mhurhangee/patent-ind-claim-en huggingface dataset:
An immunoassay method for performing diagnosis by detecting a target protein from a sample to be diagnosed by using an antibody containing patch comprising a mesh structural body configured to have micro-sized or nano-sized cavities in which antibodies that react specifically with a target protein are contained, the immunoassay method comprising: placing the sample to be diagnosed in a reaction region; and providing the antibodies that react specifically with a target protein to the reaction region by using the antibody containing patch, wherein the providing the antibodies that react specifically with a target protein to the reaction region by using the antibody containing patch comprises: contacting the antibody containing patch with the reaction region to provide a portion of the contained antibodies to the reaction region; and separating the antibody containing patch from the reaction region to absorb a portion of the provided antibodies that have not reacted specifically with the target protein into the patch. placing the sample to be diagnosed in a reaction region; and providing the antibodies that react specifically with a target protein to the reaction region by using the antibody containing patch, wherein the providing the antibodies that react specifically with a target protein to the reaction region by using the antibody containing patch comprises: contacting the antibody containing patch with the reaction region to provide a portion of the contained antibodies to the reaction region; and separating the antibody containing patch from the reaction region to absorb a portion of the provided antibodies that have not reacted specifically with the target protein into the patch. contacting the antibody containing patch with the reaction region to provide a portion of the contained antibodies to the reaction region; and separating the antibody containing patch from the reaction region to absorb a portion of the provided antibodies that have not reacted specifically with the target protein into the patch.
A network node , comprising: processing circuitry configured to: transmit a code division multiplexing, CDM, configuration for a CDM-8 design for at least twenty four Channel State Information-Reference Signal, CSI-RS, antenna ports, the CDM configuration corresponding to a first set and second set of reference signal resource elements in a subframe; wherein the first set and second set of reference signal resource elements in the subframe satisfy a temporal criterion such that any two resource elements in the first set and second set of reference signal resource elements have up to a maximum time separation of six Orthogonal Frequency Division Multiplexing, OFDM, symbols; and wherein the first set and second set of reference signal resource elements in the subframe satisfy a frequency criterion such that any two resource elements in the first set and second set of reference signal resource elements have up to a maximum frequency separation of six subcarriers. transmit a code division multiplexing, CDM, configuration for a CDM-8 design for at least twenty four Channel State Information-Reference Signal, CSI-RS, antenna ports, the CDM configuration corresponding to a first set and second set of reference signal resource elements in a subframe; wherein the first set and second set of reference signal resource elements in the subframe satisfy a temporal criterion such that any two resource elements in the first set and second set of reference signal resource elements have up to a maximum time separation of six Orthogonal Frequency Division Multiplexing, OFDM, symbols; and wherein the first set and second set of reference signal resource elements in the subframe satisfy a frequency criterion such that any two resource elements in the first set and second set of reference signal resource elements have up to a maximum frequency separation of six subcarriers.
A method for determining a type of distortion by analyzing a spectrum of optical signals sent from a transmitter to a receiver , the method comprising: (a) applying at least one broadcast signal to a first input of the receiver , and applying at least one narrowcast signal to a second input of the receiver ; (b) applying a control voltage to a distortion cancellation circuit in the receiver which receives as an input, signals from the at least one broadcast signal and the at least one narrowcast signal; (c) toggling a multi-position switch operable to send at least one of the at least one broadcast signal and the at least one narrowcast signal, or the output of the distortion cancellation circuit to a spectrum analyzer , wherein at least one of four wave mixing 4WM-distortion and Stimulated Brillouin Scattering SBS-distortion is detectable via a spectrum analysis of the at least one broadcast signal and/or the at least one narrowcast signal and the output signal of the distortion cancellation circuit; and (d) performing spectrum analysis to measure the distortion of the at least one signal before and after toggling the switch to or from the distortion cancellation circuit, and determining the type of distortion based upon these measurements. (a) applying at least one broadcast signal to a first input of the receiver , and applying at least one narrowcast signal to a second input of the receiver ; (b) applying a control voltage to a distortion cancellation circuit in the receiver which receives as an input, signals from the at least one broadcast signal and the at least one narrowcast signal; (c) toggling a multi-position switch operable to send at least one of the at least one broadcast signal and the at least one narrowcast signal, or the output of the distortion cancellation circuit to a spectrum analyzer , wherein at least one of four wave mixing 4WM-distortion and Stimulated Brillouin Scattering SBS-distortion is detectable via a spectrum analysis of the at least one broadcast signal and/or the at least one narrowcast signal and the output signal of the distortion cancellation circuit; and (d) performing spectrum analysis to measure the distortion of the at least one signal before and after toggling the switch to or from the distortion cancellation circuit, and determining the type of distortion based upon these measurements.
