mhurhangee/patent-ind-claim-en huggingface dataset:
A process control method, comprising: receiving raw chromatography data directly obtained by chromatography, wherein the raw chromatography data represents a plurality of signals and is divided into a plurality of blocks, wherein each signal of the plurality of signals is associated with one of the plurality of blocks; selecting a profile for the raw chromatography data based on one or more characteristics of the raw chromatography data, said profile defining a plurality of selection criteria; obtaining a subset of data by selecting a combination of a first block and a first signal from the raw chromatography data according to said profile defining said selection criteria; generating processed chromatography data by applying a noise reduction technique to the subset of data; generating transition data by performing a transition analysis on the processed chromatography data, wherein the transition analysis comprises: generating a curve using the processed chromatography data; and analyzing the curve to generate performance parameters; and performing an action based on the transition data, wherein performing the action based on the transition data comprises: generating a notification of an event; generating an evaluation of the event; or generating a deviation notification form. receiving raw chromatography data directly obtained by chromatography, wherein the raw chromatography data represents a plurality of signals and is divided into a plurality of blocks, wherein each signal of the plurality of signals is associated with one of the plurality of blocks; selecting a profile for the raw chromatography data based on one or more characteristics of the raw chromatography data, said profile defining a plurality of selection criteria; obtaining a subset of data by selecting a combination of a first block and a first signal from the raw chromatography data according to said profile defining said selection criteria; generating processed chromatography data by applying a noise reduction technique to the subset of data; generating transition data by performing a transition analysis on the processed chromatography data, wherein the transition analysis comprises: generating a curve using the processed chromatography data; and analyzing the curve to generate performance parameters; and generating a curve using the processed chromatography data; and analyzing the curve to generate performance parameters; and performing an action based on the transition data, wherein performing the action based on the transition data comprises: generating a notification of an event; generating an evaluation of the event; or generating a deviation notification form. generating a notification of an event; generating an evaluation of the event; or generating a deviation notification form.
An image generation system for developing three-dimensional electronic models of objects, the image generation system comprising: a scanner operable to scan an object and provide scanner position data that includes a geographic position, slope and orientation of the scanner and image data representative of the object for each of a plurality of different geographic locations of the scanner in the vicinity of the object; and a computing system in communication with the scanner, where the computing system is operable to generate a three-dimensional electronic model of the object by fitting together the image data provided from each of the geographic locations based on the scanner position data, where the scanner includes a point scanner and a color scanner , the point scanner and the color scanner being independent scanning devices and being operable to synchronously provide image data representative of a geometric shape and a color of the object and wherein the point scanner and the color scanner are operable to emit directly a beam of light at the object; and wherein the image data consists of color point data obtained by the color scanner and geometric point data obtained by the point scanner and wherein fewer color points of the color point data are captured and associated with more numerous geometric points of the geometric point data; and where the computing system is operable to fill in gaps in color in a surface of each of three-dimensional electronic images obtained by the image data, in particular, by division of the surface into triangles and color blending between color point data within each of the triangles. a scanner operable to scan an object and provide scanner position data that includes a geographic position, slope and orientation of the scanner and image data representative of the object for each of a plurality of different geographic locations of the scanner in the vicinity of the object; and a computing system in communication with the scanner, where the computing system is operable to generate a three-dimensional electronic model of the object by fitting together the image data provided from each of the geographic locations based on the scanner position data, where the scanner includes a point scanner and a color scanner , the point scanner and the color scanner being independent scanning devices and being operable to synchronously provide image data representative of a geometric shape and a color of the object and wherein the point scanner and the color scanner are operable to emit directly a beam of light at the object; and wherein the image data consists of color point data obtained by the color scanner and geometric point data obtained by the point scanner and wherein fewer color points of the color point data are captured and associated with more numerous geometric points of the geometric point data;
A method comprising: providing power to wind turbine components using a generator of a wind turbine ; detecting a low voltage event; receiving power from an uninterruptible power supply to a first subset of wind turbine components, wherein the first subset of wind turbine components comprises a blade pitch controller to selectively power the blade pitch controller to maintain a rotor speed below a predetermined overspeed limit during the low voltage event; and characterized by disconnecting a second subset of wind turbine components from the generator during the low voltage event. providing power to wind turbine components using a generator of a wind turbine ; detecting a low voltage event; receiving power from an uninterruptible power supply to a first subset of wind turbine components, wherein the first subset of wind turbine components comprises a blade pitch controller to selectively power the blade pitch controller to maintain a rotor speed below a predetermined overspeed limit during the low voltage event; and characterized by disconnecting a second subset of wind turbine components from the generator during the low voltage event.
