mhurhangee/patent-ind-claim-en huggingface dataset:
A method for initializing startup of a wind turbine , the method comprising: measuring, via one or more sensors , a first wind condition at the wind turbine at a first moment in time; measuring, via the one or more sensors , a second wind condition at the wind turbine at a subsequent, second moment in time; estimating, via the one or more processors , an acceleration parameter of the wind turbine as a function of the first wind condition and the second wind condition; initializing, via the one or more processors , a first startup process for the wind turbine when the acceleration parameter is at or below a predetermined threshold; and initializing, via the one or more processors , a second startup process for the wind turbine when the acceleration parameter exceeds the predetermined threshold, the second startup process being faster than the first startup process. measuring, via one or more sensors , a first wind condition at the wind turbine at a first moment in time; measuring, via the one or more sensors , a second wind condition at the wind turbine at a subsequent, second moment in time; estimating, via the one or more processors , an acceleration parameter of the wind turbine as a function of the first wind condition and the second wind condition; initializing, via the one or more processors , a first startup process for the wind turbine when the acceleration parameter is at or below a predetermined threshold; and initializing, via the one or more processors , a second startup process for the wind turbine when the acceleration parameter exceeds the predetermined threshold, the second startup process being faster than the first startup process.
A computer-implemented method for controlling content distribution, the method comprising: forwarding information associated with a user to a device operated by the user, the information being configured for use in selecting content from any of multiple content providers for a content distribution to the user, wherein a first content provider has retargeted the user in response to the user accessing content associated with the first content provider, and wherein the information identifies the first content provider to the user as having retargeted the user; receiving, in response to the information, an edit of the information forwarded from the device , the edit identifying the first content provider and including a first modification of the content distribution regarding the first content provider; storing the edit in association with the information such that the first modification is taken into account in the content distribution; and determining the content to be provided to the device based on the information and the edit of the information; wherein the edit further includes a user-defined modification of the content distribution regarding an interest, and wherein the edit is stored such that the user-defined modification of the content distribution regarding an interest also is taken into account in the content distribution. forwarding information associated with a user to a device operated by the user, the information being configured for use in selecting content from any of multiple content providers for a content distribution to the user, wherein a first content provider has retargeted the user in response to the user accessing content associated with the first content provider, and wherein the information identifies the first content provider to the user as having retargeted the user; receiving, in response to the information, an edit of the information forwarded from the device , the edit identifying the first content provider and including a first modification of the content distribution regarding the first content provider; storing the edit in association with the information such that the first modification is taken into account in the content distribution; and determining the content to be provided to the device based on the information and the edit of the information; wherein the edit further includes a user-defined modification of the content distribution regarding an interest, and wherein the edit is stored such that the user-defined modification of the content distribution regarding an interest also is taken into account in the content distribution.
A remote control system configured to remotely control a device to be operated comprising an end effector , the remote control system comprising: an imaging unit configured to shoot an environment in which the device to be operated is located; a recognition unit configured to recognize objects that can be grasped by the end effector based on a shot image of the environment shot by the imaging unit ; an operation terminal configured to display the shot image and receive handwritten input information input to the displayed shot image, wherein the handwritten input information is an image input by a user by touching a touch panel, and wherein the handwritten input information includes a first image that simulates the way of performing the grasping motion with regard to the object to be grasped; and an estimation unit configured to, based on the objects that can be grasped which the recognition unit has recognized and the handwritten input information input to the shot image, estimate an object to be grasped which has been requested to be grasped by the end effector from among the objects that can be grasped and estimate a way of performing a grasping motion by the end effector , the grasping motion having been requested to be performed with regard to the object to be grasped. an imaging unit configured to shoot an environment in which the device to be operated is located; a recognition unit configured to recognize objects that can be grasped by the end effector based on a shot image of the environment shot by the imaging unit ; an operation terminal configured to display the shot image and receive handwritten input information input to the displayed shot image, wherein the handwritten input information is an image input by a user by touching a touch panel, and wherein the handwritten input information includes a first image that simulates the way of performing the grasping motion with regard to the object to be grasped; and an estimation unit configured to, based on the objects that can be grasped which the recognition unit has recognized and the handwritten input information input to the shot image, estimate an object to be grasped which has been requested to be grasped by the end effector from among the objects that can be grasped and estimate a way of performing a grasping motion by the end effector , the grasping motion having been requested to be performed with regard to the object to be grasped.