An image processing device comprising: a generator that generates a second equidistant cylindrical image whose center pixel is equal to a center pixel of each of projection regions of plural projectors in a first equidistant cylindrical image and that includes pixels within an angle range including the each of the projection regions, as an image used to generate each of projection images that are projected from the plural projectors; a resolution converter that generates a low-resolution equidistant cylindrical image by lowering resolution of the first equidistant cylindrical image; and a first projection frontal position adjustment section that adjusts a projection frontal position from a default position at a centre of the low-resolution equidistant cylindrical image to another position, wherein the generator generates the second equidistant cylindrical image, based on the each of the projection regions in the first equidistant cylindrical image, after adjustment of the projection frontal position from the default position at the centre of the low-resolution equidistant cylindrical image to the other position has been performed. a generator that generates a second equidistant cylindrical image whose center pixel is equal to a center pixel of each of projection regions of plural projectors in a first equidistant cylindrical image and that includes pixels within an angle range including the each of the projection regions, as an image used to generate each of projection images that are projected from the plural projectors; a resolution converter that generates a low-resolution equidistant cylindrical image by lowering resolution of the first equidistant cylindrical image; and a first projection frontal position adjustment section that adjusts a projection frontal position from a default position at a centre of the low-resolution equidistant cylindrical image to another position, wherein the generator generates the second equidistant cylindrical image, based on the each of the projection regions in the first equidistant cylindrical image, after adjustment of the projection frontal position from the default position at the centre of the low-resolution equidistant cylindrical image to the other position has been performed.
A controller for steering of a motor vehicle with a plurality of self-diagnostic functions, each of which is configured for checking a function of an assigned hardware component of the controller , wherein each of the self-diagnostic functions has at least one safety limit value, which is configured in such a way that, when the at least one safety limit value is exceeded, the corresponding hardware component is switched off, wherein at least one of the self-diagnostic functions has at least one quality limit value, the absolute value of which is smaller than the absolute value of the at least one safety limit value, wherein the at least one quality limit value is configured in such a way that a quality-relevant state can be detected in the assigned hardware component when the at least one quality limit value is exceeded, characterized in that a reduced electrical signal quality is a quality-relevant state.
An impeller comprising: a disk which is formed, on one side in a central axis (C) direction, in a disk shape having a disk front surface gradually going a radially outer side toward the other side in the central axis (C) direction and is rotatably provided around the central axis (C); and a plurality of blades which are provided on the disk front surface at intervals in a circumferential direction around the central axis (C) and form a flow path through which a gas introduced from a leading edge on the radially outer side about the central axis (C) is discharged from a trailing edge on the one side in the central axis (C) direction while being introduced into a radially inner side, wherein each blade includes a concave curved surface , which is recessed toward a front side in a rotation direction (R) of the disk , in a region (S), on the one side in the central axis (C) direction, provided on a rear side in the rotation direction (R) of the disk and including at least the trailing edge of a pressure surface which collides with the gas, characterized in that in a cross-section viewed in the central axis (C) direction, the concave curved surface is formed to be inclined to the front side in the rotation direction (R) in a range of 100°≤θ≤140° of an angle θ between an imaginary line (L) connecting a base portion of the blade and a tip portion of the blade to each other and a tangent (Ls) at a position of the base portion on an outer peripheral surface of the disk . a disk which is formed, on one side in a central axis (C) direction, in a disk shape having a disk front surface gradually going a radially outer side toward the other side in the central axis (C) direction and is rotatably provided around the central axis (C); and a plurality of blades which are provided on the disk front surface at intervals in a circumferential direction around the central axis (C) and form a flow path through which a gas introduced from a leading edge on the radially outer side about the central axis (C) is discharged from a trailing edge on the one side in the central axis (C) direction while being introduced into a radially inner side, wherein each blade includes a concave curved surface , which is recessed toward a front side in a rotation direction (R) of the disk , in a region (S), on the one side in the central axis (C) direction, provided on a rear side in the rotation direction (R) of the disk and including at least the trailing edge of a pressure surface which collides with the gas,