Method for operating a measuring device with a measuring sensor which has at least one oscillator, wherein the oscillator has at least one oscillating measuring tube for guiding a medium; wherein the method comprises the following steps: Determining a current value of a resonant frequency for an oscillation mode of the oscillator ; exciting an oscillation out of resonance at an excitation frequency different from the current value of the resonance frequency; and Determining the amplitude of a sensor signal which represents the oscillation out of resonance; characterized in that the amplitude of the excitation current signal with which the oscillation is excited out of resonance is not more than half the amplitude of the excitation current signal with which the resonant oscillation is simultaneously excited ; and to determine the amplitude of the sensor signal of the oscillation out of resonance, a sensor signal of an oscillation sensor of the oscillator is detected via a low-pass filter, the time constant of which is not less than 1000 period durations, for example not less than 10000 period durations and in particular not less than 100000 period durations of the oscillation out of resonance. Determining a current value of a resonant frequency for an oscillation mode of the oscillator ; exciting an oscillation out of resonance at an excitation frequency different from the current value of the resonance frequency; and Determining the amplitude of a sensor signal which represents the oscillation out of resonance; characterized in that the amplitude of the excitation current signal with which the oscillation is excited out of resonance is not more than half the amplitude of the excitation current signal with which the resonant oscillation is simultaneously excited ; and to determine the amplitude of the sensor signal of the oscillation out of resonance, a sensor signal of an oscillation sensor of the oscillator is detected via a low-pass filter, the time constant of which is not less than 1000 period durations, for example not less than 10000 period durations and in particular not less than 100000 period durations of the oscillation out of resonance.
An apparatus of freeform additive manufacturing for constructing a structure , the apparatus comprising: a. an extruder comprising a nozzle for extruding structural components, b. a movement device for moving the extruder along multiple predetermined paths while the extruder is extruding structural components to place the structural components in desired positions and connected to selected ones of the other components as the components are produced, and c. a controller for moving the extruder and controlling operation of the extruder characterized in that means are provided to remove heat from the extrudate prior to exit from the nozzle and optionally upon exit from the nozzle to thereby facilitate solidification of the extrudate in open space. a. an extruder comprising a nozzle for extruding structural components, b. a movement device for moving the extruder along multiple predetermined paths while the extruder is extruding structural components to place the structural components in desired positions and connected to selected ones of the other components as the components are produced, and c. a controller for moving the extruder and controlling operation of the extruder characterized in that means are provided to remove heat from the extrudate prior to exit from the nozzle and optionally upon exit from the nozzle to thereby facilitate solidification of the extrudate in open space.
A delivery vehicle comprising a glycosphingolipid and an agent to be delivered, for example a therapeutic agent, wherein the glycosphingolipid comprises a ceramide that comprises (a) a short chain fatty acid (C4 - C12) or (b) a C16 fatty acid comprising a cis double bond between two carbon atoms and the agent to be delivered is attached to the oligosaccharide of the glycosphingolipid.
A method for producing polyacrylic acid (salt)-based water-absorbing resin comprising a step of polymerizing an acrylic acid (salt)-based aqueous monomer solution, wherein a polymerization reaction apparatus used in said polymerization step comprises a polymerization reaction unit covered with a casing, said polymerization reaction unit including a continuous belt polymerization device, and wherein, in said polymerization step, the polymerization reaction is carried out under conditions wherein an internal pressure of said polymerization reaction unit is reduced by a range of more than 0 kPa and not more than 10 kPa relative to ambient pressure at the periphery of said polymerization reaction unit, wherein the aqueous monomer solution has a weight per unit area of a liquid contact portion, which is in contact with the aqueous monomer solution, of 5 kg/m 2 to 100 kg/m 2 .
Wall covering for a kitchen, comprising a multilayer composite with the following layers: a) an upper layer made of hard plastic, b) a similar lower layer made of hard plastic, c) a core layer made of pressure-resistant plastic that is arranged between these two layers , d) a softer foam layer made of hard plastic that is arranged on the lower layer , and e) a lower adhesive layer for gluing to a kitchen wall that is arranged on the foam layer , wherein the material and the material thickness of said layers are selected, such that the wall covering is formed to be rollable.
