mhurhangee/patent-ind-claim-en huggingface dataset:
Root assembly of a wind turbine blade for a wind turbine , whereby (a) a root portion of the root assembly comprises a root segment , (b) a root attachment face of the root portion is attached to a bearing or a hub flange of the root assembly by means of multiple bolts , (c) each of the multiple bolts is connected to one of multiple bushings fixedly arranged within the at least one root segment such that the multiple bolts are arranged adjacent to each other along a circumference of the root portion , and the bushings are arranged adjacent to each other along the circumference of the root portion , and (d) adjacent bushings are offset from one another in a way such that adjacent bushings are provided at an axial distance (d A ) from one another, the axial distance (d A ) being measured in an axial direction from the root attachment face to the bushings and between centers of the adjacent bushings , whereby a quotient between the axial distance (d A ) and a bushing diameter (d B ) of the bushings is 2.5 or greater, characterized in that, the root segment has a first centerline (C 62 ) located in the center of a thickness (t) of the root segment measured along a radial direction (Y) of the root segment and extending along a circumferential direction (X) of the root segment , the multiple bolts are arranged with their centers along a second centerline (C 10 ) extending along the circumferential direction (X) of the root segment , and the second centerline (C 10 ) is offset from the first centerline (C 62 ). (a) a root portion of the root assembly comprises a root segment , (b) a root attachment face of the root portion is attached to a bearing or a hub flange of the root assembly by means of multiple bolts , (c) each of the multiple bolts is connected to one of multiple bushings fixedly arranged within the at least one root segment such that the multiple bolts are arranged adjacent to each other along a circumference of the root portion , and the bushings are arranged adjacent to each other along the circumference of the root portion , and (d) adjacent bushings are offset from one another in a way such that adjacent bushings are provided at an axial distance (d A ) from one another, the axial distance (d A ) being measured in an axial direction from the root attachment face to the bushings and between centers of the adjacent bushings , whereby a quotient between the axial distance (d A ) and a bushing diameter (d B ) of the bushings is 2.5 or greater, characterized in that, the root segment has a first centerline (C 62 ) located in the center of a thickness (t) of the root segment measured along a radial direction (Y) of the root segment and extending along a circumferential direction (X) of the root segment , the multiple bolts are arranged with their centers along a second centerline (C 10 ) extending along the circumferential direction (X) of the root segment , and the second centerline (C 10 ) is offset from the first centerline (C 62 ).
A process for producing a pigment water dispersion, comprising the following steps 1 and 2: Step 1: mixing a water dispersion (A) formed by dispersing a pigment (I) with a water-dispersible polymer and a water dispersion (B) of a self-dispersible pigment (II) to obtain a water dispersion (C), wherein pigment (I) does not include a self-dispersible pigment; and Step 2: subjecting the water dispersion (C) obtained in the step 1 to heat treatment at a temperature of not lower than 40°C to obtain the pigment water dispersion. Step 1: mixing a water dispersion (A) formed by dispersing a pigment (I) with a water-dispersible polymer and a water dispersion (B) of a self-dispersible pigment (II) to obtain a water dispersion (C), wherein pigment (I) does not include a self-dispersible pigment; and Step 2: subjecting the water dispersion (C) obtained in the step 1 to heat treatment at a temperature of not lower than 40°C to obtain the pigment water dispersion.
Method for controlling means of driving a motor vehicle , said driving means being able to be controlled according to one or other of at least two driving modes, namely: - a manual driving mode in which the driving means are controlled manually, by the driver of the motor vehicle , and - an autonomous driving mode in which the driving means are controlled automatically, by a computation unit of the motor vehicle , in which, on exiting the autonomous driving mode, the following steps are provided: a) acquisition of at least one item of data representing the environment in front of the motor vehicle , b) computation of a coefficient of visibility (Cv) of at least a portion of the environment on the basis of said item of data , and c) selection, as a function of said coefficient of visibility (Cv), of a way of exiting from the autonomous driving mode, from among at least two separate ways of exiting, characterized in that said way of exiting consists of automatically switching into the manual driving mode after a predetermined time, and another way of exiting consists of switching into a degraded driving mode. - a manual driving mode in which the driving means are controlled manually, by the driver of the motor vehicle , and - an autonomous driving mode in which the driving means are controlled automatically, by a computation unit of the motor vehicle , a) acquisition of at least one item of data representing the environment in front of the motor vehicle , b) computation of a coefficient of visibility (Cv) of at least a portion of the environment on the basis of said item of data , and c) selection, as a function of said coefficient of visibility (Cv), of a way of exiting from the autonomous driving mode, from among at least two separate ways of exiting, characterized in that said way of exiting consists of automatically switching into the manual driving mode after a predetermined time, and another way of exiting consists of switching into a degraded driving mode.