A spatial information visualization system, comprising: a storage database configured to store design dimensions of the target space, a portion of the target space containing a wall surface of a physical body; a three dimensional measuring device for scanning the target space from a plurality of different reference points in the target space, wherein the three dimensional measuring device is a 3D laser scanner; a composer unit configured to convert and store in the storage database measurement information indicating coordinates of measurement points of the target space, measured by scanning by the 3D laser scanner the target space for each of the reference points, this measurement information defining a measured space ; and a vacant space processor specifying a vacant space , on the basis of the coordinates of the measurement point of the target space included in the measurement information read for each of the reference points from the storage , coordinates of the reference point, and the design dimensions of the target space; a spatial information generator generating spatial information for classifying the target space into the measured space , the vacant space , and an unmeasured space , the unmeasured space being a laser unreached portion on the side opposite to the measured space where measurement is not performed; and an image generator generating a stereoscopic image or a planar image of at least the vacant space in the spatial information visually distinguished from the measured space and/or the unmeasured space in the spatial information. a storage database configured to store design dimensions of the target space, a portion of the target space containing a wall surface of a physical body; a three dimensional measuring device for scanning the target space from a plurality of different reference points in the target space, wherein the three dimensional measuring device is a 3D laser scanner; a composer unit configured to convert and store in the storage database measurement information indicating coordinates of measurement points of the target space, measured by scanning by the 3D laser scanner the target space for each of the reference points, this measurement information defining a measured space ; and a vacant space processor specifying a vacant space , on the basis of the coordinates of the measurement point of the target space included in the measurement information read for each of the reference points from the storage , coordinates of the reference point, and the design dimensions of the target space; a spatial information generator generating spatial information for classifying the target space into the measured space , the vacant space , and an unmeasured space , the unmeasured space being a laser unreached portion on the side opposite to the measured space where measurement is not performed; and an image generator generating a stereoscopic image or a planar image of at least the vacant space in the spatial information visually distinguished from the measured space and/or the unmeasured space in the spatial information.
Seal for sealing a gap in a high-temperature application, in particular for use in a combustion arrangement of a gas turbine, having a hot side and an opposite cold side , and a left side and an opposite right side , comprising - an angle profile having an L-shaped configuration with a left engagement flank extending from a left angle corner to the left side and with a left sealing flank extending from the left angle corner to the cold side ; and - a clamping profile with a right engagement flank extending from a right angle corner to the right side and with a right sealing flank extending from the right angle corner to the cold side and lying against the left sealing flank , and with a holding portion lying against the left sealing flank opposite the right sealing flank , and with a curved clamping portion connecting the right sealing flank to the holding portion . - an angle profile having an L-shaped configuration with a left engagement flank extending from a left angle corner to the left side and with a left sealing flank extending from the left angle corner to the cold side ; and - a clamping profile with a right engagement flank extending from a right angle corner to the right side and with a right sealing flank extending from the right angle corner to the cold side and lying against the left sealing flank , and with a holding portion lying against the left sealing flank opposite the right sealing flank , and with a curved clamping portion connecting the right sealing flank to the holding portion .
Optical arrangement for the FUV/VUV wavelength range, especially FUV/VUV lithography system or wafer inspection system , comprising: an interior , in which interior at least one transmitting optical element for transmission of radiation in the FUV/VUV wavelength range is disposed, which preferably has a crystalline, especially ionic, substrate , and/or in which interior at least one reflective optical element for reflection of radiation in the FUV/VUV wavelength range is disposed, having a substrate and a reflective coating , a radiation source for irradiating the optical element with radiation in the FUV/VUV wavelength range, and at least one gas inlet for supplying at least one gas to the interior , characterized in that the gas inlet is designed to supply ammonia (NH 3 ) to the interior at least during the irradiation of the optical element and in that the gas inlet has a reservoir containing ammonia (NH 3 ). an interior , in which interior at least one transmitting optical element for transmission of radiation in the FUV/VUV wavelength range is disposed, which preferably has a crystalline, especially ionic, substrate , and/or in which interior at least one reflective optical element for reflection of radiation in the FUV/VUV wavelength range is disposed, having a substrate and a reflective coating , a radiation source for irradiating the optical element with radiation in the FUV/VUV wavelength range, and at least one gas inlet for supplying at least one gas to the interior , characterized in that the gas inlet is designed to supply ammonia (NH 3 ) to the interior at least during the irradiation of the optical element and in that the gas inlet has a reservoir containing ammonia (NH 3 ).
