mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by a user equipment , for managing positioning reference signals, comprising: receiving (A060), from a network node , a reception configuration of the positioning reference signals relating to a radio transmitter , wherein the reception configuration comprises a cell identity relating to the radio transmitter and an identifier for determining of the positioning reference signals, wherein the cell identity comprises a physical cell identity and the identifier has a different value from an identifier of a different cell with a same physical cell identity to ensure orthogonal positioning reference signal sequences for robust positioning, receiving (A110), according to the reception configuration, the positioning reference signals from the radio transmitter , estimating (A120), based on the positioning reference signals, signal characteristics relating to a position of the user equipment , and sending (A130), to the network node , a report about the estimated signal characteristics. receiving (A060), from a network node , a reception configuration of the positioning reference signals relating to a radio transmitter , wherein the reception configuration comprises a cell identity relating to the radio transmitter and an identifier for determining of the positioning reference signals, wherein the cell identity comprises a physical cell identity and the identifier has a different value from an identifier of a different cell with a same physical cell identity to ensure orthogonal positioning reference signal sequences for robust positioning, receiving (A110), according to the reception configuration, the positioning reference signals from the radio transmitter , estimating (A120), based on the positioning reference signals, signal characteristics relating to a position of the user equipment , and sending (A130), to the network node , a report about the estimated signal characteristics.
A method for producing a chimeric antigen receptor comprising at least one antigen specific targeting region, a transmembrane domain and an intracellular signaling domain, said method comprising the steps of generating the at least one antigen specific targeting region that binds to a target antigen located on a surface of cancer cells from a parent protein or a domain thereof that binds specifically with the target antigen located on the surface of the cancer cells, by: i. evolving the DNA which encodes the parent protein or a domain thereof using one or more evolutionary techniques to create mutant DNAs; ii. expressing the mutant DNAs to obtain mutant polypeptides; iii. subjecting the mutant polypeptides to an assay under a normal physiological pH and to an assay under an aberrant pH; iv. selecting a conditionally active antigen specific targeting region from the mutant polypeptides expressed in step (iii) which exhibits a decrease in activity in binding to the target antigen located on a surface of cancer cells in the assay at the normal physiological pH compared to the same activity in binding to the target antigen located on a surface of cancer cells in the assay under the aberrant pH, and v. linking the at least one antigen specific targeting region, the transmembrane domain and the intracellular signaling domain to produce the chimeric antigen receptor; and wherein the target antigen is a tyrosine kinase growth factor receptor which is overexpressed on the surface of the cancer cells. i. evolving the DNA which encodes the parent protein or a domain thereof using one or more evolutionary techniques to create mutant DNAs; ii. expressing the mutant DNAs to obtain mutant polypeptides; iii. subjecting the mutant polypeptides to an assay under a normal physiological pH and to an assay under an aberrant pH; iv. selecting a conditionally active antigen specific targeting region from the mutant polypeptides expressed in step (iii) which exhibits a decrease in activity in binding to the target antigen located on a surface of cancer cells in the assay at the normal physiological pH compared to the same activity in binding to the target antigen located on a surface of cancer cells in the assay under the aberrant pH, and v. linking the at least one antigen specific targeting region, the transmembrane domain and the intracellular signaling domain to produce the chimeric antigen receptor; and
A method for marking a rotation center of a spindle-less turntable , comprising: (a) displaying a preview image of a fixed shooting device on a display device , wherein the preview image at lease shows a center region of a platter surface(1 12) of the spindle-less turntable and a fixture disposed on the platter surface(1 12); (b) using the spindle-less turntable to rotate the fixture , and defining a reference center C in the preview image related to the rotation center according to a moving track of the fixture formed in the preview image ; and (c) using at least a centering pointer to emit a light beam toward the platter surface and adjusting the centering pointer until the light beam in the preview image pointing onto the reference center C. (a) displaying a preview image of a fixed shooting device on a display device , wherein the preview image at lease shows a center region of a platter surface(1 12) of the spindle-less turntable and a fixture disposed on the platter surface(1 12); (b) using the spindle-less turntable to rotate the fixture , and defining a reference center C in the preview image related to the rotation center according to a moving track of the fixture formed in the preview image ; and (c) using at least a centering pointer to emit a light beam toward the platter surface and adjusting the centering pointer until the light beam in the preview image pointing onto the reference center C.
