mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting possible imaging sensor occlusion, the method comprising: capturing first image data using an imaging sensor; encoding, by one or more processors, the first image data into an uncompressed image file; generating, by the one or more processors, a compressed image file based on the uncompressed image file; determining, by the one or more processors, a file size of the compressed image file; and determining, by the one or more processors, based on the file size of the compressed image file, that the imaging sensor is possibly occluded; wherein the imaging sensor is attached to a vehicle having an autonomous driving mode and/or a semi-autonomous driving mode, and the method further comprises using the determination to control the vehicle in the autonomous driving mode or the semi-autonomous driving mode. capturing first image data using an imaging sensor; encoding, by one or more processors, the first image data into an uncompressed image file; generating, by the one or more processors, a compressed image file based on the uncompressed image file; determining, by the one or more processors, a file size of the compressed image file; and determining, by the one or more processors, based on the file size of the compressed image file, that the imaging sensor is possibly occluded; wherein the imaging sensor is attached to a vehicle having an autonomous driving mode and/or a semi-autonomous driving mode, and the method further comprises using the determination to control the vehicle in the autonomous driving mode or the semi-autonomous driving mode.
Pallet gripper for gripping a pallet with a structure, in particular with a machine vice, and for depositing the pallet on a clamping system which is actuated by a drive medium, in particular pneumatically or hydraulically, with a) a robot flange for mounting the pallet gripper on a robot, which moves the pallet gripper with the pallet and places it on the clamping system, and b) a gripping device (19-22, 24, 25) attached to the robot flange for gripping the pallet, characterized by c) a docking unit integrated in the pallet gripper for docking with the clamping system in order to supply the clamping system in the docked state from the pallet gripper with the drive medium required for clamping. a) a robot flange for mounting the pallet gripper on a robot, which moves the pallet gripper with the pallet and places it on the clamping system, and b) a gripping device (19-22, 24, 25) attached to the robot flange for gripping the pallet, characterized by c) a docking unit integrated in the pallet gripper for docking with the clamping system in order to supply the clamping system in the docked state from the pallet gripper with the drive medium required for clamping.
A degradable hydrogel having a controllable and predictable gelling kinetics or disintegration profile, comprising a bioorthogonally crosslinked network of a first set of macromers and a second set of macromers, wherein the first set of macromers comprises a macromer (i) having the structural formula of: wherein R 1 is a group comprising -N 3, X is an ester group, and each n is independently an integer from 1 to about 400; and a macromer (ii) having the structural formula of: wherein R 1 is a group comprising -N 3, X is empty, and each n is independently an integer from 1 to about 400; and the second set of macromers have the structural formula of: wherein R 2 is a group comprising a cyclic or acylic alkyne group, Y is NH, O, or empty, and each m is independently an integer from 1 to about 400, wherein the first and second reactive end groups are joined via click chemistry to form a crosslinked network having a controllable and predictable gelling kinetics or disintegration profile, and the one or more labile and/or stable linkages are configured within the crosslinked network so as to provide a controllable and predictable gelling kinetics or disintegration profile of the hydrogel. profile, comprising a bioorthogonally crosslinked network of a first set of macromers and a second set of macromers, wherein the first set of macromers comprises a macromer (i) having the structural formula of: wherein R 1 is a group comprising -N 3, X is an ester group, and each n is independently an integer from 1 to about 400; and a macromer (ii) having the structural formula of: wherein R 1 is a group comprising -N 3, X is empty, and each n is independently an integer from 1 to about 400; and the second set of macromers have the structural formula of: wherein R 2 is a group comprising a cyclic or acylic alkyne group, Y is NH, O, or empty, and each m is independently an integer from 1 to about 400, wherein the first and second reactive end groups are joined via click chemistry to form a crosslinked network having a controllable and predictable gelling kinetics or disintegration profile, and the one or more labile and/or stable linkages are configured within the crosslinked network so as to provide a controllable and predictable gelling kinetics or disintegration profile of the hydrogel.