A power tool comprising: a housing ; an output member coupled to the housing , the output member including an output shaft configured to rotate about a longitudinal axis ; a switch configured to select a desired rotational direction of the output shaft between a clockwise direction and a counterclockwise direction; a motor contained in the housing and drivably connected to the output shaft to impart rotary motion thereto; a rotational motion sensor arranged in the housing and operable to detect rotational motion of the housing about a rotational axis that is substantially parallel to, or coaxial with, the longitudinal axis of the output shaft; and a controller arranged in the housing ; wherein the controller is configured to receive a first signal indicative of the desired rotational direction from the switch and a second signal indicative of the rotational motion of the housing from the rotational motion sensor , the controller operable to determine a direction of the rotational motion of the housing about the rotational axis and characterized in that the controller is configured to drive the motor only when the direction of rotational motion of the housing is the same as the desired rotational direction. a housing ; an output member coupled to the housing , the output member including an output shaft configured to rotate about a longitudinal axis ; a switch configured to select a desired rotational direction of the output shaft between a clockwise direction and a counterclockwise direction; a motor contained in the housing and drivably connected to the output shaft to impart rotary motion thereto; a rotational motion sensor arranged in the housing and operable to detect rotational motion of the housing about a rotational axis that is substantially parallel to, or coaxial with, the longitudinal axis of the output shaft; and a controller arranged in the housing ; wherein the controller is configured to receive a first signal indicative of the desired rotational direction from the switch and a second signal indicative of the rotational motion of the housing from the rotational motion sensor , the controller operable to determine a direction of the rotational motion of the housing about the rotational axis and characterized in that the controller is configured to drive the motor only when the direction of rotational motion of the housing is the same as the desired rotational direction.
An actuator, comprising: a first side; a second side that is configured to move relative to the first side; a first ferromagnetic element having poles aligned to generate a first magnetic field and configured to be connected to a device body on the first side; an electromagnetic element having poles aligned to generate a second magnetic field as a response to an electric current passing through the electromagnetic element, wherein the second magnetic field is configured to interact with the first magnetic field ; a first slider element configured between the first ferromagnetic element and the electromagnetic element ; a second ferromagnetic element having poles aligned to generate a third magnetic field and configured to be connected to an optical element on the second side, wherein the third magnetic field is configured to interact with the second magnetic field ; and a second slider element configured between the second ferromagnetic element and the electromagnetic element , having a movement aligned with the first slider element; wherein the electric current in the electromagnetic element causes the electromagnetic element to move along the first slider element and the second ferromagnetic element to move along the second slider element, whereby the electromagnetic element and the second ferromagnetic element are adapted to move to the same direction simultaneously, the movements causing a dual stage action that moves the first side relative to the second side. a first side; a second side that is configured to move relative to the first side; a first ferromagnetic element having poles aligned to generate a first magnetic field and configured to be connected to a device body on the first side; an electromagnetic element having poles aligned to generate a second magnetic field as a response to an electric current passing through the electromagnetic element, wherein the second magnetic field is configured to interact with the first magnetic field ; a first slider element configured between the first ferromagnetic element and the electromagnetic element ; a second ferromagnetic element having poles aligned to generate a third magnetic field and configured to be connected to an optical element on the second side, wherein the third magnetic field is configured to interact with the second magnetic field ; and a second slider element configured between the second ferromagnetic element and the electromagnetic element , having a movement aligned with the first slider element; wherein the electric current in the electromagnetic element causes the electromagnetic element to move along the first slider element and the second ferromagnetic element to move along the second slider element, whereby the electromagnetic element and the second ferromagnetic element are adapted to move to the same direction simultaneously, the movements causing a dual stage action that moves the first side relative to the second side.