A device for scanning objects having at least one mast with sensor sets and a support element , wherein the support element comprises a rotating arm , a mounting connector designed to mount the device to an external object and a body , wherein the mast is connected to the rotating arm and connected to the body , on which the mounting connector is located, and having a control unit for controlling the device , wherein the mast is shaped such that it rotates with the rotating arm around the stationary mounting connector , wherein at least one mast comprises at least one mast upper arm and at least one mast lower arm articulated with each other by means of a lower yoke forming a tilting structure of the mast in such a way that the mast lower arm is tilted in direction to the rotating arm with respect to the mast upper arm and mast upper arm is tilted in direction away from the rotating arm with respect to the mast lower arm , wherein the mast upper arm in its upper part is detachably connected to the rotating arm by means of an upper yoke .
A method, comprising: defining combined frequency data based on a frequency of electromagnetic radiation having a frequency modulated continuous wave frequency pattern emitted toward an object from a laser and a frequency of electromagnetic radiation reflected from the object ; defining a set of spectral bins , using a Fourier transform in a frequency domain based on the combined frequency data; identifying a subset of the set of spectral bins that correspond with relatively high power densities or amplitudes; characterized in that the method further comprising: producing time series data based on the subset of the set of spectral bins using an inverse Fourier transform; defining phase angle data calculated or derived from the time series data; identifying a datapoint from the phase angle data as an outlier ; and modifying the combined frequency data based on the data point, wherein the combined frequency data that corresponds with the data point is eliminated from additional analysis. defining combined frequency data based on a frequency of electromagnetic radiation having a frequency modulated continuous wave frequency pattern emitted toward an object from a laser and a frequency of electromagnetic radiation reflected from the object ; defining a set of spectral bins , using a Fourier transform in a frequency domain based on the combined frequency data; identifying a subset of the set of spectral bins that correspond with relatively high power densities or amplitudes; producing time series data based on the subset of the set of spectral bins using an inverse Fourier transform; defining phase angle data calculated or derived from the time series data; identifying a datapoint from the phase angle data as an outlier ; and modifying the combined frequency data based on the data point, wherein the combined frequency data that corresponds with the data point is eliminated from additional analysis.
A stylus comprising: an elongated housing ; a tip extending from one end of the elongated housing, wherein the tip is configured to interact with a digitizer sensor of a touch screen ; a first wireless transmitter configured to transmit a signal via the tip; an optical sensor configured to: track movement of the elongated housing on a surface other than the touch screen, wherein the optical sensor includes an optical window integrated on the elongated housing, and wherein the movement is detected via the optical window; and sense movement of the stylus on the surface while the stylus is lying down on the surface; a second wireless transmitter configured to transmit output sensed by the optical sensor; and a controller configured to control transmission of the first wireless transmitter and the second wireless transmitter. an elongated housing ; a tip extending from one end of the elongated housing, wherein the tip is configured to interact with a digitizer sensor of a touch screen ; a first wireless transmitter configured to transmit a signal via the tip; an optical sensor configured to: track movement of the elongated housing on a surface other than the touch screen, wherein the optical sensor includes an optical window integrated on the elongated housing, and wherein the movement is detected via the optical window; and sense movement of the stylus on the surface while the stylus is lying down on the surface; track movement of the elongated housing on a surface other than the touch screen, wherein the optical sensor includes an optical window integrated on the elongated housing, and wherein the movement is detected via the optical window; and sense movement of the stylus on the surface while the stylus is lying down on the surface; a second wireless transmitter configured to transmit output sensed by the optical sensor; and a controller configured to control transmission of the first wireless transmitter and the second wireless transmitter.