A device for detecting manual guidance of a steering wheel by a driver, having: (a) a torque sensor for measuring a steering wheel torque (T s) of the steering wheel; (b) an angular speed sensor for measuring an angular speed (ω c) of a steering wheel column which is connected to the steering wheel; and having (c) a calculation unit which calculates a driver torque (T d) applied to the steering wheel by the driver, as a function of the measured steering wheel torque (T s) and the measured angular speed (ω c), characterized in that the calculation unit filters the calculated driver torque (T d) in order to determine a steering angle component θ C T which is compared with a threshold value ( θ tol) in order to detect manual guidance of the steering wheel by the driver. (a) a torque sensor for measuring a steering wheel torque (T s) of the steering wheel; (b) an angular speed sensor for measuring an angular speed (ω c) of a steering wheel column which is connected to the steering wheel; and having (c) a calculation unit which calculates a driver torque (T d) applied to the steering wheel by the driver, as a function of the measured steering wheel torque (T s) and the measured angular speed (ω c),
Method for producing cylindrical flexographic printing elements at least comprising a cylindrical sleeve and also a relief-forming layer, characterized in that the relief-forming layer is applied using an apparatus which comprises at least the following components: • a mounting means for rotatable mounting of the cylindrical sleeve, • a drive unit which allows the cylindrical sleeve to be rotated about the longitudinal axis, • an application means for areal application of a relief-forming material in liquid melt form to the cylindrical sleeve, and in that the method comprises at least the following method steps: providing a melt of a relief-forming material, rotating the cylindrical sleeve about the longitudinal axis, areally applying the relief-forming material in liquid melt form to the rotating cylindrical sleeve by means of the means, with a layer of the relief-forming material forming on the cylindrical sleeve, with the proviso that during the coating operation the cylindrical sleeve completes at least two complete rotations, so that at least two layers of the relief-forming material are coated one onto the other, the distance between the means and the most recently applied layer of the relief-forming material being kept constant during coating and therefore the distance between the means and the cylindrical sleeve being increased in accordance with the increasing total layer thickness. • a mounting means for rotatable mounting of the cylindrical sleeve, • a drive unit which allows the cylindrical sleeve to be rotated about the longitudinal axis, • an application means for areal application of a relief-forming material in liquid melt form to the cylindrical sleeve, providing a melt of a relief-forming material, rotating the cylindrical sleeve about the longitudinal axis, areally applying the relief-forming material in liquid melt form to the rotating cylindrical sleeve by means of the means, with a layer of the relief-forming material forming on the cylindrical sleeve, with the proviso that during the coating operation the cylindrical sleeve completes at least two complete rotations, so that at least two layers of the relief-forming material are coated one onto the other, the distance between the means and the most recently applied layer of the relief-forming material being kept constant during coating and therefore the distance between the means and the cylindrical sleeve being increased in accordance with the increasing total layer thickness.
Contact-adhesive product comprising a substrate and a polyurethaneurea obtainable by reacting at least A) an aliphatic polyisocyanate component having an average isocyanate functionality of ≥ 1.8 and ≤ 2.6, B) a polymeric polyetherpolyol component which contains or consists of a mixture of poly(tetramethylene glycol) polyetherpolyols, where the poly(tetramethylene glycol) polyetherpolyols differ in their number-average molecular weights, C) an amino-functional chain extender component having at least 2 isocyanate-reactive amino groups, containing at least one amino-functional compound C1) that has no ionic or ionogenic groups and an amino-functional compound C2) that has ionic or ionogenic groups, D) optionally further hydrophilizing components other than C2), E) optionally hydroxy-functional compounds having a molecular weight of 62 to 399 mol/g, F) optionally at least one further polymeric polyol other than B), G) a compound having exactly one isocyanate-reactive group or a compound having more than one isocyanate-reactive group, where only one of the isocyanate-reactive groups reacts with the isocyanate groups present in the reaction mixture under the reaction conditions chosen, and H) an aliphatic polyisocyanate component having an average isocyanate functionality of > 2.6 and ≤ 4, where the molar ratio of component G) to component H) is 5:1 to 1:5 and where components B) and F) together contain ≤ 30% by weight of component F), based on the total mass of components B) and F). A) an aliphatic polyisocyanate component having an average isocyanate functionality of ≥ 1.8 and ≤ 2.6, B) a polymeric polyetherpolyol component which contains or consists of a mixture of poly(tetramethylene glycol) polyetherpolyols, where the poly(tetramethylene glycol) polyetherpolyols differ in their number-average molecular weights, C) an amino-functional chain extender component having at least 2 isocyanate-reactive amino groups, containing at least one amino-functional compound C1) that has no ionic or ionogenic groups and an amino-functional compound C2) that has ionic or ionogenic groups, D) optionally further hydrophilizing components other than C2), E) optionally hydroxy-functional compounds having a molecular weight of 62 to 399 mol/g, F) optionally at least one further polymeric polyol other than B), G) a compound having exactly one isocyanate-reactive group or a compound having more than one isocyanate-reactive group, where only one of the isocyanate-reactive groups reacts with the isocyanate groups present in the reaction mixture under the reaction conditions chosen, and H) an aliphatic polyisocyanate component having an average isocyanate functionality of > 2.6 and ≤ 4, where the molar ratio of component G) to component H) is 5:1 to 1:5 and where components B) and F) together contain ≤ 30% by weight of component F), based on the total mass of components B) and F).