A bone graft substitute in the form of a semi-rigid collagen-based scaffold consisting of 5-20% by weight of collagen, and 0.1-10% by weight of an angiogenic agent and 80-85% by weight of bioactive glass particles, wherein the bone graft substitute is in the form of a strip intended to remain compression resistant following hydration and to serve as a semi-rigid bone graft scaffold, and when hydrated, the bone graft substitute is in the form of a moldable putty, wherein the graft substitute may comprise: about 20% by weight of collagen and about 80% by weight of bioactive glass particles and wherein the resulting bone graft formulations has a porosity of 150-450 μm.
A rotatable reduced pressure adapter for connecting a reduced pressure source to a porous pad, the adapter comprising: a perimeter ring configured to come in contact with the base of the reduced pressure adapter or with the wound dressing itself; a first insert ring within the perimeter ring ; an o-ring within the first insert ring ; a swivelable second insert ring within the o-ring ; and a housing covering the second insert ring . a perimeter ring configured to come in contact with the base of the reduced pressure adapter or with the wound dressing itself; a first insert ring within the perimeter ring ; an o-ring within the first insert ring ; a swivelable second insert ring within the o-ring ; and a housing covering the second insert ring .
System comprising a pipe insulation as well as a pipe with a clamp fitting , wherein the pipe insulation comprises an insulating jacket , in particular of foamed material, wherein the insulating jacket extends around a center axis (M) and completely encloses a cavity for the reception of the pipe and wherein the surface of the insulating jacket facing the cavity comprises a plurality of projections and grooves lying between two projections , wherein when viewed in the cross-section transverse to the center axis (M), in each case one groove lies across from one groove diametrically to the cavity or to the center axis (M), respectively, wherein the clamp fitting comprises a clamping element and a clamping ring , wherein the clamping element is connectable to the pipe and wherein the clamping ring surrounds the clamping element in a circumferential direction with an annular section and a clamping ear , the clamping ear projecting radially from the annular section and provides a clamping effect by a deformation via the annular section , and wherein the clamping ear comes to lie in the region of a groove of the insulating jacket in the installation position.
An air conditioner comprising: a main body configured to form an outer appearance; an outlet provided in a lower portion of the main body, and configured to discharge air; a door disposed in a front portion of the main body, and configured to open or close the outlet ; a driving device including a pinion configured to be rotatable, and a rack interlocked with the pinion and configured to be movable together with the door , wherein the driving device comprises a case forming the outer appearance and fixed in the inside of the main body, wherein the pinion and the rack are located in the case ; a friction member configured to press the rack when the rack moves, characterised in that the friction member is disposed in the case , and protrudes toward the rack , and further comprises a pressing part contacting the rack , and a support part to elastically support the pressing part , so as to maintain a predetermined spacing between the rack and the pinion . a main body configured to form an outer appearance; an outlet provided in a lower portion of the main body, and configured to discharge air; a door disposed in a front portion of the main body, and configured to open or close the outlet ; a driving device including a pinion configured to be rotatable, and a rack interlocked with the pinion and configured to be movable together with the door , wherein the driving device comprises a case forming the outer appearance and fixed in the inside of the main body, wherein the pinion and the rack are located in the case ; a friction member configured to press the rack when the rack moves, characterised in that the friction member is disposed in the case , and protrudes toward the rack , and further comprises a pressing part contacting the rack , and a support part to elastically support the pressing part , so as to maintain a predetermined spacing between the rack and the pinion .