An apparatus in a system for performing horizontal directional drilling including a drill string extending from a drill rig to a boring tool such that the boring tool is steerable based on a roll orientation thereof, said system including an arrangement for generating steering commands for guiding the boring tool to a target position; said steering commands including a vertical steering command and a horizontal steering command such that a steering command ratio between the vertical steering command and the horizontal steering command defines a desired steering direction for guiding the boring tool to the target; said apparatus comprising: a display configured to, responsive at least in part to said steering commands, selectively and automatically provide drill rig actuation commands to an operator, including each of a rotate command, a push command and a spin command; wherein the push command and the rotate command are further responsive to said roll orientation of the boring tool.
A biometric method, comprising: obtaining a first image of a first eye region of a person and a second image of a second eye region of the person, wherein the first eye region contains one of the eyes of the person and the second eye region contains the other eye of the person; mirroring the second image; dividing each of the non-mirrored first image and the mirrored second image into N partial images; for each of the N partial images, deriving a displacement vector between the N partial images of the first image and the N partial images of the second image, and deriving a displacement vector field therefrom, displacing each of the N partial images of one of the images relative to the N partial images of the other image so that a defined point of each eye region lies in each of the images on the same relative position and that, taking into account the displacement vector field, the non-mirrored first image and the mirrored second image become congruent or substantially congruent; and combining the non-mirrored first image and the mirrored second image in the position space and/or in the feature space, in order to create a template of an overlaid image. obtaining a first image of a first eye region of a person and a second image of a second eye region of the person, wherein the first eye region contains one of the eyes of the person and the second eye region contains the other eye of the person; mirroring the second image; dividing each of the non-mirrored first image and the mirrored second image into N partial images; for each of the N partial images, deriving a displacement vector between the N partial images of the first image and the N partial images of the second image, and deriving a displacement vector field therefrom, displacing each of the N partial images of one of the images relative to the N partial images of the other image so that a defined point of each eye region lies in each of the images on the same relative position and that, taking into account the displacement vector field, the non-mirrored first image and the mirrored second image become congruent or substantially congruent; and combining the non-mirrored first image and the mirrored second image in the position space and/or in the feature space, in order to create a template of an overlaid image.
A method for estimating a fracability index for a geological location, the method comprising: determining a fabric metric for a geological sample extracted from a geological location; determining a mineralogical composition metric for the geological sample; and estimating a fracability index for the geological location from the fabric metric and the mineralogical composition metric. determining a fabric metric for a geological sample extracted from a geological location; determining a mineralogical composition metric for the geological sample; and estimating a fracability index for the geological location from the fabric metric and the mineralogical composition metric.
Two-part component for a vehicle body, comprising an external panel and an internal panel , wherein the external panel is connected to the internal panel at least in one connection portion along the peripheries of said panels in such a manner that in a first region of the external panel the external panel and the internal panel run so as to be mutually parallel, wherein in the first region a bonding material is incorporated between the external panel and the internal panel , and in a second region of the external panel the external panel is bent towards the internal side of the internal panel , wherein in the second region of the external panel the outermost periphery of the external panel along the connection portion is welded to the internal side of the internal panel , characterized in that the external panel on the outermost periphery bears on the internal side of the internal panel at an acute angle (α), wherein the angle (α) is between 12 and 27 degrees.