Security sheet, comprising: - at least one paper substrate , - at least one watermark produced in the paper substrate , this watermark having an exterior outline , - at least one aperture of regular edge, produced by ablation of the paper substrate, - at least one security film that comprises a carrier made of transparent plastic material and that is at least partially superposed on the watermark and on the aperture , the security film being transparent in the region superposed on the watermark , sheet characterized in that said at least one aperture lies inside the watermark , such as bounded by its exterior outline, the security film comprising at least one security element that is at least partially superposed on the aperture , the width of the film being smaller than the width of the watermark . - at least one paper substrate , - at least one watermark produced in the paper substrate , this watermark having an exterior outline , - at least one aperture of regular edge, produced by ablation of the paper substrate, - at least one security film that comprises a carrier made of transparent plastic material and that is at least partially superposed on the watermark and on the aperture , the security film being transparent in the region superposed on the watermark ,
A mammalian cell comprising: - a first exogenous nucleic acid sequence encoding a mannosylglycoprotein endo-β-N-acetylglucosaminidase enzyme; and - a second exogenous nucleic acid sequence encoding a Fc containing molecule, wherein said mammalian cell is deficient in synthesizing complex type sugars, and wherein the first exogenous nucleic acid sequence is operably linked to a Golgi apparatus localization signal, and wherein the mannosylglycoprotein endo-p-N-acetylglucosaminidase enzyme acts on the Fc-containing molecule to remove N-glycosylation residues present on the Fc-containing molecule, wherein the Fc-containing molecule is an antibody or a chimeric Fc-fusion wherein the Fc moiety is fused to a binding moiety, and wherein said Fc-containing molecule retains its antigen-binding activity. - a first exogenous nucleic acid sequence encoding a mannosylglycoprotein endo-β-N-acetylglucosaminidase enzyme; and - a second exogenous nucleic acid sequence encoding a Fc containing molecule, wherein said mammalian cell is deficient in synthesizing complex type sugars, and wherein the first exogenous nucleic acid sequence is operably linked to a Golgi apparatus localization signal, and wherein the mannosylglycoprotein endo-p-N-acetylglucosaminidase enzyme acts on the Fc-containing molecule to remove N-glycosylation residues present on the Fc-containing molecule, wherein the Fc-containing molecule is an antibody or a chimeric Fc-fusion wherein the Fc moiety is fused to a binding moiety, and wherein said Fc-containing molecule retains its antigen-binding activity.
A gas turbine engine ceramic panel assembly comprising: a ceramic liner (60;160;260) having a slot and including a hole ; and an insert (74;174) is received in the slot , wherein the ceramic liner (60;160;260) is provided by laminated CMC layers , the layers arranged about the slot , characterised in that the insert (74;174) provides a female fastening element (80;180) aligned with the hole . a ceramic liner (60;160;260) having a slot and including a hole ; and an insert (74;174) is received in the slot , wherein the ceramic liner (60;160;260) is provided by laminated CMC layers , the layers arranged about the slot , characterised in that the insert (74;174) provides a female fastening element (80;180) aligned with the hole .
A gas turbine engine comprising; a main compressor section having a high pressure compressor with a downstream most end, and more upstream locations; a turbine section having a high pressure turbine ; a first tap tapping air from at least one of said more upstream locations in said main compressor section, passing said tapped air through a first heat exchanger and then to a cooling compressor , said cooling compressor compressing air downstream of said first heat exchanger ; a second heat exchanger downstream of said cooling compressor ; a second tap tapping air from a location closer to said downstream most end than the location of said first tap ; and a third tap downstream of said second heat exchanger , air being tapped from said third tap and delivered to a component on the gas turbine engine to be cooled; characterized in that : a mixer mixes air from said first and second taps at a location downstream of said second heat exchanger and in that the mixed air is delivered into said high pressure turbine .