A vibration wave motor comprising: a vibrator including a piezoelectric element and a vibrating body ; a friction member including a first surface configured to come into direct contact with the vibrator , and a second surface , which is a surface on the opposite side of the first surface , the vibrator and the friction member moving relative to each other in a driving direction by a vibration generated by the vibrator ; a supporting member configured to support the friction member on the second surface side; and a pressure member configured to bring the vibrator and the friction member into pressure contact with each other, a fixing portion configured to fix the friction member to the supporting member is provided in the friction member , wherein the vibrator is configured to move to a position where at least part of the vibrator and the fixing portion overlap each other in a pressure direction of the pressure member , wherein the vibration wave motor further comprises a fastening member configured to fix the friction member and the supporting member , wherein the fixing portion has a hole shape, and wherein the fastening member is configured to be inserted into the fixing portion to fix the friction member and the supporting member , characterized in that the fastening member is configured to be inserted into the fixing portion from the second surface side to fix the supporting member on the friction member . a vibrator including a piezoelectric element and a vibrating body ; a friction member including a first surface configured to come into direct contact with the vibrator , and a second surface , which is a surface on the opposite side of the first surface , the vibrator and the friction member moving relative to each other in a driving direction by a vibration generated by the vibrator ; a supporting member configured to support the friction member on the second surface side; and a pressure member configured to bring the vibrator and the friction member into pressure contact with each other, a fixing portion configured to fix the friction member to the supporting member is provided in the friction member , wherein the vibrator is configured to move to a position where at least part of the vibrator and the fixing portion overlap each other in a pressure direction of the pressure member , wherein the vibration wave motor further comprises a fastening member configured to fix the friction member and the supporting member , wherein the fixing portion has a hole shape, and wherein the fastening member is configured to be inserted into the fixing portion to fix the friction member and the supporting member , characterized in that the fastening member is configured to be inserted into the fixing portion from the second surface side to fix the supporting member on the friction member .
A method for sharpening cutting knives carried by a cutter drum in a housing of an agricultural vehicle , comprising: initiating (SI02) a knife sharpening protocol, the knife sharpening protocol comprising the following sequence of steps: rotating (S104) the cutter drum while keeping a sharpening door closed so an overpressure is created inside the housing , the sharpening door shielding a sharpening stone from the cutting knives while creating the overpressure; opening (S106) a transition door of the housing below the cutter drum to eject crop material through the open transition door ; opening (S108) the sharpening door to expose the cutting knives to the sharpening stone and closing (S108) the transition door ; grinding (S110) one or more of the cutting knives with the exposed sharpening stone ; and closing (S112) the sharpening door to shield the sharpening stone from the cutting knives after grinding (S110). rotating (S104) the cutter drum while keeping a sharpening door closed so an overpressure is created inside the housing , the sharpening door shielding a sharpening stone from the cutting knives while creating the overpressure; opening (S106) a transition door of the housing below the cutter drum to eject crop material through the open transition door ; opening (S108) the sharpening door to expose the cutting knives to the sharpening stone and closing (S108) the transition door ; grinding (S110) one or more of the cutting knives with the exposed sharpening stone ; and closing (S112) the sharpening door to shield the sharpening stone from the cutting knives after grinding (S110).
Refrigeration and/or freezer appliance, comprising an appliance body that comprises heat-insulating walls that surround an interior , and comprising a coolant circuit which comprises, as components, a compressor , a condenser , a throttle and a vaporiser , wherein all the components of the coolant circuit are installed together on a unit support which can, as a whole, be mounted on the appliance body and separated therefrom, wherein the unit support comprises at least one electrical contact which can be contacted automatically with at least one complementary mating contact installed on the appliance body, for supplying electrical power to at least one component, when the unit support is inserted in the appliance body , characterised in that the at least one complementary mating contact, in particular plug connector, is movably mounted, in that the at least one complementary mating contact is located in a horizontal initial position, such that the longitudinal axis thereof is oriented horizontally, and in that the at least one complementary mating contact comprises an upwardly oriented plug opening, wherein the at least one complementary mating contact is tilted or hinged or displaced, when the at least one electrical contact of the unit support is contacted with the at least one complementary mating contact, such that the longitudinal axis thereof is tilted relative to the horizontal, as a result of which said mating contact can change the position thereof while the connection is being established, such that a fluid collected in the contact region can flow away automatically.
