least two moving sections (9, 13), which can be moved in the longitudinal direction of the tension bar and which are connected or can be connected to one another, which moving sections are spring-loaded in such a way that they can be forced apart from one another in the longitudinal direction of the tension bar due to the spring force and wherein the manipulator cloth has terminal fastening devices for, in particular final, fastening to the frame, and wherein the manipulator cloth and/or the fastening devices have an elasticity which in operating position of the light manipulator pulls the moving sections (9, 13) towards one another.
A communication circuitry for correcting an in-phase/quadrature imbalance, the communication circuitry comprising at least one processor configured to: estimate a non-linear component of a reference signal based on a measurement of a tone at one harmonic of a plurality of harmonics of the reference signal; estimate an in-phase component of the reference signal based on a difference between the estimated non-linear component and a measurement of a tone at another harmonic of the plurality of harmonics of the reference signal; and generate a calibration signal based on the estimated in-phase component. estimate a non-linear component of a reference signal based on a measurement of a tone at one harmonic of a plurality of harmonics of the reference signal; estimate an in-phase component of the reference signal based on a difference between the estimated non-linear component and a measurement of a tone at another harmonic of the plurality of harmonics of the reference signal; and generate a calibration signal based on the estimated in-phase component.
A coolant supplying and collecting apparatus inserted along an inner diameter of a rotary shaft of a motor, the apparatus comprising: a first body section including a hole section formed at one side thereof; a second body section inserted into and fixed to the first body section and configured to provide a moving path of a fluid along an inner diameter thereof; a channel section formed between an inner circumferential surface of the first body section and an outer circumferential surface of the second body section and extending in a longitudinal direction of the first and second body sections (10, 20) to provide a moving path of the fluid in the hole section direction, and a first step section formed at the other side of the first body section and having an outer diameter smaller than that of a central section of the first body section, characterised in that an outer diameter of the hole section is smaller than that of a central section of the first body section, and in that the apparatus further comprises a second step section formed between the central section and the hole section of the first body section, and having an outer diameter smaller than that of the central section and larger than that of the hole section. a first body section including a hole section formed at one side thereof; a second body section inserted into and fixed to the first body section and configured to provide a moving path of a fluid along an inner diameter thereof; a channel section formed between an inner circumferential surface of the first body section and an outer circumferential surface of the second body section and extending in a longitudinal direction of the first and second body sections (10, 20) to provide a moving path of the fluid in the hole section direction, and a first step section formed at the other side of the first body section and having an outer diameter smaller than that of a central section of the first body section, characterised in that an outer diameter of the hole section is smaller than that of a central section of the first body section, and in that the apparatus further comprises a second step section formed between the central section and the hole section of the first body section, and having an outer diameter smaller than that of the central section and larger than that of the hole section.