A method of manufacturing an electrical steel sheet with an adhesive insulating coating, the method comprising: applying a coating material to at least one side of an electrical steel sheet, the coating material containing (a) an aqueous epoxy resin, (b) a high-temperature hardening crosslinking agent in an amount of 30 parts by mass or less with respect to 100 parts by mass of the aqueous epoxy resin, in terms of solid content, (c) metal oxide particles, and (d) a solvent; and baking the coating material under a condition of a peak steel sheet temperature of 150 °C or more and less than 230 °C, wherein the high-temperature hardening crosslinking agent is at least one of aromatic amines, dicyandiamide, and blocked isocyanate. applying a coating material to at least one side of an electrical steel sheet, the coating material containing (a) an aqueous epoxy resin, (b) a high-temperature hardening crosslinking agent in an amount of 30 parts by mass or less with respect to 100 parts by mass of the aqueous epoxy resin, in terms of solid content, (c) metal oxide particles, and (d) a solvent; and baking the coating material under a condition of a peak steel sheet temperature of 150 °C or more and less than 230 °C, wherein the high-temperature hardening crosslinking agent is at least one of aromatic amines, dicyandiamide, and blocked isocyanate.
A method for checking an assembly state of a spinning rotor comprising a rotor shaft having a shoulder and a rotor cup releasably connected to the rotor shaft and supported in a magnetic bearing in an open-end spinning device closeable at the front by means of a cover element, the magnetic bearing comprising means for adjusting an axial position of the rotor shaft, means for determining the axial position, and at least one front axial safety bearing for the shoulder of the rotor shaft, characterized in that a first spacing, designated as s0, between the shoulder of the rotor shaft and the front axial safety bearing is defined for a regular axial operating position of the spinning rotor, that prior to starting the spinning rotor the spinning rotor is transported axially in the direction of the front axial safety bearing until said rotor reaches an axial stop, that a first travel distance, designated as s, of the spinning rotor between the regular axial operating position and the axial stop is captured and compared with the first spacing, and that the spinning rotor is started if s = s0 and that starting the spinning rotor is prevented if s < s0.
A medical apparatus comprising: a device configured to deliver a destructive energy to a stone; a detector operative to obtain image data from the stone; a generator including one or more producing parameters for producing the destructive energy; a video processor unit receiving the image data from the detector, the video processor unit operative to analyze the image data to determine a displacement of the stone relative to a previous location of the stone responsively to an actuation of the device; and a controller linked to the video processor unit and to the generator, the controller operative to vary the one or more producing parameters of the generator responsively to the displacement of the stone, characterized in that the video processor unit is programmed to issue an alert when the displacement exceeds a displacement threshold. a device configured to deliver a destructive energy to a stone; a detector operative to obtain image data from the stone; a generator including one or more producing parameters for producing the destructive energy; a video processor unit receiving the image data from the detector, the video processor unit operative to analyze the image data to determine a displacement of the stone relative to a previous location of the stone responsively to an actuation of the device; and a controller linked to the video processor unit and to the generator, the controller operative to vary the one or more producing parameters of the generator responsively to the displacement of the stone, characterized in that the video processor unit is programmed to issue an alert when the displacement exceeds a displacement threshold.
A motorcycle tire comprising a tread portion having a tread outer surface between tread edges, the tread outer surface protruding radially outwardly of the tire in a convex arc-like manner, the tread portion including a tread rubber portion, the tread rubber portion including a center portion disposed in a center region of the tread portion including a tire equator, a pair of shoulder portions each of which is disposed in each side of the tread edge and a pair of middle portions each of which is disposed between the center and shoulder portions in each side of the tire equator, and the center, middle and shoulder portions satisfy the following relations: E * 1 < E * 2 < E * 3, 0.9 ≤ tanδ 1 / tanδ 2 ≤ 1.1, and 0.9 ≤ tanδ 2 / tanδ 3 ≤ 1.1, wherein E*1, E*2 and E*3 are complex elastic moduli of the center portion, middle portion and shoulder portion respectively, and tanδ1, tanδ2 and tanδ3 are loss tangent of the center portion, middle portion and shoulder portion respectively.