A computer-implemented method for triangulating a location of a feature from a sequence of images, the method comprising: retrieving the sequence of images and respective camera pose information, wherein the sequence of images is captured by a camera of a vehicle during a drive; determining a vehicle trajectory of the vehicle during the drive; characterized by re-ordering the sequence of images by reversing a chronological order of the images based on respective image capture times determined using the vehicle trajectory; selecting a first image and a second image, subsequent to the first image, from the re-ordered sequence of images, wherein a first image size of the feature in the first image is larger than a second image size of the feature in the second image; after detecting the feature in the first image, processing the second image to detect the feature and to associate the feature as detected in the second image with the feature previously detected in the first image; and processing the camera pose information and image locations of the detected feature in the first image and the second image to triangulate the location of the feature. retrieving the sequence of images and respective camera pose information, wherein the sequence of images is captured by a camera of a vehicle during a drive; determining a vehicle trajectory of the vehicle during the drive; characterized by re-ordering the sequence of images by reversing a chronological order of the images based on respective image capture times determined using the vehicle trajectory; selecting a first image and a second image, subsequent to the first image, from the re-ordered sequence of images, wherein a first image size of the feature in the first image is larger than a second image size of the feature in the second image; after detecting the feature in the first image, processing the second image to detect the feature and to associate the feature as detected in the second image with the feature previously detected in the first image; and processing the camera pose information and image locations of the detected feature in the first image and the second image to triangulate the location of the feature.
A composition in the form of an oil-in-water emulsion comprising a) at least one hydrophobically modified inulin, b) at least one polyether modified silicone, and c) at least one UV filter selected from the group consisting of methylene bis-(hydroxyphenylbenzotriazole) compounds, cinnamic compounds, triazine compounds, coated titanium dioxide (TiO 2 ) and mixtures thereof. a) at least one hydrophobically modified inulin, b) at least one polyether modified silicone, and c) at least one UV filter selected from the group consisting of methylene bis-(hydroxyphenylbenzotriazole) compounds, cinnamic compounds, triazine compounds, coated titanium dioxide (TiO 2 ) and mixtures thereof.
A method for controlling an autonomous vehicle, the method comprising: receiving, with an electronic processor of the autonomous vehicle, a profile selection; receiving, with the electronic processor , a driver profile including a plurality of settings based on the profile selection; and when the autonomous vehicle is operating in an autonomous driving mode, controlling, with the electronic processor , at least one vehicle control system of the autonomous vehicle based on at least one of the plurality of settings; and wherein controlling the at least one vehicle control system of the autonomous vehicle based on at least one of the plurality of settings includes controlling the autonomous vehicle to perform an autonomous maneuver based on the at least one of the plurality of settings; prompting, with the electronic processor via a human machine interface of the autonomous vehicle, for a driver input in response to the autonomous maneuver; receiving, with the electronic processor via the human machine interface , at least one driver input, wherein the at least one driver input includes one of a group consisting of an approval of the autonomous maneuver and a rejection of the autonomous maneuver; and incrementally adjusting, with the electronic processor , the at least one of the plurality of settings based on the at least one driver input after each iteration of the autonomous maneuver. receiving, with an electronic processor of the autonomous vehicle, a profile selection; receiving, with the electronic processor , a driver profile including a plurality of settings based on the profile selection; and when the autonomous vehicle is operating in an autonomous driving mode, controlling, with the electronic processor , at least one vehicle control system of the autonomous vehicle based on at least one of the plurality of settings; and wherein controlling the at least one vehicle control system of the autonomous vehicle based on at least one of the plurality of settings includes controlling the autonomous vehicle to perform an autonomous maneuver based on the at least one of the plurality of settings; prompting, with the electronic processor via a human machine interface of the autonomous vehicle, for a driver input in response to the autonomous maneuver; receiving, with the electronic processor via the human machine interface , at least one driver input, wherein the at least one driver input includes one of a group consisting of an approval of the autonomous maneuver and a rejection of the autonomous maneuver; and incrementally adjusting, with the electronic processor , the at least one of the plurality of settings based on the at least one driver input after each iteration of the autonomous maneuver.
An encased adhesive tape , comprising: an adhesive tape composite that includes a plurality of adhesive tapes and a plurality of connecting components , the plurality of adhesive tapes each including a base film and being arranged adjacent to one another in a longitudinal direction (L) of the base film , the plurality of connecting components being band-shaped and each being arranged between the plurality of adhesive tapes , the base film being a film that is band-shaped and on which an adhesive layer is disposed; and a housing that is connected to one end of the adhesive tape composite in the longitudinal direction (L), and houses the adhesive tape composite , characterized in that each of the plurality of adhesive tapes includes a non-adhesive region in which the adhesive layer is not disposed, in an end portion out of end portions of the base film in the longitudinal direction (L), the end portion being on the same side as the one end of the adhesive tape composite . an adhesive tape composite that includes a plurality of adhesive tapes and a plurality of connecting components , the plurality of adhesive tapes each including a base film and being arranged adjacent to one another in a longitudinal direction (L) of the base film , the plurality of connecting components being band-shaped and each being arranged between the plurality of adhesive tapes , the base film being a film that is band-shaped and on which an adhesive layer is disposed; and a housing that is connected to one end of the adhesive tape composite in the longitudinal direction (L), and houses the adhesive tape composite , characterized in that each of the plurality of adhesive tapes includes a non-adhesive region in which the adhesive layer is not disposed, in an end portion out of end portions of the base film in the longitudinal direction (L), the end portion being on the same side as the one end of the adhesive tape composite .