Sensor with a scaffold which is intrinsically metastable and having a plurality of changeable conformations wherein the scaffold has locking-ligands selected from reactive or non-reactive ligands, DNA- and/or RNA-strands, sugars, peptides, amino acids, enzyme-substrate-complexes, or enzymes or substrates, organometallic and coordination compounds, compound-filled containers, functionalized ligands, alcohols, indicators, characterized in that a compound-filled container is linked to at least one locking-ligand or to the scaffold, that the scaffold's conformational change is induced by the presence of a trigger, that the conformational change of the scaffold initiates an intramolecular chemical reaction of the locking-ligands and that the intramolecular chemical reaction triggers release of the compound from the container.
A printer system , with: a print and apply device ( 102 ; 204 ) configured to print or encode a label and apply the label to the package (112; 612 ), wherein the device has a printer/encoder portion and an applicator portion; a first motor ( 104 ; 204 ; 604 ) to move the print and apply device in an X-direction; a second motor ( 106 ; 206; 606 ) to move the print and apply device in a Y-direction; a third motor ( 108 ; 208; 608 ) to move the print and apply device in a Z-direction; a controller ( 210 ; 206; 604 ) coupled to the print and apply device and having a single interface configured to receive a single data stream comprising label data and positioning data from a single data stream; and a command parser configured to receive the single data stream and parse label data to the printer/encoder portion and positioning data to the applicator portion, characterized in that it further comprises: a first supplemental motor to rotate the print and apply device along the X-axis; a second supplemental motor to rotate the print and apply device along the Y-axis; a third supplemental motor to rotate the print and apply device along the Z-axis; a camera for determining if said package is within field of view; a sensor for detecting skew angle of said package. a print and apply device ( 102 ; 204 ) configured to print or encode a label and apply the label to the package (112; 612 ), wherein the device has a printer/encoder portion and an applicator portion; a first motor ( 104 ; 204 ; 604 ) to move the print and apply device in an X-direction; a second motor ( 106 ; 206; 606 ) to move the print and apply device in a Y-direction; a third motor ( 108 ; 208; 608 ) to move the print and apply device in a Z-direction; a controller ( 210 ; 206; 604 ) coupled to the print and apply device and having a single interface configured to receive a single data stream comprising label data and positioning data from a single data stream; and a command parser configured to receive the single data stream and parse label data to the printer/encoder portion and positioning data to the applicator portion, characterized in that it further comprises: a first supplemental motor to rotate the print and apply device along the X-axis; a second supplemental motor to rotate the print and apply device along the Y-axis; a third supplemental motor to rotate the print and apply device along the Z-axis; a camera for determining if said package is within field of view; a sensor for detecting skew angle of said package. a first supplemental motor to rotate the print and apply device along the X-axis; a second supplemental motor to rotate the print and apply device along the Y-axis; a third supplemental motor to rotate the print and apply device along the Z-axis; a camera for determining if said package is within field of view; a sensor for detecting skew angle of said package.
Apparatus for mapping the colors of at least one source image to the colors of a reference image, the apparatus comprising: - a histogram matching unit adapted to match the histogram of the distribution of the pixel colour intensities of the source image to the histogram of the reference image so as to generate a histogram of the distribution of the pixel colour intensities matched image of the source image, - a probability distribution computation unit adapted to generate a conditional probability distribution of the reference image, - an outlier detection unit adapted to detect outliers in the histogram matched image on the basis of the conditional probability distribution; and an outlier correction unit adapted to correct outliers by correcting the intensity of the matched pixel, which is detected as outlier by the outlier detection unit , based on the conditional probability distribution; wherein the probability distribution computation unit is adapted to generate the conditional probability distribution by estimating a conditional probability (p(I c |I n1 , I n2 , I n3 ... I nN )) of an intensity (I c ) of a given pixel of the reference image given intensities (I n1 , I n2 , I n3 ... I nN ) of neighboring pixels of said given pixel. - a histogram matching unit adapted to match the histogram of the distribution of the pixel colour intensities of the source image to the histogram of the reference image so as to generate a histogram of the distribution of the pixel colour intensities matched image of the source image, - a probability distribution computation unit adapted to generate a conditional probability distribution of the reference image, - an outlier detection unit adapted to detect outliers in the histogram matched image on the basis of the conditional probability distribution; and
Use of a polyamide filament for additive manufacturing, characterized in that the polyamide is a cast polyamide and in that the additive manufacturing is performed using a fused deposition modeling process.