A method of purifying and amplifying nucleic acids from a biological sample comprising one or more cells, the method comprising the steps of: adding microparticles to the biological sample having a PCR amplification compatible pH, wherein the microparticles are selected from the group consisting of: (i) chitosan microparticles, (ii) magnetic microparticles having a core coated with chitosan, (iii) chitosan droplets in oil that have been crosslinked into microparticles, (iv) microparticles having a core coated with chitosan and having magnetic nanoparticles embedded therein, (v) microparticles having a core coated with chitosan and having magnetic iron nanoparticles of 20-40 nm in diameter embedded therein; lysing the one or more cells in the biological sample by mechanically agitating the biological sample; and capturing released nucleic acids on the microparticles; wherein amplification is performed directly on the captured nucleic acids. adding microparticles to the biological sample having a PCR amplification compatible pH, wherein the microparticles are selected from the group consisting of: (i) chitosan microparticles, (ii) magnetic microparticles having a core coated with chitosan, (iii) chitosan droplets in oil that have been crosslinked into microparticles, (iv) microparticles having a core coated with chitosan and having magnetic nanoparticles embedded therein, (v) microparticles having a core coated with chitosan and having magnetic iron nanoparticles of 20-40 nm in diameter embedded therein; lysing the one or more cells in the biological sample by mechanically agitating the biological sample; and capturing released nucleic acids on the microparticles; wherein amplification is performed directly on the captured nucleic acids.
A method of making a component for a medicinal delivery device, the method comprising: a) providing a component of a medicinal delivery device, b) providing a base composition comprising a polysulphone, c) providing a primer composition comprising a silane having two or more reactive silane groups separated by an organic linker group, d) providing a coating composition comprising an at least partially fluorinated compound comprising a number of linked perfluorinated repeating units in the range 20 to 40, e) applying the base composition to at least a portion of the surface of the component, f) applying the primer composition to at least a portion of the surface of the component after the application of the base composition, and g) applying the coating composition to the portion of the surface of the component after application of the primer composition. a) providing a component of a medicinal delivery device, b) providing a base composition comprising a polysulphone, c) providing a primer composition comprising a silane having two or more reactive silane groups separated by an organic linker group, d) providing a coating composition comprising an at least partially fluorinated compound comprising a number of linked perfluorinated repeating units in the range 20 to 40, e) applying the base composition to at least a portion of the surface of the component, f) applying the primer composition to at least a portion of the surface of the component after the application of the base composition, and g) applying the coating composition to the portion of the surface of the component after application of the primer composition.
A method for determining the concentration of an element of a heteroepitaxial layer, the method comprising: generating a reciprocal space map in Q z and Q x directions in a portion of a reciprocal space describing positions of diffracted X-ray peaks of a heteroepitaxial layer and of a substrate on which the heteroepitaxial layer is positioned; determining the position of a diffracted X-ray peak of the substrate in the reciprocal space map in the Q x direction; determining the expected position of the diffracted X-ray peak of the heteroepitaxial layer in the Q x direction based on the determined position of the diffracted X-ray peak of the substrate in the Q x direction; generating a scan of the heteroepitaxial layer in a Q z direction at the expected position in the Q x direction; and determining the concentration of a constituent element of the heteroepitaxial layer based on the scan. generating a reciprocal space map in Q z and Q x directions in a portion of a reciprocal space describing positions of diffracted X-ray peaks of a heteroepitaxial layer and of a substrate on which the heteroepitaxial layer is positioned; determining the position of a diffracted X-ray peak of the substrate in the reciprocal space map in the Q x direction; determining the expected position of the diffracted X-ray peak of the heteroepitaxial layer in the Q x direction based on the determined position of the diffracted X-ray peak of the substrate in the Q x direction; generating a scan of the heteroepitaxial layer in a Q z direction at the expected position in the Q x direction; and determining the concentration of a constituent element of the heteroepitaxial layer based on the scan.
A method for driving of a vehicle in which a gearbox connected to a combustion engine can be set to various different transmission ratios and is settable to a low transmission ratio in which the engine speed is below that at which the torque plateau for said low ratio is reached, said vehicle being adapted to driving in a first mode and a second mode at said low ratio, such that in said first mode the vehicle is driven without fuel supply to said engine and in said second mode said engine is provided with fuel supply to deliver motive force for propulsion of said vehicle, which method comprises: - using determination means to determine whether the vehicle should be driven at said low transmission ratio in which the engine speed is below that at which the torque plateau for said low ratio is reached according to said first mode or said second mode, on the basis of a need for motive force. - using determination means to determine whether the vehicle should be driven at said low transmission ratio in which the engine speed is below that at which the torque plateau for said low ratio is reached according to said first mode or said second mode, on the basis of a need for motive force.