A method for manufacturing of a film, wherein said film is manufactured in a paper or paper board machine, wherein the method comprises the steps of providing a solution of a nanofibrillated polysaccharide, wherein said solution comprises from 0.1 to 15 weight-% nanofibrillated polysaccharide, and wherein the nanofibrillated polysaccharide is any one of microfibrillated cellulose, nanofibrillated cellulose, or a combination or mixture thereof c h a r a c t e r i z e d in that the method further comprises the steps of providing an amphiphilic polymer, wherein the amphiphilic polymer is selected from any one of a octenyl succinic anhydride (OSA) starch, dodecyl succinic anhydride (DDSA) starch, hydrophobic modified ethylhydroxyethyl cellulose (HM-EHEC), hydrophobic modified hydroxyethyl cellulose (HM-HEC), hydrophobic modified carboxy methyl cellulose (HM-CMC), hydrophobic modified starch (HM-starch), hydrophobic modified nanocrystalline cellulose, hydrophobically modified polyvinyl alcohol, or a combination or mixture thereof; and providing a mixture of said amphiphilic polymer and said solution comprising nanofibrillated polysaccharide, whereby an intermediate solution is obtained; bringing said intermediate solution into a foam; providing said foam in the paper or board machine; further comprising the steps of: supplying the foam to a forming fabric, for forming a foam web; dewatering the foam web on the forming fabric; subjecting the foam web to drying to form the film. providing a solution of a nanofibrillated polysaccharide, wherein said solution comprises from 0.1 to 15 weight-% nanofibrillated polysaccharide, and wherein the nanofibrillated polysaccharide is any one of microfibrillated cellulose, nanofibrillated cellulose, or a combination or mixture thereof c h a r a c t e r i z e d in that the method further comprises the steps of providing an amphiphilic polymer, wherein the amphiphilic polymer is selected from any one of a octenyl succinic anhydride (OSA) starch, dodecyl succinic anhydride (DDSA) starch, hydrophobic modified ethylhydroxyethyl cellulose (HM-EHEC), hydrophobic modified hydroxyethyl cellulose (HM-HEC), hydrophobic modified carboxy methyl cellulose (HM-CMC), hydrophobic modified starch (HM-starch), hydrophobic modified nanocrystalline cellulose, hydrophobically modified polyvinyl alcohol, or a combination or mixture thereof; and providing a mixture of said amphiphilic polymer and said solution comprising nanofibrillated polysaccharide, whereby an intermediate solution is obtained; bringing said intermediate solution into a foam; providing said foam in the paper or board machine; further comprising the steps of: supplying the foam to a forming fabric, for forming a foam web; dewatering the foam web on the forming fabric; subjecting the foam web to drying to form the film. supplying the foam to a forming fabric, for forming a foam web; dewatering the foam web on the forming fabric; subjecting the foam web to drying to form the film.
Grip element for kitchen items comprising: - a handle having a grippable portion extending mainly along a first longitudinal direction (X-X); and at least one prong , projecting from the grippable portion , extending along a direction transverse to the first longitudinal direction (X-X); - at least one connection element linkable to the prong of the handle , and having a fixing surface configured to be hookable to a kitchen item; characterized in that the connection element comprises a magnet . - a handle having a grippable portion extending mainly along a first longitudinal direction (X-X); and at least one prong , projecting from the grippable portion , extending along a direction transverse to the first longitudinal direction (X-X); - at least one connection element linkable to the prong of the handle , and having a fixing surface configured to be hookable to a kitchen item;
Screening method, comprising the steps of: - providing a sample (S), wherein said sample (S) comprises a sample carrier with a surface structure , as well as an object of interest (301-307); Characterized by - providing information on said surface structure of said sample carrier, wherein said step of providing information on said surface structure comprises the step of acquiring an image of said sample carrier by acquiring an image of the sample (S) using an imaging technique that is substantially sensitive to said sample carrier, and substantially less sensitive to the object of interest (301-307); - manipulating the acquired image using said information on said surface structure ; and - screening said manipulated image for said object of interest (301-307). - providing a sample (S), wherein said sample (S) comprises a sample carrier with a surface structure , as well as an object of interest (301-307); Characterized by - providing information on said surface structure of said sample carrier, wherein said step of providing information on said surface structure comprises the step of acquiring an image of said sample carrier by acquiring an image of the sample (S) using an imaging technique that is substantially sensitive to said sample carrier, and substantially less sensitive to the object of interest (301-307); - manipulating the acquired image using said information on said surface structure ; and - screening said manipulated image for said object of interest (301-307).
Steering wheel unit for a motor vehicle with a steering wheel body , an airbag module , which is accommodated in the hub region of the steering wheel body , can preferably be pressed down against the steering wheel body against the force of a spring element, and has a housing , an inflator connected to the housing and an airbag folded into the housing , at least three axial positioning units, which define the axial position of the non-pressed-down housing with respect to the steering wheel body , wherein each of the at least three axial positioning units has a module-side axial positioning element connected to the housing , or a steering-wheel-body-side axial positioning element connected to the steering wheel body, which element has a support part consisting of metal, characterised in that the at least three support parts are separate elements that are not connected to one another in one piece.