An absorbent article comprising a longitudinal direction and a width direction and an absorber that includes an upper layer sheet disposed at a skin side, a lower layer sheet disposed at a non-skin side, and a highly water-absorbing polymer disposed between the upper layer sheet and the lower layer sheet , wherein the upper layer sheet is provided with a plurality of protruding portions bulging out to the skin side and forming space portions to be filled or filled with the highly water-absorbing polymer , and joined portions in which the upper layer sheet and the lower layer sheet are joined to each other intermittently on peripheral edges of the protruding portions along a circumferential direction, wherein the absorbent article further comprises liquid-diffusion restriction joined portions in which a length of the joined portion is relatively increased as compared to that of other joined portions , characterized in that the liquid-diffusion restriction joined portions include first liquid-diffusion restriction joined portions provided along the longitudinal direction respectively on both side portions in the width direction of at least a region corresponding to a blood discharge port of a wearer of the absorbent article so that, in use, the diffusion of the body fluid discharged from the blood discharge port toward the width direction is restricted by the first liquid-diffusion restriction joined portions and the body fluid diffuses in the longitudinal direction. wherein the upper layer sheet is provided with a plurality of protruding portions bulging out to the skin side and forming space portions to be filled or filled with the highly water-absorbing polymer , and joined portions in which the upper layer sheet and the lower layer sheet are joined to each other intermittently on peripheral edges of the protruding portions along a circumferential direction, wherein the absorbent article further comprises liquid-diffusion restriction joined portions in which a length of the joined portion is relatively increased as compared to that of other joined portions , characterized in that the liquid-diffusion restriction joined portions include first liquid-diffusion restriction joined portions provided along the longitudinal direction respectively on both side portions in the width direction of at least a region corresponding to a blood discharge port of a wearer of the absorbent article so that, in use, the diffusion of the body fluid discharged from the blood discharge port toward the width direction is restricted by the first liquid-diffusion restriction joined portions and the body fluid diffuses in the longitudinal direction.
A method for configuring a radio frame by a user equipment, the method comprising: receiving frame configuration information indicating a frame configuration for a specific frequency band; changing the frame configuration for the specific frequency band based on the frame configuration information from a first frame configuration to a second frame configuration; and transmitting or receiving a signal on the specific frequency band using a frame configured according to the second frame configuration, wherein the changing the frame configuration for the specific frequency band includes changing a subcarrier spacing from a first subcarrier spacing Δ f 1 according to the first frame configuration to a second subcarrier spacing Δ f 2 according to the second frame configuration while maintaining a same fast Fourier transform, FFT, size for the first and second frame configurations, and characterized by , when a basic bandwidth BW basic of the specific frequency band for the user equipment to use at transmitting or receiving the signal is smaller than a system bandwidth based on the first frame configuration or the second frame configuration, setting subcarriers corresponding to the difference between the system bandwidth and the basic bandwidth BW basic to null subcarriers. receiving frame configuration information indicating a frame configuration for a specific frequency band; changing the frame configuration for the specific frequency band based on the frame configuration information from a first frame configuration to a second frame configuration; and transmitting or receiving a signal on the specific frequency band using a frame configured according to the second frame configuration, wherein the changing the frame configuration for the specific frequency band includes changing a subcarrier spacing from a first subcarrier spacing Δ f 1 according to the first frame configuration to a second subcarrier spacing Δ f 2 according to the second frame configuration while maintaining a same fast Fourier transform, FFT, size for the first and second frame configurations, and characterized by , when a basic bandwidth BW basic of the specific frequency band for the user equipment to use at transmitting or receiving the signal is smaller than a system bandwidth based on the first frame configuration or the second frame configuration, setting subcarriers corresponding to the difference between the system bandwidth and the basic bandwidth BW basic to null subcarriers.
Micro-mechanical timepiece part, namely escape wheel or escapement anchor , comprising impulse planes provided to slide against corresponding contact zones of another micro-mechanical part, namely an escapement anchor or an escape wheel respectively, in a timepiece, characterised in that - the micro-mechanical part is produced from a fragile material; - said impulse planes of the micro-mechanical part are striated, the striations being straight and parallel to the sliding direction; - the striations are separated by solid intervals having a width between 0.5 and 50 micrometres; preferably between 0.5 and 25 micrometres; - in cross section, the striations have the angular shape of crenellations and the solid intervals have the angular shape of merlons; - the impulse planes each have an effective contact area corresponding to the area of the portion of the impulse plane that is occupied by the solid intervals; - the effective contact area is between 2 and 70% of the total area of the impulse plane. - the micro-mechanical part is produced from a fragile material; - said impulse planes of the micro-mechanical part are striated, the striations being straight and parallel to the sliding direction; - the striations are separated by solid intervals having a width between 0.5 and 50 micrometres; preferably between 0.5 and 25 micrometres; - in cross section, the striations have the angular shape of crenellations and the solid intervals have the angular shape of merlons; - the impulse planes each have an effective contact area corresponding to the area of the portion of the impulse plane that is occupied by the solid intervals; - the effective contact area is between 2 and 70% of the total area of the impulse plane.