An airfoil for a gas turbine engine, comprising: a. an interior surface ; b. an exterior surface opposed to the interior surface , wherein the exterior surface comprises a pressure side , a suction side opposed to the pressure side , a stagnation line between the pressure and suction sides , and a trailing edge between the pressure and suction sides and downstream from the stagnation line ; characterized in that c. a plurality of trenches on the exterior surface , each trench having opposing walls that define a depression or groove in the exterior surface , and each trench being partitioned from radially adjacent trenches by one or more walls which include a portion of the exterior surface; and d. a single cooling passage in each trench , wherein each single cooling passage provides fluid communication from the interior surface into the corresponding trench and onto the exterior surface ; wherein at least one trench is at least partially located on the stagnation line between the pressure and suction sides . a. an interior surface ; b. an exterior surface opposed to the interior surface , wherein the exterior surface comprises a pressure side , a suction side opposed to the pressure side , a stagnation line between the pressure and suction sides , and a trailing edge between the pressure and suction sides and downstream from the stagnation line ; characterized in that c. a plurality of trenches on the exterior surface , each trench having opposing walls that define a depression or groove in the exterior surface , and each trench being partitioned from radially adjacent trenches by one or more walls which include a portion of the exterior surface; and d. a single cooling passage in each trench , wherein each single cooling passage provides fluid communication from the interior surface into the corresponding trench and onto the exterior surface ;
An energy harvesting system for harvesting electrical energy from at least one variable capacitor (Cs), comprising the at least one variable capacitor, a first voltage source (V1) for providing a first voltage (V load ) and a second voltage source (V2) for providing a second voltage (V bias ), for each variable capacitor a respective half-bridge network (H1); the first and second voltage sources (V1, V2) arranged in a series connection with an interconnecting node (N1) between a terminal (T11) of first polarity of the first voltage source and a terminal (T22) of second polarity of the second voltage source, the second polarity being opposite to the first polarity; the respective half-bridge network comprising a pair of a first diode (D1) and second diode (D2) connected in series with common node (N2) between the first and second diodes, the pair being connected parallel to the first voltage source between the terminal (T11) of first polarity and a terminal (T12) of second polarity of the first voltage source; the at least one variable capacitor being connected with a first capacitor terminal (TC1) to the common node (N2) and with a second capacitor terminal (TC2) to a terminal (T21) of first polarity of the second voltage source (V2); wherein for each variable capacitor the system further comprises an inductor (LI), a first switch (S1) and a second switch (S2); the inductor (LI) is connected between the common node (N2) and the first capacitor terminal (TC1) of the respective variable capacitor, and the first switch (S1) is connected in parallel with the first diode (D1) and the second switch (S2) is connected in parallel with the second diode (D2). the first and second voltage sources (V1, V2) arranged in a series connection with an interconnecting node (N1) between a terminal (T11) of first polarity of the first voltage source and a terminal (T22) of second polarity of the second voltage source, the second polarity being opposite to the first polarity; the respective half-bridge network comprising a pair of a first diode (D1) and second diode (D2) connected in series with common node (N2) between the first and second diodes, the pair being connected parallel to the first voltage source between the terminal (T11) of first polarity and a terminal (T12) of second polarity of the first voltage source; the at least one variable capacitor being connected with a first capacitor terminal (TC1) to the common node (N2) and with a second capacitor terminal (TC2) to a terminal (T21) of first polarity of the second voltage source (V2); wherein for each variable capacitor the system further comprises an inductor (LI), a first switch (S1) and a second switch (S2); the inductor (LI) is connected between the common node (N2) and the first capacitor terminal (TC1) of the respective variable capacitor, and the first switch (S1) is connected in parallel with the first diode (D1) and the second switch (S2) is connected in parallel with the second diode (D2).