A set of fittings for an FSW tool , comprising an adapter insertable in a tool receiving element , which is designed to accommodate a welding rod , and a shoulder cap having a through-opening for the welding rod and the adapter , wherein the shoulder cap includes a welding shoulder region adjacent to the through-opening , and wherein the adapter is rotatable relative to the shoulder cap about a longitudinal axis (A) extending concentrically to the through-opening , characterized in that the inner contour of the through-opening , as well as a radial contour of the adapter are conically shaped at least at the end facing the welding point.
A joined body of a target material and a backing plate, the joined body comprising: a target material containing Ta; and a backing plate joined to the target material, wherein a tensile strength between the target material and the backing plate is 196.133 MPa (20kgf/mm 2 ) or more, and the target material joined to the backing plate has an average hydrogen content of 7 ppm by volume or less.
A rotor assembly , comprising: a rotor mast configured to be driven in rotation about a mast axis ; a rotor hub coupled to the rotor mast for common rotation therewith; a plurality of rotor blades extending from the rotor hub ; a mast bearing including an inner race , an outer race , and a plurality of roller elements therebetween, the inner race being coupled to the rotor mast for common rotation therewith; a cuff surrounding the rotor mast , the cuff being positioned between the rotor hub and the mast bearing ; and a mast nut configured to apply a compressive force to the cuff and the inner race of the mast bearing ; wherein the cuff is captured and compressed between the mast nut and the inner race of the mast bearing along an uninterrupted load path that extends between the mast nut and the mast bearing , and wherein the outer race is coupled to a bracket , the bracket being configured to be coupled to a stator hub . a rotor mast configured to be driven in rotation about a mast axis ; a rotor hub coupled to the rotor mast for common rotation therewith; a plurality of rotor blades extending from the rotor hub ; a mast bearing including an inner race , an outer race , and a plurality of roller elements therebetween, the inner race being coupled to the rotor mast for common rotation therewith; a cuff surrounding the rotor mast , the cuff being positioned between the rotor hub and the mast bearing ; and a mast nut configured to apply a compressive force to the cuff and the inner race of the mast bearing ; wherein the cuff is captured and compressed between the mast nut and the inner race of the mast bearing along an uninterrupted load path that extends between the mast nut and the mast bearing , and wherein the outer race is coupled to a bracket , the bracket being configured to be coupled to a stator hub .
An optical fiber cutting system comprising: a pair of clamps disposed at an interval in a longitudinal direction of an optical fiber and configured to grasp the optical fiber ; a disk-shaped blade member configured to move so as to pass between the pair of clamps , cause an outer circumferential edge of the blade member to come into contact with the optical fiber , and thereby scratch a surface of the optical fiber , wherein a position of the outer circumferential edge of the blade member which is to be in contact with the optical fiber is changeable; a pressing member configured to press-bend a scratched portion of the optical fiber and thereby cut the optical fiber ; an acquirer including an outer edge position measuring sensor configured to measure a rotation angle of the blade member as position information of the outer circumferential edge of the blade member which is to be in contact with the optical fiber ; and a calculator configured to calculate maintenance information on the blade member according to the position information measured by the outer edge position measuring sensor . a pair of clamps disposed at an interval in a longitudinal direction of an optical fiber and configured to grasp the optical fiber ; a disk-shaped blade member configured to move so as to pass between the pair of clamps , cause an outer circumferential edge of the blade member to come into contact with the optical fiber , and thereby scratch a surface of the optical fiber , wherein a position of the outer circumferential edge of the blade member which is to be in contact with the optical fiber is changeable; a pressing member configured to press-bend a scratched portion of the optical fiber and thereby cut the optical fiber ; an acquirer including an outer edge position measuring sensor configured to measure a rotation angle of the blade member as position information of the outer circumferential edge of the blade member which is to be in contact with the optical fiber ; and a calculator configured to calculate maintenance information on the blade member according to the position information measured by the outer edge position measuring sensor .
Rolling-bearing arrangement , in particular for a wind turbine, having an outer ring and having an inner ring , which is mounted at least partially within the outer ring , wherein the outer ring and the inner ring are rotatable relative to one another about an axis of rotation , wherein, between the outer ring and the inner ring , there is arranged a first roller bearing with first rolling bodies , a second roller bearing with second rolling bodies and a third roller bearing with third rolling bodies , wherein the first roller bearing and the second roller bearing are in the form of axial bearings and the third roller bearing is in the form of a radial bearing, characterized in that , in the unloaded state of the rolling-bearing arrangement , the first rolling bodies have a first logarithmic roller profile and the second rolling bodies have a second logarithmic roller profile, which differs from the first logarithmic roller profile.